| Field |
Description |
|
Port Type
|
The configured port
type. Supported Ethernet port types and data transfer rates.
|
|
Role
|
The communication role
played by this port.
- Management Port:
Port has been designated for remote management access.
- Service Port: Port
handles subscriber traffic.
|
|
Description
|
The textual description
given to the port during software configuration. If no description
was configured, (None
Set) appears in this field.
|
|
Controlled By Card
ASR 5000 only
|
The slot number and
type of the front-installed application card to which this Ethernet
line card is mapped.
|
|
Redundancy Mode
|
The redundancy mode
configured for this Ethernet line card port. Possible redundancy
modes are:
- Card: No redundancy
will be used.
- Port: Port redundancy
will be used.
|
|
Framing Mode
|
Ethernet
|
|
Redundant With
|
The slot number and
port number of the Ethernet card that is redundant with this Ethernet
line card. If a redundant port is not available, None appears in
this field.
|
|
Preferred Port
|
Indicates if this card
will assume revertive (auto-recovery) redundancy functionality should
this line card be brought back into service after a failure.
|
|
Physical ifIndex
|
The static identification
number for the slot/port combination on this Line Card.
This ID is used in SNMP traps sent when the link status of the Ethernet
port goes up or down.
|
|
Administrative State
|
Enabled indicates
that this card has been configured for use via software.
|
|
Configured Duplex
|
Indicates the port’s
configured duplex mode. Possible modes are:
- Auto: The port
auto-detects the appropriate mode (Full- or Half-duplex) for communicating
with the network.
- Full duplex
- Half duplex
|
|
Configured Speed
|
The maximum data rate
configured for this port. Possible rates are:
- Auto: The port
auto-detects the appropriate data rate for communicating on the network.
- 10 Mbps
- 100 Mbps
- 1000 Mbps (supported
on Ethernet 1000 Line Cards, Quad Gigabit Ethernet Line Cards, and SPIO
Cards.)
|
|
Configured Flow Control
|
Quad Gigabit Ethernet
Line Card (QGLC) only: Enabled indicates
that Ethernet MAC level flow control has been enabled for this Ethernet
port. Note that this is not necessarily the operational state of
flow control, as both sides of the connection must agree to flow control
during Ethernet negotiation.
|
|
Interface MAC Address
ASR 5500 only
|
The interface media
access control (MAC) address for the port.
|
|
Fixed MAC Address
ASR 5500 only
|
The fixed media access
control (MAC) address for the port.
|
|
MAC Address
ASR 5000 only
|
The media access control
(MAC) address for the port. If Virtual MAC addressing is enabled,
the MAC address is followed by (Virtual).
|
|
Boxer Interface TAP
ASR 5000 only
|
Indicates whether this
interface has been tapped for debugging or simulation purposes.
|
|
Link State
|
The port’s
link status: Up or Down.
|
|
Link Duplex
|
The actual duplex mode
(Auto, Full or Half) currently
being used for the link.
|
|
Link Speed
|
The actual data rate
currently being supported by the port.
|
|
Flow Control
|
Indicates the current negotiated state
of Ethernet MAC level flow control (Enabled or Disabled. Also
see Configured Flow
Control above).
|
|
Link Aggregation Group
|
If this port is configured
as part of a Link Aggregation Group (LAG), this field indicates
the group number to which this port belongs and whether the port
is a Master or a Member. If the port is not configured as part of
a Link Aggregation Group, None appears
in this field.
|
|
LAG Toggle Link
|
Yes indicates that
the QGLC will generate "port link down" and "port link up" events
for this LAG port.
|
|
LAG Redundancy Mode
|
If this port is configured
as part of a LAG, this field indicates the Redundancy Mode configured
for this Link Aggregation Group:
- Standard: During
failover to the redundant card the amount of bandwidth available will
be reduced from what was available for the original LAG.
- Switched: Used
when the Active LAG ports and are connected to different external switches
in the service provider’s network.
|
|
LAG Hold Time
|
If LAG Redundancy Mode is
set to Switched,
this field indicates the time, in seconds, that will elapse before
the system determines that the failover LAG ports must be switched
again. This prevents the system from switching rapidly back and
forth between the cards during routine maintenance (for example
when Ethernet cables are being removed and reconnected between cards).
|
|
Link Aggregation Master
|
If this port is configured
as part of a LAG, this field identifies the slot and port number
hat is the Master of this Link Aggregation Group.
|
|
Link Aggregation State
|
Indicates the result
of the LACP negotiation.
|
|
Untagged: (No VLAN IDs have been
configured)
|
|
Logical ifIndex
|
The dynamically assigned
identification number for the IP interface bound to this port. This
ID is used in SNMP traps sent when the IP interface goes up or down
or switches between top and bottom line cards.
|
|
Operational State
|
The operational state
and mode of the card, in the format <state,mode>. Possible operational
states are Up or Down.
Possible operational
modes are:
- Active: Indicates
that the card is an active component that will be used to process subscriber
data sessions.
- Standby: Indicates
that the card is a redundant component. Redundant components will become
active through manual configuration or automatically should a failure
occur.
- Offline: Indicates
that the card is installed but is not ready to process subscriber
data sessions. This could be due to the fact that the card is not installed
correctly (for example, the card interlock switch is not locked)
or that its software processes have been halted.
|
|
Tagged VLAN: (VLAN IDs have been
configured)
|
|
Logical ifIndex
|
The dynamically assigned
identification number for the IP interface bound to this port. This
ID is used in SNMP traps sent when the IP interface goes up or down
or switches between top and bottom line cards.
|
|
VLAN Type
|
Subscriber indicates
that the VLAN has been associated with a subscriber. Standard is not
associated with a subscriber.
|
|
VLAN Priority
|
The value of the 802.1p
priority bit as an integer from 0 through 7, with 7 being the highest
priority. (ASN-GW only)
|
|
Administrative State
|
Enabled indicates
that this card has been configured for use via software.
|
|
Operational State
|
The operational state
and mode of the VLAN, in the format <state,mode>. Possible operational
states are Up or Down.
Possible operational
modes are:
- Active: Indicates
that the card is an active component that will be used to process subscriber
data sessions.
- Standby: Indicates
that the card is a redundant component. Redundant components will become
active through manual configuration or automatically should a failure
occur.
- Offline: Indicates
that the card is installed but is not ready to process subscriber
data sessions. This could be due to the fact that the card is not installed
correctly (for example, the card interlock switch is not locked)
or that its software processes have been halted.
|
|
Number of VLANs
|
The total number of
VLANs associated with this port.
|
|
SFP Module
|
NOTE: This field
appears only for Ethernet line cards that support the use of a small
form-factor pluggable (SFP) transceiver module. Refer to the show hardware card command for
additional information.
|
| Field |
Description |
|
Port Type
|
The configured port
type: STM1/OC3
Channelized
|
|
Description
|
The textual description
given to the port during software configuration. If no description
was configured, (None
Set) appears in this field.
|
|
Controlled By Card
|
The slot number and
card type of front-installed application card to which this line
card is mapped.
|
|
Redundancy Mode
|
The redundancy mode
configured for this line card. Possible redundancy modes are:
- Card Mode: No redundancy will
be used.
- Port Mode: Port
redundancy will be used.
|
|
Framing Mode
|
SDH (default is
E1) or SONET (default
is DS1)
|
|
Redundant With
|
The slot number and
port number of the line card that is redundant with this line card.
If a redundant port is not available, None appears in this
field.
|
|
Preferred Port
|
Indicates whether or
not this card will assume revertive (auto-recovery) redundancy functionality
should this card be brought back into service after a failure.
|
|
Physical ifIndex
|
The static identification
number for the slot/port combination on this Line Card.
This ID is used in SNMP traps sent when the link status of the Ethernet
port goes up or down.
|
|
Administrative State
|
Enabled indicates
that this card has been configured for use via software.
|
|
Link State
|
The port’s
link status: Up or Down.
|
|
Line Timing
|
Indicates whether or
not this port has been configured to recover a timing clock from
the line or port on the peer end of the connection for distribution
to all chassis line cards. Line timing can be obtained from the following
sources:
- BITS: Line timing
is recovered from the BITS port on the SPIO card
- line-timing: Line
timing is obtained through the line or port connected to the far
end port.
- internal clock:
The line timing is obtained from the chassis’ internal
clock source. This internal clock is configured and enabled via
the clock-source internal CLI
command.
|
|
SFP Module
|
This field indicates
if a small form-factor pluggable (SFP) module is installed on the
card and its type. Possible SFP types are M5 or M6.
|
|
Path x e1 y or Path x ds1 y
|
Identifies a specific
routing path configuration (configured with the path command)
associated with a frame relay DLCI (data link connection identifier,
configured with the dlci command).
Information provided includes:
- The exact mapping of
containers (C), virtual containers (VC), tributary units (TU) and/or tributary
unit groups (TUG) that is/are appropriate for the configured
channel characteristics. For example: tu12-au3 1/1.
- The framing mode being
used. For ds1 the
options are: esf (extended superframe), sf (superframe),
and unframed. For e1 the options
are: cas (standard
mapping with CAS), cas-crc4 (CRC4
mapping with CAS), crc4 mapping
and standard mapping.
- The mapping mode being
used (bit-sync or byte-sync).
For each configured
path being utilized, the following additional information also is
provided (for release 8.1 and later, the following items are configured
with the frame-relay command):
- Timeslots: Identifies
the number of timeslot groupings for multiple fractional DS1/E1
channels. The maximum number of timeslots that can be defined is
8.
- Frame Relay Intf Type:
Indicates the frame relay interface type: DCE (Data Communication
Equipment), DTE (Data Terminal
Equipment), or NNI (Network
to Network interface). The default is DTE.
- Frame Relay LMI Type:
Indicates the frame relay local management interface (LMI) protocol
type: ANSI, CISCO, Q933a, or None. The default
is None.
|
| . |
-
-
Frame Relay LMI n391:
Indicates the number of keep-alive exchanges that will occur before
the system requests a full status through the n391 local management interface.
Possible values are 1 through 255. The default is 6.
-
Frame Relay LMI n392:
Indicates the Error threshold value. It specifies the total number
of errors within the event count specified by n393 local management
interface to bring down the link. Possible values are 1 through
10 and default is 2.
-
Frame Relay LMI n393:
Indicates the Monitored Events count. This monitored event count
is set for the n392 local management interface. Possible values
are 1 through 10. The default is 2.
-
Frame Relay DLCI:
The specific Frame Relay PVC DLCI ID descriptor number associated
with this path.
-
Logical ifindex:
The dynamically assigned identification number for the IP interface
bound to this Frame Relay PVC DLCI. This ID is used in SNMP traps
sent when the IP interface goes up or down or switches between top
and bottom line cards.
-
Admin State: Enabled Indicates
that this Frame Relay DLCI PVC has been configured for use via software.
-
Operational State:
The operational state and mode of the Frame Relay PVC DLCI, in the
format <state,mode>. Possible operational states are Up or Down.Possible operational
modes are:
- Active: Indicates
that the Frame Relay PVC DLCI is an active component that will be
used to process subscriber data sessions.
|
| . |
-
Standby: Indicates
that the Frame Relay PVC DLCI is a redundant component. Redundant components
will become active through manual configuration or automatically
should a failure occur
-
Offline: Indicates
that the card is installed but is not ready to process subscriber
data sessions. This could be due to the fact that the card is not installed
correctly (e.g., the card interlock switch is not locked) or that
its software processes have been halted.
-
Shaping: Indicates
the type of egress traffic shaping being used to control flow for
this DLCI. Possible values are: cir (Committed
Info Rate), cir-eir (Committed
Info Rate with Excess Rate), ppr (Peak
Packet Rate), and wfq (Weighted
Fair Queueing).
-
Number of DLCI:
The number of the Data Link Connection Identifier(s) (DLCI) associated with
this timeslot. The DLCI is configured via the dlci command.
The DLCI identifies the virtual connection so the receiving end knows
which information connection a frame belongs to.
-
Reserved Bandwidth:
The amount of bandwidth (in bits per second) reserved for this E1
or DS1 path.
-
Number of DLCI:
The total number of DLCIs associated with this port
|
| Field |
Description |
|
Port Type
|
The configured port
type: STM1/OC3
ATM.
|
|
Description
|
The description given
to the port during software configuration. If no description was
configured, (None Set) will
be displayed.
|
|
Controlled By Card
|
The slot number and
type of front installed application card to which this line card
is mapped.
|
|
Redundancy Mode
|
The redundancy mode
of the card. The possible modes are:
- Normal: Normal
card redundancy.
- Port: Port redundancy
will be used.
|
|
Framing Mode
|
SDH (default for
E1) or SONET (default
for DS1)
|
|
Redundant With
|
The slot number and
port number of the line card that is redundant with this line card.
If a redundant port is not available, None appears in this
field.
|
|
Preferred Port
|
Indicates whether
or not this card will assume revertive (auto-recovery) redundancy
functionality should this card be brought back into service after a
failure.
|
|
Physical ifIndex
|
The static identification
number for a slot/port combination. This ID is used in
SNMP traps sent when the link status of the port goes up or down.
|
|
Administrative State
|
Indicates whether
or not the card has been configured for use via software. If it
has been configured, Enabled appears
in this field.
|
|
Link State
|
The link status, either Up or Down.
|
|
Line-timing
|
Indicates whether or
not this port has been configured to recover a timing clock from
the line or port on the peer end of the connection for distribution
to all chassis line cards. Line timing can be obtained from the following
sources:
- BITS: Line timing
is recovered from the BITS port on the SPIO card
- line-timing: Line
timing is obtained through the line or port connected to the far
end port.
- internal clock:
The line timing is obtained from the chassis’ internal
clock source. This internal clock is configured and enabled via
the clock-source
internal CLI command.
|
|
SFP Module
|
This field indicates
if a small form-factor pluggable (SFP) module is installed on the
card and its type. Possible SFP types are M5 or M6.
|
|
PVC VPI xxx VCI yyy
|
Indicates the virtual
path identifier (VPI) and virtual connection identifier (VCI) numbers
configured for a Permanent Virtual Connection (PVC).
For each defined PVC
VPI and VCI, the following associated information also is provided:
- Traffic Type: Either AAL2 (ATM Adaptation
Layer 2) or AAL5 (ATM
Adaptation Layer 5). The default is AAL5.
- Logical ifIndex:
The dynamically assigned identification number for the IP interface
bound to this port. This ID is used in SNMP traps sent when the IP
interface goes up or down or switches between top and bottom line
cards.
- Admin State: Enabled indicates
that this port has been configured for use via software.
- Operational State:
The operational state and mode of the card, in the format <state,mode>.
Possible operational states are Up or Down.Possible operational
modes are:
- Active: Indicates
that the card is an active component that will be used to process
subscriber data sessions.
- Standby: Indicates
that the card is a redundant component. Redundant components will
become active through manual configuration or automatically should
a failure occur.
- Offline: Indicates
that the card is installed but is not ready to process subscriber data
sessions. This could be due to the fact that the card is not installed
correctly (e.g., the card interlock switch is not locked) or that
its software processes have been halted.
-
Encapsulation: AAL5 llc-snap (logical
link layer encapsulation) or AAL5 vc-mux (virtual
circuit multiplexing).
|
| . |
-
Shaping: The type
of traffic shaping (rates) configured for this PVC: cbr (constant bit
rate), ubr (unspecified
bit rate), ubr+ (unspecified
bit rate with minimum cell rate) or vbr (variable bit
rate).
|
|
Number of PVCs/CCs
|
The
total number of PVCs configured for this port. |
|
Reserved Bandwidth
|
The
amount of bandwidth (in cells/second) reserved. The bandwidth
can be utilized by a single PVC or it can span across multiple PVCs. |
IMPORTANT