Manuals+

SFP-10GLR-31 TEST REPORT (Cisco)

1. Test Purpose

By building test scenarios and simulating the customer's usage environment, we test whether the module performance meets the customer's requirements.

2. Test Result Summary

Table 2-1: Test Result Summary

Test Items Test Result
Multi-Version Pass
Connectivity Pass
Module Basic Information Pass
Digital Diagnostic Monitoring Pass

3. Test Equipment Used

Table 3-1: Test Equipment Used

Vendor Device Soft Version/Compatible Brand Serial Number
Cisco Switch NCS-55A2-MOD-S 7.7.21 /
FS Optical Transceiver Module SFP-10GLR-31 Cisco Compatible A1920000006
A1920000007

4. Test Data

4.1 Test Scenario

Network topology: A diagram shows a network setup involving a Cisco NCS-55A2-MOD-S switch and an SFP-10GLR-31 module, connected in an interoperability test scenario.

Test Premise:

  1. Confirm the brand, quantity, and placement of the switches to be tested.
  2. Prepare control cables, test software, and optical fiber patch cords. Power on the switches in advance.
  3. Locate the Console port on the switch (usually marked "CON", "IOIOI", or with a computer monitor icon). Connect the switch to the computer using a control cable.

Test Method:

  1. Before connecting the software, confirm the control cable's connection port in the computer's device manager (Ports COM and LPT).
  2. Open SecureCRT Portable software and enter the quick connection interface.
  3. Protocol selection: Serial
  4. Port selection: Match the port viewed in the previous step.
  5. Baud rate selection: Match the baud rate of the port on the target switch.
  6. Flow control: Do not check this option.
  7. The remaining configurations can keep the default values.

A screenshot shows the SecureCRT Quick Connect window with Serial protocol selected, a port (e.g., COM28) specified, and a baud rate of 38400.

Test Steps

  1. Insert the module into the corresponding rate port of the switch, and connect the TX-RX ends with an optical fiber jumper or an MTP self-loop device. Observe if the module is connected. If not, check the jumper connection or switch port configuration.
  2. Enter the test interface, input the account and password, log in to the switch, and enter privileged mode.
  3. According to the switch command configuration table, input the corresponding test command and view relevant information: port status (connectivity), connection rate, alarm status, module basic information, DDM information, etc. Determine if it meets the requirements.

4.2 Test Result

Switch Model and Version:

The following output shows the switch model name and software version:

RP/0/RP0/CPU0:ios#show version
Fri Feb 14 03:14:32.926 UTC
Cisco IOS XR Software, Version 7.7.21
Copyright (c) 2013-2023 by Cisco Systems, Inc.
Build Information:
Built By : deenayak
Built On : Thu Jun 29 03:55:49 PDT 2023
Built Host: 8ef204814797
Workspace:/auto/srcarchive16/prod/7.7.21/ncs5500/ws
Version : 7.7.21
Location: /opt/cisco/XR/packages/
Label : 7.7.21

Interface Status:

The following output shows the status of all ports on the switch:

RP/0/RP0/CPU0:ios#show interfaces status
% Invalid input detected at '^' marker.
RP/0/RP0/CPU0:ios#show interfaces brief
Fri Feb 14 03:14:44.988 UTC
Intf Name
Nu0
Te0/0/0/0
Te0/0/0/1
Te0/0/0/2
Te0/0/0/3
Te0/0/0/4
Te0/0/0/5
Te0/0/0/6
Te0/0/0/7
Te0/0/0/8
Te0/0/0/9
Te0/0/0/10
Te0/0/0/11
Te0/0/0/12
Te0/0/0/13
Te0/0/0/14
Te0/0/0/15
Te0/0/0/16
Te0/0/0/17
Te0/0/0/18
Te0/0/0/19
Te0/0/0/20
Te0/0/0/21
Te0/0/0/22
Te0/0/0/23
TF0/0/0/24
TF0/0/0/25
TF0/0/0/26
TF0/0/0/27
TF0/0/0/28
TF0/0/0/29
TF0/0/0/30
TF0/0/0/31
TF0/0/0/32
TF0/0/0/33
TF0/0/0/34
TF0/0/0/35
TF0/0/0/36
TF0/0/0/37
TF0/0/0/38
TF0/0/0/39
Hu0/0/1/2
Hu0/0/1/3
Te0/0/1/1/0
Te0/0/1/1/1
Te0/0/1/1/2
Te0/0/1/1/3
TF0/0/1/0/0
TF0/0/1/0/1
TF0/0/1/0/2
TF0/0/1/0/3
Fo0/0/2/1
Fo0/0/2/2
Hu0/0/2/0
Hu0/0/2/3
Mg0/RP0/CPU0/0
Intf State LineP State Encap MTU BW
(byte) (Kbps)
Nu0 up up Null 1500 0
Te0/0/0/0 up up ARPA 1514 10000000
Te0/0/0/1 up up ARPA 1514 10000000
Te0/0/0/2 admin-down admin-down ARPA 1514 10000000
Te0/0/0/3 admin-down admin-down ARPA 1514 10000000
Te0/0/0/4 admin-down admin-down ARPA 1514 10000000
Te0/0/0/5 admin-down admin-down ARPA 1514 10000000
Te0/0/0/6 admin-down admin-down ARPA 1514 10000000
Te0/0/0/7 admin-down admin-down ARPA 1514 10000000
Te0/0/0/8 admin-down admin-down ARPA 1514 10000000
Te0/0/0/9 admin-down admin-down ARPA 1514 10000000
Te0/0/0/10 admin-down admin-down ARPA 1514 10000000
Te0/0/0/11 admin-down admin-down ARPA 1514 10000000
Te0/0/0/12 admin-down admin-down ARPA 1514 10000000
Te0/0/0/13 admin-down admin-down ARPA 1514 10000000
Te0/0/0/14 admin-down admin-down ARPA 1514 10000000
Te0/0/0/15 admin-down admin-down ARPA 1514 10000000
Te0/0/0/16 admin-down admin-down ARPA 1514 10000000
Te0/0/0/17 admin-down admin-down ARPA 1514 10000000
Te0/0/0/18 admin-down admin-down ARPA 1514 10000000
Te0/0/0/19 admin-down admin-down ARPA 1514 10000000
Te0/0/0/20 admin-down admin-down ARPA 1514 10000000
Te0/0/0/21 admin-down admin-down ARPA 1514 10000000
Te0/0/0/22 admin-down admin-down ARPA 1514 10000000
Te0/0/0/23 admin-down admin-down ARPA 1514 10000000
TF0/0/0/24 admin-down admin-down ARPA 1514 25000000
TF0/0/0/25 admin-down admin-down ARPA 1514 25000000
TF0/0/0/26 admin-down admin-down ARPA 1514 25000000
TF0/0/0/27 admin-down admin-down ARPA 1514 25000000
TF0/0/0/28 admin-down admin-down ARPA 1514 25000000
TF0/0/0/29 admin-down admin-down ARPA 1514 25000000
TF0/0/0/30 admin-down admin-down ARPA 1514 25000000
TF0/0/0/31 admin-down admin-down ARPA 1514 25000000
TF0/0/0/32 admin-down admin-down ARPA 1514 25000000
TF0/0/0/33 admin-down admin-down ARPA 1514 25000000
TF0/0/0/34 admin-down admin-down ARPA 1514 25000000
TF0/0/0/35 admin-down admin-down ARPA 1514 25000000
TF0/0/0/36 admin-down admin-down ARPA 1514 25000000
TF0/0/0/37 admin-down admin-down ARPA 1514 25000000
TF0/0/0/38 admin-down admin-down ARPA 1514 25000000
TF0/0/0/39 admin-down admin-down ARPA 1514 25000000
Hu0/0/1/2 admin-down admin-down ARPA 1514 100000000
Hu0/0/1/3 admin-down admin-down ARPA 1514 100000000
Te0/0/1/1/0 admin-down admin-down ARPA 1514 10000000
Te0/0/1/1/1 admin-down admin-down ARPA 1514 10000000
Te0/0/1/1/2 admin-down admin-down ARPA 1514 10000000
Te0/0/1/1/3 admin-down admin-down ARPA 1514 10000000
TF0/0/1/0/0 admin-down admin-down ARPA 1514 25000000
TF0/0/1/0/1 admin-down admin-down ARPA 1514 25000000
TF0/0/1/0/2 admin-down admin-down ARPA 1514 25000000
TF0/0/1/0/3 admin-down admin-down ARPA 1514 25000000
Fo0/0/2/1 down down ARPA 1514 40000000
Fo0/0/2/2 down down ARPA 1514 40000000
Hu0/0/2/0 admin-down admin-down ARPA 1514 100000000
Hu0/0/2/3 down down ARPA 1514 100000000
Mg0/RP0/CPU0/0 admin-down admin-down ARPA 1514 1000000

Module Basic Information (SFP EEPROM):

SFP EEPROM port: 0

Xcvr Type: SFP
Xcvr Code: SFP+ 10G LR
Encoding: 64B66B
Bit Rate: 10300 Mbps
Link Reach 9u fiber (Km): 10000 meter
Link Reach 9u fiber (100m): 10000 meter
Vendor Name: FS
Vendor OUI: 00.00.00
Vendor Part Number: SFP-10GLR-31 (rev.: )
Laser wavelength: 1310 nm (fraction: 0.00 nm)
Optional SFP Signal: Tx_Disable, Tx_Fault, LOS
Vendor Serial Number: A1920000006
Date Code (yy/mm/dd): 19/02/21 lot code:
Diagnostic Monitoring: DOM, Int. Cal.,
Enhanced Options: SW RX LOS Mon., SW TX Fault Mon, SW TX Disable, Alarm/Warning Flags

SFP EEPROM port: 1

Xcvr Type: SFP
Xcvr Code: SFP+ 10G LR
Encoding: 64B66B
Bit Rate: 10300 Mbps
Link Reach 9u fiber (Km): 10000 meter
Link Reach 9u fiber (100m): 10000 meter
Vendor Name: FS
Vendor OUI: 00.00.00
Vendor Part Number: SFP-10GLR-31 (rev.: )
Laser wavelength: 1310 nm (fraction: 0.00 nm)
Optional SFP Signal: Tx Disable, Tx Fault, LOS
Vendor Serial Number: A1920000007
Date Code (yy/mm/dd): 19/02/21 lot code:
Diagnostic Monitoring: DOM, Int. Cal.,
Enhanced Options: SW RX LOS Mon., SW TX Fault Mon, SW TX Disable, Alarm/Warning Flags

Digital Diagnostic Monitoring (DDM) Information:

Physical interface: xe-0/0/16

Laser bias current: 32.880 mA
Laser output power: 0.5610 mW / -2.51 dBm
Module temperature: 33 degrees C / 91 degrees F
Module voltage: 3.2590 V
Laser receiver power: 0.6327 mW / -1.99 dBm
Laser bias current high alarm: Off
Laser bias current low alarm: Off
Laser bias current high warning: Off
Laser bias current low warning: Off
Laser output power high alarm: Off
Laser output power low alarm: Off
Laser output power high warning: Off
Laser output power low warning: Off
Module temperature high alarm: Off
Module temperature low alarm: Off
Module temperature high warning: Off
Module temperature low warning: Off
Module voltage high alarm: Off
Module voltage low alarm: Off
Module voltage high warning: Off
Module voltage low warning: Off
Laser rx power high alarm: Off
Laser rx power low alarm: Off
Laser rx power high warning: Off
Laser rx power low warning: Off

Thresholds for xe-0/0/16:

Laser bias current high alarm threshold: 80.000 mA
Laser bias current low alarm threshold: 10.000 mA
Laser bias current high warning threshold: 75.000 mA
Laser bias current low warning threshold: 15.000 mA
Laser output power high alarm threshold: 1.7780 mW / 2.50 dBm
Laser output power low alarm threshold: 0.0950 mW / -10.22 dBm
Laser output power high warning threshold: 1.1220 mW / 0.50 dBm
Laser output power low warning threshold: 0.1510 mW / -8.21 dBm
Module temperature high alarm threshold: 75 degrees C / 167 degrees F
Module temperature low alarm threshold: -5 degrees C / 23 degrees F
Module temperature high warning threshold: 70 degrees C / 158 degrees F
Module temperature low warning threshold: 0 degrees C / 32 degrees F
Module voltage high alarm threshold: 3.630 V
Module voltage low alarm threshold: 2.970 V
Module voltage high warning threshold: 3.460 V
Module voltage low warning threshold: 3.130 V
Laser rx power high alarm threshold: 1.7783 mW / 2.50 dBm
Laser rx power low alarm threshold: 0.0229 mW / -16.40 dBm
Laser rx power high warning threshold: 1.1220 mW / 0.50 dBm
Laser rx power low warning threshold: 0.0363 mW / -14.40 dBm

Physical interface: xe-0/0/17

Laser bias current: 33.930 mA
Laser output power: 0.5660 mW / -2.47 dBm
Module temperature: 33 degrees C / 91 degrees F
Module voltage: 3.2540 V
Laser receiver power: 0.2416 mW / -6.17 dBm
Laser bias current high alarm: Off
Laser bias current low alarm: Off
Laser bias current high warning: Off
Laser bias current low warning: Off
Laser output power high alarm: Off
Laser output power low alarm: Off
Laser output power high warning: Off
Laser output power low warning: Off
Module temperature high alarm: Off
Module temperature low alarm: Off
Module temperature high warning: Off
Module temperature low warning: Off
Module voltage high alarm: Off
Module voltage low alarm: Off
Module voltage high warning: Off
Module voltage low warning: Off
Laser rx power high alarm: Off
Laser rx power low alarm: Off
Laser rx power high warning: Off
Laser rx power low warning: Off

Thresholds for xe-0/0/17:

Laser bias current high alarm threshold: 80.000 mA
Laser bias current low alarm threshold: 10.000 mA
Laser bias current high warning threshold: 75.000 mA
Laser bias current low warning threshold: 15.000 mA
Laser output power high alarm threshold: 1.7780 mW / 2.50 dBm
Laser output power low alarm threshold: 0.0950 mW / -10.22 dBm
Laser output power high warning threshold: 1.1220 mW / 0.50 dBm
Laser output power low warning threshold: 0.1510 mW / -8.21 dBm
Module temperature high alarm threshold: 75 degrees C / 167 degrees F
Module temperature low alarm threshold: -5 degrees C / 23 degrees F
Module temperature high warning threshold: 70 degrees C / 158 degrees F
Module temperature low warning threshold: 0 degrees C / 32 degrees F
Module voltage high alarm threshold: 3.630 V
Module voltage low alarm threshold: 2.970 V
Module voltage high warning threshold: 3.460 V
Module voltage low warning threshold: 3.130 V
Laser rx power high alarm threshold: 1.7783 mW / 2.50 dBm
Laser rx power low alarm threshold: 0.0229 mW / -16.40 dBm
Laser rx power high warning threshold: 1.1220 mW / 0.50 dBm
Laser rx power low warning threshold: 0.0363 mW / -14.40 dBm

Test Conclusion

After completing the above test content, all the test information should be copied and pasted into a TXT document.

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sfp-10glr-31-test-report-cisco

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