Displays the details of the BCM Driver

This example shows how to view the details of the BCM driver:

R-PHY#show bcm-driver 
BCM316X driver info: BCM3161 B1

SCQAM_0: INIT_COMPLETE 
SCQAM_1: INIT_COMPLETE 
TOP: START 
OFDMA_0: Init_Complete retry:0 UP (admin: DOWN)
OFDMA_1: Init_Complete retry:0 UP (admin: DOWN)
OFDMA_2: Init_Complete retry:0 UP (admin: DOWN)
OFDMA_3: Init_Complete retry:0 UP (admin: DOWN)
DPMI: START 

OFDMA Firmware Versions:
TPMI App @ 0.0.61 b62285e5c0746b69a28a5498b338605b
TPMI PM @ -None- c4d68ff86addc669680d8784ee1e76f0
DPMI @ -None- aa19704e2df88cba929dafd245dd595d
OFDMA Admin @ 0.0.31 ef4b18b87f8d9e99fb25caf31567f856
OFDMA PW @ 1.0.21 3a2502850150788d4a4926c8862cb450
OFDMA CPU/DSP @ 1.11.40, revision 49168
OFDMA CPU0 5f18f4bdab24ff01e4c49d9be0587c42
OFDMA CPU1 359fb94c6c771a6d4dabac6918d74eff
OFDMA CPU2 bb7d821b030827b126638eb39ee3b9c4
OFDMA CPU3 28007b7a07f211ab26c4d2cf34d3570e
OFDMA DSP0 fd1e0dc0a44f035043b6966ae4e9610a

Example

This example shows how to view the Upstream Triggered Spectrum Capture configuration.

R-PHY#show bcm-register wbfft config
WBFFT Triger Mode   : Other
Enable UTSC         : True
Samples Num         : 4096
Session ID          : 5f20003c
PNM Dest IP         : 91.7.66.171
PNM Dest Mac        : 0050.5688.eb3d

Example

This example shows how to view the version of BCM:

R-PHY#show bcm-version 
BCM316X version info: BCM3161 B1
TPMI Version: 0x3d
DPMI Version: 0x17
Upstream SC-QAM ENP Version: MIPS(0x510) Data(0x9) FFT(0x8) IMP(0x8) Request(0x5) REGPROC(0x6)
Upstream OOB Version: Firmware(0x0) DSP Interface(0x0)

Example

This example shows how to view the software image version on the RPD:

R-PHY#show build-info 
RPD_IMAGE_VERSION=v6.5
RPD_TYPE=RPD_hardware_certificate
RPD_BRANCH=(detached from RPD_V6_5_20190429) 
OPENRPD_BRANCH=(detached from RPD_V6_5_20190429) 
SERESRPD_BRANCH=(detached from RPD_V6_5_20190429) 
RPD_BUILDER=rpd-release
RPD_BUILD_TIME=1556508498 

Example

This example shows how to view the status of the certificates on RPD:

R-PHY#show certificate status 
Result: Fail
Reason: Certificate chain is not complete
Detail: Root CA: Not ready, Device CA: Not ready, Device cert: Not ready

Example

This example shows how to display the system clock.

R-PHY#show clock
06:03:11.021 Thu May 09 2019

Example

This example shows how to view the startup-capture configuration.

R-PHY#show config-startup-capture 
startup tcpdump enabled
duration 6 minutes, max_files 10, tcpdump para: -p -i vbh0

Example

This example shows how to check whether the console port is enabled or not.

R-PHY#show console 
console is enabled

Example

This example shows how to view the core files:

R-PHY#show core-files info 
-rw-r--r--  1 root   root         0 Feb 25 06:12 20190225.1551075165.python.6.4915.core.gz
-rw-r--r--  1 root   root  95436800 Feb 25 06:12 20190225.1551075165.python.6.4915.core
-rw-r--r--  1 root   root   9504602 Aug 14  2018 20180814.1534213098.python.11.4482.core.gz
-rw-r--r--  1 root   root   9459035 Aug 12  2018 20180812.1534110510.python.4.4462.core.gz

Example

This example shows how to view the information of the server, which is used for uploading the RPD core files.

R-PHY#show core-files server
Crash Data Server    : 11.1.1.10
Dest Path            : jiexiao/corefile/
Protocol             : tftp

Example

This example shows how to view the status of the files being uploaded.

R-PHY#show core-files status
Idx  FileControl   FileStatus            FileName
0    other         availableForUpload    20190225.1551075165.python.6.4915.core.gz
2    other         availableForUpload    20180812.1534110510.python.4.4462.core.gz
1    other         availableForUpload    20180814.1534213098.python.11.4482.core.gz

Example

This example shows how to view the MTU information of the interface:

R-PHY#show cpu mtu 
interface MTU       
vbh0      2350      
vbh1      2350

Example

This example shows how to view the status of the varios types of traffic received by the RPD CPU.

R-PHY#show cpu rx 
Policer          Green      Yellow         Red
default           3058           0           0
ARP(ucast)        5798           0           0
ARP(bcast)           0           0           0
ICMP6              536           0           0
ICMP             21886           0           0
IGMP                 0           0           0
GCP             760693           0           0
SSH                  0           0           0
HTTP                 0           0           0
HTTPS                0           0           0
PTP            5987875           0           0
DHCP               613           0           0
DHCP6                0           0           0
TOD                  3           0           0
S-BFD6               0           0           0
L2TP(conn)6           0           0           0
OOB                  0           0           0
S-BFD                0           0           0
L2TP(conn)        3902           0           0

Example

This example shows how to view the CPU usage history:

R-PHY#show cpu history
     433434333434434333433433433443
     098182999190280999098199199018
     ..............................
     459274639755085968756307457608
43.5
43.0
42.5      *
42.0      *      *
41.5      *   *  *        *  *
41.0    * *   *  *        *  *   *
40.5 *  * *   * ** *   *  *  *  **
40.0 *  * *  ** ** ** **  *  *  **
39.5 ** * ******** ****** * ******
39.0 **** *************** *********
38.5 ******************************
    0.....6.....1.....1.....2.....3
          0     2     8     4     0
                0     0     0     0
 CPU usage percentage (last 300 seconds / 5 minutes)

     44444444445
     44423343337
     ...........
     05031575222
60.0
58.0           *
56.0           *
54.0           *
52.0           *
50.0           *
48.0           *
46.0           *
44.0 *** *******
42.0 **********#
40.0 ###########
    0.....3.....6.....9.....1.....1.....1.....2.....2.....2.....3.....3.....3
          0     0     0     2     5     8     1     4     7     0     3     6
                            0     0     0     0     0     0     0     0     0
              CPU usage percentage (last 360 minutes / 6 hours)
         * = maximum % per 5 minutes    # = average % per 5 minutes





 5.0
 4.5
 4.0
 3.5
 3.0
 2.5
 2.0
 1.5
 1.0
 0.5
 0.0
    0...2...4...7...9...1...1...1...1...2...2...2...2...3...3
        4   8   2   6   2   4   6   9   1   4   6   8   1   3
                        0   4   8   2   6   0   4   8   2   6
         CPU usage percentage (last 336 hours / 14 days)
     * = maximum % per 6 hours    # = average % per 6 hours

-- Example of average/max calculation from seconds to minutes


R-PHY#show cpu history
     433334434334433344433444444345
     099992091892189802089001111910
     ..............................
     441391114960141636593208479500
53.0
51.5
50.0                              *
48.5                              *
47.0                              *
45.5                              *
44.0                              *
42.5      *     *     *     *  *  *
41.0 *    *  *  **   ***    **** **
39.5 ************* * **************
38.0 ******************************
    0.....6.....1.....1.....2.....3
          0     2     8     4     0
                0     0     0     0
 CPU usage percentage (last 300 seconds / 5 minutes)

     5
     7
     .
     2
61.0
59.0
57.0 *
55.0 *
53.0 *
51.0 *
49.0 *
47.0 *
45.0 *
43.0 *
41.0 #
    0.....3.....6.....9.....1.....1.....1.....2.....2.....2.....3.....3.....3
          0     0     0     2     5     8     1     4     7     0     3     6
                            0     0     0     0     0     0     0     0     0
              CPU usage percentage (last 360 minutes / 6 hours)
         * = maximum % per 5 minutes    # = average % per 5 minutes
		 




===========================================================================================================
===========================================================================================================
-- Example of dynamic range / step size
 -- showing only seconds graph

     3
     1
     .
     1
36.0
35.5
35.0
34.5
34.0
33.5
33.0
32.5
32.0
31.5
31.0 *
    0....5....1
              0	  
    seconds banner

	  
     93
     .1
     5.
     01
34.5
32.0  *
29.5  *
27.0  *
24.5  *
22.0  *
19.5  *
17.0  *
14.5  *
12.0  *
 9.5 **
    0....5....1
              0
    seconds banner



========================================================================================
========================================================================================
-- Example of all three graphs being used

     42192
     .8..4
     9.29.
     46415
31.0
28.0  *
25.0  *  *
22.0  *  *
19.0  *  *
16.0  *  *
13.0  *  *
10.0  * **
 7.0  * **
 4.0 ** **
 1.0 *****
    0....5
        seconds banner
		
     22222
     66666
     .....
     88888
30.5
29.0
27.5 ****#
26.0 ****#
24.5 **#*#
23.0 *##*#
21.5 *##*#
20.0 *##*#
18.5 *##*#
17.0 *####
15.5 #####
    0....5
        minute banner
		
     222
     666
     ...
     888
27.0 ***
26.0 ***
25.0 ***
24.0 ***
23.0 ***
22.0 #**
21.0 #**
20.0 ##*
19.0 ##*
18.0 ##*
17.0 ###
    0....5....1
              0
        hour banner

Example

This example shows how to view the details of the default router of the RPD:

R-PHY#show default routers 
AddType    IpAddress    EnetPortIndex     Lifetime     Preference
IPv4       11.1.6.1     1                 1800         medium   

Example

This example shows how to display the DHCP information of the RPD provision interface.

R-PHY#show dhcp 
Interface  IP-Address  Subnet-Mask    
vbh0       11.1.6.100  255.255.255.0  

Details:
--------------------------------------------------------
Interface:                    vbh0
AddrType:                     IPv4
TimeServers:                  10.1.1.1, 11.1.1.10
TimeOffset:                   28800
LogServers:                   11.1.1.10
CCAPCores:                    11.1.6.3, 11.1.6.2

Example

This example shows how to display the detailed information on the 8021x authentication.

R-PHY#show dot1x detail 
Interface        EAP_Received        Status           
vbh0             False               UP               
 
bssid=01:80:c2:00:00:03
freq=0
ssid=
id=0
mode=station
pairwise_cipher=NONE
group_cipher=NONE
key_mgmt=IEEE 802.1X (no WPA)
wpa_state=ASSOCIATED
ip_address=11.1.6.100
address=10:04:9f:c1:08:00
Supplicant PAE state=HELD
suppPortStatus=Unauthorized
EAP state=FAILURE
uuid=589a20d0-9806-56e5-998a-a97140e6a9c7

Example

This example shows how to display a summary of the 8021x authentication.

R-PHY#show dot1x summary 
Interface        EAP_Received        Status           
vbh0             False               UP

Example

This example shows how to view the downstream channel calibration information:

R-PHY#show downstream calibration info 
Configuration details:
  QAM channel count                   : 16
  OFDM channel count                  : 1
  Number of OOB channels              : 0 
  Number of SC-QAM based tones        : 0 
  Number of leakage tones             : 0 
  Number of allignment tones          : 0 
  Number of 6MHz QAM channels         : 16 
  Number of 6MHz QAM and OFDM         : 47 
  Number of 6MHz QAM OOB Tones        : 16 
  Number of 6MHz OFDM&tone channels   : 31
  UPDI_Spectrum_Portion               : 0.659574 
  FQUP_Spectrum_Portion               : 0.340426 
  OFDM bandwidth                      : 185.0 MHz
  DOCSIS 3.1 max level                : 41.0 dBmV
  Calibration level                   : 37.8
  Spectrum adjust offset              : 0.1 dB
  QAM/OFDM set level                  : 32.0 dBmV
  RF attenuation                      : 10.0 dB
  OOB Tone Adjust                     : -0.0 
  Total Pilot Tone Set Level          : 0.0 
  Total Alignment Tone Set Level      : 0.0 
  Total Leakage Tone Set Level        : 0.0 
  Total OOB Set Level                 : 0.0 
  vva default                         : 36269 
  vtt default                         : 9538 
QAM calculated scalers:
  Baseline channel count              : 160
  Baseline level                      : 38.0 dBmV
  Scaled level                        : 48.0 dBmV
  Adjusted level                      : 43.4 dBmV
  Equalization factor                 : -1.3 dB
  6MHz Equalized level                : 42.0 dBmV
  Mod output scale                    : 13257
  Coarse output scale                 : 3
  Fine output scale                   : 112698
  QAM scaler                          : 38237
OFDM calculated scalers:
  Baseline channel count              : 1
  Baseline level                      : 43.7 dBmV
  Scaled level                        : 43.8 dBmV
  Adjusted level                      : 42.0 dBmV
  Equalization factor                 : 0.0 dB
  6MHz Equalized level                : 42.0 dBmV
  BPSK constellation scale            : 1158 (190 MHz)
  OFDM scaler                         : 106448 (190 MHz, 4K)
  OFDM scaler                         : 73644 (190 MHz, 8K)
QAM channels:
  [  0,  on]  213 MHz, 32.0 -> 32.0 dBmV {Scale=12718}
  [  1,  on]  219 MHz, 32.0 -> 32.0 dBmV {Scale=12704}
  [  2,  on]  225 MHz, 32.0 -> 32.0 dBmV {Scale=12645}
  [  3,  on]  231 MHz, 32.0 -> 32.0 dBmV {Scale=12602}
  [  4,  on]  237 MHz, 32.0 -> 32.0 dBmV {Scale=12631}
  [  5,  on]  243 MHz, 32.0 -> 32.0 dBmV {Scale=12733}
 
OFDM channels:
  [158,  on] 638600 KHz (3700 50 648800 833400), 32.0 -> 32.0 dBmV {UPDI=106448, BPSK=1174}
SC-QAM based Pilot Tones:
Allignment Tones:
Leakage detection Tones:
OOB channels:

Example

R-PHY#show downstream calibration table 
Request Power Table
Channel -> Request Power:
     1 ->  62.00 dBmV
      2 ->  58.00 dBmV
      3 ->  56.00 dBmV
      4 ->  54.00 dBmV
      5 ->  53.00 dBmV
      6 ->  52.00 dBmV
      7 ->  51.00 dBmV
      8 ->  51.00 dBmV
     {9 ->  46.00 dBmV
       ...       
     16 →  46.00 dBmV}
    {17 ->  40.00 dBmV
      ...     
     47 ->  40.00 dBmV}
    {48 ->  39.00 dBmV
      ...     
     57 ->  39.00 dBmV}
     {58 ->  38.00 dBmV     
      ...          
     69 ->  38.00 dBmV}
     {70 ->  37.00 dBmV
      ...     
     83 ->  37.00 dBmV}
     {84 ->  36.00 dBmV
      ...     
    101 ->  36.00 dBmV}
    {102 ->  35.00 dBmV
      ...     
    124 ->  35.00 dBmV}
    {125 ->  34.00 dBmV
      ...     
    150 ->  34.00 dBmV}
    {151 ->  33.00 dBmV
      ...
    160 ->  33.00 dBmV
 
VVA Table
 VVA  -> VTT:
    0 ->  0.000 dBmV
  290 ->  0.003 dBmV
  435 ->  0.003 dBmV
  580 ->  0.005 dBmV
  725 ->  0.005 dBmV
  870 ->  0.008 dBmV
 1015 ->  0.009 dBmV
 1160 ->  0.010 dBmV
 1305 ->  0.011 dBmV
 ...
58000 -> 17.538 dBmV

Frequency Offset Table
  Reference power level = 37.83
  55 MHz -> -0.60 dBmV
  ...
1217 MHz ->  0.00 dBmV

show downstream channel configuration { ds_channel_number}
usage: show downstream channel configuration
example:
R-PHY#show downstream channel configuration 
Chan  State   Frequency  Type     Annex    Modulation Srate   Interleave  Power   Muted    
0     UP      213000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
1     UP      219000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
2     UP      225000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
3     UP      231000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL    


Chan  State   Type    StartFreq  Width      PlcFreq    CPrefix  RollOff  Interleave  Spacing  Power   Muted    
158   UP      OFDM    645000000  192000000  651000000  1024     128      16          50kHz    32.0    NORMAL   

*NOTE: Start frequency and channel width do not cover guardband override scenario.
R-PHY#show downstream channel configuration 1-2
Chan  State   Frequency  Type     Annex    Modulation Srate   Interleave  Power   Muted    
1     UP      219000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
2     UP      225000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   

*NOTE: Start frequency and channel width do not cover guardband override scenario.

show downstream channel sync
usage: show downstream channel sync interval and source mac config for psp mode
example:
R-PHY#show downstream channel configuration sync 
Chan Sync_Int Sync_Mac      
0    10       badb.ad0a.0eba
1    10       badb.ad0a.0ebb
8    10       badb.ad0a.0eba
9    10       badb.ad0a.0ebb

Example: Downstream Channel Configuration

This example shows how to view the downstream channel configuration.

R-PHY#show downstream channel configuration 
Chan  State   Frequency  Type     Annex    Modulation Srate   Interleave  Power   Muted    
0     UP      213000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
1     UP      219000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
2     UP      225000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
3     UP      231000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
4     UP      237000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
5     UP      243000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
6     UP      249000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
7     UP      255000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
8     UP      261000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
9     UP      267000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
10    UP      273000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
11    UP      279000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
12    UP      285000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
13    UP      291000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
14    UP      297000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
15    UP      303000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   


Chan  State   Type    StartFreq  Width      PlcFreq    CPrefix  RollOff  Interleave  Spacing  Power   Muted    
158   UP      OFDM    645000000  192000000  651000000  1024     128      16          50kHz    32.0    NORMAL   

*NOTE: Start frequency and channel width do not cover guardband override scenario.
R-PHY#show downstream channel configuration 1-2
Chan  State   Frequency  Type     Annex    Modulation Srate   Interleave  Power   Muted    
1     UP      219000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL   
2     UP      225000000  DOCSIS   ANNEX_B  256QAM     5361    I32-J4      32      NORMAL  


*NOTE: Start frequency and channel width do not cover guardband override scenario.

Example: Downstream Channel Configuration Sync

R-PHY#show downstream channel configuration sync 
Chan Sync_Int Sync_Mac      
0    10       badb.ad0a.0eba
1    10       badb.ad0a.0ebb
8    10       badb.ad0a.0eba
9    10       badb.ad0a.0ebb

Example

These examples shows how to display the downstream channel counter information:

R-PHY#show downstream channel counter 
------------------- Packets counter in TPMI -------------------

Level     Rx-pkts    Rx-sum-pkts
Node Rcv  281517     4122087340 
Depi Pkt  673        9830440    

Port Chan SessionId(dec/hex)    Rx-pkts    Rx-sum-pkts
DS_0 0    4390912    /0x00430000 69792      1762857    
DS_0 1    4390913    /0x00430001 17         447        
DS_0 2    4390914    /0x00430002 17         447        
DS_0 3    4390915    /0x00430003 17         447        
DS_0 4    4390916    /0x00430004 69792      1762858    
DS_0 5    4390917    /0x00430005 17         447        
DS_0 6    4390918    /0x00430006 17         447        
DS_0 7    4390919    /0x00430007 17         447        
DS_0 8    4390920    /0x00430008 69794      1761888    
DS_0 9    4390921    /0x00430009 17         447        
DS_0 10   4390922    /0x0043000A 17         447        
DS_0 11   4390923    /0x0043000B 17         447        
DS_0 12   4390924    /0x0043000C 17         447        
DS_0 13   4390925    /0x0043000D 17         446        
DS_0 14   4390926    /0x0043000E 17         446        
DS_0 15   4390927    /0x0043000F 17         446        
DS_0 158  272695296  /0x10410000 903        13143222   
US_0 0    13893632   /0x00D40000 17422      255036768  
US_0 1    13893633   /0x00D40001 17422      255035870  
US_0 2    13893634   /0x00D40002 17422      254777868  
US_0 3    13893635   /0x00D40003 17422      254776651  

Port      Rx-pkts    Rx-sum-pkts Drop-pkts  Drop-sum-pkts
DS_0      210709     3088227003  0          0          
US_0      70048      1024833029  0          0          
US_1      0          103847      0          0          

Note: The above counters are only for live debug and might overflow


------------------- Packets counter in DPMI -------------------

Field        Pkts       Sum-pkts   
Dpmi Ingress 210610     3082981415 
Pkt Delete   0          0          
Data Len Err 0          0          

Chan Flow_id SessionId(dec/hex)      Octs       Sum-octs   SeqErr-pkts SeqErr-sum-pkts
0    0       4390912    / 0x00430000   2130       54106      0           1          
0    1       4390912    / 0x00430000   12529      331502     0           1          
0    2       4390912    / 0x00430000   4519036    114108617  0           1          
0    3       4390912    / 0x00430000   0          0          0           0          
1    0       4390913    / 0x00430001   0          0          0           0          
1    1       4390913    / 0x00430001   578        15164      0           1          
1    2       4390913    / 0x00430001   0          34         0           1          
1    3       4390913    / 0x00430001   0          0          0           0          
2    0       4390914    / 0x00430002   0          0          0           0          
2    1       4390914    / 0x00430002   578        15164      0           1          
2    2       4390914    / 0x00430002   0          34         0           1          
2    3       4390914    / 0x00430002   0          0          0           0          
3    0       4390915    / 0x00430003   0          0          0           0          
3    1       4390915    / 0x00430003   578        15164      0           1          
3    2       4390915    / 0x00430003   0          34         0           1          
3    3       4390915    / 0x00430003   0          0          0           0          
4    0       4390916    / 0x00430004   2130       54106      0           1          
4    1       4390916    / 0x00430004   12529      331502     0           1          
4    2       4390916    / 0x00430004   4519036    114109385  0           1          
4    3       4390916    / 0x00430004   0          0          0           0          
5    0       4390917    / 0x00430005   0          0          0           0          
5    1       4390917    / 0x00430005   578        15164      0           1          
5    2       4390917    / 0x00430005   0          34         0           1          
5    3       4390917    / 0x00430005   0          0          0           0          
6    0       4390918    / 0x00430006   0          0          0           0          
6    1       4390918    / 0x00430006   578        15164      0           1          
6    2       4390918    / 0x00430006   0          34         0           1          
6    3       4390918    / 0x00430006   0          0          0           0          
7    0       4390919    / 0x00430007   0          0          0           0          
7    1       4390919    / 0x00430007   578        15164      0           1          
7    2       4390919    / 0x00430007   0          34         0           1          
7    3       4390919    / 0x00430007   0          0          0           0          
8    0       4390920    / 0x00430008   2130       55502      0           1          
8    1       4390920    / 0x00430008   12653      334035     0           1          
8    2       4390920    / 0x00430008   4519036    114045319  0           1          
8    3       4390920    / 0x00430008   0          0          0           0          
9    0       4390921    / 0x00430009   0          0          0           0          
9    1       4390921    / 0x00430009   578        15164      0           1          
9    2       4390921    / 0x00430009   0          34         0           1          
9    3       4390921    / 0x00430009   0          0          0           0          
10   0       4390922    / 0x0043000A   0          0          0           0          
10   1       4390922    / 0x0043000A   578        15164      0           1          
10   2       4390922    / 0x0043000A   0          34         0           1          
10   3       4390922    / 0x0043000A   0          0          0           0          
11   0       4390923    / 0x0043000B   0          0          0           0          
11   1       4390923    / 0x0043000B   578        15164      0           1          
11   2       4390923    / 0x0043000B   0          34         0           1          
11   3       4390923    / 0x0043000B   0          0          0           0          
12   0       4390924    / 0x0043000C   0          0          0           0          
12   1       4390924    / 0x0043000C   578        15164      0           1          
12   2       4390924    / 0x0043000C   0          34         0           1          
12   3       4390924    / 0x0043000C   0          0          0           0          
13   0       4390925    / 0x0043000D   0          0          0           0          
13   1       4390925    / 0x0043000D   578        15130      0           1          
13   2       4390925    / 0x0043000D   0          34         0           1          
13   3       4390925    / 0x0043000D   0          0          0           0          
14   0       4390926    / 0x0043000E   0          0          0           0          
14   1       4390926    / 0x0043000E   578        15130      0           1          
14   2       4390926    / 0x0043000E   0          34         0           1          
14   3       4390926    / 0x0043000E   0          0          0           0          
15   0       4390927    / 0x0043000F   0          0          0           0          
15   1       4390927    / 0x0043000F   578        15130      0           1          
15   2       4390927    / 0x0043000F   0          34         0           1          
15   3       4390927    / 0x0043000F   0          0          0           0          
158  0       272695296  / 0x10410000   0          64859      0           1          
158  1       272695296  / 0x10410000   20245      294291636  0           1          
158  2       272695296  / 0x10410000   0          374        0           1          
158  3       272695296  / 0x10410000   0          0          0           1          
158  0   PLC 272695296  / 0x10410000   0          0          0           1          
158  1   PLC 272695296  / 0x10410000   0          0          0           1          
158  2   PLC 272695296  / 0x10410000   0          0          0           1          
158  3   PLC 272695296  / 0x10410000   34869      507665651  0           1          

Note: The above counters are only for live debug and might overflow


------------------- Packets counter in DPS -------------------

Chan Tx-packets Tx-octets  Drop-pkts  Tx-sum-pkts Tx-sum-octs Drop-sum-pkts Rate-in-Mbps Buffers-Avail 
0    70757      4593872    0          1020790312  1943815742  0             1.027        0xfe            
1    18         612        0          257698      8761732     0             0.000        0xfe            
2    18         612        0          257698      8761732     0             0.000        0xfe            
3    18         612        0          257699      8761766     0             0.000        0xfe            
4    70761      4594128    0          1020794233  1943921794  0             1.027        0xfe            
5    18         612        0          257699      8761766     0             0.000        0xfe            
6    18         612        0          257699      8761766     0             0.000        0xfe            
7    18         612        0          257698      8761732     0             0.000        0xfe            
8    70770      4594764    0          1020790323  1943678097  0             1.027        0xfe            
9    18         612        0          257701      8761834     0             0.000        0xfe            
10   18         612        0          257699      8761766     0             0.000        0xfe            
11   18         612        0          257699      8761766     0             0.000        0xfe            
12   18         612        0          257697      8761698     0             0.000        0xfe            
13   18         612        0          257697      8761698     0             0.000        0xfe            
14   18         612        0          257698      8761732     0             0.000        0xfe            
15   18         612        0          257678      8761052     0             0.000        0xfe            
158  100        5433       0          5412279     294357180   0             0.004        0x1fff          

Note: The above counters are only for live debug and might overflow

R-PHY#show downstream channel counter dpmi 
Field        Pkts       Sum-pkts   
Dpmi Ingress 50675      3083032090 
Pkt Delete   0          0          
Data Len Err 0          0          

Chan Flow_id SessionId(dec/hex)      Octs       Sum-octs   SeqErr-pkts SeqErr-sum-pkts
0    0       4390912    / 0x00430000   818        54924      0           1          
0    1       4390912    / 0x00430000   3685       335187     0           1          
0    2       4390912    / 0x00430000   1087088    115195705  0           1          
0    3       4390912    / 0x00430000   0          0          0           0          
1    0       4390913    / 0x00430001   0          0          0           0          
1    1       4390913    / 0x00430001   170        15334      0           1          
1    2       4390913    / 0x00430001   0          34         0           1          
1    3       4390913    / 0x00430001   0          0          0           0          
2    0       4390914    / 0x00430002   0          0          0           0          
2    1       4390914    / 0x00430002   170        15334      0           1          
2    2       4390914    / 0x00430002   0          34         0           1          
2    3       4390914    / 0x00430002   0          0          0           0          
3    0       4390915    / 0x00430003   0          0          0           0          
3    1       4390915    / 0x00430003   170        15334      0           1          
3    2       4390915    / 0x00430003   0          34         0           1          
3    3       4390915    / 0x00430003   0          0          0           0          
4    0       4390916    / 0x00430004   818        54924      0           1          
4    1       4390916    / 0x00430004   3685       335187     0           1          
4    2       4390916    / 0x00430004   1087088    115196473  0           1          
4    3       4390916    / 0x00430004   0          0          0           0          
5    0       4390917    / 0x00430005   0          0          0           0          
5    1       4390917    / 0x00430005   170        15334      0           1          
5    2       4390917    / 0x00430005   0          34         0           1          
5    3       4390917    / 0x00430005   0          0          0           0          
6    0       4390918    / 0x00430006   0          0          0           0          
6    1       4390918    / 0x00430006   170        15334      0           1          
6    2       4390918    / 0x00430006   0          34         0           1          
6    3       4390918    / 0x00430006   0          0          0           0          
7    0       4390919    / 0x00430007   0          0          0           0          
7    1       4390919    / 0x00430007   170        15334      0           1          
7    2       4390919    / 0x00430007   0          34         0           1          
7    3       4390919    / 0x00430007   0          0          0           0          
8    0       4390920    / 0x00430008   818        56320      0           1          
8    1       4390920    / 0x00430008   3685       337720     0           1          
8    2       4390920    / 0x00430008   1087088    115132407  0           1          
8    3       4390920    / 0x00430008   0          0          0           0          
9    0       4390921    / 0x00430009   0          0          0           0          
9    1       4390921    / 0x00430009   170        15334      0           1          
9    2       4390921    / 0x00430009   0          34         0           1          
9    3       4390921    / 0x00430009   0          0          0           0          
10   0       4390922    / 0x0043000A   0          0          0           0          
10   1       4390922    / 0x0043000A   170        15334      0           1          
10   2       4390922    / 0x0043000A   0          34         0           1          
10   3       4390922    / 0x0043000A   0          0          0           0          
11   0       4390923    / 0x0043000B   0          0          0           0          
11   1       4390923    / 0x0043000B   170        15334      0           1          
11   2       4390923    / 0x0043000B   0          34         0           1          
11   3       4390923    / 0x0043000B   0          0          0           0          
12   0       4390924    / 0x0043000C   0          0          0           0          
12   1       4390924    / 0x0043000C   170        15334      0           1          
12   2       4390924    / 0x0043000C   0          34         0           1          
12   3       4390924    / 0x0043000C   0          0          0           0          
13   0       4390925    / 0x0043000D   0          0          0           0          
13   1       4390925    / 0x0043000D   170        15300      0           1          
13   2       4390925    / 0x0043000D   0          34         0           1          
13   3       4390925    / 0x0043000D   0          0          0           0          
14   0       4390926    / 0x0043000E   0          0          0           0          
14   1       4390926    / 0x0043000E   170        15300      0           1          
14   2       4390926    / 0x0043000E   0          34         0           1          
14   3       4390926    / 0x0043000E   0          0          0           0          
15   0       4390927    / 0x0043000F   0          0          0           0          
15   1       4390927    / 0x0043000F   170        15300      0           1          
15   2       4390927    / 0x0043000F   0          34         0           1          
15   3       4390927    / 0x0043000F   0          0          0           0          
158  0       272695296  / 0x10410000   0          64859      0           1          
158  1       272695296  / 0x10410000   4879       294296515  0           1          
158  2       272695296  / 0x10410000   0          374        0           1          
158  3       272695296  / 0x10410000   0          0          0           1          
158  0   PLC 272695296  / 0x10410000   0          0          0           1          
158  1   PLC 272695296  / 0x10410000   0          0          0           1          
158  2   PLC 272695296  / 0x10410000   0          0          0           1          
158  3   PLC 272695296  / 0x10410000   8274       507673925  0           1          

Note: The above counters are only for live debug and might overflow

R-PHY#show downstream channel counter dps  
Chan Tx-packets Tx-octets  Drop-pkts  Tx-sum-pkts Tx-sum-octs Drop-sum-pkts Rate-in-Mbps Buffers-Avail 
0    29278      1901233    0          1020819590  1945716975  0             1.027        0xfe            
1    7          238        0          257705      8761970     0             0.000        0xfe            
2    7          238        0          257705      8761970     0             0.000        0xfe            
3    7          238        0          257706      8762004     0             0.000        0xfe            
4    29278      1901233    0          1020823511  1945823027  0             1.027        0xfe            
5    7          238        0          257706      8762004     0             0.000        0xfe            
6    7          238        0          257706      8762004     0             0.000        0xfe            
7    7          238        0          257705      8761970     0             0.000        0xfe            
8    29271      1900721    0          1020819594  1945578818  0             1.027        0xfe            
9    7          238        0          257708      8762072     0             0.000        0xfe            
10   7          238        0          257706      8762004     0             0.000        0xfe            
11   7          238        0          257706      8762004     0             0.000        0xfe            
12   7          238        0          257704      8761936     0             0.000        0xfe            
13   7          238        0          257704      8761936     0             0.000        0xfe            
14   7          238        0          257705      8761970     0             0.000        0xfe            
15   7          238        0          257685      8761290     0             0.000        0xfe            
158  89         4845       0          5412431     294365451   0             0.004        0x1fff          

Note: The above counters are only for live debug and might overflow

R-PHY#show downstream channel counter tpmi 
Level     Rx-pkts    Rx-sum-pkts
Node Rcv  170713     4122258053 
Depi Pkt  408        9830848    

Port Chan SessionId(dec/hex)    Rx-pkts    Rx-sum-pkts
DS_0 0    4390912    /0x00430000 42315      1805172    
DS_0 1    4390913    /0x00430001 11         458        
DS_0 2    4390914    /0x00430002 11         458        
DS_0 3    4390915    /0x00430003 11         458        
DS_0 4    4390916    /0x00430004 42315      1805173    
DS_0 5    4390917    /0x00430005 11         458        
DS_0 6    4390918    /0x00430006 11         458        
DS_0 7    4390919    /0x00430007 11         458        
DS_0 8    4390920    /0x00430008 42316      1804204    
DS_0 9    4390921    /0x00430009 11         458        
DS_0 10   4390922    /0x0043000A 11         458        
DS_0 11   4390923    /0x0043000B 11         458        
DS_0 12   4390924    /0x0043000C 11         458        
DS_0 13   4390925    /0x0043000D 11         457        
DS_0 14   4390926    /0x0043000E 11         457        
DS_0 15   4390927    /0x0043000F 11         457        
DS_0 158  272695296  /0x10410000 547        13143769   
US_0 0    13893632   /0x00D40000 10564      255047332  
US_0 1    13893633   /0x00D40001 10564      255046434  
US_0 2    13893634   /0x00D40002 10564      254788432  
US_0 3    13893635   /0x00D40003 10564      254787215  

Port      Rx-pkts    Rx-sum-pkts Drop-pkts  Drop-sum-pkts
DS_0      128158     3088355161  0          0          
US_0      42488      1024875517  0          0          
US_1      12         103859      0          0          

Note: The above counters are only for live debug and might overflow

Example: Downstream Channel DEPi Configuration

This example shows how to display downstream channel DEPi configuration:

R-PHY#show downstream depi configuration 
Channel PwSubtype     SessionId(dec/hex)      SrcIp                                  
0       PSP           4390912    /0x00430000   11.1.6.100                             
1       PSP           4390913    /0x00430001   11.1.6.100                             
2       PSP           4390914    /0x00430002   11.1.6.100                             
3       PSP           4390915    /0x00430003   11.1.6.100                             
4       PSP           4390916    /0x00430004   11.1.6.100                             
5       PSP           4390917    /0x00430005   11.1.6.100                             
6       PSP           4390918    /0x00430006   11.1.6.100                             
7       PSP           4390919    /0x00430007   11.1.6.100                             
8       PSP           4390920    /0x00430008   11.1.6.100                             
9       PSP           4390921    /0x00430009   11.1.6.100                             
10      PSP           4390922    /0x0043000A   11.1.6.100                             
11      PSP           4390923    /0x0043000B   11.1.6.100                             
12      PSP           4390924    /0x0043000C   11.1.6.100                             
13      PSP           4390925    /0x0043000D   11.1.6.100                             
14      PSP           4390926    /0x0043000E   11.1.6.100                             
15      PSP           4390927    /0x0043000F   11.1.6.100                             
158     PSP           272695296  /0x10410000   11.1.6.100

Example: Downstream DEPi Configuration for a Channel

R-PHY#show downstream depi configuration 0
Channel PwSubtype     SessionId(dec/hex)      SrcIp                                  
0       PSP           4390912    /0x00430000   11.1.6.100

Example: Downstream DLM Counter

R-PHY#show downstream dlm counter
       DLM RX Count:        872
       DLM TX Count:        872
       Bad Format Drop:     0
       Bad Code Field Drop: 0
       Bad Session Drop:    0

Example

This example shows how to view the downstream OFDM channel profiles counter information:

R-PHY#show downstream ofdm counter profile 
OFDM Channel: 158
Profile Pkts       Sum-Pkts   Bytes      Sum-Bytes  Codewords  Sum-Codewords
0       1020393    1020393    55101222   55101222   195        695847     
1       0          0          0          0          0          0          
2       0          0          0          0          0          0          
3       0          0          0          0          0          0          
4       0          0          0          0          0          0          
5       0          0          0          0          0          0          
6       0          0          0          0          0          0          
7       0          0          0          0          0          0          
8       0          0          0          0          0          0          
9       0          0          0          0          0          0          
10      0          0          0          0          0          0          
11      0          0          0          0          0          0          
12      0          0          0          0          0          0          
13      0          0          0          0          0          0          
14      0          0          0          0          0          0          
15      0          0          0          0          0          0          

OFDM Channel: 159

OFDM Channel: 160

OFDM Channel: 161

OFDM Channel: 162

Note: The above counters are only for live debug and might overflow

Example

This example shows how to view the downstream OFDM channel profiles counter information from the RPD database:

R-PHY#show downstream ofdm db 
Channel ID  Index  Type  Port Index  OutDiscards  OutErrors  OutPackets  DiscontinuityTime           
158         0      2     0           0            0          1042293     2019-09-04 16:12:41.818131  
            Profile:  0 Profile_CW: 696981
            Profile:  1 Profile_CW: 0
            Profile:  2 Profile_CW: 0
            Profile:  3 Profile_CW: 0
            Profile:  4 Profile_CW: 0
            Profile:  5 Profile_CW: 0
            Profile:  6 Profile_CW: 0
            Profile:  7 Profile_CW: 0
            Profile:  8 Profile_CW: 0
            Profile:  9 Profile_CW: 0
            Profile: 10 Profile_CW: 0
            Profile: 11 Profile_CW: 0
            Profile: 12 Profile_CW: 0
            Profile: 13 Profile_CW: 0
            Profile: 14 Profile_CW: 0
            Profile: 15 Profile_CW: 0
            Plc OutDiscards  Plc OutErrors  Plc OutPackets  Plc DiscontinuityTime       
            0                0              953156          2019-09-04 16:12:41.818177  
            operStatusDsOfdm:  1
            PlcFrameTimeAlignment:  8219228673410636832
Channel ID  Index  Type  Port Index  OutDiscards  OutErrors  OutPackets  DiscontinuityTime           
159         1      2     0           0            0          1038247     2019-09-04 16:12:41.833570  
            Profile:  0 Profile_CW: 798899
            Profile:  1 Profile_CW: 0
            Profile:  2 Profile_CW: 0
            Profile:  3 Profile_CW: 0
            Profile:  4 Profile_CW: 0
            Profile:  5 Profile_CW: 0
            Profile:  6 Profile_CW: 0
            Profile:  7 Profile_CW: 0
            Profile:  8 Profile_CW: 0
            Profile:  9 Profile_CW: 0
            Profile: 10 Profile_CW: 0
            Profile: 11 Profile_CW: 0
            Profile: 12 Profile_CW: 0
            Profile: 13 Profile_CW: 0
            Profile: 14 Profile_CW: 0
            Profile: 15 Profile_CW: 0
            Plc OutDiscards  Plc OutErrors  Plc OutPackets  Plc DiscontinuityTime       
            0                0              943863          2019-09-04 16:12:41.833699  
            operStatusDsOfdm:  1
            PlcFrameTimeAlignment:  8219228673433137840
Channel ID  Index  Type  Port Index  OutDiscards  OutErrors  OutPackets  DiscontinuityTime           
160         2      2     0           0            0          0           2019-09-04 20:12:33.639701  
            Profile:  0 Profile_CW: 0
            Profile:  1 Profile_CW: 0
            Profile:  2 Profile_CW: 0
            Profile:  3 Profile_CW: 0
            Profile:  4 Profile_CW: 0
            Profile:  5 Profile_CW: 0
            Profile:  6 Profile_CW: 0
            Profile:  7 Profile_CW: 0
            Profile:  8 Profile_CW: 0
            Profile:  9 Profile_CW: 0
            Profile: 10 Profile_CW: 0
            Profile: 11 Profile_CW: 0
            Profile: 12 Profile_CW: 0
            Profile: 13 Profile_CW: 0
            Profile: 14 Profile_CW: 0
            Profile: 15 Profile_CW: 0
            Plc OutDiscards  Plc OutErrors  Plc OutPackets  Plc DiscontinuityTime       
            0                0              0               2019-09-04 20:12:33.639701  
            operStatusDsOfdm:  2
            PlcFrameTimeAlignment:  0
Channel ID  Index  Type  Port Index  OutDiscards  OutErrors  OutPackets  DiscontinuityTime           
161         3      2     0           0            0          0           2019-09-04 20:12:33.639701  
            Profile:  0 Profile_CW: 0
            Profile:  1 Profile_CW: 0
            Profile:  2 Profile_CW: 0
            Profile:  3 Profile_CW: 0
            Profile:  4 Profile_CW: 0
            Profile:  5 Profile_CW: 0
            Profile:  6 Profile_CW: 0
            Profile:  7 Profile_CW: 0
            Profile:  8 Profile_CW: 0
            Profile:  9 Profile_CW: 0
            Profile: 10 Profile_CW: 0
            Profile: 11 Profile_CW: 0
            Profile: 12 Profile_CW: 0
            Profile: 13 Profile_CW: 0
            Profile: 14 Profile_CW: 0
            Profile: 15 Profile_CW: 0
            Plc OutDiscards  Plc OutErrors  Plc OutPackets  Plc DiscontinuityTime       
            0                0              0               2019-09-04 20:12:33.639701  
            operStatusDsOfdm:  2
            PlcFrameTimeAlignment:  0
Channel ID  Index  Type  Port Index  OutDiscards  OutErrors  OutPackets  DiscontinuityTime           
162         4      2     0           0            0          0           2019-09-04 20:12:33.639701  
            Profile:  0 Profile_CW: 0
            Profile:  1 Profile_CW: 0
            Profile:  2 Profile_CW: 0
            Profile:  3 Profile_CW: 0
            Profile:  4 Profile_CW: 0
            Profile:  5 Profile_CW: 0
            Profile:  6 Profile_CW: 0
            Profile:  7 Profile_CW: 0
            Profile:  8 Profile_CW: 0
            Profile:  9 Profile_CW: 0
            Profile: 10 Profile_CW: 0
            Profile: 11 Profile_CW: 0
            Profile: 12 Profile_CW: 0
            Profile: 13 Profile_CW: 0
            Profile: 14 Profile_CW: 0
            Profile: 15 Profile_CW: 0
            Plc OutDiscards  Plc OutErrors  Plc OutPackets  Plc DiscontinuityTime       
            0                0              0               2019-09-04 20:12:33.639701  
            operStatusDsOfdm:  2
            PlcFrameTimeAlignment:  0

Example

This example shows how to view the downstream OFDM channel PLC error interrupt details:

R-PHY#show downstream ofdm interrupt 
Interrupt                Status    
PLC MC msg format err    0x0
PLC EM msg format err    0x0
PLC EM msg late err      0x0
PLC FU msg format err    0x0
PLC FU msg late err      0x0
PLC TR msg format err    0x0
PLC TR msg late err      0x0

Example

This example shows how to display both the OCD and DPD configurations:

R-PHY#show downstream ofdm configuration    
OFDM Channel: 158
OCD Message
  OCD fields
    DCID                            : 159
    CCC                             : 2
    TLV 0 Spacing                   : 50 KHz
    TLV 1 Cyclic Prefix             : 1024 samples
    TLV 2 Rolloff                   : 128 samples
    TLV 3 Spectrum Location         : 500600000 Hz
    TLV 4 Interleave Depth          : 16
    TLV 5 Subcarrier Assignment     : Continuous Pilots (list)
      1638  1702  1766  1830  1894  1958  1997  2009  2020  2029  
      2066  2075  2086  2098  2142  2206  2270  2334  2398  2462  
      
      
      
    TLV 5 Subcarrier Assignment     : Excluded Subcarriers (range)
                                    : 0    - 1605
    TLV 5 Subcarrier Assignment     : Excluded Subcarriers (range)
                                    : 2490 - 4095
    TLV 5 Subcarrier Assignment     : PLC Subcarriers (range)
                                    : 2044 - 2051
    TLV 6 Primary Capable           : 0 (No)

OFDM Channel: 158
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 0
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 1024 (default value)
                                    : 0    - 4095
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 1
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 4096 (default value)
                                    : 0    - 4095
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 2
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 2048 (default value)
                                    : 0    - 4095
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 255
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 16 (default value)
                                    : 0    - 4095

Example

This example shows how to display the OCD configuration:

R-PHY#show downstream ofdm configuration ocd
OFDM Channel: 158
OCD Message
  OCD fields
    DCID                            : 159
    CCC                             : 2
    TLV 0 Spacing                   : 50 KHz
    TLV 1 Cyclic Prefix             : 1024 samples
    TLV 2 Rolloff                   : 128 samples
    TLV 3 Spectrum Location         : 500600000 Hz
    TLV 4 Interleave Depth          : 16
    TLV 5 Subcarrier Assignment     : Continuous Pilots (list)
      1638  1702  1766  1830  1894  1958  1997  2009  2020  2029  
      2066  2075  2086  2098  2142  2206  2270  2334  2398  2462  
      
      
      
    TLV 5 Subcarrier Assignment     : Excluded Subcarriers (range)
                                    : 0    - 1605
    TLV 5 Subcarrier Assignment     : Excluded Subcarriers (range)
                                    : 2490 - 4095
    TLV 5 Subcarrier Assignment     : PLC Subcarriers (range)
                                    : 2044 - 2051
    TLV 6 Primary Capable           : 0 (No)

This example shows how to display the DPD configuration:

R-PHY#show downstream ofdm configuration dpd
OFDM Channel: 158
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 0
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 1024 (default value)
                                    : 0    - 4095
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 1
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 4096 (default value)
                                    : 0    - 4095
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 2
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 2048 (default value)
                                    : 0    - 4095
DPD Message
  DPD fields
    DCID                            : 159
    Profile ID                      : 255
    CCC                             : 4
    TLV 5 Subcarrier Range/List     : Range (continuous)
      Modulation                    : 16 (default value)
                                    : 0    - 4095

Example

This example shows how to display the 55D1 in OOB channel configuration:

R-PHY#show downstream oob configuration 55d1 

OOB 55D1 bcm configuration:
Chan          State   Power    Muted   Frequency  CalcuFreq  RegFreq
1:Primary     UP      -10      UnMuted 100000000  190000     190000
1:Secondary   UP       0       UnMuted 81000000   1a4000     1a4000

Example

This example shows how to display the 55D2 in OOB channel configuration:

R-PHY#show downstream oob configuration 55d2 

OOB 55D2 bcm configuration:
Chan    State   Power    Muted   Frequency  CalcuFreq  RegFreq
0       UP      1        UnMuted 94000000   fff38000   f38000

Example

This example shows how to display the OOB DEPI configuration:

R-PHY#show downstream oob configuration depi
DS OOB depi 55d1 configuration:
Chan_id Session id Internal SessionId Source IP                                     Group IP
163     0x800000cb 0xff0000a3         2002::a86f:6f01                               ff3a::8086:1

DS OOB depi 55d2 not configured!

Example

This example shows how to display the NDF in OOB channel configuration:

R-PHY#show downstream oob configuration ndf

OOB NDF bcm configuration:
Chan    State   Power    Muted   Frequency  CalcuFreq  RegFreq
2       UP       0       UnMuted 70000000   ffd58000   d58000

Example

This example shows how to display the downstream counter details, when the system is configured with OOB 55d2 and NDF:

R-PHY#show downstream oob counter

DSOOB 55D2 counters: [update every 2 minutes]
 Modulator : In Packets 136321012
 INTST_rst_cnt : 1

DSOOB NDF counters: [update every 2 minutes]
 Modulator     		      [Chan : 2] : In Packets 12348790
 DPS reset     		      count : 0 (since last reload)

Example

This example shows how to display the downstream counter details, when system is configured with OOB 55d1 and NDF:

R-PHY#show downstream oob counter
 
DSOOB 55D2 counters: [update every 2 minutes]
Modulator : In Packets 21080962
INTST_rst_cnt : 1
 
DSOOB NDF counters: [update every 2 minutes]
Modulator                               [Chan : 2] : In Packets 1239956
DPS reset                                 count : 0 (since last reload)

Example

This example shows how to display the downstream OOB 55-1 counter details:

R-PHY#show downstream oob counter 55d1 

DSOOB 55D1 counters: [update every 2 minutes]
 Primary Channel   : In Packets 456310017
 INTST_rst_cnt : 0
 Secondary Channel : In Packets 0
 INTST_rst_cnt : 0

Displays Downstream OOB 55-2 Counter Details

This example shows how to display the downstream OOB 55-2 counter details:

R-PHY#show downstream oob counter 55d2

DSOOB 55D2 counters: [update every 2 minutes]
 Modulator : In Packets 136281012
 INTST_rst_cnt : 1

Displays Downstream NDF Counter Details

This example shows how to display the downstream NDF counter details:

R-PHY#show downstream oob counter ndf

DSOOB NDF counters: [update every 2 minutes]
Modulator                               [Chan : 2] : In Packets 1239956
DPS reset                                 count : 0 (since last reload)

Example: Downstream Port Configuration

This example shows how to display the downstream port configuration:

R-PHY#show downstream port configuration 
Admin: UP
Muted: NORMAL
BasePower: 32 dBmV 

Downstream Port Configuration

This example shows how to display the downstream port status:

R-PHY# show downstream port status
Port ID Port Type Oper Status
0 DS UP 

Example: Downstream SC QAM

This example shows how to display the downstream SC QAM:

R-PHY#show downstream scqam db 
Channel ID  Channel Type  Port Index  OutDiscards  OutErrors  OutPackets  DiscontinuityTime           
0           1             0           0            0          183510024   2019-05-09 07:11:22.960000  
1           1             0           0            0          183936629   2019-05-09 07:11:22.960000  
2           1             0           0            0          106252      2019-05-09 07:11:22.960000  
3           1             0           0            0          106285      2019-05-09 07:11:22.960000  
4           1             0           0            0          102849      2019-05-09 07:11:22.960000  
5           1             0           0            0          102902      2019-05-09 07:11:22.960000  
6           1             0           0            0          102949      2019-05-09 07:11:22.960000  
7           1             0           0            0          102850      2019-05-09 07:11:22.960000  
8           1             0           0            0          183500907   2019-05-09 07:11:22.960000  
9           1             0           0            0          183927878   2019-05-09 07:11:22.960000  
10          1             0           0            0          92992       2019-05-09 07:11:22.960000  
11          1             0           0            0          92992       2019-05-09 07:11:22.960000  
12          1             0           0            0          92992       2019-05-09 07:11:22.960000  
13          1             0           0            0          92992       2019-05-09 07:11:22.960000  
14          1             0           0            0          92990       2019-05-09 07:11:22.960000  
15          1             0           0            0          92992       2019-05-09 07:11:22.960000  

Example: List of Sensors and their Statuses

This example shows how to list the sensors and their statuses.

R-PHY#show environment all 
Sensor List:  Environmental Monitoring
ID    Sensor                  State                Value
--    ------                  -----                -----
1     temp: FPGA              NORMAL               34 Celsius
2     temp: BCM3161           NORMAL               43 Celsius
3     temp: RF_DS             NORMAL               48 Celsius
4     temp: Inlet_Air         NORMAL               24 Celsius
5     temp: CPU               NORMAL               32 Celsius
6     volt: VP5P0_SB          NORMAL               4.927030 Volt
7     volt: VP3P5             NORMAL               3.499980 Volt
8     volt: 3620_V            NORMAL               1.107324 Volt
9     volt: VP12P0_RF         NORMAL               11.935384 Volt
10    volt: VP3P3_VG          NORMAL               3.303598 Volt
11    volt: VP12V             NORMAL               11.902281 Volt
12    volt: VP1P4             NORMAL               1.377696 Volt
13    volt: VP5P5             NORMAL               5.536112 Volt
14    volt: VP2P0_FP          NORMAL               2.007010 Volt
15    volt: VP3P3             NORMAL               3.307962 Volt
16    volt: VP1P8             NORMAL               1.797583 Volt
17    volt: VP3P3_CLK         NORMAL               3.301416 Volt
18    volt: RF_PD_OU          NORMAL               0.899420 Volt
19    volt: VP3V3_APL         NORMAL               3.310708 Volt
20    volt: VP1P2_IO          NORMAL               1.198793 Volt
21    volt: DB_3V3            NORMAL               3.306407 Volt
22    volt: VP1P35            NORMAL               1.357581 Volt
23    volt: VP3P0_BCM         NORMAL               3.009023 Volt
24    volt: VP1P8_BCM         NORMAL               1.791038 Volt
25    volt: VP2P5_IO          NORMAL               2.484766 Volt
26    volt: VP1P2_FP          NORMAL               1.194792 Volt
27    volt: VP1P0A_BC         NORMAL               0.998244 Volt
28    volt: VP1P0A_FP         NORMAL               0.999744 Volt
29    volt: VP1P0_BCM         NORMAL               0.926726 Volt
30    volt: VP1P0             NORMAL               1.009246 Volt
31    volt: VP1P0_FP          NORMAL               1.001244 Volt
32    volt: LM5066_V          NORMAL               12.099411 Volt
33    current: LM5066_I       NORMAL               3.819864 Amp
34    current: VP1P0_FP       NORMAL               2.250000 Amp
35    current: VP1P0          NORMAL               4.062500 Amp
36    current: VP1P0_BCM      NORMAL               7.187500 Amp

Example: Sensor State Change History

This example shows how to display the history details of the sensor's state change:

R-PHY#show environment history 1
<156>2019-05-08T04:41:18.929639+00:00 RPD10049FC10800 WARNING type=Temp, name=FPGA , id=1 , data=34.000000, unit=Celsius, poll=2, time=2019-05-08 04:41:18
<156>2019-05-08T05:05:50.713127+00:00 RPD10049FC10800 WARNING type=Temp, name=FPGA , id=1 , data=35.000000, unit=Celsius, poll=2, time=2019-05-08 05:05:50

Example: A Sensor Summary

This example shows how to display the summary of a sensor:

R-PHY#show environment sensor 1
ID    Sensor                  State                Value
--    ------                  -----                -----
1     temp: FPGA              NORMAL               35 Celsius

Example: A Sensors Summary Including Alarm Information

R-PHY#show environment summary 
Number of Critical alarms: 0
Number of Major alarms: 0
Number of Minor alarms: 0

ID    Sensor                  State                Value
--    ------                  -----                -----
1     temp: FPGA              NORMAL               35 Celsius
2     temp: BCM3161           NORMAL               44 Celsius
3     temp: RF_DS             NORMAL               49 Celsius
4     temp: Inlet_Air         NORMAL               25 Celsius
5     temp: CPU               NORMAL               33 Celsius
6     volt: VP5P0_SB          NORMAL               4.946668 Volt
7     volt: VP3P5             NORMAL               3.499980 Volt
8     volt: 3620_V            NORMAL               1.093875 Volt
9     volt: VP12P0_RF         NORMAL               11.935384 Volt
10    volt: VP3P3_VG          NORMAL               3.303598 Volt
11    volt: VP12V             NORMAL               11.811884 Volt
12    volt: VP1P4             NORMAL               1.376256 Volt
13    volt: VP5P5             NORMAL               5.533116 Volt
14    volt: VP2P0_FP          NORMAL               2.007010 Volt
15    volt: VP3P3             NORMAL               3.307962 Volt
16    volt: VP1P8             NORMAL               1.797583 Volt
17    volt: VP3P3_CLK         NORMAL               3.301416 Volt
18    volt: RF_PD_OU          NORMAL               0.907422 Volt
19    volt: VP3V3_APL         NORMAL               3.309058 Volt
20    volt: VP1P2_IO          NORMAL               1.198793 Volt
21    volt: DB_3V3            NORMAL               3.306407 Volt
22    volt: VP1P35            NORMAL               1.356971 Volt
23    volt: VP3P0_BCM         NORMAL               3.009023 Volt
24    volt: VP1P8_BCM         NORMAL               1.789947 Volt
25    volt: VP2P5_IO          NORMAL               2.484766 Volt
26    volt: VP1P2_FP          NORMAL               1.194292 Volt
27    volt: VP1P0A_BC         NORMAL               0.997744 Volt
28    volt: VP1P0A_FP         NORMAL               0.999744 Volt
29    volt: VP1P0_BCM         NORMAL               0.926226 Volt
30    volt: VP1P0             NORMAL               1.009246 Volt
31    volt: VP1P0_FP          NORMAL               1.000744 Volt
32    volt: LM5066_V          NORMAL               12.077611 Volt
33    current: LM5066_I       NORMAL               3.845438 Amp
34    current: VP1P0_FP       NORMAL               2.312500 Amp
35    current: VP1P0          NORMAL               4.125000 Amp
36    current: VP1P0_BCM      NORMAL               7.125000 Amp

Example: A Sensor State and Threshold for Alarms

R-PHY#show environment table 1
sensor_id: 1
name: FPGA
type: temp
unit: Celsius
state            low            high
------------------------------------
NORMAL           N/A            84
MINOR-HIGH       85             89
MAJOR-HIGH       90             94
CRITICAL-HIGH    95             99
POWER-CYCLE-HIGH 100            N/A
poll_interval: 2
sensor_state: NORMAL
sensor_value: 35

Example: RPD Fault-Management Configuration from Principal Core

This example shows how to view the RPD fault-management configuration from the principal core.

R-PHY#show fault-management config 
NotifyEnable:          disable
EvThrottleAdminStatus: unconstrained
EvThrottleThreshold:   5
EvThrottleInterval:    1
EvPriority:
 emergency:      LocalQueue, PendingQueue
 alert:          LocalQueue, PendingQueue
 critical:       LocalQueue, PendingQueue
 error:          LocalQueue, PendingQueue
 warning:        LocalQueue
 notice:         LocalQueue
 information:    LocalQueue
 debug:          NoStoreInQueue

Example: RPD Fault-Management Local Queue Events

This example shows how to view the RPD fault-management local queue events.

R-PHY#show fault-management local-queue 
LastTime             FirstTime            Event      Level           Counts Text
2019-05-08 04:04:24  2019-05-08 04:04:24  66070102   notice          1      SSH Authentication Successful from: 11.1.6.1 admin
2019-05-08 04:04:48  2019-05-08 04:05:17  2148075527 warning         2      Rpd default login credentials detected in use - please change password immediately
2019-05-08 04:38:07  2019-05-08 04:38:07  66070401   notice          1      SW Download INIT - Via GCP: SW file:RPD_seres_rpd_20190507_130525_or_166.itb.sign.SSA - SW server:11.1.1.10

Example: RPD Fault-Management Pending Queue Events

This example shows how to view the RPD fault-management pending queue events.

R-PHY#show fault-management pending-queue 
LastTime             FirstTime            Event      Level           Counts Text
2019-05-08 04:04:24  2019-05-08 04:04:24  66070102   notice          1      SSH Authentication Successful from: 11.1.6.1 admin
2019-05-08 04:04:48  2019-05-08 04:05:17  2148075527 warning         2      Rpd default login credentials detected in use - please change password immediately
2019-05-08 04:38:07  2019-05-08 04:38:07  66070401   notice          1      SW Download INIT - Via GCP: SW file:RPD_seres_rpd_20190507_130525_or_166.itb.sign.SSA - SW server:11.1.1.10

Example: FPGA Version

This example shows how to view the FPGA version.

R-PHY#show fpga version 
FPGA Revision(0x00000000):     0x7e2a5202(2018-10-10 8.2)

Example: FPGA Video Configuration

This example shows how to view the FPGA video configuration.

R-PHY#show fpga video configuration 
NUMBER               start channel ID: <0-163>
R-PHY#show fpga video configuration 0 
NUMBER               end channel ID: <0-163>
R-PHY#show fpga video configuration 0 0
Mode: ASYNC

Chan  Ready  VPMI        MPTF        TYPE               M     N      BUF   MACDA  MACSA  IPDA  IPSA  
             Session_ID  Session_ID                                  TRHD  IDX    IDX    IDX   IDX   
0     FALSE  0x00000000  0x00000000  ANNEX_B_QAM64      401   812    0     ---    ---    ---   ---  

Example: FPGA Video Filter

This example shows how to view the FPGA video filter.

R-PHY#show fpga video filter 
VPMI FILTER Enabled

VPMI FILTER configuration:
NO VPMI MACDA FILTER ENTRY is enabled
MACDA_FILTER_ENABLE: 0x00000000
NO VPMI MACSA FILTER ENTRY is enabled
MACSA_FILTER_ENABLE: 0x00000000
NO VPMI IPDA FILTER ENTRY is enabled
IPDA_FILTER_ENABLE: 0x00000000
NO VPMI IPSA FILTER ENTRY is enabled
IPSA_FILTER_ENABLE: 0x00000000

INDEX  MAC_DEST_ADDR      MAC_SRC_ADDR       MAC_SRC_ADDR_MASK  MAC_DA_HIT_CNT  MAC_SA_HIT_CNT  
0      00:00:00:00:00:00  00:00:00:00:00:00  00:00:00:00:00:00  0               0               
1      00:00:00:00:00:00  00:00:00:00:00:00  00:00:00:00:00:00  0               0               
2      00:00:00:00:00:00  00:00:00:00:00:00  00:00:00:00:00:00  0               0               
INDEX  IP_DEST_ADDR   IP_SRC_ADDR IP_DA_HIT_CNT   IP_SA_HIT_CNT   
0      ---            ---         0               0               
1      ---            ---         0 

Example: FPGA Video Interrupt

This example shows how to view the FPGA video interrupt status.

R-PHY#show fpga video interrupt 
MDJT intr:
HIPRI_INT_SRC(0x08000040):     0x00000001
HIPRI_INT_MSK(0x08000044):     0x000001ff
HIPRI_INT_CHN_SRC(0x08000048): 0x00000000
LOPRI_INT_SRC(0x08000060):     0x00000000
LOPRI_INT_MSK(0x08000064):     0x00000001
LOPRI_INT_CHN_SRC(0x08000068): 0x00000000
BUF_OVFL_CHN_SRC_0(0x0800006c): 0x00000000
BUF_OVFL_CHN_SRC_1(0x08000070): 0x00000000
BUF_OVFL_CHN_SRC_2(0x08000074): 0x00000000
BUF_OVFL_CHN_SRC_3(0x08000078): 0x00000000
BUF_OVFL_CHN_SRC_4(0x0800007c): 0x00000000
INBUF_DELQ_CHN_SRC_0(0x0800009c): 0x00000000
INBUF_DELQ_CHN_SRC_1(0x080000a0): 0x00000000
INBUF_DELQ_CHN_SRC_2(0x080000a4): 0x00000000
INBUF_DELQ_CHN_SRC_3(0x080000a8): 0x00000000

Example: FPGA Video Channel Statistics

R-PHY#show fpga video statistics 0 0
CHN  IN_PKT_CNT  DEL_PKT_CNT  INS_PKT_CNT  OUT_PKT_CNT
0    0           0            0            0

Example: GCP Session Overall Status

This example shows how to view the GCP session overall status:

R-PHY#show gcp session            
GCP session information

Active sessions:
SLAVE: 11.1.6.100:None --> 11.1.6.3:8190
SLAVE: 11.1.6.100:None --> 11.1.6.2:8190

Principal session:
None

Principal candidate session
None

Non Principal sessions:
None

Failed sessions:
None

Example: GCP Statistics per Session

This example shows how to view the GCP statistics per session:

R-PHY#show gcp session statistics 
GCP session statistics:

Session1: SLAVE: 11.1.6.100:None --> 11.1.6.3:8190
Rx:560514
RxRunt:0
RxFrag:0
RxInvalidLen:0
RxDecodeFail:0
RxDecodeFrag:0
RxSessionErr:0
RxSessionClose:0
RxNoData:274756
RxSockErr:0
RxQEmpty:0
Tx:280272
TxQEmpty:0
TxQFull:0
TxFrag:0
TxEncodeErr:0
TxEncodeFail:0
TxSessionErr:0
TxSockErr:0

Session2: SLAVE: 11.1.6.100:None --> 11.1.6.2:8190
Rx:171392
RxRunt:0
RxFrag:0
RxInvalidLen:0
RxDecodeFail:0
RxDecodeFrag:0
RxSessionErr:0
RxSessionClose:0
RxNoData:85695
RxSockErr:0
RxQEmpty:0
Tx:85701
TxQEmpty:0
TxQFull:0
TxFrag:0
TxEncodeErr:0
TxEncodeFail:0
TxSessionErr:0
TxSockErr:0

Example: Shelf Sensor Alarms

This example shows how to view the shelf sensor alarms.

R-PHY#show group environment alarm 
EventId     Module  Level  StartTime  Duration         Text                                               
2148075525  PSU1    error  04:47:30   1 day, 20:29:30  Rpd shelf power fail PSU1;GROUP-ID=0004.9f30.a078  

Example: Shelf All Sensor Information

This example shows how to view all information about the sensor.

R-PHY#show group environment all
---temperature---
ID  Desc                        Value(Celsius)  Test   Last Chg   
60  Local Temperature Register  24              False  04:47:10   
61  Remote DX1 temperature      24              False  04:47:10   
62  Inlet Air U38 local         23              False  04:47:10   

---power---
ID  Desc  State  Test   Last Chg   
57  PSU0  ON     False  04:47:10   
58  PSU1  FAIL   False  04:47:30   

---fan---
ID  Desc  State  Level  Front(rpm)  Rear(rpm)  Test   Last Chg   
51  FAN1  On     1      7324        7312       False  04:47:10   
52  FAN2  On     1      7397        7212       False  04:47:10   
53  FAN3  On     1      7250        7338       False  04:47:10   
54  FAN4  On     1      7331        7278       False  04:47:10   
55  FAN5  On     1      7591        7357       False  04:47:10

Example: Shelf Group FANIO EEPROM Info

This example shows how to view the shelf group FANIO EEPROM info.

R-PHY#show group environment eeprom-fanio 
Eeprom format version: 04 
Compatiblity Byte: FF 
Controller Type - Type: 40 
Controller Type - High Byte: 0D 
Controller Type - Low Byte: 7F 
Hardware Version - Type: 41 
Hardware Version - High Byte: 02 
Hardware Version - Low Byte: 00 
PCA Part Number - Type: 82 
PCA Part Number - Values: 73-18623-2
PCA Revision - Type: 42 
PCA Revision - Values: 42 30 
TAN Part Number - Type: C0 
TAN Part Number - Length: 46 
TAN Part Number: 800-104482-2
TAN Revision Number - Type: 8D 
TAN Revision Number: 42 30 00 00 
Product Number (PID) - Type: CB 
Product Number (PID) - Length: 92 
Product Number (PID): RPHY_SHELF_3X6
Version ID (VID) - Type: 89 
Version ID (VID): V02
CLEI Code - Type: C6 
CLEI Code - Length: 8A 
CLEI Code: CAMME00BRB
Deviation Number - Type: 88 
Deviation Number: 00 00 00 00 
PCB Fab Version - Type: 02 
PCB Fab Version: 02 
PCA Serial Number - Type: C1 
PCA Serial Number - Length: 8B 
PCA Serial Number: CAT2222E1JJ
RMA Test History - Type: 03 
RMA Test History: 00 
RMA Number - Type: 81 
RMA Number: 00 00 00 00 
RMA History - Type: 04 
RMA History: 00 
Manufacturing Test Data - Type: C4 
Manufacturing Test Data - Length: 08 
Manufacturing Test Data: 00 00 00 00 00 00 00 00 
Field Diagnostic Data - Type: C5 
Field Diagnostic Data - Length: 08 
Field Diagnostic Data: 00 00 00 00 00 00 00 00 
Asset ID - Type: CC 
Asset ID - Length: A0 
Asset ID: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 
Licensing Transaction ID - Type: 8B 
Licensing Transaction ID: 00 00 00 00 

Example: Shelf Group PSIO EEPROM Info

This example shows how to view the shelf group PSIO EEPROM info.

R-PHY#show group environment eeprom-psio 
Eeprom format version: 04 
Compatiblity Byte: FF 
Controller Type - Type: 40 
Controller Type - High Byte: 0D 
Controller Type - Low Byte: 7F 
Hardware Version - Type: 41 
Hardware Version - High Byte: 01 
Hardware Version - Low Byte: 00 
PCA Part Number - Type: 82 
PCA Part Number - Values: 73-18592-1
PCA Revision - Type: 42 
PCA Revision - Values: 46 30 
TAN Part Number - Type: C0 
TAN Part Number - Length: 46 
TAN Part Number: 800-104482-2
TAN Revision Number - Type: 8D 
TAN Revision Number: 42 30 00 00 
Product Number (PID) - Type: CB 
Product Number (PID) - Length: 92 
Product Number (PID): RPHY_SHELF_3X6
Version ID (VID) - Type: 89 
Version ID (VID): V02
CLEI Code - Type: C6 
CLEI Code - Length: 8A 
CLEI Code: CAMME00BRB
Deviation Number - Type: 88 
Deviation Number: 00 00 00 00 
PCB Fab Version - Type: 02 
PCB Fab Version: 01 
PCA Serial Number - Type: C1 
PCA Serial Number - Length: 8B 
PCA Serial Number: CAT2222E0UX
RMA Test History - Type: 03 
RMA Test History: 00 
RMA Number - Type: 81 
RMA Number: 00 00 00 00 
RMA History - Type: 04 
RMA History: 00 
Manufacturing Test Data - Type: C4 
Manufacturing Test Data - Length: 08 
Manufacturing Test Data: 00 00 00 00 00 00 00 00 
Field Diagnostic Data - Type: C5 
Field Diagnostic Data - Length: 08 
Field Diagnostic Data: 00 00 00 00 00 00 00 00 
Asset ID - Type: CC 
Asset ID - Length: A0 
Asset ID: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 
Licensing Transaction ID - Type: 8B 
Licensing Transaction ID: 00 00 00 00 
System MAC Address - Type: C3 
System MAC Address - Length: 06 
System MAC Address: 00:53:bf:f4:4b:6e
System MAC Address Block Size - Type: 43 
System MAC Address Block Size: 00 01 C2 8B 
Chassis Serial Number - Type Field: C2 
Chassis Serial Number - Length Field: 8B 
Chassis Serial Number: CAT2223E15D

Example: Shelf Group PSU EEPROM Info

This example shows how to view the shelf group PSU EEPROM info.

R-PHY#show group environment eeprom-psu
PSU0:   PRESENT
Block Signature: 0xABAB
Block Version: 3
Block Length: 160
Block Checksum: 6085
Seeprom Size: 65535
Block Count: 2
Fru Major Type: 0xAB01
Fru Minor Type: 0x0000
OEM String: Cisco Systems, Inc.
Product Number (PID): N55-PAC-750W
Serial Number: POG21027T2B
Part Number: 341-0503-01
Part Version: A0
MFG Deviation: 0
HW Rev Major: 0x0001
HW Rev Minor: 0x0000
Power Consumption: 0
RMA_Failure Code: 0,0,0,9
Block Signature: 0x000C
Block Version: 0
Block Length: 3
Block Checksum: 1
CLEI Code: 
Version ID (VID): 

PSU1:   PRESENT
Block Signature: 0xABAB
Block Version: 3
Block Length: 160
Block Checksum: 6093
Seeprom Size: 65535
Block Count: 2
Fru Major Type: 0xAB01
Fru Minor Type: 0x0000
OEM String: Cisco Systems, Inc.
Product Number (PID): N55-PAC-750W
Serial Number: POG21027T1K
Part Number: 341-0503-01
Part Version: A0
MFG Deviation: 0
HW Rev Major: 0x0001
HW Rev Minor: 0x0000
Power Consumption: 0
RMA_Failure Code: 0,0,0,9
Block Signature: 0x000C
Block Version: 0
Block Length: 3
Block Checksum: 1
CLEI Code: 
Version ID (VID):

Example: Shelf Group Fan, Power, and Temperature Sensor Status

This example shows how to view the shelf group fan, power, and temperature sensor status.

R-PHY#show group environment fan 
ID  Desc  State  Level  Front(rpm)  Rear(rpm)  Test   Last Chg   
51  FAN1  On     1      7328        7310       False  04:47:10   
52  FAN2  On     1      7359        7217       False  04:47:10   
53  FAN3  On     1      7263        7305       False  04:47:10   
54  FAN4  On     1      7380        7279       False  04:47:10   
55  FAN5  On     1      7558        7363       False  04:47:10   
R-PHY#show group environment power 
ID  Desc  State  Test   Last Chg   
57  PSU0  ON     False  04:47:10   
58  PSU1  FAIL   False  04:47:30   
R-PHY#show group environment temperature 
ID  Desc                        Value(Celsius)  Test   Last Chg   
60  Local Temperature Register  24              False  04:47:10   
61  Remote DX1 temperature      23              False  04:47:10   
62  Inlet Air U38 local         24              False  04:47:10  

Example: Shelf Group Sensor Information

This example shows how to view the shelf group sensor information.

R-PHY#show group environment table       
Fan Location:
    --------------------------FRONT-----------------------
   /                                                     /|
  /                                                     / |
 /                                                     /  |
/                                                     /   |
--------------------------BACK------------------------    /
| : : : |        |        |        |        |        |   /
| : : : |  FAN5  |  FAN4  |  FAN3  |  FAN2  |  FAN1  |  /
| : : : |        |        |        |        |        | /
------------------------------------------------------

Fan Speed definition:
|-----------------------------------------------------------------------------------------------|
| Default | Default Inlet Air(RF |    Ramp Down    |         Avg          |         Avg         |
|  Speed  |      U38 local)      | Temperature(.C) | Fan Speed RPM, FRONT | Fan Speed RPM, Rear |
|  Level  |    Temp Range(.C)    |                 |                      |                     |
|---------+----------------------+-----------------+----------------------+---------------------|
| Speed 1 |      up to 40        |       37        | 50% PWM, 7570+-10%   |      7330+-10%      |
|---------+----------------------+-----------------+----------------------+---------------------|
| Speed 2 |      41 to 50        |       47        | 70% PWM, 10945+-10%  |      10555+-10%     |
|---------+----------------------+-----------------+----------------------+---------------------|
| Speed 3 |    51 and above      |       -         | 100% PWM, 16000+-10% |      15400+-10%     |
|-----------------------------------------------------------------------------------------------|

Fan failure definition:
It will be assumed that a fan is failed if it is running less than 3000RPM 
or less/more than 2500 RPM from set point. At this point the system will alarm 
and send the remaining fans to maximum speed.

Hw Sensor definition:
|-------------------------------------------------------------------------------|
|   Sensor   |   desc and    | Minor | Major | Critical |   Power  |   System   |
|    Name    | board Ref Des |       |       |          |   cycle  |  Response  |
|------------+---------------+-------+-------+----------+----------+------------|
| Inlet_Air  |   U38 local   |  50   |  55   |   61     |    NA    | Just alarm |
|------------+---------------+-------+-------+----------+----------+------------|
|    FPGA    |      Q4       |  85   |  90   |   95     |    100   | Power cycle|
|------------+---------------+-------+-------+----------+----------+------------|
|    CPU     |      Q2       |  90   |  95   |   100    |    105   | Power cycle|
|------------+---------------+-------+-------+----------+----------+------------|
|   BCM3161  |      Q3       |  95   |  100  |   105    |    110   | Power cycle|
|------------+---------------+-------+-------+----------+----------+------------|
|    RF_DS   |      Q1       |  90   |  95   |   105    |    110   | Power cycle|
|-------------------------------------------------------------------------------|

Example: Shelf Group Information

This example shows how to display the shelf group information.

R-PHY#show group info 
Group Id: 0004.9f30.a078
CPU Id: 0
CPLD version: 9
Primary: True
Operational: True