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Interface NNI sfp

The Interface NNI members are used for configuration and status on the Uplink Ports. The uplink ports are referred to NNIs or Network to Network Interfaces.  

The configuration of NNI is defined as follows:


NNI Interface Config Attributes 

Attribute  Values Comment
Aid SFP1-1-x |
QSFP1-2-y |
x=1..4 y=1..6
 AID or Access Identifier used to identify the port.
Oper-state Up or down The operational state of the port.
Availability-state

e-notsupported
e-intest
e-failed
e-poweroff
e-offline
e-offduty
e-dependency
e-degraded
e-notinstalled
e-logfull
eunauthaccess

Further description of failure.
Availability state reportin not supported
Test currently in progress on entity
Failed due to equipment or port problem
Device is powered off
Device has been administered down
Scheduled device is not active now
Depend on device that is currently down
Operational but service impacted
Equipment is missing to render service
Stopped due to log being full
Down due to authentication failure.
Vendor-name string The name of the optical module vendor.
Vendor-part-number string The part number of the optical module
Vend-rev string The hardware revision number of the module
Serial-number string The serial number of the optical module
Date-code string When the module was manufactured.
Wave-length string The wavelength in nanometers.
Temperature float The temperature of the optical module in degrees Celsius.
Voltage float The voltage being used to power the laser.
Tx-current float The current being used to drive the laser measured in milliamperes.
Tx-optical-power float The transmit optical power of the laser.  Not all lasers can measure their output.  Power is in dBm.
Rx-optical-power float The received optical power measured in dBm
Supported-speed int32 The speed that the laser is transmitting data.
Rate-mbps int32 The bitrate oft the laser expressed in megabits per second.
Transceiver-code   The type of transceiver that is plugged in.
Alarm-flag   The value of the alarm bits in the transceiver
Status-register   The status register bits from the transceiver.
Tx-enable-state Enabled | disabled Whether the laser output is currently enabled or disabled.
Num-subports   For lasers that have multiple channels, the number of channels it supports
When using 1G SFP modules in the 10G SFP+ slots, the far end or switch must configure the port with Auto Negotiation off for proper operation.  
  • Command Path – show>tolt>interfaces>nni>sfp>
  • Action – show
  • Module – tolt
  • Container – interfaces
  • Container – nni
  • Container – sfp
  • Styles  
    • *aid – AID or Access Identifier used to identify the port. 
      • SFP1-1-x | QSFP1-2-y | x=1..4  y=1..6 
    • Oper-state – The operational state of the port 
      • Up or down
    • Availability-state – Further description of failure.
      Availability state reportin not supported
      Test currently in progress on entity
      Failed due to equipment or port problem
      Device is powered off
      Device has been administered down
      Scheduled device is not active now
      Depend on device that is currently down
      Operational but service impacted
      Equipment is missing to render service
      Stopped due to log being full
      Down due to authentication failure.
      • e-notsupported | e-intest | e-failed | e-poweroff | e-offline | e-offduty | e-dependency | e-degraded | e-notinstalled | e-logfull | 
    • Vendor-name  The name of the optical module vendor.
      • true (default) | false
    • Vendor-part-number  The part number of the optical module
      • string
    • Vend-rev  The hardware revision number of the module
      • string
    • Serial-number  The serial number of the optical module.
      • string
    • Date-code - When the module was manufactured
      • string
    • Wave-length – The wavelength in nanometers
      • string
    • Temperature – The temperature of the optical module in degrees Celsius.
      • float
    • Voltage – The voltage being used to power the laser.
      • float
    • Tx-current  The current being used to drive the laser measured in milliamperes.
      • float
    • Tx-optical-power The transmit optical power of the laser.  Not all lasers can measure their output.  Power is in dBm.
      • float
    • Rx-optical-power - The received optical power measured in dBm
      • float
    • Supported-speed  The speed that the laser is transmitting data.
      • int32
    • Rate-mbps – The bitrate oft the laser expressed in megabits per second
      • int32
    • Transceiver-code – The type of transceiver that is plugged in.
    • Alarm-flag – The value of the alarm bits in the transceiver
    • Status-register  The value of the alarm bits in the transceiver.
    • Tx-enable-state – Whether the laser output is currently enabled or disabled
      • Enabled | disabled
    • Num-subports – For lasers that have multiple channels, the number of channels it supports.

Show Interface nni sfp

  • Command Path – show>tolt>interfaces>nni>sfp>
  • Action – show
  • Module – tolt
  • Container – interfaces
  • Container – nni
  • Container – sfp
  1. From the MDS1-ESUAcommand line, input show tolt interfaces nni sfp, and press Enter
  2. Input commit and press Enter. Outputs similar to the following are displayed:
MDS1-ESUA# show tolt interfaces nni sfp <enter>
tolt interfaces nni sfp status QSFP1-2-1
 oper-state         up
 vendor-name        "FS              "
 vendor-part-number "QSFP-SR4-40G    "
 vendor-rev         01
 serial-number      "G2130758530     "
 date-code          "210831  "
 wave-length        850
 temperature        24
 voltage            3297
 tx-current         0
 tx-optical-power   -1
 rx-optical-power   889
 supported-speed    sfp-supported-40-gig
 bitrate-mbps       10300
 transceiver-code   BAAAAAAAAAA=
 alarm-flag         0
 warning-flag       0
 status-register    0
 tx-enable-state    disabled
 num-subports       1
tolt interfaces nni sfp status QSFP1-2-5
 oper-state         up
 vendor-name        "FS              "
 vendor-part-number "QSFP28-SR4-100G "
 vendor-rev         A0
 serial-number      "G2130481530     "
 date-code          "220321  "
 wave-length        850
 temperature        25
 voltage            3307
 tx-current         0
 tx-optical-power   -1
 rx-optical-power   0
 supported-speed    sfp-supported-100-gig
 bitrate-mbps       25500
 transceiver-code   gAAAAAAAAAA=
 alarm-flag         0
 warning-flag       0
 status-register    0
 tx-enable-state    disabled
 num-subports       1
tolt interfaces nni sfp status SFP1-1-1
 oper-state         up
 vendor-name        "FS              "
 vendor-part-number "SFP-10GSR-85    "
 vendor-rev         "A   "
 serial-number      "G2410013687     "
 date-code          "210724  "
 wave-length        850
 temperature        29
 voltage            3275
 tx-current         5
 tx-optical-power   563
 rx-optical-power   989
 supported-speed    sfp-supported-10-gig
 bitrate-mbps       10300
 transceiver-code   EAAAAAAAAAA=
 alarm-flag         0
 warning-flag       0
 status-register    48
 tx-enable-state    disabled
 num-subports       1
tolt interfaces nni sfp status SFP1-1-2
 oper-state         up
 avail-state        [ e-failed e-degraded ]
 vendor-name        "FS              "
 vendor-part-number "SFP-10GSR-85    "
 vendor-rev         "A   "
 serial-number      "G2410013688     "
 date-code          "210724  "
 wave-length        850
 temperature        26
 voltage            3305
 tx-current         0
 tx-optical-power   0
 rx-optical-power   0
 supported-speed    sfp-supported-10-gig
 bitrate-mbps       10300
 transceiver-code   EAAAAAAAAAA=
 alarm-flag         16389
 warning-flag       0
 status-register    178
 tx-enable-state    disabled
 num-subports       1
MDS1-ESUA# 

 

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