Cisco WAN Manager Database Interface Guide, 15.0 - Statistics Summary [Cisco WAN Manager]

Table Of Contents

Statistics Summary

Data Transmission Process Overview

Connection Statistics

IGX Voice Connection

IGX Data Connection

IGX Frame Relay Connection

FastPAD Voice Connection

FastPAD Switched Connection

FastPAD Data Connection

FastPAD Frame Relay Connection

UXM and URM Connection

BXM and ASI Connection

FRSM Connection

AUSM Connection

CESM Connection

PXM1 Connection

AXSM Connection

AXSM-E Connection

PXM1E Connection

FRSM12 Connection

AXSM-XG Connection Statistics

VXSM ATM Connection Statistics

MPSM ATM Connection Statistics

MPSM Frame Relay Connection Statistics

Service Line Statistics

IGX T1 Service Line

IGX E1/J1 Service Line

BXM and ASI Service Line

CESM and FRSM E1/T1 Service Line

AUSM Service

CESM, FRSM, SRM, and SRME T3/E3 Service

SRM and SRME SONET Service Line

AXSM Line

AXSM-E Line

PXM1E Service Line

AXSM-XG STS Line

AXSM-XG DS3 Path Physical Interface Statistics

MPSM DS3 Physical Interface Statistics

MPSM STS1 Physical Interface Statistics

MPSM STM1 Physical Interface Statistics

MPSM DS3 STS1 Physical Interface Statistics

MPSM E3 STS1 Physical Interface Statistics

MPSM DS3 AU4 Physical Interface Statistics

MPSM DS3 AU3 Physical Interface Statistics

MPSM E3 AU4 Physical Interface Statistics

MPSM E3 AU3 Physical Interface Statistics

MPSM DS1 VT STS1 Physical Interface Statistics

MPSM E1 VT STS1 Physical Interface Statistics

MPSM DS1 DS3 STS1 Physical Interface Statistics

MPSM DS1 DS3 Line Physical Interface Statistics

MPSM DS1 TU11 AU4 Physical Interface Statistics

MPSM DS1 TU11 AU3 Physical Interface Statistics

MPSM E1 TU11 AU4 Physical Interface Statistics

MPSM E1 TU11 AU3 Physical Interface Statistics

MPSM IMA Group Physical Interface Statistics

AXSM-XG STM16 Path Physical Interface Statistics

AXSM-XG STM64 Path Physical Interface Statistics

AXSM-XG DS3 Path in STM16 Path Physical Interface Statistics

MPSM DS1/DS3/AU3 Physical Interface Statistics

AXSM-XG STM1 Path Physical Interface Statistics

AXSM-XG STM4 Path Physical Interface Statistics

AXSM-XG DS3 Path in STM4 Path Physical Interface Statistics

Trunk Statistics

Narrowband ATM

IPX ATM

BXM and BNI ATM Trunk

MGX Narrowband

PXM1 and BNM ATM

BNM SONET

FastPAD Trunk

UXM Trunk

Port Statistics

IGX Frame Relay Port

UXM and URM Port

BXM and ASI Port

FastPAD Port

FRSM Port

AUSM Port

IGX Voice Port

PXM1 Port

AXSM Port

BXM and ASI Virtual Port

AXSM-E Port

PXM1E Port

FRSM12 Port

AXSM-XG Port Statistics

VXSM Port Statistics

MPSM ATM Port Statistics

MPSM Frame Relay Port

Card Statistics

AXSM Card Statistics

IMA Statistics

AXSM-E IMA Group Statistics

AXSM-E IMA Link Statistics

PXM1E IMA Group Statistics

PXM1E IMA Link Statistics

MPSM IMA Group Statistics

MPSM DS1 VT STS1 IMA Link Statistics

MPSM E1 VT STS1 IMA Link Statistics

MPSM DS1 DS3 VT STS1 IMA Link Statistics

MPSM DS1 DS3 Line IMA Link Statistics

MPSM DS1 TU11 AU4 IMA Link Statistics

MPSM DS1 TU11 AU3 IMA Link Statistics

MPSM E1 TU11 AU4 IMA Link Statistics

MPSM E1 TU11 AU3 IMA Link Statistics

MPSM DS1 DS3 AU3 IMA Link Statistics

Path Statistics

AXSM-XG Path Statistics

AXSM-XG DS3 Path Statistics

VXSM STS Path Statistics

VXSM DS3 Path Statistics

VXSM DS1 N DS3 Path Statistics

VXSM DS1 VT Path Statistics

MPSM STS1 Path Statistics

MPSM STM1 Path Statistics

MPSM DS3 STS1 Path Statistics

MPSM STS1 E3 Path Statistics

MPSM DS3 AU4 Path Statistics

MPSM DS3 AU3 Path Statistics

MPSM E3 AU4 Path Statistics

MPSM E3 AU3 Path Statistics

MPSM DS1 VT STS1 Path Statistics

MPSM E1 VT STS1 Path Statistics

MPSM DS1 DS3 STS1 Path Statistics

MPSM DS1 DS3 Line Path Statistics

MPSM DS1 TU11 AU4 Path Statistics

MPSM DS1 TU11 AU3 Path Statistics

MPSM E1 TU11 AU4 Path Statistics

MPSM E1 TU11 AU3 Path Statistics

MPSM VT STS1 Path Statistics

MPSM TU11 AU4 Path Statistics

MPSM TU11 AU3 Path Statistics

MPSM TU3 AU4 Path Statistics

MPSM DS1 DS3 AU3 Path Statistics

AXSM-XG STM16 Path Statistics

AXSM-XG STM64 Path Statistics

AXSM-XG DS3 Path in STM16 Statistics

AXSM-XG STM1 Path Statistics

AXSM-XG STM4 Path Statistics

AXSM-XG DS3 Path in STM4 Statistics

PNNI Network Statistics

PNNI Nodal Statistics

PNNI Port Statistics

Protocol Statistics

VXSM Megaco Statistics

VXSM Megaco Physical Termination Protocol Statistics

VXSM Megaco Ephemeral Termination Protocol Statistics

VXSM SCTP Gateway Statistics

VXSM SCTP Association Statistics

VXSM LAPD Protocol Statistics

Physical Line Statistics

UXM T1 Physical Line

UXM E1 Physical Line

UXM T3/E3/OC3 Physical Line

BXM and BNI T3/E3/OC3 Physical Line

AXSM-E T1/E1 Physical Line

AXSM-E T3/E3 Physical Line

AXSM-E SONET Physical Line

FRSM12 T3 Line

FRSM12 E3 Line

PXM1E T3 Physical Line

PXM1E E3 Physical Line

PXM1E SONET Physical Line

PXM1E T1E1 Physical Line Statistics

AXSM-XG SONET Physical Line

VXSM SONET Physical Line

VXSM T1E1 Physical Line Statistics

MPSM T3 Physical Line

MPSM E3 Physical Line

MPSM SONET Physical Line

Statistics Summary

This chapter defines the statistics from the data tables listed in "Database Tables".

These statistics are collected from the following nodes:

•Cisco BPX 8600

•Cisco IGX 8400

•Cisco MGX 8220

•Cisco MGX 8230 PXM1-based

•Cisco MGX 8250 PXM1-based

•Cisco MGX 8850 PXM1-based

•Cisco MGX 8830 PXM1E-based

•Cisco MGX 8850 PXM1E-based

•Cisco MGX 8850 PXM45-based

•Cisco MGX 8880 PXM45-based

•Cisco MGX 8950 PXM45-based

The statistics are categorized under a major grouping known by an object type name and organized by the subobject type number. Within the subtype, each statistic contains a statistic type number.

The following sections provide the reporting parameters for the various statistic types:

•Connection Statistics

•Service Line Statistics

•Trunk Statistics

•Port Statistics

•Card Statistics

•IMA Statistics

•Path Statistics

•PNNI Network Statistics

•Protocol Statistics

•Physical Line Statistics

The statistics are organized in ascending order by object type then subobject type.

Note The IDs of the statistics that are collected by CWM do not correspond to the IDs of the statistics that are collected by the switch.

Data Transmission Process Overview

Statistics are collected at different points during data transmission. Figure 4-1 shows how data travels through two cards that are connected across the bus.

Figure 4-1 Data Flow Through Two Cards Connected Across a Bus

The ingress direction describes traffic that travels toward the bus. The egress direction describes traffic that travels from the bus.

The numbers in Figure 4-1 correspond to the points at which statistics are collected. Points 1-7 show data on the incoming path with policing. Points 8-13 show data on the return path without policing.

•1—Data enters the UNI/NNI port card (ingress).

•2—Data is queued (ingress).

•3—Data is scheduled for admission onto the bus (ingress).

•4—Data is queued for going onto the bus (ingress).

•5—Data is queued for being taken off the bus (egress).

•6—Data is processed on the trunk card (egress).

•7—Data is queued for going out the trunk (egress).

•8—Data enters the card from the trunk (ingress).

•9—Data is scheduled for admission onto the bus (ingress).

•10—Data is queued for going onto the bus (ingress).

•11—Data is queued for being taken off the bus (egress).

•12—Data is processed on the port card (egress).

•13—Data is queued for going out the port (egress).

Note The data flow process might vary depending on the card type. See the corresponding sections in this chapter.

Connection Statistics

The following connection statistics are applicable to CWM Release 15:

•IGX Voice Connection

•IGX Data Connection

•IGX Frame Relay Connection

•FastPAD Voice Connection

•FastPAD Switched Connection

•FastPAD Data Connection

•FastPAD Frame Relay Connection

•UXM and URM Connection

•BXM and ASI Connection

•FRSM Connection

•AUSM Connection

•CESM Connection

•PXM1 Connection

•AXSM Connection

•AXSM-E Connection

•PXM1E Connection

•FRSM12 Connection

•AXSM-XG Connection Statistics

•VXSM ATM Connection Statistics

•MPSM ATM Connection Statistics

•MPSM Frame Relay Connection Statistics

IGX Voice Connection

This section provides information about the statistics contained in the Voice Connection group. The IGX voice connection statistics in this group are applicable to the CVM and UVM cards.

The following table lists the attributes that are common to the IGX voice connection group statistics.

Front Cards

CVM, UVM

Back Cards

BC-T1, BC-E1, BC-J1, BC-Y1, UVI-2T1, UVI-2E1, UVI-2J1

Object Type

0

Subobject Type

0

Default Peak Interval

300 seconds

The IGX voice connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

IGX Voice Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

4

Packets Received

No

—

Provides a count of packets that are received from the Muxbus by the local port card.

Range: 0 to (2³²-1)

5

Receive Packets Discarded

Packets Received

—

Provides a count of the packets that are received and discarded before the queue is transmitted out the port.

Range: 0 to (2³²-1)

6

Packets Transmitted

No

—

Provides a count of the packets that are transmitted onto the Muxbus from the local port card.

Range: 0 to (2³²-1)

7

Projected Packets Transmitted

Packets Transmitted

—

Provides a count of the packets that are transmitted onto the Muxbus when DSI is enabled.

Range: 0 to (2³²-1)

8

Supervisory Packets Transmitted

Packets Transmitted

—

Provides a count of the number supervisory packets that are transmitted from the local port card to the Muxbus.

These packets contain the voice signaling bit.

Range: 0 to (2³²-1)

13

Seconds V.25 Modem On

No

—

Provides a count of the seconds that a V.25 modem is detected and the connection is upgraded to PCM.

Range: 0 to (2³²-1)

14

Seconds DSI Enabled

No

—

Provides a count of the seconds that the connection is in DSI.

Range: 0 to (2³²-1)

15

Seconds Off-Hook

No

—

Provides a count of the seconds that the connection is off hook.

Range: 0 to (2³²-1)

16

Seconds In Service

No

—

Provides a count of the seconds that the connection is in service.

The in service connection is not in alarm, the required cards are present, and the connection is routed.

Range: 0 to (2³²-1)

19

Supervisory Packets Received

Packets Received

—

Provides a count of the supervisory packets that are received from the Muxbus.

These packets contain the voice signaling bit.

Range: 0 to (2³²-1)

IGX Data Connection

This section provides information about the statistics contained in the Data Connection group. The IGX data connection statistics in this group are applicable to the CVM, UVM, LDM, and HDM cards. The following table lists the attributes that are common to the IGX data connection group statistics.

Front Cards

CVM, UVM, LDM, HDM

Back Cards

BC-T1, BC-E1, BC-J1, BC-Y1, UVI-2T1, UVI-2E1, UVI-2J1

RS-232, RS-449, V35, RS-232D, 232-4, 232-8

Object Type

0

Subobject Type

1

Default Peak Interval

300 seconds

The IGX data connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

IGX Data Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

4

Packets Received

No

—

Provides a count of the packets that are received from the local port card.

Range: 0 to (2³²-1)

5

Receive Packets Discarded

Packets Received

—

Provides a count of the packets that are received then discarded before the queue is transmitted out of the port.

Range: 0 to (2³²-1)

6

Packets Transmitted

No

—

Provides a count of the packets transmitted onto the Muxbus from the local port card.

Range: 0 to (2³²-1)

7

Projected Packets Transmitted

Packets Transmitted

—

Provides a count of the packets that are transmitted onto the Muxbus when DFM is enabled.

Range: 0 to (2³²-1)

8

Supervisory Packets Transmitted

Packets Transmitted

—

Provides a count of the supervisory packets that are transmitted from the local port card to the Muxbus.

These packets contain the data channel EIA lead transitions.

Range: 0 to (2³²-1)

16

Seconds In Service

No

—

Provides a count of the seconds in service.

The in service connection is not in alarm, the required cards are present, and the connection is routed.

Range: 0 to (2³²-1)

19

Supervisory Packets Received

Packets Received

—

Provides a count of the supervisory packets that are transmitted from the local port card to the Muxbus.

These packets contain the data channel EIA lead transitions.

Range: 0 to (2³²-1)

IGX Frame Relay Connection

This section provides information about the statistics contained in the Frame Relay Connection group. The IGX Frame Relay connection statistics in this group are applicable to the FRM and UFM cards. This group is also applicable to FastPAD connections.

The following table lists the attributes that are common to the IGX Frame Relay connection statistics.

Front Cards

FRM, UFM, FTM (FastPAD)

Back Cards

BC-T1, BC-E1, BC-J1

FastPAD: FPC T1, FPC E1, FPC V.35, and FPC X.21.

Object Type

0

Subobject Subobject Type

2

Default Peak Interval

300 seconds

The IGX Frame Relay connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1, with the exception of the following ingress points:

•1—Frame is validated against errors at the port level, for example CRC, alignment errors, and an undefined DCLI.

•2—Frame is checked for queue depth and queue threshold.

•3—Policing occurs.

•4—Frame is queued and transmitted to cell bus in ATM cells.

Stat ID

IGX Frame Relay Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Received

No

After validating the frame against errors-1

Provides a count of frames received from the attached equipment.

This statistic also increments when the received frame is discarded for one of the following reasons:

•Queue depth exceeded.

•DE threshold exceeded for frames with DE bit set.

•Usage parameter control (UPC) discard.

•Unknown protocols in service interworking (SIW) translation.

Range: 0 to (2³²-1)

1

Receive Frames Discarded

Frames Received

Ingress-2, 3

Provides a count of the discarded frames received from the attached equipment. Possible reasons for discard include

•Frames are received with DE equal to 1 and the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•Frames are received with DE equal to 0, but have been DE tagged because of policing. In addition, the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•PVC ingress queue is full. The queue might fill (and overflow) due to sustained transmission above the PVC committed information rate (CIR).

Frames discarded for this reason are counted in the PVC Rx Frames Discarded-VC-Q-Overflow statistic.

•Frames do not pass policing.

Frames discarded for this reason are counted in the PVC Rx Frames Discarded UPC statistic.

•Protocols encoded in SIW frame are unknown.

Frames discarded for this reason are counted in the PVC Rx Frames Unknown Protocols statistic.

Range: 0 to (2³²-1)

2

Frames Transmitted

No

Egress-13

Provides a count of the frames that are transmitted to the attached equipment after frame reassembling.

Range: 0 to (2³²-1)

3

Transmit Frames Discarded

No

Egress-12, 13

Provides a count of the number of frames unable to be transmitted to the attached equipment. Possible reasons for discard include

•PVC transmit queue overflow—The frame traversed the network successfully but encountered a full egress VC queue. Frames discarded for this reason are counted in the PVC Tx Frames Discarded-VC-Q-Overflow statistic.

•Incomplete frame at egress—No end-of-frame (EOF) cell was received. The EOF cell is missing due to discards in the network and the timer expiring. Frames discarded for this reason are counted in the Tx Frames Discarded-Trunk Discard statistic.

•Incorrect frame length—The expected frame length (recorded in the EOF cell) is different than the length of payload of that frame. This error might be caused by cells missing due to discards on a trunk, or by an EOF cell transmission bit error in the frame length field. Frames discarded for this reason are counted in the Tx Frame Length Violation statistic.

•Invalid frame length—The frame is longer than
4510 octets long. The EOF cell from one frame is missing due to discards on a trunk, resulting in a concatenated frame. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Oversized SDUs statistic.

•Frame CRC error—The calculated cyclic redundancy check (CRC) does not match the original frame CRC (contained within the EOF cell). This mismatch occurs due to payload bit transmission errors on the cells or because of lost cells. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Ingress CRC.

•Port inactive—Logical port on which the connection is mapped is not active. Frames discarded for this reason are not counted in any statistic.

•Unknown protocols—Protocols encoded in SIW frame are not defined. Frames discarded for this reason are counted in the PVC Tx Frames Unknown Protocols statistic.

•Common part indicator (CPI) error—CPI bit in the AAL5 PDU received from the network is non-zero. Frames discarded for this reason are counted in the PVC Tx Frames Invalid CPIs statistic.

Range: 0 to (2³²-1)

4

Packets Received

No

Ingress-1

Provides a count of the packets that are received.

Range: 0 to (2³²-1)

5

Receive Packets Discarded

Packets Received

Ingress-1

Provides a count of the packets that are received.

Range: 0 to (2³²-1)

6

Packets Transmitted

No

Egress-13

Provides a count of the packets that are transmitted.

Range: 0 to (2³²-1)

9

Bytes Received

No

After validating the frame against errors-1

Provides the number of bytes in the frames counted by the Frames Received statistic.

The count includes Frame Relay header and frame check sequence (FCS)/CRC bytes.

Range: 0 to (2³²-1)

10

Receive Bytes Discarded

Bytes Received

Ingress-2, 3

Provides the number of bytes in the frames counted by the Receive Frames Discarded statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

11

Bytes Transmitted

No

Egress-13

Provides the number of bytes in the frames counted by the Frames Transmitted statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

12

Transmit Bytes Discarded

No

Egress-12, 13

Provides the number of bytes in the frames counted by the Transmit Frames Discarded statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

16

Seconds In Service

No

Not applicable

Provides a count of the seconds that the permanent virtual circuit (PVC) is in service without any alarms.

Range: 0 to (2³²-1)

17

Frames Transmitted with FECN

Frames Transmitted

Egress-13

Provides a count of the frames with the forward explicit congestion notification (FECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

18

Frames Transmitted with BECN

Frames Transmitted

Egress-13

Provides a count of the frames with the backward explicit congestion notification (BECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

20

Minutes Congested

No

Not applicable

Provides a counts of the minutes when at least 50% of the frames are tagged FECN by the Frame Relay packet.

Range: 0 to (2³²-1)

21

DE Frames Received

Frames Received

After validating the frame against errors-1

Provides a count of the frames with the discard eligible (DE) bit set that are received from the attached equipment.

Range: 0 to (2³²-1)

22

DE Frames Transmitted

Frames Transmitted

Egress-13

Provides a count of the frames with the DE bit set that are transmitted to the attached equipment.

Range: 0 to (2³²-1)

23

DE Frames Dropped

Frames Received

Receive Frames Discarded

DE Frames Received

Ingress-2

Provides a count of the frames with the DE bit set that are discarded.

These frames are dropped when the connection ingress buffer exceeds the DE threshold.

Range: 0 to (2³²-1)

24

DE Bytes Received

Bytes Received

Before policing-1

Provides the number of bytes in the frames counted by the DE Frames Received statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

25

Frames Rx in Excess of CIR

Frames Received

Ingress-2

Provides a count of the frames received that are in excess of the CIR.

Range: 0 to (2³²-1)

26

Bytes Rx in Excess of CIR

Bytes Received

—

Provides a count of the bytes received that are in excess of the CIR.

Range: 0 to (2³²-1)

27

Frames Tx in Excess of CIR

Frames Transmitted

Egress-13

Provides a count of the frames transmitted that are in excess of the CIR.

Range: 0 to (2³²-1)

28

Bytes Tx in Excess of CIR

Bytes Transmitted

—

Provides a count of the bytes transmitted that are in excess of the CIR.

Range: 0 to (2³²-1)

29

IWF Frames Rx and Aborted

Frames Received

—

Provides a count of the IWF frames that are received and then aborted.

Range: 0 to (2³²-1)

30

IWF Frames Rx- EFCI Bit Set

Frames Received

—

Provides a count of the IWF frames received that have the explicit forward congestion indication (EFCI) bit set.

Range: 0 to (2³²-1)

31

Rx Frames Discarded- Deroute/Down

Frames Received

—

Provides a count of the frames that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

32

Rx Bytes Discarded- Deroute/Down

Bytes Received

—

Provides a count of the bytes that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

33

Rx Frames Discarded- VC-Q-Overflow

Frames Received

Receive Frames Discarded

Ingress-2

Provides a count of the frames received from the CPE that are discarded because the virtual channel (VC) queue (PVC ingress buffer) is full.

Range: 0 to (2³²-1)

34

Rx Bytes Discarded- VC-Q-Overflow

Bytes Received

Receive Bytes Discarded

Ingress-2

Provides the number of bytes in the frames counted by the Rx Frames Discarded VC-Q-Overflow statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

35

Tx Frames Discarded-Q-
Overflow

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because either the PVC egress buffer (VC queue) or the port queue is full.

Range: 0 to (2³²-1)

36

Tx Bytes Discarded- Q-Overflow

Transmit Bytes Discarded

Egress-12

Provides the number of bytes in the frames counted by the Tx Frames Discarded-Q-Overflow statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

37

Tx Frames Discarded- Ingress CRC

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an incorrect CRC.

The received CRC, included in the end of frame (EOF), is compared to the calculated CRC on the contents of all the cells that arrive. An incorrect CRC is caused by at least one cell missing due to discard(s) on a trunk or to a transmission bit error on a payload bit.

Range: 0 to (2³²-1)

38

Tx Bytes Discarded- Ingress CRC

Transmit Bytes Discarded

—

Provides a count of the bytes that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

39

Tx Frames Discarded -Trunk Discard

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because the EOF cells are discarded in the network or the reassembly timer expires.

Range: 0 to (2³²-1)

40

Tx Bytes Discarded-Trunk Discard

Transmit Bytes Discarded

—

Provides a count of the bytes that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

41

Tx Frames during Ingress LMI Fail

Frames Transmitted

Egress-13

Provides a count of the frames that are transmitted to the attached equipment while the local management interface (LMI) signaling protocol on the local port failed.

The portSignallingState object displayed is in an LMI failure state.

Range: 0 to (2³²-1)

42

Tx Bytes during Ingress LMI Fail

Bytes Transmitted

Egress-13

Provides a count of bytes in the frames counted in the Tx Frames during Ingress LMI Fail statistic.

The count includes the Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

43

Total Dropped Frames

No

—

Provides a count of the total frames that are dropped before the queue is transmitted.

Range: 0 to (2³²-1)

44

Frames Received with BECN

Frames Received

Ingress-2

Provides a count of the frames that are received with the BECN bit set.

Range: 0 to (2³²-1)

45

Frames Received with FECN

Frames Received

Ingress-2

Provides a count of the frames that are received with the FECN bit set.

Range: 0 to (2³²-1)

46

Frames Switched

No

—

Provides a count of the frames that are switched.

Range: 0 to (2³²-1)

FastPAD Voice Connection

This section provides information about the statistics contained in the FastPAD Voice group. The following table lists the attributes that are common to the FastPAD voice connection statistics.

Front Cards

FTM

Back Cards

FPC-T1, FPC-E1, FPC-V35, FPC-X21

Object Type

0

Subobject Type

3

Default Peak Interval

300 seconds

The FastPAD voice connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

FastPAD Voice Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Received

No

—

Provides a count of the frames that are received by the local FastPAD port.

Range: 0 to (2³²-1)

1

Receive Frames Discarded

Frames Received

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted onto the bus.

Range: 0 to (2³²-1)

2

Frames Transmitted

No

—

Provides a count of the frames that are transmitted out of the local FastPAD port.

Range: 0 to (2³²-1)

3

Transmit Frames Discarded

Frames Transmitted

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted out the port.

Range: 0 to (2³²-1)

4

Packet Received

No

—

Provides a count of the packets that are received from the bus by the local port card.

Range: 0 to (2³²-1)

5

Receive Packets Discarded

Packets

—

Provides a count of the packets that are received from the bus by the local port card and discarded. These packets are discarded before the queue is transmitted out of the port.

Range: 0 to (2³²-1)

6

Packets Transmitted

No

—

Provides a count of the packets that are transmitted onto the bus from the local port card.

Range: 0 to (2³²-1)

9

Bytes Received

No

—

Provides a count of the frame bytes that are received by the local FastPAD port.

Range: 0 to (2³²-1)

10

Receive Bytes Discarded

Bytes Received

—

Provides a count of the frame bytes that are received and then discarded by the local FastPAD port.

Range: 0 to (2³²-1)

11

Bytes Transmitted

No

—

Provides a count of the frame bytes that are received from the bus and then transmitted out the FastPAD port.

Range: 0 to (2³²-1)

12

Transmit Bytes Discarded

Bytes Transmitted

—

Provides a count of the frame bytes that are received from the bus then discarded before transmitting out of the FastPAD port.

Bytes can be discarded for the following reasons:

•Age of the frame

•Cyclic redundancy check (CRC) errors

•Lack of buffer space

Range: 0 to (2³²-1)

16

Seconds in Service

No

—

Provides a count of the seconds in service (not in alarm) that the required cards are present, and the connection is routed.

Range: 0 to (2³²-1)

17

Frames Transmitted with FECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the forward explicit congestion notification (FECN) bit set.

Range: 0 to (2³²-1)

18

Frames Transmitted with BECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the backward explicit congestion notification (BECN) bit set.

Range: 0 to (2³²-1)

20

Minutes Congested

No

—

Provides a count of the minutes when at least 50% of the frames are tagged FECN by FastPAD.

Range: 0 to (2³²-1)

21

DE Frames Received

Frames Received

—

Provides a count of the frames that are received with the discard eligible (DE) bit set by the local FastPAD port.

Range: 0 to (2³²-1)

22

DE Frames Transmitted

Frames Transmitted

—

Provides a count of the frames that are transmitted with the DE bit set by the local FastPAD port.

Range: 0 to (2³²-1)

23

DE Frames Dropped

No

—

Provides a count of the frames that are received with the DE bit set then dropped before being transmitted onto the bus.

Range: 0 to (2³²-1)

24

DE Bytes Received

Bytes Received

—

Provides a count of the number bytes that are received with the DE bit set.

Range: 0 to (2³²-1)

25

Frames Rx in Excess of CIR

Frames Received

—

Provides a count of the frames that are received in excess of the committed information rate (CIR).

Range: 0 to (2³²-1)

26

Bytes Rx in Excess of CIR

Bytes Received

—

Provides a count of the bytes that are received in excess of CIR.

Range: 0 to (2³²-1)

27

Frames Tx in Excess of CIR

Frames Transmitted

—

Provides a count of the frames that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

28

Bytes Tx in Excess of CIR

Bytes Transmitted

—

Provides a count of the bytes that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

31

Rx Frames Discarded-Deroute/
Down

Frames Received

—

Provides a count of the frames that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

32

Rx Bytes Discarded-Deroute/
Down

Bytes Received

—

Provides a count of the bytes that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

33

Rx Frames Discarded- VC-Q-Overflow

Frames Received

—

Provides a count of the frames that are discarded due to virtual circuit (VC) queue overflow.

Range: 0 to (2³²-1)

34

Rx Bytes Discarded- VC-Q-Overflow

Bytes Received

—

Provides a count of the bytes that are discarded due to VC queue overflow.

Range: 0 to (2³²-1)

35

Tx Frames Discarded-Q-
Overflow

Frames Transmitted

—

Provides a count of the frames that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

36

Tx Bytes Discarded- Q-Overflow

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

37

Tx Frames Discarded- Ingress CRC

Frames Transmitted

—

Provides a count of the frames that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

38

Tx Bytes Discarded Ingress CRC

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

39

Tx Frames Discarded- Trunk Discard

Frames Transmitted

—

Provides a count of the frames that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

40

Tx Bytes Discarded- Trunk Discard

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

41

Tx Frames during Ingress LMI Fail

Frames Transmitted

—

Provides a count of the frames that are transmitted during an LMI failure in the ingress direction.

Range: 0 to (2³²-1)

42

Tx Bytes during Ingress LMI Fail

Bytes Transmitted

—

Provides a count of the bytes that are transmitted during an LMI failure in the ingress direction.

Range: 0 to (2³²-1)

FastPAD Switched Connection

This section provides information about the statistics contained in the FastPAD Switched Voice group. The following table lists the attributes that are common to the FastPAD switched connection statistics.

Front Cards

FTM

Back Cards

FPC-T1, FPC-E1, FPC-V35, FPC-X21

Object Type

0

Subobject Type

4

Default Peak Interval

300 seconds

The FastPAD switched connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

FastPAD Switched Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Received

No

—

Provides a count of the frames that are received by the local FastPAD port.

Range: 0 to (2³²-1)

1

Receive Frames Discarded

Frames Received

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted onto the bus.

Range: 0 to (2³²-1)

2

Frames Transmitted

No

—

Provides a count of the frames that are transmitted out of the local FastPAD port.

Range: 0 to (2³²-1)

3

Transmit Frames Discarded

Frames Transmitted

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted out the port.

Range: 0 to (2³²-1)

4

Packet Received

No

—

Provides a count of the packets that are received from the bus by the local port card.

Range: 0 to (2³²-1)

5

Receive Packets Discarded

Packets Received

—

Provides a count of the packets that are received from the bus by the local port card and discarded. These packets are discarded before the queue is transmitted out of the port.

Range: 0 to (2³²-1)

6

Packets Transmitted

No

—

Provides a count of the packets that are transmitted onto the bus from the local port card.

Range: 0 to (2³²-1)

9

Bytes Received

No

—

Provides a count of the frame bytes that are received by the local FastPAD port.

Range: 0 to (2³²-1)

10

Receive Bytes Discarded

Bytes Received

—

Provides a count of the frame bytes that are received and then discarded by the local FastPAD port.

Range: 0 to (2³²-1)

11

Bytes Transmitted

No

—

Provides a count of the frame bytes that are received from the bus and then transmitted out the FastPAD port.

Range: 0 to (2³²-1)

12

Transmit Bytes Discarded

Bytes Transmitted

—

Provides a count of the frame bytes that are received from the bus then discarded before transmitting out of the FastPAD port.

Bytes can be discarded for the following reasons:

•Age of the frame

•Cyclic redundancy check (CRC) errors

•Lack of buffer space

Range: 0 to (2³²-1)

16

Seconds in Service

No

—

Provides a count of the seconds in service (not in alarm) that the required cards are present, and the connection is routed.

Range: 0 to (2³²-1)

17

Frames Transmitted with FECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the forward explicit congestion notification (FECN) bit set.

Range: 0 to (2³²-1)

18

Frames Transmitted with BECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the backward explicit congestion notification (BECN) bit set.

Range: 0 to (2³²-1)

20

Minutes Congested

No

—

Provides a count of the minutes when at least 50% of the frames are tagged FECN by FastPAD.

Range: 0 to (2³²-1)

21

DE Frames Received

Frames Received

—

Provides a count of the frames that are received with the discard eligible (DE) bit set by the local FastPAD port.

Range: 0 to (2³²-1)

22

DE Frames Transmitted

Frames Transmitted

—

Provides a count of the frames that are transmitted with the DE bit set by the local FastPAD port.

Range: 0 to (2³²-1)

23

DE Frames Dropped

No

—

Provides a count of the frames that are received with the DE bit set then dropped before being transmitted onto the bus.

Range: 0 to (2³²-1)

24

DE Bytes Received

Bytes Received

—

Provides a count of the number bytes that are received with the DE bit set.

Range: 0 to (2³²-1)

25

Frames Rx in Excess of CIR

Frames Received

—

Provides a count of the frames that are received in excess of the committed information rate (CIR).

Range: 0 to (2³²-1)

26

Bytes Rx in Excess of CIR

Bytes Received

—

Provides a count of the bytes that are received in excess of CIR.

Range: 0 to (2³²-1)

27

Frames Tx in Excess of CIR

Frames Transmitted

—

Provides a count of the frames that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

28

Bytes Tx in Excess of CIR

Bytes Transmitted

—

Provides a count of the bytes that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

31

Rx Frames Discarded-Deroute/
Down

Frames Received

—

Provides a count of the frames that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

32

Rx Bytes Discarded-Deroute/
Down

Bytes Received

—

Provides a count of the bytes that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

33

Rx Frames Discarded- VC-Q-Overflow

Frames Received

—

Provides a count of the frames that are discarded due to virtual circuit (VC) queue overflow.

Range: 0 to (2³²-1)

34

Rx Bytes Discarded- VC-Q-Overflow

Bytes Received

—

Provides a count of the bytes that are discarded due to VC queue overflow.

Range: 0 to (2³²-1)

35

Tx Frames Discarded-Q-
Overflow

Frames Transmitted

—

Provides a count of the frames that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

36

Tx Bytes Discarded- Q-Overflow

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

37

Tx Frames Discarded- Ingress CRC

Frames Transmitted

—

Provides a count of the frames that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

38

Tx Bytes Discarded Ingress CRC

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

39

Tx Frames Discarded- Trunk Discard

Frames Transmitted

—

Provides a count of the frames that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

40

Tx Bytes Discarded- Trunk Discard

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

41

Tx Frames during Ingress LMI Fail

Frames Transmitted

—

Provides a count of the frames that are transmitted during an LMI failure in the ingress direction.

Range: 0 to (2³²-1)

42

Tx Bytes during Ingress LMI Fail

Bytes Transmitted

—

Provides a count of the bytes that are transmitted during an LMI failure in the ingress direction.

Range: 0 to (2³²-1)

FastPAD Data Connection

This section provides information about the statistics contained in the FastPAD Data group. The following table lists the attributes that are common to the FastPAD data connection statistics.

Front Cards

FTM

Back Cards

FPC-T1, FPC-E1, FPC-V35, FPC-X21

Object Type

0

Subobject Type

5

Default Peak Interval

300 seconds

The FastPAD data connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

FastPAD Data Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Received

No

—

Provides a count of the frames that are received by the local FastPAD port.

Range: 0 to (2³²-1)

1

Receive Frames Discarded

Frames Received

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted onto the bus.

Range: 0 to (2³²-1)

2

Frames Transmitted

No

—

Provides a count of the frames that are transmitted out of the local FastPAD port.

Range: 0 to (2³²-1)

3

Transmit Frames Discarded

Frames Transmitted

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted out the port.

Range: 0 to (2³²-1)

4

Packet Received

No

—

Provides a count of the packets that are received from the bus by the local port card.

Range: 0 to (2³²-1)

5

Receive Packets Discarded

Packets Received

—

Provides a count of the packets that are received from the bus by the local port card and discarded. These packets are discarded before the queue is transmitted out of the port.

Range: 0 to (2³²-1)

6

Packets Transmitted

No

—

Provides a count of the packets that are transmitted onto the bus from the local port card.

Range: 0 to (2³²-1)

9

Bytes Received

No

—

Provides a count of the frame bytes that are received by the local FastPAD port.

Range: 0 to (2³²-1)

10

Receive Bytes Discarded

Bytes Received

—

Provides a count of the frame bytes that are received and then discarded by the local FastPAD port.

Range: 0 to (2³²-1)

11

Bytes Transmitted

No

—

Provides a count of the frame bytes that are received from the bus and then transmitted out the FastPAD port.

Range: 0 to (2³²-1)

12

Transmit Bytes Discarded

Bytes Transmitted

—

Provides a count of the frame bytes that are received from the bus then discarded before transmitting out of the FastPAD port.

Bytes can be discarded for the following reasons:

•Age of the frame

•Cyclic redundancy check (CRC) errors

•Lack of buffer space

Range: 0 to (2³²-1)

16

Seconds in Service

No

—

Provides a count of the seconds in service (not in alarm) that the required cards are present, and the connection is routed.

Range: 0 to (2³²-1)

17

Frames Transmitted with FECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the forward explicit congestion notification (FECN) bit set.

Range: 0 to (2³²-1)

18

Frames Transmitted with BECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the backward explicit congestion notification (BECN) bit set.

Range: 0 to (2³²-1)

20

Minutes Congested

No

—

Provides a count of the minutes when at least 50% of the frames are tagged FECN by FastPAD.

Range: 0 to (2³²-1)

21

DE Frames Received

Frames Received

—

Provides a count of the frames that are received with the discard eligible (DE) bit set by the local FastPAD port.

Range: 0 to (2³²-1)

22

DE Frames Transmitted

Frames Transmitted

—

Provides a count of the frames that are transmitted with the DE bit set by the local FastPAD port.

Range: 0 to (2³²-1)

23

DE Frames Dropped

No

—

Provides a count of the frames that are received with the DE bit set then dropped before being transmitted onto the bus.

Range: 0 to (2³²-1)

24

DE Bytes Received

Bytes Received

—

Provides a count of the number bytes that are received with the DE bit set.

Range: 0 to (2³²-1)

25

Frames Rx in Excess of CIR

Frames Received

—

Provides a count of the frames that are received in excess of the committed information rate (CIR).

Range: 0 to (2³²-1)

26

Bytes Rx in Excess of CIR

Bytes Received

—

Provides a count of the bytes that are received in excess of CIR.

Range: 0 to (2³²-1)

27

Frames Tx in Excess of CIR

Frames Transmitted

—

Provides a count of the frames that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

28

Bytes Tx in Excess of CIR

Bytes Transmitted

—

Provides a count of the bytes that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

31

Rx Frames Discarded-Deroute/
Down

Frames Received

—

Provides a count of the frames that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

32

Rx Bytes Discarded-Deroute/
Down

Bytes Received

—

Provides a count of the bytes that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

33

Rx Frames Discarded- VC-Q-Overflow

Frames Received

—

Provides a count of the frames that are discarded due to virtual circuit (VC) queue overflow.

Range: 0 to (2³²-1)

34

Rx Bytes Discarded- VC-Q-Overflow

Bytes Received

—

Provides a count of the bytes that are discarded due to VC queue overflow.

Range: 0 to (2³²-1)

35

Tx Frames Discarded-Q-
Overflow

Frames Transmitted

—

Provides a count of the frames that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

36

Tx Bytes Discarded- Q-Overflow

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

37

Tx Frames Discarded- Ingress CRC

Frames Transmitted

—

Provides a count of the frames that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

38

Tx Bytes Discarded Ingress CRC

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

39

Tx Frames Discarded- Trunk Discard

Frames Transmitted

—

Provides a count of the frames that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

40

Tx Bytes Discarded- Trunk Discard

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

42

Tx Bytes during Ingress LMI Fail

Bytes Transmitted

—

Provides a count of the bytes that are transmitted during an LMI failure in the ingress direction.

Range: 0 to (2³²-1)

FastPAD Frame Relay Connection

This section provides information about the statistics contained in the FastPAD Frame Relay group. The following table lists the attributes that are common to the FastPAD Frame Relay connection statistics.

Front Card

FTM

Back Cards

FPC-T1, FPC-E1, FPC-V35, FPC-X21

Object Type

0

Subobject Type

6

Default Peak Interval

300 seconds

The FastPAD Frame Relay connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

FastPAD Frame Relay Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Received

No

—

Provides a count of the frames that are received by the local FastPAD port.

Range: 0 to (2³²-1)

1

Receive Frames Discarded

Frames Received

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted onto the bus.

Range: 0 to (2³²-1)

2

Frames Transmitted

No

—

Provides a count of the frames that are transmitted out of the local FastPAD port.

Range: 0 to (2³²-1)

3

Transmit Frames Discarded

Frames Transmitted

—

Provides a count of the frames that are discarded by the local FastPAD before the queue is transmitted out the port.

Range: 0 to (2³²-1)

4

Packets Received

No

—

Provides a count of the packets that are received from the bus by the local port card.

Range: 0 to (2³²-1)

5

Receive Packets Discarded

Packets Received

—

Provides a count of the packets that are received from the bus by the local port card and discarded. These packets are discarded before the queue is transmitted out of the port.

Range: 0 to (2³²-1)

6

Packets Transmitted

No

—

Provides a count of the packets that are transmitted onto the bus from the local port card.

Range: 0 to (2³²-1)

9

Bytes Received

No

—

Provides a count of the frame bytes that are received by the local FastPAD port.

Range: 0 to (2³²-1)

10

Receive Bytes Discarded

Bytes Received

—

Provides a count of the frame bytes that are received and then discarded by the local FastPAD port.

Range: 0 to (2³²-1)

11

Bytes Transmitted

No

—

Provides a count of the frame bytes that are received from the bus and then transmitted out the FastPAD port.

Range: 0 to (2³²-1)

12

Transmit Bytes Discarded

Bytes Transmitted

—

Provides a count of the frame bytes that are received from the bus then discarded before transmitting out of the FastPAD port.

Bytes can be discarded for the following reasons:

•Age of the frame

•Cyclic redundancy check (CRC) errors

•Lack of buffer space

Range: 0 to (2³²-1)

16

Seconds in Service

No

—

Provides a count of the seconds in service (not in alarm) that the required cards are present, and the connection is routed.

Range: 0 to (2³²-1)

17

Frames Transmitted with FECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the forward explicit congestion notification (FECN) bit set.

Range: 0 to (2³²-1)

18

Frames Transmitted with BECN

Frames Transmitted

—

Provides a count of the frames that are transmitted with the backward explicit congestion notification (BECN) bit set.

Range: 0 to (2³²-1)

20

Minutes Congested

No

—

Provides a count of the minutes when at least 50% of the frames are tagged FECN by FastPAD.

Range: 0 to (2³²-1)

21

DE Frames Received

Frames Received

—

Provides a count of the frames that are received with the discard eligible (DE) bit set by the local FastPAD port.

Range: 0 to (2³²-1)

22

DE Frames Transmitted

Frames Transmitted

—

Provides a count of the frames that are transmitted with the DE bit set by the local FastPAD port.

Range: 0 to (2³²-1)

23

DE Frames Dropped

No

—

Provides a count of the frames that are received with the DE bit set then dropped before being transmitted onto the bus.

Range: 0 to (2³²-1)

24

DE Bytes Received

Bytes Received

—

Provides a count of the bytes that are received with the DE bit set.

Range: 0 to (2³²-1)

25

Frames Rx in Excess of CIR

Frames Received

—

Provides a count of the frames that are received in excess of the committed information rate (CIR).

Range: 0 to (2³²-1)

26

Bytes Rx in Excess of CIR

Bytes Received

—

Provides a count of the bytes that are received in excess of CIR.

Range: 0 to (2³²-1)

27

Frames Tx in Excess of CIR

Frames Transmitted

—

Provides a count of the frames that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

28

Bytes Tx in Excess of CIR

Bytes Transmitted

—

Provides a count of the bytes that are transmitted in excess of CIR.

Range: 0 to (2³²-1)

31

Rx Frames Discarded-Deroute/
Down

Frames Received

—

Provides a count of the frames that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

32

Rx Bytes Discarded-Deroute/
Down

Bytes Received

—

Provides a count of the bytes that are discarded due to administratively downed connections.

Range: 0 to (2³²-1)

33

Rx Frames Discarded- VC-Q-Overflow

Frames Received

—

Provides a count of the frames that are discarded due to virtual circuit (VC) queue overflow.

Range: 0 to (2³²-1)

34

Rx Bytes Discarded- VC-Q-Overflow

Bytes Received

—

Provides a count of the bytes that are discarded due to VC queue overflow.

Range: 0 to (2³²-1)

35

Tx Frames Discarded-Q-
Overflow

Frames Transmitted

—

Provides a count of the frames that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

36

Tx Bytes Discarded- Q-Overflow

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1)

37

Tx Frames Discarded- Ingress CRC

Frames Transmitted

—

Provides a count of the frames that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

38

Tx Bytes Discarded Ingress CRC

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to ingress CRC or length errors.

Range: 0 to (2³²-1)

39

Tx Frames Discarded- Trunk Discard

Frames Transmitted

—

Provides a count of the frames that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

40

Tx Bytes Discarded- Trunk Discard

Bytes Transmitted

—

Provides a count of the bytes that are discarded due to trunk CRC or length errors.

Range: 0 to (2³²-1)

41

Tx Frames during Ingress LMI Fail

Frames Transmitted

—

Provides a count of the frames that are transmitted during an LMI failure in the ingress direction.

Range: 0 to (2³²-1)

42

Tx Bytes during Ingress LMI Fail

Bytes Transmitted

—

Provides a count of the bytes that are transmitted during an LMI failure in the ingress direction.

Range: 0 to (2³²-1)

UXM and URM Connection

This section provides information about the UXM and URM statistics contained in the ASI Connection group. These connection statistics are applicable for Switch Software Releases 9.2 and 9.3 on the
Cisco IGX switch.

Note The UXM connection statistics in this section are also applicable to the UXM-E card.

The following table lists the attributes that are common to the UXM and URM connection statistics.

Front Cards

UXM, URM

Back Cards

UXM—BC-UAI-6-T3/E3, BC-UAI-3-T3/E3, BC-UAI-2/4-155-SMF, BC-UAI-2/4-SMFXLR, BC-UAI-4-STM1E, BC-UAI-4-155-MMF

URM—BC-URI-2FE2V-T1/E1

Object Type

0

Subobject Type

7

Default Peak Interval

300 seconds

The UXM and URM connection statistics are used primarily for gathering billing and performance data. However, the multilevel statistics listed in this section are typically used for troubleshooting.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

UXM and URM Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

29

Cells RX Port

No

Ingress-1

Provides a count of the total cells that are received from the port prior to policing and VC queuing.

The count includes the sum of cell loss priority (CLP) cells (0+1).

This statistic does not include

•Cells discarded due to checksum error

•Cells discarded due to invalid virtual path identifier (VPI)/virtual channel identifier (VCI)

•Operation, administration, and maintenance (OAM) cells

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Rx Cells from port.

Range: 0 to (2³²-1) cells

31

Cells TX Network

Cells RX Port

Ingress-4

Provides a count of the cells that are transmitted to the bus and sent to the switch fabric after policing and VC queuing.

This statistic does not include the cells that are discarded due to traffic or congestion control.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX cells to NW.

Range: 0 to (2³²-1) cells

32

CLP RX Port

Cells RX Port

Ingress-2, 3

Provides a count of the total connection cells with CLP equal to 0 and 1 that are received from the port prior to policing and VC queuing.

This statistic does not include cells that are discarded due to a checksum error.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX cells to NW.

Range: 0 to (2³²-1) cells

38

Non-comp RX Port

Cells RX Port

Ingress-2

Provides a count of the total cells with CLP (0+1) that are non-compliant or discarded due to policing.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX cells Non-cmplt.

Range: 0 to (2³²-1) cells

41

Average Cell Rx Q Depth

No

Ingress-2

Provides the average number of cells that comprises the receive VC queue cell depth.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Ingress VC Q depth.

Range: 0 to (2³²-1) cells

44

EFCI TX Port

Cells TX Port

Egress-13

Provides a count of the cells with an explicit forward congestion indication (EFCI) bit equal to 1 that are transmitted to the port.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is TX EFCI 1 to Port.

Range: 0 to (2³²-1) cells

45

Cells TX Port

No

Egress-12, 13

Provides a count of the cells transmitted to the port after VC queuing.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX Cells to Port.

Range: 0 to (2³²-1) cells

46

Cells RX Network

No

Egress-11

Provides a count of the number of cells received from the bus.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX cells from NW.

Range: 0 to (2³²-1) cells

58

Number of good PDUs Rx by SAR

No

After SAR processing-3

Provides a count of the valid protocol data units (PDUs) received by the segmentation and reassembly (SAR) sublayer. The BXM uses AAL5.

Range: 0 to (2³²-1) cells

59

Number of good PDUs Tx by SAR

No

After SAR processing-12

Provides a count of the valid PDUs transmitted by the SAR sublayer. The BXM uses AAL5.

Range: 0 to (2³²-1) cells

60

Rx PDUs discarded on ingress by SAR

No

After SAR processing-3

Provides a count of the invalid PDUs that are discarded by the SAR sublayer, in the receive direction.

Cells are discarded due to bit errors, lost cells, or cells that are out of sequence.

Range: 0 to (2³²-1) cells

61

Tx PDUs discarded on egress by SAR

No

After SAR processing-12

Provides a count of the invalid PDUs that are discarded by the SAR sublayer, in the transmit direction.

Cells are discarded due to bit errors, lost cells, or cells that are out of sequence.

Range: 0 to (2³²-1) cells

62

Invalid crc32 PDU Rx by SAR

Rx PDUs discarded on ingress by SAR

After SAR processing-3

Provides a count of the PDUs with an invalid cyclic redundancy check (CRC) that are received by the SAR sublayer.

The trailer of the frame includes a 32-bit CRC that calculates across the PDU.

Range: 0 to (2³²-1) cells

63

Invalid-length PDU Rx by SAR

Rx PDUs discarded on ingress by SAR

After SAR processing-3

Provides a count of the PDUs with an invalid length that are received by the SAR sublayer.

The trailer of the frame includes the length field that calculates the entire PDU.

Range: 0 to (2³²-1) cells

64

Short-length failures detected by SAR

Invalid-length PDU Rx by SAR

After SAR processing-3

Provides a count of the PDUs with missing data (missing cells) that are received by the SAR sublayer.

The trailer of the frame includes the length field that calculates the entire PDU.

Range: 0 to (2³²-1) cells

65

Long-length failures detected by SAR

Invalid-length PDU Rx by SAR

After SAR processing-3

Provides a count of the PDUs with extra cells that are received by the SAR sublayer.

Cells can be added when the end of frame (EOF) cell is lost.

The trailer of the frame includes the length field that calculates the entire PDU.

Range: 0 to (2³²-1) cells

69

Cells Rx with CLP=0

Total Cells Rx Port

Ingress-2

Provides a count of the total cells with CLP equal to 0 that are received from the port.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP0 from Port.

Range: 0 to (2³²-1) cells

70

Cells Rx with CLP=0 from network

Cells RX Network

Egress-11

Provides a count of the total cells with CLP equal to 0 that are received from the bus.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX CLP0 from NW.

Range: 0 to (2³²-1) cells

71

Cells Rx with CLP=1 from network

Cells RX Network

Egress-11

Provides a count of the total cells with CLP equal to 1 that are received from the bus.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX CLP1 from NW.

Range: 0 to (2³²-1) cells

72

Ingress VSVD Allowed Cell Rate

No

Ingress-1

Provides the value of the allowed cell rate (ACR) used in the resource management (RM) cell.

On the ingress, this value is the ACR between the source edge switch of the WAN and the virtual source (VS).

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Ingress VSVD ACR.

Range: 0 to Max valid ACR cells

73

Egress VSVD Allowed Cell Rate

No

Egress-13

Provides the value of the ACR used in the RM cell.

On the egress, this value is the ACR between the destination edge switch of the WAN and the virtual destination (VD).

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Egress VSVD ACR.

Range: 0 to Max valid ACR cells

74

Backward Severely Errored Cell Blocks

—

—

Provides a count of the backward severely errored cells that are blocked.

Range: 0 to (2³²-1) cells

75

Backward Lost Cell Count

—

—

Provides a count of the backward cells that are lost.

Range: 0 to (2³²-1) cells

76

Backward Misinserted Cell Count

—

—

Provides a count of the backward cells that are misinserted.

Range: 0 to (2³²-1) cells

77

Backward Bipolar Violation Count

—

—

Provides a count of the backward bipolar violations.

Range: 0 to (2³²-1) cells

78

Forward Severely Errored Cell Blocks

—

—

Provides a count of the forward severely errored cells that are blocked.

Range: 0 to (2³²-1) cells

79

Forward Lost Cell Count

—

—

Provides a count of the forward cells that are lost.

Range: 0 to (2³²-1) cells

80

Forward Misinserted Cell Count

—

—

Provides a count of the forward cells that are misinserted.

Range: 0 to (2³²-1) cells

81

Forward Bipolar Violation Count

—

—

Provides a count of the forward bipolar violations.

Range: 0 to (2³²-1) cells

82

Cells Tx with EFCI=0

—

—

Provides a count of the cells that are transmitted with the EFCI bit set at 0.

Range: 0 to (2³²-1) cells

83

Average Cell Tx Q Depth

—

—

Provides the average number of cells that are transmitted from the queue.

Range: 0 to (2³²-1) cells

84

Unkn Prot Frames Discarded at Ingress

—

—

Provides a count of the unknown protocol frames that are discarded in the ingress direction.

Range: 0 to (2³²-1) cells

85

Unkn Prot Frames Discarded at Egress

—

—

Provides a count of the unknown protocol frames that are discarded in the egress direction.

Range: 0 to (2³²-1) cells

86

EOF Cells RX from Port

Cells RX Port

Ingress-2

Provides a count of the end of frame (EOF) cells that are received from the port.

Range: 0 to (2³²-1) cells

89

No of cells rx non-comp w/clp=0 drpd

Cells Rx with CLP=0

Ingress-2

Provides a count of the non-compliant cells with CLP equal to 0 that are dropped after being received.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP0 Non-cmplt.

Range: 0 to (2³²-1) cells

90

No of cells rx non-comp w/clp=1 drpd

CLP RX Port

Ingress-2

Provides a count of the non-compliant cells with CLP equal to 1 that are dropped after being received.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP1 Non-cmpl.

Range: 0 to (2³²-1) cells

91

No of cells rx congested w/clp=0 drpd

Cells Rx with CLP=0

Ingress-2

Provides a count of the received cells with CLP equal to 0 that are dropped from a congested line.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP0 Cong Dscd.

Range: 0 to (2³²-1) cells

92

No of cells rx congested w/clp=1 drpd

CLP RX Port

Ingress-2

Provides a count of the received cells with CLP equal to 1 that are dropped from a congested line.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP1 Cong Dscd.

Range: 0 to (2³²-1) cells

93

No of cells tx with clp=1 to nw

Cells TX Network

Ingress-4

Provides a count of the total cells with CLP equal to 1 that are transmitted to the bus.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX CLP1 to NW.

Range: 0 to (2³²-1) cells

94

No of cells tx w/efci=0 to nw

Cells TX Network

Ingress-4

Provides a count of the cells with an EFCI bit equal to 0 that are transmitted to the bus.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX EFCI 0 to NW.

Range: 0 to (2³²-1) cells

95

No of cells tx w/efci=1 to nw

Cells TX Network

Ingress-4

Provides a count of the cells with an EFCI bit equal to 1 that are transmitted to the bus.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX EFCI 1 to NW.

Range: 0 to (2³²-1) cells

97

No of cells rx congested w/EOF dscd

Total Cells RX Port

Ingress-3

Provides a count of the ingress EOF cells with an EFCI bit equal to 0 that are discarded from a congested line.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX EOF CNG DSC.

Range: 0 to (2³²-1) cells

98

No of cells tx w/eof=1 to port

Cells Tx Port

Egress-13

Provides a count of the cells with EOF equal to 1 that are transmitted to the port.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is TX EOFs to Port.

Range: 0 to (2³²-1) cells

99

No of RM cells tx to port

Cells Tx Port

Egress-13

Provides a count of RM cells that are transmitted to the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RM Cells to Port.

Range: 0 to (2³²-1) cells

100

No of cells rx w/efci=0 from port

Total Cells Rx Port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 0 that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RX EFCI 0 from Port.

Range: 0 to (2³²-1) cells

101

Cells rx w/EFCI from port

Total Cells Rx Port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 1 that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RX EFCI 1 from Port.

Range: 0 to (2³²-1) cells

102

No of OAM cells rx from port

Total Cells Rx Port

Ingress-1

Provides a count of OAM cells that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is OAM from Port.

Range: 0 to (2³²-1) cells

103

No of cells rx w/RM from port

Total Cells Rx Port

Ingress-1

Provides a count of RM cells that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RM Cells from Port.

Range: 0 to (2³²-1) cells

104

Cells rx congested w/EFCI0 dscd

No of cells rx w/efci=0 from port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 0 that are discarded from a congested line.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx EFCI 0 Cng Dsc.

Range: 0 to (2³²-1) cells

105

Cells rx congested w/EFCI1 dscd

Cells rx w/EFCI from port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 1 that are discarded from a congested line.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx EFCI 1 Cng Dsc.

Range: 0 to (2³²-1) cells

106

Cells rx congested w/OAM dscd

No of OAM cells rx from port

Ingress-1

Provides a count of the total OAM cells that are received and then discarded because of congestion.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx OAM Cng Dsc.

Range: 0 to (2³²-1) cells

107

Cells rx congested w/RM dscd

No of cells rx w/RM from port

Ingress-1

Provides a count of the total RM cells that are received and then discarded because of congestion.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx RM Cng Dsc.

Range: 0 to (2³²-1) cells

108

No of cells tx w/FRm to nw

No of cells tx w/BRm+FsRm to nw

Ingress-4

Provides a count of the total forward RM cells that are transmitted to the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx FRM to NW.

Range: 0 to (2³²-1) cells

109

No of cells tx w/BRm+FsRm to nw

No

Ingress-4

Provides a count of the total backward forward RM cells transmitted to the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx BRM/Fst to NW.

Range: 0 to (2³²-1) cells

110

No of cells rx w/efci=0 from nw

No

Egress-12

Provides a count of the cells with an EFCI bit equal to 0 that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is TX EFCI 0 from NW.

Range: 0 to (2³²-1) cells

111

No of cells rx w/efci=1 from nw

Cells RX Network

Egress-12

Provides a count of the cells with an EFCI bit equal to 1 that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RX EFCI 1 from NW.

Range: 0 to (2³²-1) cells

112

No of egress OAM cells rx

Cells RX Network

Egress-12

Provides a count of the OAM cells that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is OAM From NW.

Range: 0 to (2³²-1) cells

113

No of egress cells rx w/RM

Cells RX Network

Egress-12

Provides a count of the RM cells that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RM From NW.

Range: 0 to (2³²-1) cells

114

Cells tx congested w/EFCI0 dscd

No

Egress-13

Provides a count of the discarded cells that have an EFCI bit equal to 0.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx EFCI 0 Cng Dsc.

Range: 0 to (2³²-1) cells

115

Cells tx congested w/EFCI1 dscd

No

Egress-13

Provides a count of the discarded cells that have an EFCI bit equal to 1.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx EFCI 1 Cng Dsc.

Range: 0 to (2³²-1) cells

116

Cells tx congested w/RM dscd

No

Egress-13

Provides a count of the RM cells that are discarded due to congestion.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx RM Cng Dsc.

Range: 0 to (2³²-1) cells

117

Cells tx congested w/OAM dscd

No

Egress-13

Provides a count of the OAM cells that are discarded due to congestion.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx OAM Cng Dsc.

Range: 0 to (2³²-1) cells

118

No of cells tx w/clp=0

CLP TX Port

Egress-13

Provides a count of the cells with CLP equal to 0 that are transmitted to the port.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX CLP0 Cells to Port.

Note This statistic is only available in Switch Software Releases 9.3 and above. For other releases this value equals 0.

Range: 0 to (2³²-1) cells

119

No of cells tx w/clp=1

CLP TX Port

Egress-13

Provides a count of the cells with CLP equal to 1 that are transmitted to the port.

Note This statistic is only available in Switch Software Releases 9.3 and above. For other releases this value equals 0.

Range: 0 to (2³²-1) cells

120

Cells tx w/clp=0 to nw

Cells TX Network

Ingress-4

Provides a count of the cells with CLP equal to 0 that are transmitted to the bus.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX CLP0 to NW.

Note This statistic is only available in Switch Software Releases 9.3 and above. For other releases this value equals 0.

Range: 0 to (2³²-1) cells

BXM and ASI Connection

This section provides information about the BXM and ASI statistics contained in the ASI Connection group. These connection statistics are applicable to Switch Software Releases 9.2 and 9.3 on the
Cisco BPX switch.

Note The BXM connection statistics are also applicable to the SES.

The following table lists the attributes that are common to the BXM and ASI connection statistics.

Front Cards

BXM—T3/E3, BXM-155, BXM-622

ASI—T3/E3, ASI-155, ASI-155e

Back Cards

BXM—BPX-T3/E3-BC, MMF-155-4/8, SMF-155-4/8 SMFLR-155-4/8, SMF-622-2, SMFLR-622-2, SMFXLR-622-2, SMF-622, SMFLR-622, SMFXLR-622

ASI—LM-3T3/3E3, LM-2OC-3-SMF, LM-2OC-3-SMFLR, LM-2OC-3-MMF

Object Type

0

Subobject Type

7

Default Peak Interval

300 seconds

The BXM and ASI connection statistics are used primarily for gathering billing and performance data. However, the multilevel statistics listed in this section are typically used for troubleshooting.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

BXM and ASI Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

29

Cells RX Port

No

Ingress-1

Provides a count of the total cells that are received from the port prior to policing and VC queuing.

The count includes the sum of cell loss priority (CLP) cells (0+1).

This statistic does not include

•Cells discarded due to checksum error

•Cells discarded due to invalid virtual path identifier (VPI)/virtual channel identifier (VCI)

•Operation, administration, and maintenance (OAM) cells

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Rx Cells from port.

Range: 0 to (2³²-1) cells

30

Frames RX Port

No

Ingress-1

Provides a count of the total AAL5 frames that are received from the port.

The count includes frames that are valid, invalid, or subsequently discarded.

This statistic applies to ATM data connections. Traffic flow over the connection is adapted to ATM at the AAL5 layer.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX EOFs from port.

Range: 0 to (2³²-1) frames

31

Cells TX Network

Cells RX Port

Ingress-4

Provides a count of the cells that are transmitted to the bus and sent to the switch fabric after policing and VC queuing.

This statistic does not include the cells that are discarded due to traffic or congestion control.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX cells to NW.

Range: 0 to (2³²-1) cells

32

CLP RX Port

Cells RX Port

Ingress-2, 3

Provides a count of the total connection cells with cell loss priority (CLP) equal to 0 and 1 that are received from the port prior to policing and VC queuing.

This statistic does not include cells that are discarded due to a checksum error.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX cells to NW.

Range: 0 to (2³²-1) cells

33

Non-comp CLP RX Port

Cells RX Port

—

Provides a count of the non-compliant CLP cells that are received at the port.

Range: 0 to (2³²-1) cells

34

Discard CLPth RX Port

Cells RX Port

—

Provides a count of the CLP cells that are received at the port and then discarded.

Range: 0 to (2³²-1) cells

35

Discard Qfull RX Port

Cells RX Port

—

Provides a count of the cells that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1) cells

36

EFCI RX Port

Cells RX Port

—

Provides a count of the cells that are received at the port with the explicit forward congestion indication (EFCI) bit set.

Range: 0 to (2³²-1) cells

37

AAL5 RX Port

Cells RX Port

—

Provides a count of the AAL5 cells that are received at the port.

Range: 0 to (2³²-1) cells

38

Non-comp RX Port

Cells RX Port

Ingress-2

Provides a count of the total cells with CLP (0+1) that are non-compliant or discarded due to policing.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX cells Non-cmplt.

Range: 0 to (2³²-1) cells

39

Discarded Failed RX Port

Cells RX Port

—

Provides a count of the failed cells that are received at the port and then discarded.

Range: 0 to (2³²-1) cells

40

AAL5 Discarded Qfull RX Port

Cells RX Port

—

Provides a count of the AAL5 cells that are discarded due to transmit queue overflow.

Range: 0 to (2³²-1) cells

41

Average Cell Rx Q Depth

No

Ingress-2

Provides the average number of cells that comprises the receive VC queue cell depth.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Ingress VC Q depth.

Range: 0 to (2³²-1) cells

42

Discarded Rsrc Overflow RX Port

Cells RX Port

—

Provides a count of the cells that are discarded due to resource overflow.

Range: 0 to (2³²-1) cells

43

Discarded Sbin Full RX Port

Cells RX Port

—

Provides a count of the cells that are discarded due to the Sbin being full.

Range: 0 to (2³²-1) cells

44

EFCI TX Port

Cells TX Port

Egress-13

Provides a count of the cells with an explicit EFCI bit equal to 1 that are transmitted to the port.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is TX EFCI 1 to Port.

Range: 0 to (2³²-1) cells

45

Cells TX Port

No

Egress-12, 13

Provides a count of the cells transmitted to the port after VC queuing.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX Cells to Port.

Range: 0 to (2³²-1) cells

46

Cells RX Network

No

Egress-11

Provides a count of the number of cells received from the bus.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX cells from NW.

Range: 0 to (2³²-1) cells

47

Discarded Qbin Full

—

—

Provides a count of the cells that are discarded because the queue bin is full.

Range: 0 to (2³²-1) cells

48

Discarded Qbin CLPth Port

—

—

Provides a count of the CLP cells that are discarded because the queue bin is full.

Range: 0 to (2³²-1) cells

49

CLP TX Port

Cells TX Port

Egress-13

Provides a count of the connection cells with CLP equal to 1 that are transmitted to the port.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX CLP1 to Port.

Range: 0 to (2³²-1) cells

50

BCM RX Port

Cells RX Port

—

Provides a count of the BCM cells that are received at the port.

Range: 0 to (2³²-1) cells

51

BCM TX Network

Cells TX Network

—

Provides a count of the BCM cells that are transmitted to the network.

Range: 0 to (2³²-1) cells

52

OAM TX Network

Cells TX Network

—

Provides a count of the operation, administration, and maintenance (OAM) cells that are transmitted to the network.

Range: 0 to (2³²-1) cells

53

AIS RX Port

Cells RX Port

—

Provides a counts of the alarm indication signal (AIS) cells that are received at the port.

Range: 0 to (2³²-1) cells

54

FERF RX Port

Cells RX Port

—

Provides a count of the far end receive failure (FERF) cells received at the port.

Range: 0 to (2³²-1) cells

57

Current egress VC Queue Depth

No

Egress-12

Provides the average number of cells that comprises the transmit VC queue cell depth.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Egress VC Q Depth.

Range: 0 to (2³²-1) cells

58

Number of good PDUs Rx by SAR

No

After SAR processing-3

Provides a count of the valid protocol data units (PDUs) received by the segmentation and reassembly (SAR) sublayer. The BXM uses AAL5.

Range: 0 to (2³²-1) cells

59

Number of good PDUs Tx by SAR

No

After SAR processing-12

Provides a count of the valid PDUs transmitted by the SAR sublayer. The BXM uses AAL5.

Range: 0 to (2³²-1) cells

60

Rx PDUs discarded on ingress by SAR

No

After SAR processing-3

Provides a count of the invalid PDUs that are discarded by the SAR sublayer, in the receive direction.

Cells are discarded due to bit errors, lost cells, or cells that are out of sequence.

Range: 0 to (2³²-1) cells

61

Tx PDUs discarded on egress by SAR

No

After SAR processing-12

Provides a count of the invalid PDUs that are discarded by the SAR sublayer, in the transmit direction.

Cells are discarded due to bit errors, lost cells, or cells that are out of sequence.

Range: 0 to (2³²-1) cells

62

Invalid crc32 PDU Rx by SAR

Rx PDUs discarded on ingress by SAR

After SAR processing-3

Provides a count of the PDUs with an invalid cyclic redundancy check (CRC) that are received by the SAR sublayer.

The trailer of the frame includes a 32-bit CRC that calculates across the PDU.

Range: 0 to (2³²-1) cells

63

Invalid-length PDU Rx by SAR

Rx PDUs discarded on ingress by SAR

After SAR processing-3

Provides a count of the PDUs with an invalid length that are received by the SAR sublayer.

The trailer of the frame includes the length field that calculates the entire PDU.

Range: 0 to (2³²-1) cells

64

Short-length failures detected by SAR

Invalid-length PDU Rx by SAR

After SAR processing-3

Provides a count of the PDUs with missing data (missing cells) that are received by the SAR sublayer.

The trailer of the frame includes the length field that calculates the entire PDU.

Range: 0 to (2³²-1) cells

65

Long-length failures detected by SAR

Invalid-length PDU Rx by SAR

After SAR processing-3

Provides a count of the PDUs with extra cells that are received by the SAR sublayer.

Cells can be added when the end of frame (EOF) cell is lost.

The trailer of the frame includes the length field that calculates the entire PDU.

Range: 0 to (2³²-1) cells

69

Cells Rx with CLP=0

Total Cells Rx Port

Ingress-2

Provides a count of the total cells with CLP equal to 0 that are received from the port.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP0 from Port.

Range: 0 to (2³²-1) cells

70

Cells Rx with CLP=0 from network

Cells RX Network

Egress-11

Provides a count of the total cells with CLP equal to 0 that are received from the bus.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX CLP0 from NW.

Range: 0 to (2³²-1) cells

71

Cells Rx with CLP=1 from network

Cells RX Network

Egress-11

Provides a count of the total cells with CLP equal to 1 that are received from the bus.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is TX CLP1 from NW.

Range: 0 to (2³²-1) cells

72

Ingress VSVD Allowed Cell Rate

No

Ingress-1

Provides the value of the allowed cell rate (ACR) used in the resource management (RM) cell.

On the ingress, this value is the ACR between the source edge switch of the WAN and the virtual source (VS).

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Ingress VSVD ACR.

Range: 0 to Max valid ACR cells

73

Egress VSVD Allowed Cell Rate

No

Egress-13

Provides the value of the ACR used in the RM cell.

On the egress, this value is the ACR between the destination edge switch of the WAN and the virtual destination (VD).

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is Egress VSVD ACR.

Range: 0 to Max valid ACR cells

74

Backward Severely Errored Cell Blocks

—

—

Provides a count of the backward severely errored cells that are blocked.

Range: 0 to (2³²-1) cells

75

Backward Lost Cell Count

—

—

Provides a count of the backward cells that are lost.

Range: 0 to (2³²-1) cells

76

Backward Misinserted Cell Count

—

—

Provides a count of the backward cells that are misinserted.

Range: 0 to (2³²-1) cells

77

Backward Bipolar Violation Count

—

—

Provides a count of the backward bipolar violations.

Range: 0 to (2³²-1) cells

78

Forward Severely Errored Cell Blocks

—

—

Provides a count of the forward severely errored cells that are blocked.

Range: 0 to (2³²-1) cells

79

Forward Lost Cell Count

—

—

Provides a count of the forward cells that are lost.

Range: 0 to (2³²-1) cells

80

Forward Misinserted Cell Count

—

—

Provides a count of the forward cells that are misinserted.

Range: 0 to (2³²-1) cells

81

Forward Bipolar Violation Count

—

—

Provides a count of the forward bipolar violations.

Range: 0 to (2³²-1) cells

83

Average Cell Tx Q Depth

—

—

Provides the average number of cells that are transmitted from the queue.

Range: 0 to (2³²-1) cells

89

No of cells rx non-comp w/clp=0 drpd

Cells Rx with CLP=0

Ingress-2

Provides a count of the non-compliant cells with CLP equal to 0 that are dropped after being received.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP0 Non-cmplt.

Range: 0 to (2³²-1) cells

90

No of cells rx non-comp w/clp=1 drpd

CLP RX Port

Ingress-2

Provides a count of the non-compliant cells with CLP equal to 1 that are dropped after being received.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP1 Non-cmpl.

Range: 0 to (2³²-1) cells

91

No of cells rx congested w/clp=0 drpd

Cells Rx with CLP=0

Ingress-2

Provides a count of the received cells with CLP equal to 0 that are dropped from a congested line.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP0 Cong Dscd.

Range: 0 to (2³²-1) cells

92

No of cells rx congested w/clp=1 drpd

CLP RX Port

Ingress-2

Provides a count of the received cells with CLP equal to 1 that are dropped from a congested line.

This statistic is classified as level 1 in the multilevel statistics. The corresponding name is RX CLP1 Cong Dscd.

Range: 0 to (2³²-1) cells

93

No of cells tx with clp=1 to nw

Cells TX Network

Ingress-4

Provides a count of the total cells with CLP equal to 1 that are transmitted to the bus.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX CLP1 to NW.

Range: 0 to (2³²-1) cells

94

No of cells tx w/efci=0 to nw

Cells TX Network

Ingress-4

Provides a count of the cells with an EFCI bit equal to 0 that are transmitted to the bus.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX EFCI 0 to NW.

Range: 0 to (2³²-1) cells

95

No of cells tx w/efci=1 to nw

Cells TX Network

Ingress-4

Provides a count of the cells with an EFCI bit equal to 1 that are transmitted to the bus.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX EFCI 1 to NW.

Range: 0 to (2³²-1) cells

96

No of cells tx w/efci=0 to port

Cells TX Port

Egress-13

Provides a count of the cells with an EFCI bit equal to 0 that are transmitted to the port (to the equipment connected to the port).

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

Range: 0 to (2³²-1) cells

97

No of cells rx congested w/EOF dscd

Total Cells RX Port

Ingress-3

Provides a count of the ingress EOF cells with an EFCI bit equal to 0 that are discarded from a congested line.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is RX EOF CNG DSC.

Range: 0 to (2³²-1) cells

98

No of cells tx w/eof=1 to port

Cells Tx Port

Egress-13

Provides a count of the cells with EOF equal to 1 that are transmitted to the port.

This statistic is classified as level 2 in the multilevel statistics. The corresponding name is TX EOFs to Port.

Range: 0 to (2³²-1) cells

99

No of RM cells tx to port

Cells Tx Port

Egress-13

Provides a count of RM cells that are transmitted to the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RM Cells to Port.

Range: 0 to (2³²-1) cells

100

No of cells rx w/efci=0 from port

Total Cells Rx Port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 0 that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RX EFCI 0 from Port.

Range: 0 to (2³²-1) cells

101

Cells rx w/EFCI from port

Total Cells Rx Port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 1 that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RX EFCI 1 from Port.

Range: 0 to (2³²-1) cells

102

No of OAM cells rx from port

Total Cells Rx Port

Ingress-1

Provides a count of OAM cells that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is OAM from Port.

Range: 0 to (2³²-1) cells

103

No of cells rx w/RM from port

Total Cells Rx Port

Ingress-1

Provides a count of RM cells that are received from the port.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RM Cells from Port.

Range: 0 to (2³²-1) cells

104

Cells rx congested w/EFCI0 dscd

No of cells rx w/efci=0 from port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 0 that are discarded from a congested line.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx EFCI 0 Cng Dsc.

Range: 0 to (2³²-1) cells

105

Cells rx congested w/EFCI1 dscd

Cells rx w/EFCI from port

Ingress-2

Provides a count of the cells with an EFCI bit equal to 1 that are discarded from a congested line.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx EFCI 1 Cng Dsc.

Range: 0 to (2³²-1) cells

106

Cells rx congested w/OAM dscd

No of OAM cells rx from port

Ingress-1

Provides a count of the total OAM cells that are received and then discarded because of congestion.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx OAM Cng Dsc.

Range: 0 to (2³²-1) cells

107

Cells rx congested w/RM dscd

No of cells rx w/RM from port

Ingress-1

Provides a count of the total RM cells that are received and then discarded because of congestion.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx RM Cng Dsc.

Range: 0 to (2³²-1) cells

108

No of cells tx w/FRm to nw

No of cells tx w/BRm+FsRm to nw

Ingress-4

Provides a count of the total forward RM cells that are transmitted to the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx FRM to NW.

Range: 0 to (2³²-1) cells

109

No of cells tx w/BRm+FsRm to nw

No

Ingress-4

Provides a count of the total backward forward RM cells transmitted to the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Rx BRM/Fst to NW.

Range: 0 to (2³²-1) cells

110

No of cells rx w/efci=0 from nw

No

Egress-12

Provides a count of the cells with an EFCI bit equal to 0 that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is TX EFCI 0 from NW.

Range: 0 to (2³²-1) cells

111

No of cells rx w/efci=1 from nw

Cells RX Network

Egress-12

Provides a count of the cells with an EFCI bit equal to 1 that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RX EFCI 1 from NW.

Range: 0 to (2³²-1) cells

112

No of egress OAM cells rx

Cells RX Network

Egress-12

Provides a count of the OAM cells that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is OAM From NW.

Range: 0 to (2³²-1) cells

113

No of egress cells rx w/RM

Cells RX Network

Egress-12

Provides a count of the RM cells that are received from the bus.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is RM From NW.

Range: 0 to (2³²-1) cells

114

Cells tx congested w/EFCI0 dscd

No

Egress-13

Provides a count of the discarded cells that have an EFCI bit equal to 0.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx EFCI 0 Cng Dsc.

Range: 0 to (2³²-1) cells

115

Cells tx congested w/EFCI1 dscd

No

Egress-13

Provides a count of the discarded cells that have an EFCI bit equal to 1.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx EFCI 1 Cng Dsc.

Range: 0 to (2³²-1) cells

116

Cells tx congested w/RM dscd

No

Egress-13

Provides a count of the RM cells that are discarded due to congestion.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx RM Cng Dsc.

Range: 0 to (2³²-1) cells

117

Cells tx congested w/OAM dscd

No

Egress-13

Provides a count of the OAM cells that are discarded due to congestion.

This statistic is collected after the cells are received from the bus and have passed egress queuing and servicing.

This statistic is classified as level 3 in the multilevel statistics. The corresponding name is Tx OAM Cng Dsc.

Range: 0 to (2³²-1) cells

FRSM Connection

This section provides information about the Frame Relay statistics contained in the MGX Frame Relay Connection group. The statistics in this group are applicable to the FRSM card on the Cisco MGX 8220, Cisco MGX 8230, Cisco MGX 8250, Cisco MGX 8830, Cisco MGX 8850 PXM1E-based, Cisco MGX 8850 PXM1-based, and Cisco MGX PXM45-based.

The following table lists the attributes that are common to the FRSM connection statistics.

Front Cards

FRSM-8T1, FRSM-8E1, FRSM-2CT3, FRSM-2T3, FRSM-2E3, FRSM-HS2, FRSM-HS1

Back Cards

RJ48-8T1, RJ48-8E1, BNC-2T3, BNC-2E3, SCSC2-2HSSI

Object Type

0

Subobject Type

8

Default Peak Interval

300 seconds

The FRSM connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1, with the exception of the following ingress points:

•1—Frame is validated against errors at the port level, for example CRC, alignment errors, and an undefined DCLI.

•2—Frame is checked for queue depth and queue threshold.

•3—Policing occurs.

•4—Frame is queued and transmitted to the cell bus in the ATM cells.

Stat ID

FRSM Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Received

No

After validating the frame against errors-1

Provides a count of frames received from the attached equipment.

This statistic also increments when the received frame is discarded for one of the following reasons:

•Queue depth exceeded.

•DE threshold exceeded for frames with DE bit set.

•Usage parameter control (UPC) discard.

•Unknown protocols in service interworking (SIW) translation.

Range: 0 to (2³²-1)

1

Receive Frames Discarded

Frames Received

Ingress-2, 3

Provides a count of the discarded frames received from the attached equipment. Possible reasons for discard include

•Frames are received with DE equal to 1 and the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•Frames are received with DE equal to 0, but have been DE tagged because of policing. In addition, the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•PVC ingress queue is full. The queue might fill (and overflow) due to sustained transmission above the PVC committed information rate (CIR).

Frames discarded for this reason are counted in the PVC Rx Frames Discarded VC Q Overflow statistic.

•Frames do not pass policing.

Frames discarded for this reason are counted in the PVC Rx Frames Discarded UPC statistic.

•Protocols encoded in SIW frame are unknown.

Frames discarded for this reason are counted in the PVC Rx Frames Unknown Protocols statistic.

Range: 0 to (2³²-1)

2

Frames Transmitted

No

Egress-13

Provides a count of the frames that are transmitted to the attached equipment after frame reassembling.

Range: 0 to (2³²-1)

3

Transmit Frames Discarded

No

Egress-12, 13

Provides a count of the number of frames unable to be transmitted to the attached equipment. Possible reasons for discard include

•PVC transmit queue overflow—The frame traversed the network successfully but encountered a full egress VC queue. Frames discarded for this reason are counted in the PVC Tx Frames Discarded-VC-Q-Overflow statistic.

•Incomplete frame at egress—No end-of-frame (EOF) cell was received. The EOF cell is missing due to discards in the network and the timer expiring. Frames discarded for this reason are counted in the Tx Frames Discarded-Trunk Discard statistic.

•Incorrect frame length—The expected frame length (recorded in the EOF cell) is different than the length of payload of that frame. This error might be caused by cells missing due to discards on a trunk, or by an EOF cell transmission bit error in the frame length field. Frames discarded for this reason are counted in the Tx Frame Length Violation statistic.

•Invalid frame length—The frame is longer than
4510 octets long. The EOF cell from one frame is missing due to discards on a trunk, resulting in a concatenated frame. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Oversized SDUs statistic.

•Frame CRC error—The calculated CRC does not match the original frame CRC (contained within the EOF cell). This mismatch occurs due to payload bit transmission errors on the cells or because of lost cells. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Ingress CRC.

•Port inactive—Logical port is not active. Frames discarded for this reason are not counted in any statistic.

•Unknown protocols—Protocols encoded in SIW frame are not defined. Frames discarded for this reason are counted in the PVC Tx Frames Unknown Protocols statistic.

•Common part indicator (CPI) error—CPI bit in the AAL5 PDU received from the network is non-zero. Frames discarded for this reason are counted in the PVC Tx Frames Invalid CPIs statistic.

Range: 0 to (2³²-1)

9

Bytes Received

No

After validating the frame against errors-1

Provides the number of bytes in the frames counted by the Frames Received statistic.

The count includes Frame Relay header and frame check sequence (FCS)/cyclic redundancy check (CRC) bytes.

Range: 0 to (2³²-1)

10

Receive Bytes Discarded

Bytes Received

Ingress-2, 3

Provides the number of bytes in the frames counted by the Receive Frames Discarded statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

11

Bytes Transmitted

No

Egress-13

Provides the number of bytes in the frames counted by the Frames Transmitted statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

12

Transmit Bytes Discarded

No

Egress-12, 13

Provides the number of bytes in the frames counted by the Transmit Frames Discarded statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

16

Seconds In Service

No

Not applicable

Provides a count of the seconds that the permanent virtual circuit (PVC) is in service without any alarms.

Range: 0 to (2³²-1)

17

Frames Transmitted with FECN

Frames Transmitted

Egress-13

Provides a count of the frames with the forward explicit congestion notification (FECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

18

Frames Transmitted with BECN

Frames Transmitted

Egress-13

Provides a count of the frames with the backward explicit congestion notification (BECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

21

DE Frames Received

Frames Received

After validating the frame against errors-1

Provides a count of the frames with the discard eligible (DE) bit set that are received from the attached equipment.

Range: 0 to (2³²-1)

22

DE Frames Transmitted

Frames Transmitted

Egress-13

Provides a count of the frames with the DE bit set that are transmitted to the attached equipment.

Range: 0 to (2³²-1)

23

DE Frames Dropped

Frames Received

Receive Frames Discarded

DE Frames Received

Ingress-2

Provides a count of the frames with the DE bit set that are discarded.

These frames are dropped when the connection ingress buffer exceeds the DE threshold.

Range: 0 to (2³²-1)

24

DE Bytes Received

Bytes Received

Before policing-1

Provides the number of bytes in the frames counted by the DE Frames Received statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

25

Frames Rcvd tagged with DE bit

Frames Received

After validating the frame against errors-1

Provides a count of the frames with the discard eligible (DE) bit set that are received from the attached equipment.

Range: 0 to (2³²-1)

27

Tx Frames Tagged DE

Frames Transmitted

DE Frames Transmitted

Egress-12

Provides a count of the number of frames that have the DE bit tagged.

This statistic is only applicable for network interworking (NIW) connections with the CLP to DE mapping mode set to mapDE.

If the incoming frame has the DE bit set to 0, and the CLP bit is set on any of the cells, then the DE bit is tagged for that frame.

Range: 0 to (2³²-1)

28

Tx Bytes Tagged DE

Bytes Transmitted

Egress-12

Provides the number of bytes in the frames counted in the Tx Frames Tagged DE statistic.

The count includes the Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

29

Tx Frames Tagged DE

Frames Transmitted

DE Frames Transmitted

Egress-12

Provides a count of the number of frames that have the DE bit tagged.

This statistic is only applicable for network interworking (NIW) connections with the CLP to DE mapping mode set to mapDE.

If the incoming frame has the DE bit set to 0, and the CLP bit is set on any of the cells, then the DE bit is tagged for that frame.

Range: 0 to (2³²-1)

33

Rx Frames Discarded- VC-Q-Overflow

Frames Received

Receive Frames Discarded

Ingress-2

Provides a count of the frames received from the CPE that are discarded because the virtual channel (VC) queue (PVC ingress buffer) is full.

Range: 0 to (2³²-1)

34

Rx Bytes Discarded- VC-Q-Overflow

Bytes Received

Receive Bytes Discarded

Ingress-2

Provides the number of bytes in the frames counted by the Rx Frames Discarded VC-Q-Overflow statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

35

Tx Frames Discarded-Q-
Overflow

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because either the PVC egress buffer (VC queue) or the port queue is full.

Range: 0 to (2³²-1)

36

Tx Bytes Discarded- Q-Overflow

Transmit Bytes Discarded

Egress-12

Provides the number of bytes in the frames counted by the Tx Frames Discarded-Q-Overflow statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

37

Tx Frames Discarded- Ingress CRC

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an incorrect CRC.

The received CRC, included in the EOF, is compared to the calculated CRC on the contents of all the cells that arrive. An incorrect CRC is caused by at least one cell missing due to discard(s) on a trunk or to a transmission bit error on a payload bit.

Range: 0 to (2³²-1)

39

Tx Frames Discarded-Trunk Discard

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because the EOF cells are discarded in the network or the reassembly timer expires.

Range: 0 to (2³²-1)

41

Tx Frames during Ingress LMI Fail

Frames Transmitted

Egress-13

Provides a count of the frames that are transmitted to the attached equipment while the Local Management Interface (LMI) signaling protocol on the local port failed.

The portSignallingState object displayed is in an LMI failure state.

Range: 0 to (2³²-1)

42

Tx Bytes during Ingress LMI Fail

Bytes Transmitted

Egress-13

Provides a count of bytes in the frames counted in the Tx Frames during Ingress LMI Fail statistic.

The count includes the Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

43

Rx Frames Discarded UPC

Frames Received

Receive Frames Discarded

Ingress-3

Provides a count of the frames discarded due to usage parameter control (UPC).

Both Bc and Be buckets are full, and the frames do not pass policing.

Range: 0 to (2³²-1)

46

Tx Frames Invalid CPIs

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an invalid CPI. An invalid CPI is a non zero number.

Range: 0 to (2³²-1)

47

Tx Frames Length Violations

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the CPE because the expected frame length (recorded in the AAL5 EOF cell) is different than the total payload of all the cells that arrived.

A frame length error occurs for the following reasons:

•At least one missing packet

•Transmission bit error on the frame length field in the AAL5 EOF cell

Range: 0 to (2³²-1)

48

Tx Frames Oversize SDUs

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the CPE because of an invalid length.

The frame is longer than 4510 bytes. This invalid length occurs when the AAL5 EOF cell of a frame is missing due to discards on a trunk. The result is a concatenated frame.

Range: 0 to (2³²-1)

49

Tx Frames Unknown Protocols

Transmit Frames Discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because the incoming PDU (routed or bridged) is not recognized or supported.

This statistic is applicable only for service interworking (SIW) translation connections.

Range: 0 to (2³²-1)

50

Rx Frames Unknown Protocols

Frames Received

Receive Frames Discarded

After point 3 and before queueing

Provides a count of the frames that are discarded because the incoming PDU (routed or bridged) is not recognized or supported.

This statistic is only applicable for SIW translation connections.

Range: 0 to (2³²-1)

51

No Bytes In Egress Direction DE=1

—

Egress

Provides a count of bytes discarded on the channel with the DE bit set to 1.

Range: 0 to (2³²-1)

52

No Bytes Discarded Ingress With DE=1

—

Ingress

Provides a count of bytes discarded on the channel with DE bit set to 1.

Range: 0 to (2³²-1)

53

Total Bytes With DE=1 Tx To Port Side

—

Egress—13

Provides a count of the total bytes with DE set to 1 that are transmitted to the port side.

Range: 0 to (2³²-1)

54

Total CLP Cells/DE Frames Discarded

—

—

Provides a count of the total CLP = 1 cells/DE frames that are discarded due to congestion (DE threshold exceeded).

Range: 0 to (2³²-1)

AUSM Connection

This section provides information about the ATM connection statistics contained in the MGX ATM Connection group. The statistics in this group are applicable to the AUSM card on the Cisco MGX 8220, Cisco MGX 8230, Cisco MGX 8250, and Cisco MGX 8850 PXM1-based nodes.

The following table lists the attributes that are common to the AUSM connection statistics.

Front Cards

AUSM-8T1E1 Revision B

Back Cards

LM-RJ48-8T1/LM-RJ48-8E1, OC-3, OC-121

Object Type

0 (Connection)

Subobject Type

9 (ATM connection)

Default Peak Interval

300 seconds

The AUSM connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

AUSM Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

16

Seconds In Service

No

Not applicable

Provides a count of the total number of seconds the channel is in service (in an active state).

The count does not increment when the channel is in alarm.

Range: 0 to (2³²-1)

34

Discard CLPth Rx Port

Total Cells Rx from Line

At the policing stage-1

Provides a count of the cells discarded due to policing action or cell loss priority (CLP).

If the CLP bit in the ATM header is set to 1, cells are discarded.

Range: 0 to (2³²-1)

35

Discard Qfull Rx Port

Total Cells Rx from Line

At the VC queuing stage-2

Provides a count of the cells discarded due to the virtual channel (VC) queue being full.

The ingress queue is full when the queue depth is greater than the maximum allowed queue depth. The cells are received from the ingress side (from equipment connected to the port), and are dropped before entering the network.

Range: 0 to (2³²-1)

55

Number of Cells Rx w/CLP Set

Total Cells Rx from Line

Before the policing stage-1

Provides a count of the cells with CLP equal to 1 that are received from the ingress side (from equipment connected to the port).

Range: 0 to (2³²-1)

56

Number Of Cells Rx w/EFCI Set

Total Cells Rx from Line

Before the policing stage-1

Provides a count of the cells with the explicit forward congestion indication (EFCI) bit set to 1 that are received from the ingress side (from equipment connected to the port).

Range: 0 to (2³²-1)

57

Number of Cells Rx w/ UPC CLP Set

Total Cells Rx from Line

After the policing stage-between 1
and 2

Provides a count of the cells with the usage parameter control (UPC) CLP equal to 1 that are received from the ingress side (from equipment connected to the port).

If cells are non-compliant to the sustainable cell rate (SCR) at the second bucket, they are tagged with CLP equal to 1.

Range: 0 to (2³²-1)

59

Number of Cells Rx w/ UPC CLP Set discarded at Ingress

Total Cells Rx from Line

Before the policing stage-1

Provides a count of the cells with the CLP bit set that are received then discarded.

These cells are received from the ingress side (from the equipment connected to the port), and are discarded before entering the network.

Range: 0 to (2³²-1)

61

Total Cells Tx from Line

Total Cells Rx from Line

After the policing and the queuing stages where cells enter the network-3

Provides a count of the cells that are transmitted to the bus after going through the policing and queuing stages.

The count includes the total number of data cells that are transmitted to the cell bus after UPC and ingress queuing.

The count does not include the number of cells that are discarded at the policing and queuing stages or the number of the OAM cells that are transmitted.

Range: 0 to (2³²-1)

68

Total Cells Rx from Line

No

Before the policing stage-1

Provides a count of the total number of data cells that are received from the port.

The count includes the sum of CLP (0+1) cells.

The count does not include management cells that are received from the port.

Range: 0 to (2³²-1)

70

VC queue flushed by SAR

No

Ingress

Provides a count of the cells discarded from the VC queue by the segmentation and reassembly (SAR) layer.

The queue is flushed at certain intervals.

Note This statistic is no longer supported.

Range: 0 to (2³²-1)

71

Total Cells Tx to Line

No

Egress-7, 13

Provides a count of the total cells that are transmitted.

Range: 0 to (2³²-1)

72

Total Cells Tx to Line w/CLP set

—

Egress-13

Provides a count of the cells with CLP bit set to 1 that are transmitted.

Range: 0 to (2³²-1)

73

Discard Qfull Tx Port

—

Egress-13

Provides a count of the transmitted cells that are discarded because the queue is full.

Range: 0 to (2³²-1)

74

Discard CLPth Tx Port

No

Egress-13

Provides a count of the cells discarded due to policing action or CLP.

If the CLP bit in the ATM header is set to 1, cells are discarded.

Range: 0 to (2³²-1)

75

Total No. of Cells Tx to N/W

—

—

Provides a count of the total cells sent to the network after leaving the queuing engine.

Range: 0 to (2⁴⁰-1) cells

76

Total No. of Cells Tx to N/W w/CLP set

No

Egress-13

Provides a count of the cells with the CLP bit set that are transmitted.

Range: 0 to (2³²-1)

CESM Connection

This section provides information about the statistics contained in the circuit emulation (CE) Connection group. The statistics in this group are applicable to the CESM card on the Cisco MGX 8220,
Cisco MGX 8230, Cisco MGX 8250, and Cisco MGX 8850 PXM1-based nodes.

The following table lists the attributes that are common to the CE connection statistics.

Front Cards

AX-CESM-8T1, AX-CESM-8E1, MGX-CESM-T3, MGX-CESM-E3

Back Cards

RJ48-8T1, RJ48-8E1, SMB-8E1, BNC-2T3, BNC-2E3

Object Type

0

Subobject Type

10

Default Peak Interval

300 seconds

The CE connection statistics are used primarily for gathering billing data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

CESM Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

58

AAL1 Sequence Mismatch

—

—

Provides a count of the sequences of mismatches.

Range: 0 to (2³²-1)

64

HCS Correctable Error

—

—

Provides a count of the header checksum errors (HCS) that are corrected.

Range: 0 to (2³²-1)

66

Loss of Cell Delineation

—

—

Provides a count of the instances with loss of cell delineation.

Range: 0 to (2³²-1)

71

Total Cells Tx to Line

—

—

Provides a count of the total cells that are transmitted to the line.

Range: 0 to (2³²-1)

72

Total Cells Rx to Line

—

—

Provides a count of the total cells that are received from the line.

Range: 0 to (2³²-1)

73

Seconds In Service

—

—

Provides a count of the seconds that a permanent virtual circuit (PVC) is in service without alarms.

Range: 0 to (2³²-1)

PXM1 Connection

This section provides information about the statistics contained in the Broadband Connection group. The statistics in this group are applicable to the PXM1 card on the Cisco MGX 8230, Cisco MGX 8250, and Cisco MGX 8850 (PXM1) nodes.

The following table lists the attributes that are common to the PXM1 connection statistics.

Front Cards

PXM

Back Cards

PXM-UI RJ-45/48, BNC, DB-15

Object Type

0

Subobject Type

11

Default Peak Interval

300 seconds

The PXM1 connection statistics are used primarily for gathering billing data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

PXM1 Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

1

Number of Cells Rx w/CLP Set

—

—

Provides a count of the cells with the cell loss priority (CLP) bit set that are received.

Range: 0 to (2³²-1)

2

Cells Rx w/CLP=0

—

—

Provides a count of the cells with CLP equal to 0 that are received.

Range: 0 to (2³²-1)

3

Nonconforming cells Rx at Gcra1 Policer

—

—

Provides a count of the nonconforming cells that are received at the first policing point.

Range: 0 to (2³²-1)

4

Nonconforming cells Rx at Gcra2 Policer

—

—

Provides a count of the nonconforming cells that are received at the second policing point.

Range: 0 to (2³²-1)

5

No. of EOF cells Rx

—

—

Provides a count of the end of frame (EOF) cells that are received.

Range: 0 to (2³²-1)

6

Cells Rx w/CLP=0 discarded

—

—

Provides a count of the cells with CLP equal to 0 that are received then discarded.

Range: 0 to (2³²-1)

7

Cells Rx w/CLP discarded

—

—

Provides a count of the cells with the CLP bit set that are received then discarded.

Range: 0 to (2³²-1)

8

No. of Rx cells sent

—

—

Provides a count of the cells that are received and sent to the queue.

Range: 0 to (2³²-1)

9

Cells Tx w Efci=0

—

—

Provides a count of the cells with the explicit forward congestion indication (EFCI) bit equal to 0 that are transmitted.

Range: 0 to (2³²-1)

10

Cells Tx w Efci set

—

—

Provides a count of the cells with the EFCI bit set that are transmitted.

Range: 0 to (2³²-1)

11

Cells Rx w/CLP=0 discarded at Output

—

—

Provides a count of the cells with CLP equal to 0 that are received then discarded at the output.

Range: 0 to (2³²-1)

12

Cells Rx w/CLP set discarded at Output

—

—

Provides a count of the cells with the CLP bit set that are received then discarded at the output.

Range: 0 to (2³²-1)

AXSM Connection

This section provides information about the statistics contained in the AXSM_ATM_conn group. This group contains statistics that are applicable AXSM card on the Cisco MGX 8850 PXM45-based switch.

The following table lists the attributes that are common to all of the AXSM connection statistics.

Front Cards

MGX-AXSM-16-T3E3, MGX-AXSM-16-155, MGX-AXSM-4-622, MGX-AXSM-1-2488

Back Cards

MGX-SMB-8-T3, MGX-SMB-8-E3, MGX-SMB-4-155, MGX-SMFIR-8-155, MGX-SMFLR-8-155, MGX-MMF-8-155, MGX-SMFLR-2-622, MGX-SMFIR-2-622, MGX-SMFSR-1-2488, MGX-SMFLR-1-2488, MGX-SMFXLR-1-2488

Object Type

0

Subobject Type

12

Default Peak Interval

300 seconds

The AXSM connection statistics are used primarily for gathering billing data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

AXSM Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 Cells From Port

No

Ingress-2, 8

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁴⁰-1) cells

1

Ingress CLP1 Cells From Port

No

Ingress-2, 8

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁴⁰-1) cells

2

Ingress CLP0 cells discarded

Ingress CLP0+1 cells discarded

Ingress-2, 8

Provides a count of the ingress cells with CLP equal to 0 that are discarded due to policing.

Range: 0 to (2⁴⁰-1) cells

3

Ingress CLP0+1 cells discarded

No

Ingress-2, 8

Provides a count of the total ingress cells with CLP (0+1) that are discarded due to policing.

Range: 0 to (2⁴⁰-1) cells

4

Ingress CLP0+1 non-compliant cells

No

Ingress-2, 8

Provides a count of the total cells that are non-compliant as a result of policing.

Depending on the configuration, this count includes cells that are tagged non-compliant or are discarded.

Range: 0 to (2⁴⁰-1) cells

5

Ingress EFCI=1 Cells From Port

No

Ingress-3, 9

Provides a count of the ingress explicit forward congestion indication (EFCI) cells.

Range: 0 to (2⁴⁰-1) cells

6

Ingress EOF=1 Cells From Port

No

Ingress-3, 9

Provides a count of the ingress end of frame (EOF) cells.

Range: 0 to (2⁴⁰-1) cells

7

Egress CLP0 Cells to Port

No

Egress-7, 13

Provides a count of the egress cells with CLP equal to 0.

Range: 0 to (2⁴⁰-1) cells

8

Egress CLP1 Cells to Port

No

Egress-7, 13

Provides a count of the egress cells with CLP equal to 1.

Range: 0 to (2⁴⁰-1) cells

9

Egress EFCI=1 Cells to Port

No

Egress-6, 12

Provides a count of the egress cells with EFCI equal to 1.

Range: 0 to (2⁴⁰-1) cells

10

Egress EOF=1 Cells to Port

No

Egress-6, 12

Provides a count of the egress cells with EOF equal to 1.

Range: 0 to (2⁴⁰-1) cells

AXSM-E Connection

This section provides information about the statistics contained in the AXSME_ATM_conn group. The AXSM-E connection statistics in this group are applicable to the Cisco MGX 8850 PXM45-based switch.

The following table lists the attributes that are common to the AXSM-E connection statistics.

Front Cards

AXSM-2-622-E, AXSM-8-155-E, AXSM-16-T3E3-E

Back Cards

SMFLR-1-622, SMFIR-1-622, SMFLR-4-155, SMFIR-4-155, MMF-4-155, SMB-4-155, SMB-8-T3, SMB-8-E3

Object Type

0

Subobject Type

13

Allowable Peak Intervals

60 seconds, 300 seconds

Default Peak Interval

300 seconds

The AXSM-E connection statistics are used primarily for gathering troubleshooting and performance data.

The tables in this section include the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Note AXSM-E statistics are only collected at measurement points 1, 2, and 13.

Stat ID

AXSM-E Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

1

CLP1 non-compliant cells

Tagged non compliant cells

Ingress-1

Provides a count of the discarded cells with cell loss priority (CLP) bit equal to 1 that are tagged non-compliant.

Range: 0 to (2⁴⁰-1) cells

2

CLP0 non-compliant cells

Tagged non compliant cells

Ingress-1

Provides a count of the discarded cells with CLP equal to 0 that are tagged non-compliant.

Range: 0 to (2⁴⁰-1) cells

3

Tagged non compliant cells

No

Ingress-1

Provides a count of the total number of cells that are tagged non-compliant. These cells are received at the port.

Range: 0 to (2⁴⁰-1) cells

5

CLP0 cells from port

No

Ingress-1

Provides a count of the cells with CLP equal to 0. These cells are received from the port before policing.

Range: 0 to (2⁴⁰-1) cells

6

CLP1 cells from port

No

Ingress-1

Provides a count of the cells with CLP equal to 1. These cells are received from the port before policing.

Range: 0 to (2⁴⁰-1) cells

8

EFCI=1 cells from the port

No

Ingress-2

Provides a count of the cells with the explicit forward congestion indication (EFCI) equal to 1. These cells are received from the port.

Range: 0 to (2⁴⁰-1) cells

12

EFCI=1 cells to the network

No

Ingress-2

Provides a count of the cells with EFCI equal to 1 that are transmitted to the bus after policing.

Range: 0 to (2⁴⁰-1) cells

14

Ingress CLP0 cells discarded in qe

No

Ingress-2

Provides a count of the cells with CLP equal to 0 that are discarded due to an overflow in the queuing engine.

Range: 0 to (2⁴⁰-1) cells

15

Ingress CLP1 cells discarded in qe

No

Ingress-2

Provides a count of the cells with CLP equal to 1 that are discarded due to an overflow in the queuing engine.

Range: 0 to (2⁴⁰-1) cells

19

CLP1 cells to the port

No

After 13

Provides a count of the cells with CLP equal to 1 that are transmitted to the port.

Range: 0 to (2⁴⁰-1) cells

20

CLP0 cells to the port

No

After 13

Provides a count of the cells with CLP equal to 0 that are transmitted to the port.

Range: 0 to (2⁴⁰-1) cells

23

EFCI=1 cells to the port

No

Egress-13

Provides a count of the cells with EFCI equal to 1 that are transmitted to the port.

Range: 0 to (2⁴⁰-1) cells

28

EFC1=1 cells from the network

No

Egress-13

Provides a count of the cells with EFCI equal to 1 that are received from the bus prior to queuing.

Range: 0 to (2⁴⁰-1) cells

30

Egress CLP0 cells discarded in qe

No

Egress-13

Provides a count of the cells with CLP equal to 0 that are discarded due to an overflow in the queuing engine.

Range: 0 to (2⁴⁰-1) cells

31

Egress CLP1 cells discarded in qe

No

Egress-13

Provides a count of the cells with CLP equal to 1 that are discarded due to an overflow in the queuing engine.

Range: 0 to (2⁴⁰-1) cells

PXM1E Connection

This section provides information about the statistics contained in the PXM1E Connection group. The PXM1E connection statistics in this group are applicable to the Cisco MGX 8830 and Cisco MGX 8850 nodes.

The following table lists the attributes that are common to the PXM1E connection statistics.

Front Cards

PXM1E-8-T3E3, PXM1E-8-155, PXM1E-2-622, PXM1E-T3E3-155 (combo card)

Back Cards

MGX-SMB-8T3, MGX-SMB-8E3, MGX-SMFIR-8-155LC/B, MGX-SMFLR-8-155LC/B, MGB-MMF-8-155/B, MGX-SMFIR-8-155LC/C, MGX-SMFLR-8-155LC/C, MGB-MMF-8-155/C, MGX-SMFIR-2-622/B, MGX-SMFLR-2-622/B, MGX-SMFIR-2-622/C, MGX-SMFLR-2-622/C, MGX-FRU-T3E3-155

Object Type

0

Subobject Type

14

Allowable Peak Intervals

60 seconds, 300 seconds

Default Peak Interval

300 seconds

The PXM1E connection statistics are used primarily for gathering troubleshooting and performance data.

The tables in this section include the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

PXM1E Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

1

Discarded non compliant CLP0 cells

Tagged non compliant cells

Ingress-1

Provides a count of the discarded cells with cell loss priority (CLP) bit equal to 0 that are tagged non-compliant.

Range: 0 to (2⁴⁰-1) cells

2

Discarded non compliant CLP1 cells

Tagged non compliant cells

Ingress-1

Provides a count of the discarded cells with CLP equal to 1 that are tagged non-compliant.

Range: 0 to (2⁴⁰-1) cells

3

Tagged CLP0 non-compliant cells (Ingress)

No

Ingress-1

Provides a count of the cells with CLP equal to 1 that are tagged non-compliant. These cells are received at the port.

Range: 0 to (2⁴⁰-1) cells

5

CLP0 cells from the port (before Policer)

No

Ingress-1

Provides a count of the cells with CLP equal to 0. These cells are received from the port before policing.

Range: 0 to (2⁴⁰-1) cells

6

CLP1 cells from the port (before Policer)

No

Ingress-1

Provides a count of the cells with CLP equal to 1. These cells are received from the port before policing.

Range: 0 to (2⁴⁰-1) cells

9

Cells to network
(leaves QE)

No

Ingress-2

Provides a count of the total cells sent to the network after leaving the queuing engine.

Range: 0 to (2⁴⁰-1) cells

13

Cells discarded in QE (Ingress)

No

Ingress-2

Provides a count of the total cells that are discarded due to an overflow in the queuing engine.

Range: 0 to (2⁴⁰-1) cells

19

CLP0 cells to the Port

No

After 13

Provides a count of the cells with CLP equal to 0 that are transmitted to the port.

Range: 0 to (2⁴⁰-1) cells

20

CLP1 cells to the Port

No

After 13

Provides a count of the cells with CLP equal to 1 that are transmitted to the port.

Range: 0 to (2⁴⁰-1) cells

25

Cells from network

No

Egress-13

Provides a count of the total cells received from the network.

Range: 0 to (2⁴⁰-1) cells

29

Cells discarded in QE(Egress)

No

Egress-2

Provides a count of the total cells that are discarded due to an overflow in the queuing engine.

Range: 0 to (2⁴⁰-1) cells

FRSM12 Connection

This section provides information about the Frame Relay statistics contained in the FRSM12 Connection group. The statistics in this group are applicable to the FRSM12 card on the
Cisco MGX 8850 PXM45-based node.

The following table lists the attributes that are common to the FRSM12 connection statistics.

Front Cards

FRSM-12T3E3

Back Cards

SMB-6T3, SMB-6E3

Object Type

0

Subobject Type

15

Default Peak Interval

300 seconds

The FRSM12 connection statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1, with the exception of the following ingress points:

•1—Frame is validated against errors at the port level, for example CRC, alignment errors, and an undefined DCLI.

•2—Frame is checked for queue depth and queue threshold.

•3—Policing occurs.

•4—Frame is queued and transmitted to the cell bus in the ATM cells.

Stat ID

FRSM12 Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Transmitted with FECN bit tagged

No

Egress-13

Provides a count of frames that are transmitted with FECN bit.

Range: 0 to (2³²-1)

1

Frames Transmitted with BECN bit tagged

No

Egress-13

Provides a count of frames that are transmitted with BECN bit.

Range: 0 to (2³²-1)

2

Frames Txed with FECN bit already set

Frames Transmitted

Egress-13

Provides a count of the frames with the forward explicit congestion notification (FECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

3

Frames Txed with BECN bit already set

Frames Transmitted

Egress-13

Provides a count of the frames with the backward explicit congestion notification (BECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

4

DE Frames Transmitted

No

Egress-13

Provides a count of DE bytes transmitted.

Range: 0 to (2³²-1)

5

DE Bytes Transmitted

No

Egress-13

Provides a count of DE frames that are transmitted.

Range: 0 to (2³²-1)

6

Frames Transmitted tagged DE

Frames Transmitted

Egress-12

Provides a count of the number of frames that have the DE bit tagged.

This statistic is only applicable for network interworking (NIW) connections with the CLP to DE mapping mode set to mapDE.

If the incoming frame has the DE bit set to 0, and the CLP bit is set on any of the cells, then the DE bit is tagged for that frame.

Range: 0 to (2³²-1)

7

Bytes Transmitted tagged DE

No

Egress-13

Provides a count of bytes transmitted which have been DE tagged at the far end ingress in excess of CIR.

Range: 0 to (2³²-1)

8

Frames Transmitted

No

Egress-13

Provides a count of the frames that are transmitted to the attached equipment after frame reassembling.

Range: 0 to (2³²-1)

9

Bytes Transmitted

No

Egress-13

Provides the number of bytes in the frames counted by the Frames Transmitted statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

10

Frames Txed with invalid CPI Header

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an invalid common part indicator (CPI). An invalid CPI is a non zero number.

Range: 0 to (2³²-1)

11

Egress Frames discarded

No

Egress-12, 13

Provides a count of the number of frames unable to be transmitted to the attached equipment. Possible reasons for discard include

•PVC transmit queue overflow—The frame traversed the network successfully but encountered a full egress VC queue. Frames discarded for this reason are counted in the PVC Tx Frames Discarded-VC-Q-Overflow statistic.

•Incomplete frame at egress—No end-of-frame (EOF) cell was received. The EOF cell is missing due to discards in the network and the timer expiring. Frames discarded for this reason are counted in the Tx Frames Discarded-Trunk Discard statistic.

•Incorrect frame length—The expected frame length (recorded in the EOF cell) is different than the length of payload of that frame. This error might be caused by cells missing due to discards on a trunk, or by an EOF cell transmission bit error in the frame length field. Frames discarded for this reason are counted in the Tx Frame Length Violation statistic.

•Invalid frame length—The frame is longer than
4510 octets long. The EOF cell from one frame is missing due to discards on a trunk, resulting in a concatenated frame. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Oversized SDUs statistic.

•Frame CRC error—The calculated CRC does not match the original frame CRC (contained within the EOF cell). This mismatch occurs due to payload bit transmission errors on the cells or because of lost cells. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Ingress CRC.

•Port inactive—Logical port is not active. Frames discarded for this reason are not counted in any statistic.

•Unknown protocols—Protocols encoded in SIW frame are not defined. Frames discarded for this reason are counted in the PVC Tx Frames Unknown Protocols statistic.

•Common part indicator (CPI) error—CPI bit in the AAL5 PDU received from the network is non-zero. Frames discarded for this reason are counted in the PVC Tx Frames Invalid CPIs statistic.

Range: 0 to (2³²-1)

12

Egress Frames discarded - source abort

No

Egress-13

Provides a count of frames that are discarded on the egress due to source abort.

Range: 0 to (2³²-1)

13

Egress Frames discarded - CRC Error

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an incorrect CRC.

The received CRC, included in the EOF, is compared to the calculated CRC on the contents of all the cells that arrive. An incorrect CRC is caused by at least one cell missing due to discard(s) on a trunk or to a transmission bit error on a payload bit.

Range: 0 to (2³²-1)

14

Frames Txed dropped - Unknown Protocols

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because the incoming PDU (routed or bridged) is not recognized or supported.

This statistic is applicable only for service interworking (SIW) translation connections.

Range: 0 to (2³²-1)

15

Frames Txed with oversized PDU's

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the CPE because of an invalid length.

The frame is longer than 4510 bytes. This invalid length occurs when the AAL5 EOF cell of a frame is missing due to discards on a trunk. The result is a concatenated frame.

Range: 0 to (2³²-1)

16

Frames Txed with length violations

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the CPE because the expected frame length (recorded in the AAL5 EOF cell) is different than the total payload of all the cells that arrived.

A frame length error occurs for the following reasons:

•At least one missing packet

•Transmission bit error on the frame length field in the AAL5 EOF cell

Range: 0 to (2³²-1)

17

Frames Rcvd with FECN bit already set

No

Ingress-3

Provides a count of frames that are received with FECN bit already set.

Range: 0 to (2³²-1)

18

Frames Rcvd with BECN bit already set

No

Ingress-3

Provides a count of frames received with BECN bit already set.

Range: 0 to (2³²-1)

19

Frames Rcvd tagged with DE bit

Frames Received

After validating the frame against errors-1

Provides a count of the frames with the discard eligible (DE) bit set that are received from the attached equipment.

Range: 0 to (2³²-1)

20

Bytes Rcvd tagged with DE bit

No

Ingress-3

Provides a count of bytes received that are tagged with DE bit.

Range: 0 to (2³²-1)

21

DE Frames Received

Frames Transmitted

Ingress-2

Provides a count of the frames with the DE bit set that are transmitted to the attached equipment.

Range: 0 to (2³²-1)

22

DE Bytes Received

Bytes Transmitted

Ingress-2

Provides the number of bytes in the frames counted in the Tx Frames Tagged DE statistic.

The count includes the Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

23

Frames Received

No

After validating the frame against errors-1

Provides a count of frames received from the attached equipment.

This statistic also increments when the received frame is discarded for one of the following reasons:

•Queue depth exceeded.

•DE threshold exceeded for frames with DE bit set.

•Usage parameter control (UPC) discard.

•Unknown protocols in service interworking (SIW) translation.

Range: 0 to (2³²-1)

24

Bytes Received

No

After validating the frame against errors-1

Provides the number of bytes in the frames counted by the Frames Received statistic.

The count includes Frame Relay header and frame check sequence (FCS)/cyclic redundancy check (CRC) bytes.

Range: 0 to (2³²-1)

25

Ingress Frames Disc.-Excess UPC meas.

Frames Received

Ingress Frames Discarded

Ingress-3

Provides a count of the frames discarded due to UPC.

Both Bc and Be buckets are full, and the frames do not pass policing.

Range: 0 to (2³²-1)

26

Ingress Frames Disc.-DE Thshold exceed

No

Ingress-2

Provides a count of frames discarded on the ingress due to exceeded DE threshold.

Range: 0 to (2³²-1)

27

Ingress Frames Disc.-queue depth exceed

Frames Received

Ingress Frames Discarded

Ingress-2

Provides a count of the frames received from the CPE that are discarded because the queue (PVC ingress buffer) is full.

Range: 0 to (2³²-1)

28

Ingress Bytes Disc.-queue depth exceed

Bytes Received

Ingress Bytes Discarded

Ingress-2

Provides the number of bytes in the frames counted by the Rx Frames Discarded VC-Q-Overflow statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

29

Ingress Frames Discarded

Frames Received

Ingress-2, 3

Provides a count of the discarded frames received from the attached equipment. Possible reasons for discard include

•Frames are received with DE equal to 1 and the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•Frames are received with DE equal to 0, but have been DE tagged because of policing. In addition, the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•PVC ingress queue is full. The queue might fill (and overflow) due to sustained transmission above the PVC committed information rate (CIR).

Frames discarded for this reason are counted in the PVC Rx Frames Discarded VC Q Overflow statistic.

•Frames do not pass policing.

Frames discarded for this reason are counted in the PVC Rx Frames Discarded UPC statistic.

•Protocols encoded in SIW frame are unknown.

Frames discarded for this reason are counted in the PVC Rx Frames Unknown Protocols statistic.

Range: 0 to (2³²-1)

30

Ingress Bytes Discarded

Bytes Received

Ingress-2, 3

Provides the number of bytes in the frames counted by the Receive Frames Discarded statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

31

Frames Rcvd dropped - Unknown Protocols

Frames Received

Ingress Frames Discarded

After point 3 and before queueing

Provides a count of the frames that are discarded because the incoming PDU (routed or bridged) is not recognized or supported.

This statistic is only applicable for SIW translation connections.

Range: 0 to (2³²-1)

32

Frames Rcvd tagged with FECN bit

No

Ingress-3

Provides a count of frames received that are tagged with FECN bit.

Range: 0 to (2³²-1)

33

Frames Rcvd tagged with BECN bit

No

Ingress-3

Provides a count of frames received that are tagged with BECN bit.

Range: 0 to (2³²-1)

34

Transmitted AIR in Kbps

No

Egress-13

Provides a count of the transmitted average information rate (AIR) in kbps.

Range: 0 to (2³²-1)

35

Received AIR in Kbps

No

Ingress-3

Provides a count of the received average information rate in kbps.

Range: 0 to (2³²-1)

AXSM-XG Connection Statistics

This section provides information about the statistics contained in the AXSMXG_ATM group. The AXSM-XG connection statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the AXSM-XG connection statistics.

Front Card

AXSM-XG, AXSM-4-2488CH

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

0

Subobject Type

16

Default Peak Interval

300 seconds

The following table includes the AXSM-XG connection statistics.

Stat ID

AXSM-XG Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Total Cells from port

—

Ingress

Provides a count of the total ingress cells.

Range: 0 to (2⁶⁴-1)

1

CLP0 cells from port (before policing)

—

Ingress-1

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received prior to policing.

Range: 0 to (264-1)

2

CLP1 cells from port (before policing)

—

Ingress-1

Provides a count of the ingress cells with cell loss priority (CLP) equal to 1that are received prior to policing.

Range: 0 to (2⁶⁴-1)

5

Ingress EOF=1 Cells From Port

No

Ingress-3, 9

Provides a count of the ingress end of frame (EOF) cells.

Range: 0 to (2⁴⁰-1) cells

6

EFCI=1 cells from the port

—

Ingress

Provides a count of the cells with the explicit forward congestion indication (EFCI) equal to 1. These cells are received from the port.

Range: 0 to (2⁶⁴-1)

9

CLP0 non compliant cells

—

Ingress

Provides a count of the discarded cells with CLP equal to 0 that are tagged non-compliant.

Range: 0 to (2⁶⁴-1)

10

CLP1 non compliant cells

—

Ingress

Provides a count of the discarded cells with cell loss priority (CLP) bit equal to 1 that are tagged non-compliant.

Range: 0 to (2⁶⁴-1)

11

Tagged non compliant cells

—

Ingress

Provides a count of the total number of cells that are tagged non-compliant. These cells are received at the port.

Range: 0 to (2⁶⁴-1)

13

CLP0 cells to network

—

—

Provides a count of the cells with CLP equal to 0 that are transmitted to the network.

Range: 0 to (2⁶⁴-1)

14

CLP1 cells to network

—

—

Provides a count of the cells with CLP equal to 1that are transmitted to the network.

Range: 0 to (2⁶⁴-1)

The following table includes the AXSM-XG egress connection statistics.

Stat ID

AXSM-XG Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

23

CLP1 cells to the port

—

Egress

Provides a count of the discarded cells with CLP bit equal to 1 that are transmitted to the port.

Range: 0 to (2⁶⁴-1)

24

CLP0 cells to the port

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are transmitted to the port.

Range: 0 to (2⁶⁴-1)

27

Egress EOF=1 Cells to Port

No

Egress-6, 12

Provides a count of the egress cells with EOF equal to 1.

Range: 0 to (2⁴⁰-1) cells

28

EFCI=1 cells to the port

—

Egress

Provides a count of the cells with the explicit forward congestion indication (EFCI) equal to 1. These cells are transmitted to the port.

Range: 0 to (2⁶⁴-1)

31

CLP0 cells from the network

—

—

Provides a count of the cells with CLP bit equal to 0 that are received from the network.

Range: 0 to (2⁶⁴-1)

32

CLP1 cells from the network

—

—

Provides a count of the cells with CLP bit equal to 1 that are received from the network.

Range: 0 to (2⁶⁴-1)

VXSM ATM Connection Statistics

This section provides information about the statistics contained in the VXSM_ATM_conn group. The VXSM connection statistics are applicable to the VXSM cards on the
Cisco MGX 8850 PXM45-based nodes and the Cisco MGX 8880 PXM45-based nodes.

The following table lists the attributes that are common to all of the VXSM connection statistics.

Front Card

VXSM

Back Card

VXSM-BC-4-155

Object Type

0

Subobject Type

17

Default Peak Interval

300 seconds

The following table includes the VXSM ATM connection statistics.

Stat ID

VXSM ATM Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Total Ingress Cells from port

—

Ingress

Provides a count of the total ingress cells.

Range: 0 to (2⁶⁴-1)

1

CLP0 cells from port (before policing)

—

Ingress-1

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received prior to policing.

Range: 0 to (2⁶⁴-1)

2

CLP1 cells from port (before policing)

—

Ingress-1

Provides a count of the ingress cells with cell loss priority (CLP) equal to 1 that are received prior to policing.

Range: 0 to (2⁶⁴-1)

3

EFCI=1 CLP0 cells from the port

—

Ingress

Provides a count of the CLP0 cells with the explicit forward congestion indication (EFCI) equal to 1. These cells are received from the port.

Range: 0 to (2⁶⁴-1)

4

EFCI=1 CLP1 cells from the port

—

Ingress

Provides a count of the CLP1 cells with the explicit forward congestion indication (EFCI) equal to 1. These cells are received from the port.

Range: 0 to (2⁶⁴-1)

5

Total Egress Cells to network

—

Egress

Provides a count of the total egress cells.

Range: 0 to (2⁶⁴-1)

6

CLP0 cells to network (before policing)

—

Egress-1

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received prior to policing.

Range: 0 to (2⁶⁴-1)

7

CLP1 cells to network (before policing)

—

Egress-1

Provides a count of the egress cells with cell loss priority (CLP) equal to 1 that are received prior to policing.

Range: 0 to (2⁶⁴-1)

8

EFCI=1 CLP0 cells to the network

—

Egress

Provides a count of the CLP0 cells with the explicit forward congestion indication (EFCI) equal to 1.

Range: 0 to (2⁶⁴-1)

9

EFCI=1 CLP1 cells to the network

—

Egress

Provides a count of the CLP1 cells with the explicit forward congestion indication (EFCI) equal to 1.

Range: 0 to (2⁶⁴-1)

MPSM ATM Connection Statistics

This section provides information about the statistics contained in the MPSM_ATM group. The MPSM-ATM connection statistics are applicable to the MPSM cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM connection statistics.

Front Card

MPSM

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

0

Subobject Type

18

Default Peak Interval

300 seconds

The following table includes the MPSM-ATM connection statistics.

Stat ID

MPSM-ATM Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

1

CLP0 cells from port (before policing)

—

Ingress-1

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received prior to policing.

Range: 0 to (2⁶⁴-1)

2

CLP1 cells from port (before policing)

—

Ingress-1

Provides a count of the ingress cells with cell loss priority (CLP) equal to 1that are received prior to policing.

Range: 0 to (2⁶⁴-1)

5

Ingress EOF=1 Cells From Port

No

Ingress-3, 9

Provides a count of the ingress end of frame (EOF) cells.

Range: 0 to (2⁴⁰-1) cells

6

EFCI=1 cells from the port

—

Ingress

Provides a count of the cells with the explicit forward congestion indication (EFCI) equal to 1. These cells are received from the port.

Range: 0 to (2⁶⁴-1)

9

CLP0 non compliant cells

—

Ingress

Provides a count of the discarded cells with CLP equal to 0 that are tagged non-compliant.

Range: 0 to (2⁶⁴-1)

10

CLP1 non compliant cells

—

Ingress

Provides a count of the discarded cells with cell loss priority (CLP) bit equal to 1 that are tagged non-compliant.

Range: 0 to (2⁶⁴-1)

11

Tagged non compliant cells

—

Ingress

Provides a count of the total number of cells that are tagged non-compliant. These cells are received at the port.

Range: 0 to (2⁶⁴-1)

13

CLP0 cells to network

—

—

Provides a count of the cells with CLP equal to 0 that are transmitted to the network.

Range: 0 to (2⁶⁴-1)

14

CLP1 cells to network

—

—

Provides a count of the cells with CLP equal to 1that are transmitted to the network.

Range: 0 to (2⁶⁴-1)

23

CLP1 cells to the port

—

Egress

Provides a count of the discarded cells with CLP bit equal to 1 that are transmitted to the port.

Range: 0 to (2⁶⁴-1)

24

CLP0 cells to the port

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are transmitted to the port.

Range: 0 to (2⁶⁴-1)

27

Egress EOF=1 Cells to Port

No

Egress-6, 12

Provides a count of the egress cells with EOF equal to 1.

Range: 0 to (2⁴⁰-1) cells

28

EFCI=1 cells to the port

—

Egress

Provides a count of the cells with the explicit forward congestion indication (EFCI) equal to 1. These cells are transmitted to the port.

Range: 0 to (2⁶⁴-1)

31

CLP0 cells from the network

—

—

Provides a count of the cells with CLP bit equal to 0 that are received from the network.

Range: 0 to (2⁶⁴-1)

32

CLP1 cells from the network

—

—

Provides a count of the cells with CLP bit equal to 1 that are received from the network.

Range: 0 to (264-1)

46

EFCI=1 cells from the network

—

Ingress

Provides a count of the cells with the explicit forward congestion indication (EFCI) equal to 1 that are received from the network.

Range: 0 to (2⁶⁴-1)

56

EFCI=1 cells to the network

—

Egress

Provides a count of the cells with the explicit forward congestion indication (EFCI) equal to 1 that are transmitted to the network.

Range: 0 to (2⁶⁴-1)

MPSM Frame Relay Connection Statistics

This section provides information about the statistics contained in the MPSM155_FR_Conn group. The MPSM-Frame Relay connection statistics are applicable to the MPSM cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM155-FR connection statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

0

Subobject Type

19

Default Peak Interval

300 seconds

The following table includes the MPSM155-Frame Relay connection statistics.

Stat ID

MPSM155 FR Connection Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Frames Transmitted with FECN bit tagged

No

Egress-13

Provides a count of frames that are transmitted with FECN bit.

Range: 0 to (2³²-1)

1

Frames Transmitted with BECN bit tagged

No

Egress-13

Provides a count of frames that are transmitted with BECN bit.

Range: 0 to (2³²-1)

2

Frames Txed with FECN bit already set

Frames Transmitted

Egress-13

Provides a count of the frames with the forward explicit congestion notification (FECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

3

Frames Txed with BECN bit already set

Frames Transmitted

Egress-13

Provides a count of the frames with the backward explicit congestion notification (BECN) bit set that are transmitted to the attached equipment. The congestion can occur anywhere in the network.

Range: 0 to (2³²-1)

4

DE Frames Transmitted

No

Egress-13

Provides a count of DE bytes transmitted.

Range: 0 to (2³²-1)

5

DE Bytes Transmitted

No

Egress-13

Provides a count of DE frames that are transmitted.

Range: 0 to (2³²-1)

6

Frames Transmitted tagged DE

Frames Transmitted

Egress-12

Provides a count of the number of frames that have the DE bit tagged.

This statistic is only applicable for network interworking (NIW) connections with the CLP to DE mapping mode set to mapDE.

If the incoming frame has the DE bit set to 0, and the CLP bit is set on any of the cells, then the DE bit is tagged for that frame.

Range: 0 to (2³²-1)

7

Bytes Transmitted tagged DE

No

Egress-13

Provides a count of bytes transmitted which have been DE tagged at the far end ingress in excess of CIR.

Range: 0 to (2³²-1)

8

Frames Transmitted

No

Egress-13

Provides a count of the frames that are transmitted to the attached equipment after frame reassembling.

Range: 0 to (2³²-1)

9

Bytes Transmitted

No

Egress-13

Provides the number of bytes in the frames counted by the Frames Transmitted statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (232-1)

10

Frames Txed with invalid CPI Header

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an invalid common part indicator (CPI). An invalid CPI is a non zero number.

Range: 0 to (2³²-1)

11

Egress Frames discarded

No

Egress-12, 13

Provides a count of the number of frames unable to be transmitted to the attached equipment. Possible reasons for discard include

•PVC transmit queue overflow—The frame traversed the network successfully but encountered a full egress VC queue. Frames discarded for this reason are counted in the PVC Tx Frames Discarded-VC-Q-Overflow statistic.

•Incomplete frame at egress—No end-of-frame (EOF) cell was received. The EOF cell is missing due to discards in the network and the timer expiring. Frames discarded for this reason are counted in the Tx Frames Discarded-Trunk Discard statistic.

•Incorrect frame length—The expected frame length (recorded in the EOF cell) is different than the length of payload of that frame. This error might be caused by cells missing due to discards on a trunk, or by an EOF cell transmission bit error in the frame length field. Frames discarded for this reason are counted in the Tx Frame Length Violation statistic.

•Invalid frame length—The frame is longer than
4510 octets long. The EOF cell from one frame is missing due to discards on a trunk, resulting in a concatenated frame. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Oversized SDUs statistic.

•Frame CRC error—The calculated CRC does not match the original frame CRC (contained within the EOF cell). This mismatch occurs due to payload bit transmission errors on the cells or because of lost cells. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Ingress CRC.

•Port inactive—Logical port is not active. Frames discarded for this reason are not counted in any statistic.

•Unknown protocols—Protocols encoded in SIW frame are not defined. Frames discarded for this reason are counted in the PVC Tx Frames Unknown Protocols statistic.

•Common part indicator (CPI) error—CPI bit in the AAL5 PDU received from the network is non-zero. Frames discarded for this reason are counted in the PVC Tx Frames Invalid CPIs statistic.

Range: 0 to (2³²-1)

12

Egress Bytes discarded

No

Egress-12, 13

Provides a count of the number of bytes unable to be transmitted to the attached equipment. Possible reasons for discard include

•PVC transmit queue overflow—The frame traversed the network successfully but encountered a full egress VC queue. Frames discarded for this reason are counted in the PVC Tx Frames Discarded-VC-Q-Overflow statistic.

•Incomplete frame at egress—No end-of-frame (EOF) cell was received. The EOF cell is missing due to discards in the network and the timer expiring. Frames discarded for this reason are counted in the Tx Frames Discarded-Trunk Discard statistic.

•Incorrect frame length—The expected frame length (recorded in the EOF cell) is different than the length of payload of that frame. This error might be caused by cells missing due to discards on a trunk, or by an EOF cell transmission bit error in the frame length field. Frames discarded for this reason are counted in the Tx Frame Length Violation statistic.

•Invalid frame length—The frame is longer than
4510 octets long. The EOF cell from one frame is missing due to discards on a trunk, resulting in a concatenated frame. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Oversized SDUs statistic.

•Frame CRC error—The calculated CRC does not match the original frame CRC (contained within the EOF cell). This mismatch occurs due to payload bit transmission errors on the cells or because of lost cells. Frames discarded for this reason are counted in the PVC Tx Frames Discarded Ingress CRC.

•Port inactive—Logical port is not active. Frames discarded for this reason are not counted in any statistic.

•Unknown protocols—Protocols encoded in SIW frame are not defined. Frames discarded for this reason are counted in the PVC Tx Frames Unknown Protocols statistic.

•Common part indicator (CPI) error—CPI bit in the AAL5 PDU received from the network is non-zero. Frames discarded for this reason are counted in the PVC Tx Frames Invalid CPIs statistic.

Range: 0 to (2³²-1)

13

Egress Frames discarded - source abort

No

Egress-13

Provides a count of frames that are discarded on the egress due to source abort.

Range: 0 to (2³²-1)

14

Egress Frames discarded - CRC Error

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an incorrect CRC.

The received CRC, included in the EOF, is compared to the calculated CRC on the contents of all the cells that arrive. An incorrect CRC is caused by at least one cell missing due to discard(s) on a trunk or to a transmission bit error on a payload bit.

Range: 0 to (2³²-1)

15

Frames Txed dropped - Unknown Protocols

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because the incoming PDU (routed or bridged) is not recognized or supported.

This statistic is applicable only for service interworking (SIW) translation connections.

Range: 0 to (2³²-1)

16

Egress Frames discarded - Reassembly Failed

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the attached equipment because of an incorrect CRC.

The received CRC, included in the EOF, is compared to the calculated CRC on the contents of all the cells that arrive. An incorrect CRC is caused by at least one cell missing due to discard(s) on a trunk or to a transmission bit error on a payload bit.

Range: 0 to (2³²-1)

17

Frames Txed with oversized SDU's

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the CPE because of an invalid length.

The frame is longer than 4510 bytes. This invalid length occurs when the AAL5 EOF cell of a frame is missing due to discards on a trunk. The result is a concatenated frame.

Range: 0 to (2³²-1)

18

Frames Txed with length violations

Egress Frames discarded

Egress-12

Provides a count of the frames that are not transmitted to the CPE because the expected frame length (recorded in the AAL5 EOF cell) is different than the total payload of all the cells that arrived.

A frame length error occurs for the following reasons:

•At least one missing packet

•Transmission bit error on the frame length field in the AAL5 EOF cell

Range: 0 to (2³²-1)

19

Egress DE Bytes Disc

Egress Bytes Discarded

Egress-12

Provides the number of bytes in the frames marked as discard eligible that have been discarded.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

20

Egress Frames Disc.-queue depth exceed

Egress Frames discarded

Egress-12

Provides a count of the frames received from the CPE that are discarded because the queue (PVC ingress buffer) is full.

Range: 0 to (2³²-1)

21

Egress Bytes Disc.-queue depth exceed

Egress Bytes Discarded

Egress-12

Provides the number of bytes in the frames counted by the Tx Frames Discarded VC-Q-Overflow statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

22

Egress Frames Disc.-DE Thshold exceed

Egress Frames discarded

Egress-12

Provides a count of frames discarded on the egress due to exceeded DE threshold.

Range: 0 to (2³²-1)

24

Frames Rcvd with FECN bit already set

No

Ingress-3

Provides a count of frames that are received with FECN bit already set.

Range: 0 to (2³²-1)

25

Frames Rcvd with BECN bit already set

No

Ingress-3

Provides a count of frames received with BECN bit already set.

Range: 0 to (2³²-1)

26

Frames Rcvd tagged with DE bit

Frames Received

After validating the frame against errors-1

Provides a count of the frames with the discard eligible (DE) bit set that are received from the attached equipment.

Range: 0 to (2³²-1)

27

Bytes Rcvd tagged with DE bit

No

Ingress-3

Provides a count of bytes received that are tagged with DE bit.

Range: 0 to (2³²-1)

28

DE Frames Received

Frames Transmitted

Ingress-2

Provides a count of the frames with the DE bit set that are transmitted to the attached equipment.

Range: 0 to (2³²-1)

29

DE Bytes Received

Bytes Transmitted

Ingress-2

Provides the number of bytes in the frames counted in the Tx Frames Tagged DE statistic.

The count includes the Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

30

Frames Received

No

After validating the frame against errors-1

Provides a count of frames received from the attached equipment.

This statistic also increments when the received frame is discarded for one of the following reasons:

•Queue depth exceeded.

•DE threshold exceeded for frames with DE bit set.

•Usage parameter control (UPC) discard.

•Unknown protocols in service interworking (SIW) translation.

Range: 0 to (2³²-1)

31

Bytes Received

No

After validating the frame against errors-1

Provides the number of bytes in the frames counted by the Frames Received statistic.

The count includes Frame Relay header and frame check sequence (FCS)/cyclic redundancy check (CRC) bytes.

Range: 0 to (2³²-1)

32

Ingress Frames Disc.-Excess UPC meas.

Frames Received

Ingress Frames Discarded

Ingress-3

Provides a count of the frames discarded due to UPC.

Both Bc and Be buckets are full, and the frames do not pass policing.

Range: 0 to (2³²-1)

33

Ingress Frames Disc.-DE Thshold exceed

No

Ingress-2

Provides a count of frames discarded on the ingress due to exceeded DE threshold.

Range: 0 to (2³²-1)

35

Ingress Frames Disc.-queue depth exceed

Frames Received

Ingress Frames Discarded

Ingress-2

Provides a count of the frames received from the CPE that are discarded because the queue (PVC ingress buffer) is full.

Range: 0 to (2³²-1)

36

Ingress Bytes Disc.-queue depth exceed

Bytes Received

Ingress Bytes Discarded

Ingress-2

Provides the number of bytes in the frames counted by the Rx Frames Discarded VC-Q-Overflow statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

37

Ingress Frames Discarded

Frames Received

Ingress-2, 3

Provides a count of the discarded frames received from the attached equipment. Possible reasons for discard include

•Frames are received with DE equal to 1 and the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•Frames are received with DE equal to 0, but have been DE tagged because of policing. In addition, the PVC ingress queue is filled at least to the DE threshold.

Frames discarded for this reason are counted in the PVC DE Frames Dropped statistic.

•PVC ingress queue is full. The queue might fill (and overflow) due to sustained transmission above the PVC committed information rate (CIR).

Frames discarded for this reason are counted in the PVC Rx Frames Discarded VC Q Overflow statistic.

•Frames do not pass policing.

Frames discarded for this reason are counted in the PVC Rx Frames Discarded UPC statistic.

•Protocols encoded in SIW frame are unknown.

Frames discarded for this reason are counted in the PVC Rx Frames Unknown Protocols statistic.

Range: 0 to (2³²-1)

38

Ingress Bytes Discarded

Bytes Received

Ingress-2, 3

Provides the number of bytes in the frames counted by the Receive Frames Discarded statistic.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

38

Ingress DE Bytes Discarded

Bytes Received

Ingress-2, 3

Provides the number of bytes in the frames marked as discard eligible that have been discarded.

The count includes Frame Relay header and FCS/CRC bytes.

Range: 0 to (2³²-1)

40

Frames Rcvd dropped - Unknown Protocols

Frames Received

Ingress Frames Discarded

After point 3 and before queueing

Provides a count of the frames that are discarded because the incoming PDU (routed or bridged) is not recognized or supported.

This statistic is only applicable for SIW translation connections.

Range: 0 to (2³²-1)

41

Frames Rcvd tagged with BECN bit

No

Ingress-3

Provides a count of frames received that are tagged with BECN bit.

Range: 0 to (2³²-1)

42

Frames Rcvd tagged with FECN bit

No

Ingress-3

Provides a count of frames received that are tagged with FECN bit.

Range: 0 to (2³²-1)

43

Transmitted AIR in Kbps

No

Egress-13

Provides a count of the transmitted average information rate (AIR) in kbps.

Range: 0 to (2³²-1)

44

Received AIR in Kbps

No

Ingress-3

Provides a count of the received average information rate in kbps.

Range: 0 to (2³²-1)

Service Line Statistics

The following service line statistics are applicable to CWM Release 15:

•IGX T1 Service Line

•IGX E1/J1 Service Line

•BXM and ASI Service Line

•CESM and FRSM E1/T1 Service Line

•AUSM Service

•CESM, FRSM, SRM, and SRME T3/E3 Service

•SRM and SRME SONET Service Line

•AXSM Line

•AXSM-E Line

•PXM1E Service Line

•AXSM-XG STS Line

•AXSM-XG DS3 Path Physical Interface Statistics

•MPSM DS3 Physical Interface Statistics

•MPSM STS1 Physical Interface Statistics

•MPSM STM1 Physical Interface Statistics

•MPSM DS3 STS1 Physical Interface Statistics

•MPSM E3 STS1 Physical Interface Statistics

•MPSM DS3 AU4 Physical Interface Statistics

•MPSM DS3 AU3 Physical Interface Statistics

•MPSM E3 AU4 Physical Interface Statistics

•MPSM E3 AU3 Physical Interface Statistics

•MPSM DS1 VT STS1 Physical Interface Statistics

•MPSM E1 VT STS1 Physical Interface Statistics

•MPSM DS1 DS3 STS1 Physical Interface Statistics

•MPSM DS1 DS3 Line Physical Interface Statistics

•MPSM DS1 TU11 AU4 Physical Interface Statistics

•MPSM DS1 TU11 AU3 Physical Interface Statistics

•MPSM E1 TU11 AU4 Physical Interface Statistics

•MPSM E1 TU11 AU3 Physical Interface Statistics

•MPSM IMA Group Physical Interface Statistics

•AXSM-XG STM16 Path Physical Interface Statistics

•AXSM-XG STM64 Path Physical Interface Statistics

•AXSM-XG DS3 Path in STM16 Path Physical Interface Statistics

•MPSM DS1/DS3/AU3 Physical Interface Statistics

•AXSM-XG STM1 Path Physical Interface Statistics

•AXSM-XG STM4 Path Physical Interface Statistics

•AXSM-XG DS3 Path in STM4 Path Physical Interface Statistics

IGX T1 Service Line

This section provides information about the statistics contained in the T1 group. The IGX T1 service line statistics in this group are applicable to Switch Software Releases 9.2 and 9.2 on the UXM card. This group is also applicable to FastPAD lines.

The following table lists the attributes that are common to all of the IGX T1 service line statistics.

Front Cards

UXM, FTM (FastPAD)

Back Cards

UXM—BC-UAI-6-T3/E3, BC-UAI-3-T3/E3, BC-UAI-2/4-155-SMF, BC-UAI-2/4-SMFXLR, BC-UAI-4-STM1E, BC-UAI-4-155-MMF

FastPAD—FPC T1, FPC E1, FPC V.35, FPC X.21.

Object Type

1

Subobject Type

0

Default Peak Interval

60 seconds (fixed setting)

The IGX T1 service line statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

IGX T1 Service Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Bipolar Violations

—

—

Provides a count of the bipolar violations.

Range: 0 to (2³²-1)

1

Frame Slips

—

—

Provides a count of the frame slips.

Range: 0 to (2³²-1)

2

Out of Frames

—

—

Provides a count of the out of frames.

Range: 0 to (2³²-1)

3

Losses of Signal

—

—

Provides a count of the signal losses.

Range: 0 to (2³²-1)

4

Frame Bit Errors

—

—

Provides a count of the frame bit errors.

Range: 0 to (2³²-1)

5

CRC Errors

—

—

Provides a count of the cyclic redundancy check (CRC) errors.

Range: 0 to (2³²-1)

8

Errored blocks

—

—

Provides a count of the errored blocks.

Range: 0 to (2³²-1)

28

Line code violations

—

—

Provides a count of the line code violations.

Range: 0 to (2³²-1)

IGX E1/J1 Service Line

This section provides information about the statistics contained in the E1/J1 group. IGX E1/J1 service line statistics in this group are applicable to Switch Software Releases 9.2 and 9.3 on the UXM card. This group is also applicable to FastPAD lines.

The following table lists the attributes that are common to all of the IGX E1/J1 service line statistics.

Front Cards

UXM, FTM (FastPAD)

Back Cards

UXM—BC-UAI-6-T3/E3, BC-UAI-3-T3/E3, BC-UAI-2/4-155-SMF, BC-UAI-2/4-SMFXLR, BC-UAI-4-STM1E, BC-UAI-4-155-MMF

FastPAD—FPC T1, FPC E1, FPC V.35, and FPC X.21.

Object Type

1

Subobject Type

1

Default Peak Interval

60 seconds (fixed setting)

The IGX E1/J1 service line statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

IGX E1/J1 Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Bipolar Violations

—

—

Provides a count of the bipolar violations.

Range: 0 to (2³²-1)

1

Frame Slips

—

—

Provides a count of the frame slips.

Range: 0 to (2³²-1)

2

Out of Frames

—

—

Provides a count of the out of frames.

Range: 0 to (2³²-1)

3

Losses of Signal

—

—

Provides a count of the signal losses.

Range: 0 to (2³²-1)

4

Frame Bit Errors

—

—

Provides a count of the frame bit errors.

Range: 0 to (2³²-1)

5

CRC Errors

—

—

Provides a count of the cyclic redundancy check (CRC) errors.

Range: 0 to (2³²-1)

6

Out of Multi-Frames

—

—

Provides a count of the out of multiframes.

Range: 0 to (2³²-1)

7

All Ones in Timeslot Sixteen

—

—

Provides a count of the all ones in timeslot 16.

Range: 0 to (2³²-1)

221

E-bit errors

—

—

Provides a count of the E-bit errors.

Range: 0 to (2³²-1)

222

Line code violations

—

—

Provides a count of the line code violations.

Range: 0 to (2³²-1)

BXM and ASI Service Line

This section provides information about the statistics contained in the ASI Line group. The BXM and ASI service line statistics in this group are applicable to Switch Software Releases 9.2 and 9.3 on the BPX switch.

The following table lists the attributes that are common to the BXM and ASI service line statistics.

Front Cards

BXM T3/E3, BXM-155, BXM-622

ASI-T3/E3, ASI-155, ASI-155e

Back Cards

BXM—BPX-T3/E3-BC, MMF-155-4/8, SMF-155-4/8 SMFLR-155-4/8, SMF-622-2, SMFLR-622-2, SMFXLR-622-2, SMF-622, SMFLR-622, SMFXLR-622

ASI—LM-3T3/3E3, LM-2OC-3-SMF, LM-2OC-3-SMFLR, LM-2OC-3-MMF

Object Type

1

Subobject Type

2

Default Peak Interval

60 seconds (fixed setting)

The BXM and ASI service line statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

BXM and ASI Service Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

28

B3ZS Line Code Violations

No

Ingress-1

Provides a count of the B3ZS line code violations that are encountered by the interface.

These violations occur when more than three zeroes in a row are transmitted.

Range: 0 to (2³²-1)

29

Line Errored Seconds

No

Ingress-1

Provides a count of the line code violation errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

30

Line Severely Errored Seconds

Line Errored Seconds

Ingress-1

Provides a count of the line code violation severely errored seconds (SES) that occur within the collection interval.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

31

P-bit Line Parity Errors

No

Ingress-1

Provides a count of the parity bit (P-bit) code violations that are encountered by the interface.

Range: 0 to (2³²-1)

32

Errored Seconds - Parity

No

Ingress-1

Provides a count of the parity code violation (PCV) errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

33

Severely Errored Seconds - Parity

Errored Seconds-Parity

Ingress-1

Provides a count of the P-bit code SES violations that occur within the collection interval.

Range: 0 to (2³²-1)

34

C-bit Parity Code Violations

No

Ingress-1

Provides a count of the C-bit code violations that are encountered by the interface.

Range: 0 to (2³²-1)

35

Errored Seconds - Path

No

Ingress-1

Provides a count of the PCV errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

36

Severely Errored Seconds - Path

Errored Seconds-Path

Ingress-1

Provides a count of the PCV severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

37

Severely Errored Framing Seconds

No

Ingress-1

Provides a count of the severely errored framing seconds that occur within the collection interval.

Range: 0 to (2³²-1)

39

Unavailable Seconds

No

Ingress-1

Provides a count of the unavailable seconds that occur within the collection interval.

Range: 0 to (2³²-1)

40

PLCP BIP-8 Errors

—

—

Provides a count of the internal BPX errors.

Range: 0 to (2³²-1)

41

BIP-8 Errored Seconds

—

—

Provides a count of the internal BPX errored seconds.

Range: 0 to (2³²-1)

42

BIP-8 Severely Errored Seconds

—

—

Provides a count of the internal BPX severely errored seconds.

Range: 0 to (2³²-1)

43

PLCP Severely Err Framing Secs

—

—

Provides a count of the severely errored seconds based on PLCP framing errors.

Range: 0 to (2³²-1)

44

PLCP Unavailable Seconds

—

—

Provides a count of the internal BPX unavailable seconds.

Range: 0 to (2³²-1)

45

HCS Errors

—

—

Provides a count of the header check sum errors.

Range: 0 to (2³²-1)

97

PLCP OOF Transition Counts

No

Ingress-1

Provides a count of the times the OOF is detected by the physical layer convergence protocol (PLCP) interface.

Range: 0 to (2³²-1)

142

PLCP FEBE Err Secs

No

Ingress-1

Provides a count of the FEBE seconds that occur within the collection interval.

Range: 0 to (2³²-1)

143

PLCP FEBE Severely Err Secs

PLCP FEBE Err Secs

Ingress-1

Provides a count of the FEBE severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

144

PLCP FEBE Counts

No

Ingress-1

Provides a count of the FEBEs that are encountered by the PLCP interface.

Range: 0 to (2³²-1)

145

PLCP FE Counts

—

—

Provides a count of the PLCP fast Ethernet (FE).

Range: 0 to (2³²-1)

146

HCS Errored Seconds

—

—

Provides a count of the HCS errored seconds.

Range: 0 to (2³²-1)

147

HCS Severely Errored Seconds

—

—

Provides a count of the HCS severely errored seconds.

Range: 0 to (2³²-1)

150

YEL Transitions

No

Ingress-1

Provides a count of the times yellow alarms are detected.

The count includes the number of remote alarm indicator (RAI) alarms.

Range: 0 to (2³²-1)

151

PLCP Yellow Transition Counts

—

—

Provides a count of the number of times PLCP yellow defects are detected.

Range: 0 to (2³²-1)

152

Alarm Indication Signal

—

—

Provides a count of the times that an alarm indication signal is detected.

Range: 0 to (2³²-1)

169

Loss of Cell Delineation

—

—

Provides a count of the loss of cell delineation defect states.

Range: 0 to (2³²-1)

170

Loss of Pointer

—

—

Provides a count of the loss of pointer (LOP) defect states.

Range: 0 to (2³²-1)

171

OC3 Path AIS

—

—

Provides a count of the AIS instances on the path.

Range: 0 to (2³²-1)

172

OC3 Path YEL

—

—

Provides a count of the times yellow alarms are detected on the path.

Range: 0 to (2³²-1)

173

Section BIP8

—

—

Provides a count of the section BIP-8 errors.

Range: 0 to (2³²-1)

174

Line BIP24

—

—

Provides a count of the line BIP-24 errors.

Range: 0 to (2³²-1)

175

Line FEBE

—

—

Provides a count of the line far-end block errors (FEBE).

Range: 0 to (2³²-1)

176

Path BIP8

—

—

Provides a count of the path BIP-8 errors.

Range: 0 to (2³²-1)

177

Path FEBE

—

—

Provides a count of the instances of path FEBE.

Range: 0 to (2³²-1)

178

Section BIP8 Err Secs

—

—

Provides a count of the seconds that have at least one section BIP-8 error occurring within the collection interval.

The counter also increments during severely errored framing (SEF) or LOS failure events.

Range: 0 to (2³²-1)

179

Line BIP24 Err Secs

—

—

Provides a count of the seconds that have at least one line BIP-24 error occurring within the collection interval.

The counter also increments during detection of line alarm indication signals.

Range: 0 to (2³²-1)

180

Line FEBE Err Secs

—

—

Provides a count of the seconds that have at least one line FEBE.

The counter also increments during line remote defect identifications (RDIs).

Range: 0 to (2³²-1)

181

Path BIP8 Err Secs

—

—

Provides a count of the seconds that have at least one path BIP-8 error.

The counter also increments during detection of LOP and AIS events.

Range: 0 to (2³²-1)

182

Path FEBE Err Secs

—

—

Provides a count of the seconds that have at least one instance of path FEBE.

The counter also increments during detection of RDI events.

Range: 0 to (2³²-1)

183

Section BIP8 Severely Err Secs

—

—

Provides a count of the section BIP-8 SESs that occur within the collection interval

SESs are classified as at least 2500 instances (for OC3 lines) of section BIP-8 errored seconds.

The counter also increments during SEF and LOS failure events.

Range: 0 to (2³²-1)

184

Section Sev Err Framing Secs

—

—

Provides a count of the section seconds that have at least 2500 instances (for OC3 lines) of out of frame (OOF).

Range: 0 to (2³²-1)

185

Line BIP24 Severely Err Secs

—

—

Provides a count of the BIP-24 severely errored seconds (SESs) that occur within the collection interval.

SESs are classified as at least 2500 instances (for OC3 lines) of line BIP-24 errored seconds.

The counter also increments during detection of line alarm indication signals.

Range: 0 to (2³²-1)

186

Line FEBE Severely Err Secs

—

—

Provides a count of the FEBE SESs.

SESs are classified as at least 2500 instances (for OC3 lines) of line FEBE.

The counter also increments during line RDIs.

Range: 0 to (2³²-1)

187

Path BIP8 Severely Err Secs

—

—

Provides a count of the BIP-8 SESs that occur within the collection interval.

SESs are classified as at least 2400 instances of path BIP-8 errored seconds.

The counter also increments during detection of LOP and AIS events.

Range: 0 to (2³²-1)

188

Path FEBE Severely Err Secs

—

—

Provides a count of the FEBE SESs.

SESs are at least 2400 instances of path FEBEs.

The counter also increments during detection of RDI events.

Range: 0 to (2³²-1)

189

Line Unavailable Secs

—

—

Provides a count of the seconds that the line is unavailable after the occurrence of 10 contiguous line SESs.

Range: 0 to (2³²-1)

190

Line Farend Unavailable Secs

—

—

Provides a count of the far end unavailable seconds (UAS).

UAS are defined as 10 contiguous severely errored seconds.

Range: 0 to (2³²-1)

191

Path Unavailable Secs

—

—

Provides a count of the seconds that the line is unavailable after the occurrence of 10 contiguous path SESs.

Range: 0 to (2³²-1)

192

Path Farend Unavailable Secs

—

—

Provides a count of the seconds that the line is unavailable after the occurrence of 10 contiguous path far end SESs.

Range: 0 to (2³²-1)

193

HCS Correctable Error

—

—

Provides a count of the header checksum errors (HCS) that are corrected.

Range: 0 to (2³²-1)

194

HCS Correctable Error Err Secs

—

—

Provides a count of the cell header checksum errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

195

HCS Correctable Error SevErr Secs

—

—

Provides a count of the cell header checksum severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

196

Transmit NTS Cells Discarded

—

—

Provides a count of the non-time-stamped cells that are discarded before being added to the transmit queue.

These cells are discarded due to errors within the cells.

Range: 0 to (2³²-1)

197

Transmit HP Cells Discarded

—

—

Provides a count of high priority (HP) cells that are discarded in the transmit direction.

High priority cells include OAM and RM traffic.

Range: 0 to (2²⁴-1)

198

Transmit Voice Cells Discarded

—

—

Provides a count of voice cells that are discarded in the transmit direction.

Range: 0 to (2²⁴-1)

199

Transmit TS Cells Discarded

—

—

Provides a count of time-stamped cells that are discarded in the transmit direction.

Range: 0 to (2²⁴-1)

200

Transmit BData A Cells Discarded

—

—

Provides a count of bursty data A cells that are discarded in the transmit direction.

Range: 0 to (2²⁴-1)

201

Transmit BData B Cells Discarded

—

—

Provides a count of bursty data B cells that are discarded in the transmit direction.

Range: 0 to (2²⁴-1)

202

Transmit CBR Cells Discarded

—

—

Provides a count of CBR cells that are discarded in the transmit direction.

Range: 0 to (2²⁴-1)

203

Transmit ABR Cells Discarded

—

—

Provides a count of ABR cells that are discarded in the transmit direction.

Range: 0 to (2²⁴-1)

204

Transmit VBR Cells Discarded

—

—

Provides a count of nrt-VBR cells that are discarded in the transmit direction.

Range: 0 to (2²⁴-1)

205

Egress NTS Cells Rx

—

—

Provides a count of non-time-stamped cells that are received from the bus.

Range: 0 to (2²⁴-1)

206

Egress HP Cells Rx

—

—

Provides a count of high priority cells (congestion control traffic) received in the egress direction.

High priority cells include OAM and RM traffic.

Range: 0 to (2²⁴-1)

207

Egress Voice Cells Rx

—

—

Provides a count of voice cells that are received from the bus.

Range: 0 to (2²⁴-1)

208

Egress TS Cells Rx

—

—

Provides a count of time-stamped cells that are received from the bus.

Range: 0 to (2²⁴-1)

209

Egress BData A Cells Rx

—

—

Provides a count of the bursty data A cells that are received by the Qbin in the transmit direction.

Range: 0 to (2²⁴-1)

210

Egress BData B Cells Rx

—

—

Provides a count of the bursty data B cells that are received by the Qbin in the transmit direction.

Range: 0 to (2²⁴-1)

211

Egress CBR Cells Rx

—

—

Provides a count of the CBR cells that are received by the Qbin in the transmit direction.

Range: 0 to (2²⁴-1)

212

Egress ABR Cells Rx

—

—

Provides a count of the ABR cells that are received by the Qbin in the transmit direction.

Range: 0 to (2²⁴-1)

213

Egress VBR Cells Rx

—

—

Provides a count of nrt-VBR cells that are received from the bus.

Range: 0 to (2²⁴-1)

CESM and FRSM E1/T1 Service Line

This section provides information about the statistics contained in the MGX-E1/T1 group. The CESM and FRSM service line statistics are applicable to the Cisco MGX 8230, Cisco MGX 8250,
Cisco MGX 8850 PXM1-based nodes.

The following table lists the attributes that are common to all of the CESM and FRSM MGX E1/T1 service line statistics.

Front Cards

AX-CESM-8T1, AX-CESM-8E1, MGX-CESM-T3, MGX-CESM-E3

FRSM-8T1, FRSM-8E1, FRSM-2CT3, FRSM-2T3, FRSM-2E3, FRSM-HS2, FRSM-HS1

Back Cards

RJ48-8T1, RJ48-8E1, SMB-8E1, BNC-2T3, BNC-2E3, SCSC2-2HSSI

Object Type

1

Subobject Type

3

Default Peak Interval

60 seconds (fixed setting)

The CESM and FRSM MGX E1/T1 service line statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

CESM and FRSM E1/T1 Service Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

2

Out of Frames

No

Ingress-1

Provides a count of the times an out of frame (OOF) is detected.

The count includes the number of OOF alarms.

Range: 0 to (2³²-1)

3

Losses of Signal

No

Ingress-1

Provides a count of the times a loss of signal (LOS) is detected.

The count includes the number of LOS alarms.

Range: 0 to (2³²-1)

4

Frame Bit Errors

—

—

Provides a count of the frame bit errors.

Range: 0 to (2³²-1)

5

ACP Cells Received

No

Not applicable

Provides a count of the ATM control protocol (ACP) cells that are received from the line for an IMA group.

Range: 0 to (2³²-1)

6

ACP Cells Transmitted

No

Not applicable

Provides a count of the total ACP cells that are transmitted to the line for an IMA group.

Range: 0 to (2³²-1)

7

Number of times line dropped from port

—

—

Provides a count of the times that the line is dropped from the port.

Range: 0 to (2³²-1)

51

ICP violations

—

—

Provides a count of the IMA control protocol (ICP) cell violations that are received from the line.

Range: 0 to (2³²-1)

52

Near-end Severely Errored Seconds

—

Ingress-1

Provides a count of the line code violation severely errored seconds (SES) that occur at the near end line.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

53

Near-end Tx Unusable Seconds

—

—

Provides a count of the seconds that the near end is not transmitting.

Range: 0 to (2³²-1)

54

Near-end Rx Unusable Seconds

—

—

Provides a count of the seconds that the near end is not receiving.

Range: 0 to (2³²-1)

55

Near-end Tx Failure Alarms

—

—

Provides a count of the failure alarms transmitted by the near end.

Range: 0 to (2³²-1)

56

Near-end Rx Failure Alarms

—

—

Provides a count of the failure alarms that are received by the near end.

Range: 0 to (2³²-1)

57

Near-end Unavailable Seconds

No

Ingress-1

Provides a count of the unavailable seconds that occur within the collection interval at the near end of the line.

Range: 0 to (2³²-1)

AUSM Service

This section provides information about the statistics contained in the MGX_ATM group. The statistics in this group are applicable to the AUSM card on the Cisco MGX 8220, Cisco MGX 8230,
Cisco MGX 8250, and Cisco MGX 8850 PXM1-based nodes.

The following table lists the attributes that are common to the AUSM service statistics.

Front Cards

AUSM-8T1E1 Revision B

Back Cards

LM-RJ48-8T1/LM-RJ48-8E1, OC-3, OC-121

Object Type

1 (Interface Service)

Subobject Type

4

Default Peak Interval

60 seconds (fixed setting)

The AUSM service statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

AUSM Service Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

1

T3/E3 Cells Rx

No

Ingress-1

Provides a count of the total cells that are received.

Range: 0 to (2³²-1)

2

T3/E3 Cells Tx

No

Egress-13

Provides a count of the total cells that are transmitted.

Range: 0 to (2³²-1)

3

T3/E3 Invalid Cells Rx

T3/E3/ Cells Rx

Ingress-1

Provides a count of the invalid cells that are received.

Range: 0 to (2³²-1)

45

ATM Cell Header HEC Errors

T3/E3 Cells Rx

Ingress-1

Provides a count of the cells with header error control (HEC) errors.

Range: 0 to (2³²-1)

146

ATM HEC Errored Seconds

No

Ingress-1

Provides a count of the HEC errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

147

ATM HEC Severely Errored Seconds

ATM HEC Errored Seconds

Ingress-1

Provides a count of the HEC severely errored seconds that occur within the collection interval.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

CESM, FRSM, SRM, and SRME T3/E3 Service

This section provides information about the statistics contained in the MGX-T3/E3 group. The CESM, FRSM, SRM, and SRME T3/E3 service line statistics are applicable to the Cisco MGX 8230,
Cisco MGX 8250, Cisco MGX 8850 PXM1-based nodes.

The following table lists the attributes that are common to all of the CESM, FRSM, SRM, and SRME T3/E3 service line statistics.

Front Cards

AX-CESM-8T1, AX-CESM-8E1, MGX-CESM-T3, MGX-CESM-E3, FRSM-8T1, FRSM-8E1, FRSM-2CT3, FRSM-2T3, FRSM-2E3, FRSM-HS2, FRSM-HS1, SRM-3T3, SRME-3T3

Back Cards

RJ48-8T1, RJ48-8E1, SMB-8E1, BNC-2T3, BNC-2E3, SCSC2-2HSSI

Object Type

1

Subobject Type

6

Default Peak Interval

60 seconds (fixed setting)

The CESM, FRSM, SRM, and SRME T3/E3 service line statistics are used primarily for gathering billing and performance

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

CESM, FRSM, SRM, and SRME T3/E3 Service Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

2

Out of Frames

No

Ingress-1

Provides a count of the times an out of frame (OOF) is detected.

The count includes the number of OOF alarms.

Range: 0 to (2³²-1)

3

Losses of Signal

No

Ingress-1

Provides a count of the times a loss of signal (LOS) is detected.

The count includes the number of LOS alarms.

Range: 0 to (2³²-1)

28

B3ZS Line Code Violations

No

Ingress-1

Provides a count of the B3ZS line code violations that are encountered by the interface.

These violations occur when more than three zeroes in a row are transmitted.

Range: 0 to (2³²-1)

29

Line Errored Seconds

No

Ingress-1

Provides a count of the line code violation errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

30

Line Severely Errored Seconds

Line Errored Seconds

Ingress-1

Provides a count of the line code violation severely errored seconds (SES) that occur within the collection interval.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

31

P-bit Line Parity Errors

No

Ingress-1

Provides a count of the parity bit (P-bit) code violations that are encountered by the interface.

Range: 0 to (2³²-1)

32

Errored Seconds-Parity

No

Ingress-1

Provides a count of the parity code violation (PCV) errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

33

Severely Errored Seconds- Parity

Errored Seconds-Parity

Ingress-1

Provides a count of the P-bit code SES violations that occur within the collection interval.

Range: 0 to (2³²-1)

34

C-bit Parity Code Violations

No

Ingress-1

Provides a count of the C Bit code violations that are encountered by the interface.

Range: 0 to (2³²-1)

35

Errored Seconds-Path

No

Ingress-1

Provides a count of the PCV errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

36

Severely Errored Seconds- Path

Errored Seconds-Path

Ingress-1

Provides a count of the PCV severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

37

Severely Errored Framing Seconds

No

Ingress-1

Provides a count of the severely errored framing seconds that occur within the collection interval.

Range: 0 to (2³²-1)

38

Alarm Indication Signal Seconds

No

Ingress-1

Provides a count of the alarm seconds that occur within the collection interval.

Range: 0 to (2³²-1)

39

Unavailable Seconds

No

Ingress-1

Provides a count of the unavailable seconds that occur within the collection interval.

Range: 0 to (2³²-1)

144

FEBE Counts

No

Ingress-1

Provides a count of the far end block errors (FEBEs) that are detected.

Range: 0 to (2³²-1)

145

FE Counts

No

Ingress-1

Provides a count of the framing pattern errors that are encountered by a DS3/E3 interface.

Range: 0 to (2³²-1)

150

YEL Transitions

No

Ingress-1

Provides a count of the times yellow alarms are detected.

The count includes the number of remote alarm indicator (RAI) alarms.

Range: 0 to (2³²-1)

220

Excessive Zero Counts

No

Ingress-1

Provides a count of the excessive zero bits that are encountered by the interface.

Excessive zeros are three or more zeros occurring on the line.

Range: 0 to (2³²-1)

221

PLCP OOF Transition Counts

No

Ingress-1

Provides a count of the times the OOF is detected by the physical layer convergence protocol (PLCP) interface.

Range: 0 to (2³²-1)

222

PLCP Remote Alarm Indication

No

Ingress-1

Provides a count of the remote alarms that are detected by the PLCP interface.

Range: 0 to (2³²-1)

223

PLCP Framing Errors

No

Ingress-1

Provides a count of the framing errors that are detected by the PLCP interface.

Range: 0 to (2³²-1)

224

PLCP FEBE Counts

No

Ingress-1

Provides a count of the FEBEs that are encountered by the PLCP interface.

Range: 0 to (2³²-1)

225

PLCP FEBE Err Secs

No

Ingress-1

Provides a count of the FEBE seconds that occur within the collection interval.

Range: 0 to (2³²-1)

226

PLCP FEBE Severely Err Secs

PLCP FEBE Err Secs

Ingress-1

Provides a count of the FEBE severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

227

PLCP HCS Errors

No

Ingress-1

Provides a count of the cell header checksum errors that are encountered by the PLCP interface.

Range: 0 to (2³²-1)

228

PLCP HCS Errored Secs

No

Ingress-1

Provides a count of the cell header checksum errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

229

PLCP HCS Severely Errored Secs

PLCP HCS Err Secs

Ingress-1

Provides a count of the cell header checksum severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

230

PLCP BIP-8 Code Violations

No

Ingress-1

Provides a count of the BIP-8 code violations that are encountered by the interface.

Range: 0 to (2³²-1)

231

PLCP BIP8 CV Err Secs

No

Ingress-1

Provides a count of the BIP-8 code violation errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

232

PLCP BIP8 CV Severely Err Secs

PLCP BIP8 CV Err Secs

Ingress-1

Provides a count of the BIP-8 code violation severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

233

PLCP Severely Err Framing Secs

No

Ingress-1

Provides a count of the severely errored framing seconds that occur within the collection interval.

Range: 0 to (2³²-1)

234

PLCP Unavailable Secs

No

Ingress-1

Provides a count of the unavailable seconds that occur within the collection interval.

Range: 0 to (2³²-1)

235

Alarm Indication Signal Severely Seconds

No

Ingress-1

Provides a count of the alarm indication signal (AIS) severely errored seconds that occur within the collection interval.

Range: 0 to (2³²-1)

SRM and SRME SONET Service Line

This section provides information about the statistics contained in the SONET group. The SONET line statistics are applicable to the SRM and SRME cards on the Cisco MGX 8230, Cisco MGX 8250, and Cisco MGX 8850 PXM1-based nodes.

The following table lists the attributes that are common to all of the SONET line statistics.

Front Card

SRM, SRME

Back Card

SRM-3T3-NOBC

Object Type

1

Subobject Type

10

Default Peak Interval

60 seconds (fixed setting)

The SRM and SRME SONET line statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

SRM and SRME SONET Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

236

Sonet Loss of Signal

—

—

Provides a count of the times a loss of signal (LOS) is detected.

The count includes the number of LOS alarms.

Range: 0 to (2³²-1)

237

Sonet Loss of Frames

—

—

Provides a count of the loss of frames (LOFs) that are encountered by a SONET line.

Range: 0 to (2³²-1)

238

Sonet Path alarm Indictn sgnl secs

—

—

Provides a count of the alarm indication signal (AIS) instances on the path.

Range: 0 to (2³²-1)

239

Sonet Remote Failure Indication

—

—

Provides a count of the remote failure indications (RFIs) that occur.

Range: 0 to (2³²-1)

240

Sonet Line Alarm indication signal

—

—

Provides a count of the times that an alarm indication signal is detected on the line.

Range: 0 to (2³²-1)

241

Sonet Line Remote Far end Indicatn

—

—

Provides a count of the remote failure indications (RFIs) that are encountered by a SONET line.

Range: 0 to (2³²-1)

AXSM Line

This section provides information about the ATM line statistics contained in the AXSM_ATM_line group. The AXSM ATM line statistics are applicable to the Cisco MGX 8850 PXM45-based switch.

The following table lists the attributes that are common to all of the AXSM line statistics.

Front Card

MGX-AXSM-16-T3E3, MGX-AXSM-16-155, MGX-AXSM-4-622, MGX-AXSM-1-2488

Back Cards

MGX-SMB-8-T3, MGX-SMB-8-E3, MGX-SMB-4-155, MGX-SMFIR-8-155, MGX-SMFLR-8-155, MGX-MMF-8-155, MGX-SMFLR-2-622, MGX-SMFIR-2-622, MGX-SMFSR-1-2488, MGX-SMFLR-1-2488, MGX-SMFXLR-1-2488

Object Type

1

Subobject Type

11

Default Peak Interval

300 seconds

The AXSM line statistics are used primarily for gathering billing data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

AXSM Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 Cells From Port

Ingress CLP0+1 Cells

Ingress-2, 8

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁴⁰-1) cells

1

Ingress CLP1 Cells From Port

Ingress CLP0+1 Cells

Ingress-2, 8

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁴⁰-1) cells

2

Ingress CLP0+1 Cells From Port

No

Ingress-2, 8

Provides a count of the ingress cells with CLP (0+1) that are received.

Range: 0 to (2⁴⁰-1) cells

3

Ingress UPC CLP0 Discards

Ingress UPC CLP0+1 Discards

Ingress-2, 8

Provides a count of the total cells with CLP equal to 0 that are discarded due to usage parameter control (UPC).

Range: 0 to (2⁴⁰-1) cells

4

Ingress UPC CLP0+1 Discards

No

Ingress-2, 8

Provides a count of the total cells with CLP (0+1) that are discarded due to UPC.

Range: 0 to (2⁴⁰-1) cells

5

Ingress Non-Compliant CLP0+1

No

Ingress-2, 8

Provides a count of the total cells with CLP (0+1) that are non-compliant or discarded due to policing.

Range: 0 to (2⁴⁰-1) cells

6

Ingress Total Valid
OAM Cells

No

Ingress-2, 8

Provides a count of the ingress operation, administration, and maintenance (OAM) cells that have a valid cell type and function type.

Range: 0 to (2⁴⁰-1) cells

7

Ingress Total Valid RM Cells

No

Ingress-2, 8

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁴⁰-1) cells

8

Ingress Total Errored OAM/RM cells

No

Ingress-2, 8

Provides a count of the total errored OAM and RM cells in the ingress direction.

The errored cells include:

•OAM cells with an incorrect CRC-10

•Undefined OAM or function type

•RM cells with an incorrect CRC-10

Range: 0 to (2⁴⁰-1) cells

9

Ingress non-zero GFC cells

No

Ingress-2, 8

Provides a count of the cells with a non-zero generic flow control (GFC) field.

This statistic is applicable only for UNI and ingress directions.

Range: 0 to (2⁴⁰-1) cells

10

Ingress Invalid VPI/VCI Cells

No

Ingress-2, 8

Provides a count of the ingress cells with an unassigned or invalid virtual path identifier (VPI) or virtual channel identifier (VCI).

Range: 0 to (2⁴⁰-1) cells

11

Ingress Last Unknown VPI.VCI (invalid)

No

Ingress-2, 8

Provides the last unknown VPI.VCI value on the line.

Range: VPI/VCI value

12

Ingress HEC Errored Cells Discarded

Ingress Total HEC-errored Cells

Ingress-2, 8

Provides a count of the header error control (HEC) errored cells that are discarded on the line.

Range: 0 to (2⁴⁰-1) cells

13

Ingress HEC Errored Cells Corrected

Ingress Total HEC-errored Cells

Ingress-2, 8

Provides a count of the HEC errored cells that are corrected on the line.

Range: 0 to (2⁴⁰-1) cells

14

Ingress Total HEC-errored cells

No

Ingress-2, 8

Provides a count of the total HEC errored cells that are received on the line.

Range: 0 to (2⁴⁰-1) cells

15

Egress CLP0 Cells to Port

Egress CLP0+1 Cells

Egress-7, 13

Provides a count of the egress cells with CLP equal to 0.

Range: 0 to (2⁴⁰-1) cells

16

Egress CLP1 Cells to Port

Egress CLP0+1 Cells

Egress-7, 13

Provides a count of the egress cells with CLP equal to 1.

Range: 0 to (2⁴⁰-1) cells

17

Egress CLP0+1 Cells to Port

No

Egress-7, 13

Provides a count of the egress cells with CLP (0+1).

Range: 0 to (2⁴⁰-1) cells

18

Egress OAM Valid cells

No

Egress-7, 13

Provides a count of the egress valid OAM cells.

Range: 0 to (2⁴⁰-1) cells

19

Egress RM Valid Cells

No

Egress-7, 13

Provides a count of the egress RM valid cells.

Range: 0 to (2⁴⁰-1) cells

20

Egress OAM/RM Errored Cells

No

Egress-7, 13

Provides a count of the errored OAM and RM cells in the egress direction.

The errored cells include:

•OAM cells with an incorrect CRC-10

•Undefined OAM type or function type

•RM cells with an incorrect CRC-10

Range: 0 to (2⁴⁰-1) cells

21

Egress Invalid VPI/VCI Cells

No

Egress-7, 13

Provides a count of the egress cells with errored headers.

This count includes cells with an unassigned or invalid VPI or VCI.

Range: 0 to (2⁴⁰-1) cells

AXSM-E Line

This section provides information about the ATM statistics contained in the AXSME_ATM_line group. The AXSM-E line statistics in this group are applicable to the Cisco MGX 8850 PXM45-based switch.

The following table lists the attributes that are common to the AXSM-E line statistics.

Front Cards

AXSM-2-622-E, AXSM-8-155-E, AXSM-16-T3E3-E

Back Cards

SMFLR-1-622, SMFIR-1-622, SMFLR-4-155, SMFIR-4-155, MMF-4-155, SMB-4-155, SMB-8-T3, SMB-8-E3

Object Type

1

Subobject Type

12

Allowable Peak Intervals

60 seconds, 300 seconds

Default Peak Interval

300 seconds

The AXSM-E line statistics are used primarily for gathering troubleshooting and performance data.

The tables in this section include the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Note AXSM-E statistics are only collected at measurement points 1, 2, and 13.

Stat ID

AXSM-E Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

Cells received

Ingress-1

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁴⁰-1) cells

1

Ingress CLP1 cells received

Cells received

Ingress-1

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁴⁰-1) cells

2

Ingress valid OAM cells received

No

Ingress-1

Provides a count of the operation, administration, and maintenance (OAM) that are received at the port.

Range: 0 to (2⁴⁰-1) cells

3

Ingress valid RM cells received

No

Ingress-1

Provides a count of the resource management (RM) cells that are received at the port.

Range: 0 to (2⁴⁰-1) cells

4

UNI only cells received

No

Ingress-1

Provides a count of the cells tagged as UNI. These cells are received at the port.

Range: 0 to (2⁴⁰-1) cells

5

Error OAM cells received

No

Ingress-1

Provides a count of the errored OAM cells that are received.

The errored cells include:

•OAM cells with an incorrect CRC-10

•Undefined OAM type or function type

Range: 0 to (2⁴⁰-1) cells

6

Ingress cells received with header error

No

Before-1

Provides a count of the total cells with a header error. These cells are received at the port.

Range: 0 to (2⁴⁰-1) cells

7

Egress CLP0 cells received

Cells transmitted

After 13

Provides a count of the cells with CLP equal to 0 that are received at the port in the egress direction.

Range: 0 to (2⁴⁰-1) cells

8

Egress CLP1 cells received

Cells transmitted

After 13

Provides a count of the cells with CLP equal to 1 that are received at the port in the egress direction.

Range: 0 to (2⁴⁰-1) cells

9

Egress valid OAM cells received

Cells transmitted

After 13

Provides a count of the OAM cells that are received at the port in the egress direction.

Range: 0 to (2⁴⁰-1) cells

10

Egress valid RM cells received

Cells transmitted

After 13

Provides a count of the RM cells that are received at the port in the egress direction.

Range: 0 to (2⁴⁰-1) cells

11

Egress OAM cells received with errors

No

After 13

Provides a count of the errored OAM cells that are received at the port in the egress direction.

The errored cells include:

•OAM cells with an incorrect CRC-10

•Undefined OAM type or function type

Range: 0 to (2⁴⁰-1) cells

12

Uncorrectable header errors

No

Before 1

Provides a count of the cells that are discarded due to uncorrectable header errors.

Range: 0 to (2⁴⁰-1) cells

13

Corrected header errors

No

Before 1

Provides a count of the cells with header errors that are corrected.

Range: 0 to (2⁴⁰-1) cells

14

Idle/unassigned cells

No

Before 1

Provides a count of the idles or unassigned cells that are received.

Range: 0 to (2⁴⁰-1) cells

15

Cells received

No

Ingress-1

Provides a count of the total cells that are received at the port.

Range: 0 to (2⁴⁰-1) cells

16

Cells transmitted

No

After 13

Provides a count of the total cells that are transmitted.

Range: 0 to (2⁴⁰-1) cells

PXM1E Service Line

This section provides information about the statistics contained in the PXM1E group. The PXM1E connection statistics in this group are applicable to the Cisco MGX 8830 and Cisco MGX 8850 nodes.

The following table lists the attributes that are common to the PXM1E service line statistics.

Front Cards

PXM1E-8-T3E3, PXM1E-8-155, PXM1E-2-622, PXM1E-T3E3-155 (combo card)

Back Cards

MGX-SMB-8T3, MGX-SMB-8E3, MGX-SMFIR-8-155LC/B, MGX-SMFLR-8-155LC/B, MGB-MMF-8-155/B, MGX-SMFIR-8-155LC/C, MGX-SMFLR-8-155LC/C, MGB-MMF-8-155/C, MGX-SMFIR-2-622/B, MGX-SMFLR-2-622/B, MGX-SMFIR-2-622/C, MGX-SMFLR-2-622/C, MGX-FRU-T3E3-155

Object Type

1

Subobject Type

13

Allowable Peak Intervals

60 seconds, 300 seconds

Default Peak Interval

300 seconds

The PXM1E service line statistics are used primarily for gathering troubleshooting and performance data.

The tables in this section include the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

PXM1E Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

CLP0 Cells before Policing (Ingress)

No

Ingress-2, 8

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received prior to policing.

Range: 0 to (2⁴⁰-1) cells

1

CLP1 Cells before Policing (Ingress)

No

Ingress-2, 8

Provides a count of the ingress cells with CLP equal to 1 that are received prior to policing.

Range: 0 to (2⁴⁰-1) cells

2

Total Valid OAM Cells (Ingress)

No

Ingress-2, 8

Provides a count of the ingress operation, administration, and maintenance (OAM) cells that have a valid cell type and function type.

Range: 0 to (2⁴⁰-1) cells

3

Total Valid RM Cells (Ingress)

No

Ingress-2, 8

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁴⁰-1) cells

4

Non-zero GFC Cells (Ingress)

No

Ingress-2, 8

Provides a count of the cells with a non-zero generic flow control (GFC) field.

This statistic is applicable only for UNI and ingress directions.

Range: 0 to (2⁴⁰-1) cells

5

Invalid OAM+RM Cells (Ingress)

No

Ingress-2, 8

Provides a count of the ingress invalid OAM and RM cells.

Range: 0 to (2⁴⁰-1) cells

6

Invalid Header Cells (Ingress)

No

Ingress-2, 8

Provides a count of the invalid header error control errored cells that are received on the line.

Range: 0 to (2⁴⁰-1) cells

7

CLP0 cells (Egress)

Egress CLP0+1 Cells

Egress-7, 13

Provides a count of the egress cells with CLP equal to 0.

Range: 0 to (2⁴⁰-1) cells

8

CLP1 cells (Egress)

Egress CLP0+1 Cells

Egress-7, 13

Provides a count of the egress cells with CLP equal to 1.

Range: 0 to (2⁴⁰-1) cells

9

Valid OAM cells (Egress)

No

Egress-7, 13

Provides a count of the egress valid OAM cells.

Range: 0 to (2⁴⁰-1) cells

10

Valid RM cells (Egress)

No

Egress-7, 13

Provides a count of the egress RM valid cells.

Range: 0 to (2⁴⁰-1) cells

11

InValid OAM cells (Egress)

No

Egress-7, 13

Provides a count of the egress invalid OAM cells.

Range: 0 to (2⁴⁰-1) cells

12

Uncorrectable Header cells (Ingress)

No

Ingress-2, 8

Provides a count of the header error control errored cells that are not corrected on the line.

Range: 0 to (2⁴⁰-1) cells

13

Corrected Header cells (Ingress)

No

Ingress-2, 8

Provides a count of the HEC errored cells that are corrected on the line.

Range: 0 to (2⁴⁰-1) cells

14

Idle cells (Ingress)

Total cells (Ingress)

Ingress-2, 8

Provides a count of the total idle cells received in the ingress direction.

Range: 0 to (2⁴⁰-1) cells

15

Total cells (Ingress)

No

Ingress-2, 8

Provides a count of the total cells received in the ingress direction.

Range: 0 to (2⁴⁰-1) cells

16

Total cells (Egress)

No

Egress-7, 13

Provides a count of the total cells received in the egress direction.

Range: 0 to (2⁴⁰-1) cells

AXSM-XG STS Line

This section provides information about the statistics contained in the AXSM-XG_Line group. The AXSM-XG STS line statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the AXSM-XG STS line statistics.

Front Card

AXSM-XG, AXSM-4-2488CH

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

15

Default Peak Interval

300 seconds

Stat ID

AXSM-XG Service Line Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

10

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

12

Ingress uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the line.

Range: 0 to (2⁶⁴-1)

13

Ingress corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the line.

Range: 0 to (2⁶⁴-1)

15

Ingress Cells received

—

Ingress

Provides a count of the total cells received in the ingress direction.

Range: 0 to (2⁶⁴-1)

18

Egress Cells received

—

Egress

Provides a count of the total cells received in the egress direction.

Range: 0 to (2⁶⁴-1)

AXSM-XG DS3 Path Physical Interface Statistics

This section provides information about the statistics contained in the AXSM-XG_DS3 Path group. The AXSM-XG DS3 path physical interface statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the AXSM-XG DS3 path physical statistics.

Front Card

AXSM-XG, AXSM-4-2488CH

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

16

Default Peak Interval

300 seconds

The following table includes the AXSM-XG ingress DS3 path physical interface statistics.

Stat ID

AXSM-XG DS3 Path Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Uncorrectable header errors

—

—

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Corrected header errors

—

—

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

15

Cells received

—

—

Provides a count of the total cells received.

Range: 0 to (2⁶⁴-1)

16

Cells transmitted

—

—

Provides a count of the total cells transmitted.

Range: 0 to (2⁶⁴-1)

MPSM DS3 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS3 group. The MPSM DS3 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS3 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

20

Default Peak Interval

300 seconds

The following table includes the MPSM DS3 physical interface statistics.

Stat ID

MPSM DS3 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM STS1 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM STS1 group. The MPSM STS1 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM STS1 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

21

Default Peak Interval

300 seconds

The following table includes the MPSM STS1 physical interface statistics.

Stat ID

MPSM STS1 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM STM1 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM STM1 group. The MPSM STM1 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM STM1 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

22

Default Peak Interval

300 seconds

The following table includes the MPSM STM1 physical interface statistics.

Stat ID

MPSM STM1 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS3 STS1 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS3 STS1 group. The MPSM DS3 STS1 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM STS1 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

23

Default Peak Interval

300 seconds

The following table includes the MPSM DS3 STS1 physical interface statistics.

Stat ID

MPSM DS3 STS1 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM E3 STS1 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM E3 STS1 group. The MPSM E3 STS1 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM E3 STS1 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

24

Default Peak Interval

300 seconds

The following table includes the MPSM E3 STS1 physical interface statistics.

Stat ID

MPSM E3 STS1 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS3 AU4 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS3 AU4 group. The MPSM DS3 AU4 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS3 AU4 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

25

Default Peak Interval

300 seconds

The following table includes the MPSM DS3 AU4 physical interface statistics.

Stat ID

MPSM DS3 AU4 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS3 AU3 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS3 AU3 group. The MPSM DS3 AU3 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM MPSM DS3 AU3 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

26

Default Peak Interval

300 seconds

The following table includes the MPSM DS3 AU3 physical interface statistics.

Stat ID

MPSM DS3 AU3 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM E3 AU4 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM E3 AU4 group. The MPSM E3 AU4 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM E3 AU4 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

27

Default Peak Interval

300 seconds

The following table includes the MPSM E3 AU4 physical interface statistics.

Stat ID

MPSM E3 AU4 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM E3 AU3 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM E3 AU3 group. The MPSM E3 AU3 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM E3 AU3 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

28

Default Peak Interval

300 seconds

The following table includes the MPSM E3 AU3 physical interface statistics.

Stat ID

MPSM E3 AU3 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS1 VT STS1 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS1 VT STS1 group. The MPSM DS1 VT STS1 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS1 VT STS1 physical interface statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

29

Default Peak Interval

300 seconds

The following table includes the MPSM DS1 VT STS1 physical interface statistics.

Stat ID

MPSM DS1 VT STS1 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM E1 VT STS1 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM E1 VT STS1 group. The MPSM E1 VT STS1 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM E1 VT STS1 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

30

Default Peak Interval

300 seconds

The following table includes the MPSM E1 VT STS1 physical interface statistics.

Stat ID

MPSM E1 VT STS1 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS1 DS3 STS1 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS1 DS3 STS1 group. The MPSM DS1 DS3 STS1 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS1 DS3 STS1 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

31

Default Peak Interval

300 seconds

The following table includes the MPSM DS1 DS3 STS1 physical interface statistics.

Stat ID

MPSM DS1 DS3 STS1 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS1 DS3 Line Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS1 DS3 Line group. The MPSM DS1 DS3 Line physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS1 DS3 Line physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

32

Default Peak Interval

300 seconds

The following table includes the MPSM DS1 DS3 Line physical interface statistics.

Stat ID

MPSM DS1 DS3 Line Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS1 TU11 AU4 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS1 TU11 AU4 group. The MPSM DS1 TU11 AU4 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS1 TU11 AU4 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

33

Default Peak Interval

300 seconds

The following table includes the MPSM DS1 TU11 AU4 physical interface statistics.

Stat ID

MPSM DS1 TU11 AU4 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM DS1 TU11 AU3 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS1 TU11 AU3 group. The MPSM DS1 TU11 AU3 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS1 TU11 AU3 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

34

Default Peak Interval

300 seconds

The following table includes the MPSM DS1 TU11 AU3 physical interface statistics.

Stat ID

MPSM DS1 TU11 AU3 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM E1 TU11 AU4 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM E1 TU11 AU4 group. The MPSM E1 TU11 AU4 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM E1 TU11 AU4 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

35

Default Peak Interval

300 seconds

The following table includes the MPSM E1 TU11 AU4 physical interface statistics.

Stat ID

MPSM E1 TU11 AU4 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM E1 TU11 AU3 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM E1 TU11 AU3 group. The MPSM E1 TU11 AU3 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM E1 TU11 AU3 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

36

Default Peak Interval

300 seconds

The following table includes the MPSM E1 TU11 AU3 physical interface statistics.

Stat ID

MPSM E1 TU11 AU3 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

MPSM IMA Group Physical Interface Statistics

This section provides information about the statistics contained in the MPSM IMA group. The MPSM IMA Group physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM155 IMA Group physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

37

Default Peak Interval

300 seconds

The following table includes the MPSM IMA Group physical interface statistics.

Stat ID

MPSM IMA Group Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

AXSM-XG STM16 Path Physical Interface Statistics

This section provides information about the statistics contained in the AXSM-XG_STM16 Path group. The AXSM-XG STM16 path physical interface statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the AXSM-XG STM16 path physical statistics.

Front Card

AXSM-XG-4OC48

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

38

Default Peak Interval

300 seconds

The following table includes the AXSM-XG ingress STM16 path physical interface statistics.

Stat ID

AXSM-XG STM16 Path Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

15

Ingress Cells received

—

Ingress

Provides a count of the total cells received.

Range: 0 to (2⁶⁴-1)

18

Egress Cells transmitted

—

Egress

Provides a count of the total cells transmitted.

Range: 0 to (2⁶⁴-1)

AXSM-XG STM64 Path Physical Interface Statistics

This section provides information about the statistics contained in the AXSM-XG_STM64 Path group. The AXSM-XG STM64 path physical interface statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the AXSM-XG STM64 path physical statistics.

Front Card

AXSM-XG-1OC192

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

39

Default Peak Interval

300 seconds

The following table includes the AXSM-XG ingress STM64 path physical interface statistics.

Stat ID

AXSM-XG STM64 Path Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

15

Ingress Cells received

—

Ingress

Provides a count of the total cells received.

Range: 0 to (2⁶⁴-1)

18

Egress Cells transmitted

—

Egress

Provides a count of the total cells transmitted.

Range: 0 to (2⁶⁴-1)

AXSM-XG DS3 Path in STM16 Path Physical Interface Statistics

This section provides information about the statistics contained in the AXSM-XG_STM16 Path group. The AXSM-XG STM16 path physical interface statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the DS3 path in AXSM-XG STM16 path physical statistics.

Front Card

AXSM-XG-1OC192

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

40

Default Peak Interval

300 seconds

The following table includes the AXSM-XG DS3 path in STM16 path physical interface statistics.

Stat ID

AXSM-XG DS3 Path in STM16 Path Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

15

Ingress Cells received

—

Ingress

Provides a count of the total cells received.

Range: 0 to (2⁶⁴-1)

18

Egress Cells transmitted

—

Egress

Provides a count of the total cells transmitted.

Range: 0 to (2⁶⁴-1)

MPSM DS1/DS3/AU3 Physical Interface Statistics

This section provides information about the statistics contained in the MPSM DS1/DS3/AU3 group. The MPSM DS1/DS3/AU3 physical interface statistics are applicable to the MPSM155 cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the MPSM DS1/DS3/AU3 physical statistics.

Front Card

MPSM155

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

41

Default Peak Interval

300 seconds

The following table includes the MPSM DS1/DS3/AU3 physical interface statistics.

Stat ID

MPSM DS1/DS3/AU3 Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

AXSM-XG STM1 Path Physical Interface Statistics

This section provides information about the statistics contained in the AXSM-XG_STM1 Path group. The AXSM-XG STM1 path physical interface statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the AXSM-XG STM16 path physical statistics.

Front Card

AXSM-XG-4OC48

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

42

Default Peak Interval

300 seconds

The following table includes the AXSM-XG STM1 path physical interface statistics.

Stat ID

AXSM-XG STM1 Path Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

15

Ingress Cells received

—

Ingress

Provides a count of the total cells received.

Range: 0 to (2⁶⁴-1)

18

Egress Cells transmitted

—

Egress

Provides a count of the total cells transmitted.

Range: 0 to (2⁶⁴-1)

AXSM-XG STM4 Path Physical Interface Statistics

This section provides information about the statistics contained in the AXSM-XG_STM4 Path group. The AXSM-XG STM4 path physical interface statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the AXSM-XG STM4 path physical statistics.

Front Card

AXSM-XG-4OC48

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

43

Default Peak Interval

300 seconds

The following table includes the AXSM-XG STM1 path physical interface statistics.

Stat ID

AXSM-XG STM4 Path Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

15

Ingress Cells received

—

Ingress

Provides a count of the total cells received.

Range: 0 to (2⁶⁴-1)

18

Egress Cells transmitted

—

Egress

Provides a count of the total cells transmitted.

Range: 0 to (2⁶⁴-1)

AXSM-XG DS3 Path in STM4 Path Physical Interface Statistics

This section provides information about the statistics contained in the AXSM-XG_STM4 Path group. The AXSM-XG STM4 path physical interface statistics are applicable to the AXSM-XG cards on the
Cisco MGX 8850 PXM45-based and Cisco MGX 8950 nodes.

The following table lists the attributes that are common to all of the DS3 path in AXSM-XG STM4 path physical statistics.

Front Card

AXSM-XG-1OC192

Back Card

SMFSR-1-9953, SMFLR-1-9953, SMFIR-1-9953, SMFXLR-1-9953, SMF-BC-4-2488

Object Type

1

Subobject Type

44

Default Peak Interval

300 seconds

The following table includes the AXSM-XG DS3 path in STM4 path physical interface statistics.

Stat ID

AXSM-XG DS3 Path in STM4 Path Physical Interface Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Ingress CLP0 cells received

—

Ingress

Provides a count of the ingress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

1

Ingress CLP1 cells received

—

Ingress

Provides a count of the ingress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

2

Ingress valid OAM cells received

—

Ingress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

3

Ingress valid RM cells received

—

Ingress

Provides a count of the ingress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

7

Egress CLP0 cells received

—

Egress

Provides a count of the egress cells with cell loss priority (CLP) equal to 0 that are received.

Range: 0 to (2⁶⁴-1)

8

Egress CLP1 cells received

—

Egress

Provides a count of the egress cells with CLP equal to 1 that are received.

Range: 0 to (2⁶⁴-1)

9

Egress valid OAM cells received

—

Egress

Provides a count of the valid operation, administration, and maintenance (OAM) cells that are received.

Range: 0 to (2⁶⁴-1)

10

Egress valid RM cells received

—

Egress

Provides a count of the egress resource management (RM) cells that have a valid cell type and function type.

Range: 0 to (2⁶⁴-1)

12

Ingress Uncorrectable header errors

—

Ingress

Provides a count of the header error control errored cells that are not corrected on the path.

Range: 0 to (2⁶⁴-1)

13

Ingress Corrected header errors

—

Ingress

Provides a count of the HEC errored cells that are corrected on the path.

Range: 0 to (2⁶⁴-1)

15

Ingress Cells received

—

Ingress

Provides a count of the total cells received.

Range: 0 to (2⁶⁴-1)

18

Egress Cells transmitted

—

Egress

Provides a count of the total cells transmitted.

Range: 0 to (2⁶⁴-1)

Trunk Statistics

The following trunk statistics are supported in CWM Release 15:

•Narrowband ATM

•IPX ATM

•BXM and BNI ATM Trunk

•MGX Narrowband

•PXM1 and BNM ATM

•BNM SONET

•FastPAD Trunk

•UXM Trunk

Narrowband ATM

This section provides information about the statistics contained in the Narrowband group. The statistics in this group are applicable to the NTC card on the Cisco IPX switch.

The following table lists the attributes that are common to all of the narrowband ATM statistics.

Front Cards

NTC

Back Cards

BC-T1/E1

Object Type

2

Subobject Type

0

Default Peak Interval

300 seconds

The narrowband ATM statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

Narrowband ATM Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

0

Bipolar Violations

—

—

Provides a count of the bipolar violations.

Range: 0 to (2³²-1)

1

Frame Slips

—

—

Provides a count of the frame slips.

Range: 0 to (2³²-1)

2

Out of Frames

No

Ingress-1

Provides a count of the times an out of frame (OOF) is detected.

The count includes the number of OOF alarms.

Range: 0 to (2³²-1)

3

Losses of Signal

No

Ingress-1

Provides a count of the times a loss of signal (LOS) is detected.

The count includes the number of LOS alarms.

Range: 0 to (2³²-1)

4

Frame Bit Errors

—

—

Provides a count of the frame bit errors.

Range: 0 to (2³²-1)

5

CRC Errors

—

—

Provides a count of the cyclic redundancy check (CRC) errors.

Range: 0 to (2³²-1)

8

Packet Out of Frames

—

—

Provides a count of the out of frame packets.

Range: 0 to (2³²-1)

9

Packet CRC Errors

No

Ingress-1

Provides a count of the packets received from the CPE with an invalid CRC.

The calculated CRC does not match the CRC provided by the CPE.

Range: 0 to (2³²-1)

10

Bad Clock Errors

—

—

Provides a count of the bad clock errors.

Range: 0 to (2³²-1)

11

Voice Packets Dropped

No

Egress-13

Provides a count of the total voice packets that are dropped before transmitting onto the line.

Range: 0 to (2³²-1)

12

TS Packets Dropped

No

Egress-6, 7

Provides a count of the time-stamped packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

13

Non-TS Packets Dropped

No

Egress-6, 7

Provides a count of the non-time-stamped packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

14

PCC Packets Dropped

—

—

Provides a count of the PCC packets that are dropped.

Range: 0 to (2³²-1)

15

BData A Packets Dropped

No

Egress-6, 7

Provides a count of the bursty data A packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

16

BData B Packets Dropped

No

Egress-6, 7

Provides a count of the bursty data B packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

17

Voice Packets Transmitted

Total Packets Transmitted

Egress-13

Provides a count of the total voice packets that are transmitted to the line.

Range: 0 to (2³²-1)

18

TS Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the time-stamped queue.

Range: 0 to (2³²-1)

19

Non-TS Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the non-time-stamped queue.

Range: 0 to (2³²-1)

20

PCC Packets Transmitted

—

—

Provides a count of the PCC packets that are transmitted.

Range: 0 to (2³²-1)

21

BData A Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the bursty data A queue.

Range: 0 to (2³²-1)

22

BData B Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the bursty data B queue.

Range: 0 to (2³²-1)

23

Total Packets Transmitted

No

Egress-7, 13

Provides a count of the total packets that are transmitted.

Range: 0 to (2³²-1)

24

BData A CLP Packets Dropped

No

Egress-7, 13

Provides a count of the bursty data A packets with cell loss priority (CLP) equal to 1 that are dropped.

These packets are dropped before transmitting onto the line.

Range: 0 to (2³²-1)

25

BData B CLP Packets Dropped

No

Egress-7, 13

Provides a count of the bursty data B packets with CLP equal to 1 that are dropped.

These packets are dropped before transmitting onto the line.

Range: 0 to (2³²-1)

26

BData A EFCN Packets Transmitted

Total Packets Transmitted

Egress-13

Provides a count of the bursty data A packets with an explicit forward congestion notification (EFCN) bit equal to 1 that are transmitted to the port.

This statistic is collected after the packets are received from the bus and have passed egress queuing and servicing.

Range: 0 to (2³²-1)

27

BData B EFCN Packets Transmitted

Total Packets Transmitted

Egress-13

Provides a count of the bursty data B packets with an EFCN bit equal to 1 that are transmitted to the port.

This statistic is collected after the packets are received from the bus and have passed egress queuing and servicing.

Range: 0 to (2³²-1)

148

BDataA CLP Packets Transmitted

No

Egress-7, 13

Provides a count of the bursty data A packets with CLP equal to 1 that are transmitted from the queue.

Range: 0 to (2³²-1)

149

BDataB CLP Packets Transmitted

No

Egress-7, 13

Provides a count of the bursty data B packets with CLP equal to 1 that are transmitted from the queue.

Range: 0 to (2³²-1)

IPX ATM

This section provides information about the statistics contained in the IPX_ATM group. The statistics in this group are applicable to the Cisco IPX switch. The following table lists the attributes that are common to all of the IPX ATM statistics.

Front Card

BTM

Back Cards

AIT-E2, AIT-E3

Object Type

2

Subobject Type

1

Default Peak Interval

300 seconds

The IPX ATM statistics are used primarily for gathering billing and performance data.

The following table includes the description of each statistic and the point during the data flow at which the statistic gathers the appropriate information. Each measurement point refers to the corresponding point in Figure 4-1.

Stat ID

IPX ATM Statistics

Subset of Other Stats

Ingress/Egress Measurement Point

Description

2

Out of Frames

No

Ingress-1

Provides a count of the times an out of frame (OOF) is detected.

The count includes the number of OOF alarms.

Range: 0 to (2³²-1)

3

Losses of Signal

No

Ingress-1

Provides a count of the times a loss of signal (LOS) is detected.

The count includes the number of LOS alarms.

Range: 0 to (2³²-1)

9

Packet CRC Errors

No

Ingress-1

Provides a count of the packets received from the CPE with an invalid cyclic redundancy check (CRC).

The calculated CRC does not match the CRC provided by the CPE.

Range: 0 to (2³²-1)

11

Voice Packets Dropped

No

Egress-13

Provides a count of the total voice packets that are dropped before transmitting onto the line.

Range: 0 to (2³²-1)

12

TS Packets Dropped

No

Egress-6, 7

Provides a count of the time-stamped packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

13

Non-TS Packets Dropped

No

Egress-6, 7

Provides a count of the non-time-stamped packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

14

High Priority Packets Dropped

No

Egress-6, 7

Provides a count of the high priority packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

15

BData A Packets Dropped

No

Egress-6, 7

Provides a count of the bursty data A packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

16

BData B Packets Dropped

No

Egress-6, 7

Provides a count of the bursty data B packets that are dropped before the packets in the queue are transmitted.

Range: 0 to (2³²-1)

17

Voice Packets Transmitted

Total Packets Transmitted

Egress-13

Provides a count of the total voice packets that are transmitted to the line.

Range: 0 to (2³²-1)

18

TS Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the time-stamped queue.

Range: 0 to (2³²-1)

19

Non-TS Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the non-time-stamped queue.

Range: 0 to (2³²-1)

20

High Priority Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the high priority queue.

Range: 0 to (2³²-1)

21

BData A Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the bursty data A queue.

Range: 0 to (2³²-1)

22

BData B Packets Transmitted

Total Packets Transmitted

Egress-7

Provides a count of the packets transmitted from the bursty data B queue.

Range: 0 to (2³²-1)

23

Total Packets Transmitted

No

Egress-7, 13

Provides a count of the total packets that are transmitted.

Range: 0 to (2³²-1)

24

BData A CLP Packets Dropped

No

Egress-7, 13

Provides a count of the bursty data A packets with cell loss priority (CLP) equal to 1 that are dropped.

These packets are dropped before transmitting onto the line.

Range: 0 to (2³²-1)

25

BData B CLP Packets Dropped

No

Egress-7, 13

Provides a count of the bursty data B packets with CLP equal to 1 that are dropped.

These packets are dropped before transmitting onto the line.

Range: 0 to (2³²-1)

26

BData A EFCN Packets Transmitted

Total Packets Transmitted

Egress-13

Provides a count of the bursty data A packets with an explicit forward congestion notification (EFCN) bit equal to 1 that are transmitted to the port.

This statistic is collected after the packets are received from the bus and have passed egress queuing and servicing.

Range: 0 to (2³²-1)

27

BData B EFCN Packets Transmitted

Total Packets Transmitted

Egress-13

Provides a count of the bursty data B packets with an EFCN bit equal to 1 that are transmitted to the port.

This statistic is collected after the packets are received from the bus and have passed egress queuing and servicing.

Range: 0 to (2³²-1)

28

Line Code Violations

No

Ingress-1

Provides a count of the line code violations that are encountered by the interface.

These violations occur when more than three zeroes in a row are transmitted.

Range: 0 to (2³²-1)

29

Line Errored Seconds

No

Ingress-1

Provides a count of the line code violation errored seconds.

Range: 0 to (2³²-1)

30

Line Severely Errored Seconds

Line Errored Seconds

Ingress-1

Provides a count of the line code violation severely errored seconds (SES) that are encountered by the interface.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

31

P-bit Parity Code Violations

No

Ingress-1

Provides a count of the P-bit parity codes that do not match the locally calculated parity code.

Range: 0 to (2³²-1)

32

Errored Seconds - Parity

No

Ingress-1

Provides a count of the seconds with at least one P-bit parity code violation.

Range: 0 to (2³²-1)

33

Severely Errored Seconds - Parity

Line Errored Seconds

Ingress-1

Provides a count of the P-bit parity code violation SES that are encountered by the interface.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

34

C-bit Parity Code Violations

No

Ingress-1

Provides a count of the C-bit parity code violations that do not match the locally calculated parity code.

Range: 0 to (2³²-1)

35

Errored Seconds - Path

No

Ingress-1

Provides a count of the C-bit parity code violation (PCV) errored seconds that are encountered by the interface.

Range: 0 to (2³²-1)

36

Severely Errored Seconds - Path

Errored Seconds-Path

Ingress-1

Provides a count of the C-bit PCV severely errored seconds that are encountered by the interface.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

37

Severely Errored Framing Seconds

No

Ingress-1

Provides a count of the severely errored framing seconds that are encountered by the interface.

Range: 0 to (2³²-1)

38

Alarm Indication Signal Seconds

No

Ingress-1

Provides a count of the alarm indication signal (AIS) seconds that are encountered by the interface.

Range: 0 to (2³²-1)

39

Unavailable Seconds

No

Ingress-1

Provides a count of the seconds that service is not available because of LOS, OOF, AIS, or a yellow alarm.

Range: 0 to (2³²-1)

45

ATM Cell Header HEC Errors

No

Ingress-1

Provides a count of the header error checksum mismatches that are detected.

Range: 0 to (2³²-1)

47

Tx Voice Cells Dropped

No

Egress-7, 13

Provides a count of voice cells that are discarded in the transmit direction.

Range: 0 to (2³²-1)

48

Tx TS Cells Dropped

No

Egress-7, 13

Provides a count of time-stamped cells that are discarded in the transmit direction.

Range: 0 to (2³²-1)

49

Tx Non-TS Cells Dropped

No

Egress-7, 13

Provides a count of non-time-stamped cells that are discarded in the transmit direction.

Range: 0 to (2³²-1)

50

Tx High Priority Cells Dropped

No

Egress-7, 13

Provides a count of the high priority cells that are discarded in the transmit direction.

Range: 0 to (2³²-1)

51

Tx BData A Cells Dropped

No

Egress-7, 13

Provides a count of bursty data A cells that are discarded in the transmit direction.

Range: 0 to (2³²-1)

52

Tx BData B Cells Dropped

No

Egress-7, 13

Provides a count of bursty data B cells that are discarded in the transmit direction.

Range: 0 to (2³²-1)

53

Voice Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of the cells that are transmitted from the voice queue.

Range: 0 to (2³²-1)

54

TS Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of cells that are transmitted from the time-stamped queue.

Range: 0 to (2³²-1)

55

Non-TS Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of the cells that are transmitted from the non-time-stamped queue.

Range: 0 to (2³²-1)

56

High Priority Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of the cells that are transmitted from the high priority queue.

Range: 0 to (2³²-1)

57

BData A Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of the cells that are transmitted from the bursty data A cells queue.

Range: 0 to (2³²-1)

58

BData B Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of the cells that are transmitted from the bursty data B cells queue.

Range: 0 to (2³²-1)

59

Half Full Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of the cells containing one packet that are transmitted.

Range: 0 to (2³²-1)

60

Full Cells Tx to Line

Total Cells Tx to Line

Egress-7, 13

Provides a count of the cells containing two packets that are transmitted.

Range: 0 to (2³²-1)

61

Total Cells Tx to Line

No

Egress-7, 13

Provides a count of the total cells that are transmitted.

Range: 0 to (2³²-1)

62

Tx BData A CLP Cells Dropped

No

Egress-7, 13

Provides a count of the bursty data A cells with CLP equal to 1 that are discarded.

Range: 0 to (2³²-1)

63

Tx BData B CLP Cells Dropped

No

Egress-7, 13

Provides a count of the bursty data B cells with CLP equal to 1 that are discarded.

Range: 0 to (2³²-1)

64

BData A EFCN Cells Tx to Line

No

Egress-7, 13

Provides a count of the bursty data A cells with EFCN equal to 1 that are transmitted.

Range: 0 to (2³²-1)

65

BData B EFCN Cells Tx to Line

No

Egress-7, 13

Provides a count of the bursty data B cells with EFCN equal to 1 that are transmitted.

Range: 0 to (2³²-1)

66

Half Full Cells Rx from Line

Total Cells Rx from Line

Ingress-1, 8

Provides a count of the cells containing one packet that are received.

Range: 0 to (2³²-1)

67

Full Cells Rx from Line

Total Cells Rx from Line

Ingress-1, 8

Provides a count of the cells containing two packets that are received.

Range: 0 to (2³²-1)

68

Total Cells Rx from Line

No

Ingress-1

Provides a count of total cells that are received.

Range: 0 to (2³²-1)

69

Total Packets Rx from Line

No

Ingress-1

Provides a count of the total packets that are received.

Range: 0 to (2³²-1)

70

Rx Voice Packets Dropped

No

Ingress-4

Provides a count of the total voice packets that are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

71

Rx TS Packets Dropped

No

Ingress-4

Provides a count of the time-stamped packets that are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

72

Rx Non-TS Packets Dropped

No

Ingress-4

Provides a count of the non-time-stamped packets that are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

73

Rx High Priority Packets Dropped

No

Ingress-4

Provides a count of the high priority packets that are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

74

Rx BData A Packets Dropped

No

Ingress-4

Provides a count of the bursty data A packets that are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

75

Rx BData B Packets Dropped

No

Ingress-4

Provides a count of the bursty data B packets that are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

82

Rx BData A CLP Packets Dropped

No

Ingress-4

Provides a count of the bursty data A packets with CLP equal to 1 that are dropped.

These packets are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

83

Rx BData B CLP Packets Dropped

No

Ingress-4

Provides a count of the bursty data B packets with CLP equal to 1 that are dropped.

These packets are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

87

Rx Voice Cells Dropped

No

Ingress-4

Provides a count of voice cells that are discarded in the receive direction.

These cells are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

88

Rx TS Cells Dropped

No

Ingress-4

Provides a count of time-stamped cells that are discarded in the receive direction.

These cells are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

89

Rx Non-TS Cells Dropped

No

Ingress-4

Provides a count of non-time-stamped cells that are discarded in the receive direction.

These cells are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

90

Rx High Priority Cells Dropped

No

Ingress-4

Provides a count of the high priority cells that are discarded in the receive direction.

These cells are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

91

Rx BData A Cells Dropped

No

Egress-7, 13

Provides a count of bursty data A cells that are discarded in the receive direction.

These cells are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

92

Rx BData B Cells Dropped

No

Egress-7, 13

Provides a count of bursty data B cells that are discarded in the receive direction.

These cells are dropped before the queue is sent to the bus.

Range: 0 to (2³²-1)

93

Rx BData A CLP Cells Dropped

No

Ingress-4

Provides a count of the cells with CLP equal to 1 that are dropped from the bursty data A queue.

Range: 0 to (2³²-1)

94

Rx BData B CLP Cells Dropped

No

Ingress-4

Provides a count of the cells with CLP equal to 1 that are dropped from the bursty data B queue.

Range: 0 to (2³²-1)

140

FEBE Counts

No

Ingress-1

Provides a count of the far end block errors (FEBEs) that are detected.

Range: 0 to (2³²-1)

141

FERR Counts (M-bit or F-bit)

No

Ingress-2

Provides a count of the framing errors in the frame received from the line.

Range: 0 to (2³²-1)

142

PLCP FEBE Err Secs

No

Ingress-1

Provides a count of the seconds that the physical layer convergence procedure (PLCP) FEBEs are received.

Range: 0 to (2³²-1)

143

PLCP FEBE Severely Err Secs

PLCP FEBE Err Secs

Ingress-1

Provides a count of the PLCP severely errored FEBE seconds.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

144

PLCP FEBE Counts

No

Ingress-1

Provides a count of the PLCP FEBEs that are detected in the frame.

Range: 0 to (2³²-1)

145

PLCP FE Counts

No

Ingress-1

Provides a count of the PLCP framing pattern errors that are encountered by a DS3/E3 interface.

Range: 0 to (2³²-1)

146

ATM HEC Errored Seconds

No

Ingress-1

Provides a count of the seconds that ATM header errored checksum errors are received from the line.

Range: 0 to (2³²-1)

147

ATM HEC Severely Errored Seconds

No

Ingress-1

Provides a count of the seconds that ATM header errored checksum severe errors are received from the line.

Severely errored seconds are classified as errored seconds that are greater than the total line bits per second multiplied by 10^-6.

Range: 0 to (2³²-1)

148

BData A CLP Packets Transmitted

No

Egress-7, 13

Provides a count of the bursty data A packets with CLP equal to 1 that are transmitted from the queue.

Range: 0 to (2³²-1)

149

BData B CLP Packets Transmitted

No

Egress-7, 13

Provides a count of the bursty data B packets with CLP equal to 1 that are transmitted from the queue.

Range: 0 to (2³²-1)

160

CGW Packets Rx From IPX Net

No

—

Provides a count of the Complex Gateway packets (CGW) that are received.

Range: 0 to (2³²-1)

161

CGW Cells Tx To Line

No

—

Provides a count of the CGWs that are transmitted.

Range: 0 to (2³²-1)

162

CGW Frames Relayed To Line

No

—

Provides a count of the CGW frames that are transmitted.

Range: 0 to (2³²-1)

163

CGW Aborted Frames Tx To Line

No

—

Provides a count of the CGW frames that are aborted during transmission.

Range: 0 to (2³²-1)

166

CGW Packets Tx To IPX Net

No

—

Provides a count of the CGW packets that are transmitted.

Range: 0 to (2³²-1)

167

CGW Cells Rx From Line

No

—

Provides a count of the CGW cells that are received.

Range: 0 to (2³²-1)

171

CGW Bad CRC-32 Frames Rx From Line

No

—

Provides a count of the CGW frames with bad CRC-32 bit that are received.

Range: 0 to (2³²-1)

173

CGW Bad CRC-16 Frames Rx From IPX

No

—

Provides a count of the CGW frames with bad CRC-16 bit that are received.

Range: 0 to (2³²-1)

177

OAM Loopback Cells Tx

No

After 13

Provides a count of the OAM segment loopback cells that are transmitted to the port.

Range: 0 to (2³²-1)

178

OAM AIS Cells Tx

No

After 13

Provides a count of the OAM AIS cells that are transmitted to the port.

Range: 0 to (2³²-1)

179

OAM FERF Cells Tx

No

After 13

Provides a count of the OAM far end receive failure (FERF) cells that are transmitted to the port.

Range: 0 to (2³²-1)

180

OAM RTD Cells Tx

No

—

Provides a count of the OAM cells measuring round trip delay that are transmitted.

Range: 0 to (2³²-1)

181

OAM RA Cells Tx

No

—

Provides a count of the OAM cells with remote alarm (RA) code that are transmitted.

Range: 0 to (2³²-1)

183

OAM CC Cells Tx

No

—

Provides a count of the OAM cells with internode controller communications (CC) that are transmitted.

Range: 0 to (2³²-1)

185

OAM Loopback Cells Rx

No

Before 1

Provides a count of the OAM segment loopback cells that are received from the port (from the equipment connected to the port).

Range: 0 to (2³²-1)

186

OAM AIS Cells Rx

No

Before 1

Provides a count of the OAM AIS cells that are received from the port (from the equipment connected to the port).

Range: 0 to (2³²-1)

187

OAM FERF Cells Rx

No

Before 1

Provides a count of the OAM FERF cells that are received from the port (from the equipment connected to the port).

Range: 0 to (2³²-1)

188

OAM RTD Cells Rx

No

—

Provides a count of the