07-08-2015 01:10 PM
We have a customer connected with an HP5412 to one of our legacy CAT6509 switches.
We are trying to move the uplink on the HP5412 to a SAT 9000V port on our ASR9006. We cannot get the link to come up. The fibers test good. On the HP side, they are using the same HP SFP transceivers which work on the connection to the CAT6509.
There are new SFP transceivers on the SAT9000V side of the link.
If we back out the connector slightly the link comes up briefly on the HP. It almost seems like the light is "too hot" coming into the HP.
We get nothing on the SAT side. It appears the received light is too low.
Are there commands in the IOS-XR interface configuration to lower the light level?
Are there any known compatibility issues with an HP5412 switches or HP SPF transceivers that I should be aware of?
Thanks!
-Phil
07-08-2015 01:30 PM
Hi Phil,
What optic are you using on the satellite?
Do you have auto-neg enabled or disabled on both sides?
Please send show nv sat stat sat <x> from the 9K. To login to the 9000v and get light levels use that same command and use 'telnet vrf <x> w.x.y.z' The vrf may be **nVSatellite. Once in the satellite issue 'show satellite powerlevels port all'
Thanks,
Sam
07-08-2015 01:55 PM
Hi Sam,
These are GLC-LH-SMD SFPs on the Satellite. We are using auto-neg. I'm working on getting more details from the customer's HP5412 config. They had a short window to test today. I'm going to see if we can set up another short test window with them again soon. (This is a production switch for them and we don't have lab hardware to duplicate the problem right now).
Here's the output from the "show nv sat status sat 100"
Wed Jul 8 16:40:50.791 EDT
Satellite 100
-------------
State: Connected (Stable)
Type: asr9000v
Description: satellite 100
MAC address: 501c.bf10.51cc
IPv4 address: 172.30.100.100
Received Serial Number: CAT1802U1PK
Remote version: Compatible (not latest version)
ROMMON: 126.0 (Available: 125.0)
FPGA: 1.13 (Latest)
IOS: 287.0 (Available: 285.0)
Configured satellite fabric links:
TenGigE0/0/0/2
--------------
State: Satellite Ready
IPv4 address: 172.30.100.1
Port range: GigabitEthernet0/0/0-10
TenGigE0/0/0/14
---------------
State: Satellite Ready
IPv4 address: 172.30.100.1
Port range: GigabitEthernet0/0/22-32
TenGigE0/0/0/20
---------------
State: Satellite Ready
IPv4 address: 172.30.100.1
Port range: GigabitEthernet0/0/33-43
TenGigE0/0/0/8
--------------
State: Satellite Ready
IPv4 address: 172.30.100.1
Port range: GigabitEthernet0/0/11-21
=================
LC:Satellite# show satellite powerlevels port all
SFP Measurement Values for port:1
------------------------------
Temperature= 42.0312^C
Laser Bias= 18.2419mA
Tx Power= 0.2816mW
Rx Power= 0.2099mW
------------------------------
SFP Measurement Values for port:2
------------------------------
Temperature= 46.7929^C
Laser Bias= 22.9779mA
Tx Power= 0.1640mW
Rx Power= 0.1625mW
------------------------------
SFP Measurement Values for port:3
------------------------------
Temperature= 54.3632^C
Laser Bias= 22.4959mA
Tx Power= 0.2298mW
Rx Power= 0.1684mW
------------------------------
SFP Measurement Values for port:4
------------------------------
Temperature= 51.3007^C
Laser Bias= 24.3539mA
Tx Power= 0.2362mW
Rx Power= 0.2292mW
------------------------------
SFP Measurement Values for port:5
------------------------------
Temperature= 47.5625^C
Laser Bias= 22.5039mA
Tx Power= 0.2442mW
Rx Power= 0.1719mW
------------------------------
SFP Measurement Values for port:6
------------------------------
Temperature= 56.6328^C
Laser Bias= 23.3379mA
Tx Power= 0.2512mW
Rx Power= 0.1774mW
------------------------------
SFP Measurement Values for port:7
------------------------------
Temperature= 54.1250^C
Laser Bias= 23.8519mA
Tx Power= 0.2625mW
Rx Power= 0.1472mW
------------------------------
SFP Measurement Values for port:8
------------------------------
Temperature= 49.6640^C
Laser Bias= 23.5459mA
Tx Power= 0.2408mW
Rx Power= 0.1737mW
------------------------------
SFP Measurement Values for port:9
------------------------------
Temperature= 49.3359^C
Laser Bias= 25.7179mA
Tx Power= 0.3013mW
Rx Power= 0.1663mW
------------------------------
SFP Measurement Values for port:11
------------------------------
Temperature= 45.4179^C
Laser Bias= 21.9979mA
Tx Power= 0.2938mW
Rx Power= 0.1239mW
------------------------------
SFP Measurement Values for port:12
------------------------------
Temperature= 41.0625^C
Laser Bias= 19.6059mA
Tx Power= 0.2791mW
Rx Power= 0.2603mW
------------------------------
SFP Measurement Values for port:13
------------------------------
Temperature= 36.7929^C
Laser Bias= 20.0919mA
Tx Power= 0.2776mW
Rx Power= 0.1188mW
------------------------------
SFP Measurement Values for port:14
------------------------------
Temperature= 40.3828^C
Laser Bias= 22.3039mA
Tx Power= 0.2785mW
Rx Power= 0.1502mW
------------------------------
SFP Measurement Values for port:15
------------------------------
Temperature= 42.2773^C
Laser Bias= 21.0459mA
Tx Power= 0.2299mW
Rx Power= 0.0000mW
------------------------------
Copper SFP on port =16, Powerlevels cannot be fetched!
------------------------------
Copper SFP on port =17, Powerlevels cannot be fetched!
------------------------------
SFP Measurement Values for port:45
------------------------------
Temperature= 37.4921^C
Laser Bias= 8.0159mA
Tx Power= 0.5203mW
Rx Power= 0.6033mW
------------------------------
SFP Measurement Values for port:46
------------------------------
Temperature= 38.0156^C
Laser Bias= 7.9879mA
Tx Power= 0.6379mW
Rx Power= 0.5099mW
------------------------------
SFP Measurement Values for port:47
------------------------------
Temperature= 33.3320^C
Laser Bias= 7.5159mA
Tx Power= 0.6240mW
Rx Power= 0.4901mW
------------------------------
SFP Measurement Values for port:48
------------------------------
Temperature= 33.7851^C
Laser Bias= 7.7599mA
Tx Power= 0.6302mW
Rx Power= 0.5423mW
------------------------------
LC:Satellite#
Thanks for the info.
-Phil
04-28-2016 10:35 PM
Hi Phil,
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