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Sun Datacenter InfiniBand Switch 72 Topic Set

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Using This Documentation

Related Documentation

Documentation, Support, and Training

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User Guide

Installing the Switch

Administering the Switch

Servicing the Switch

Reference

Understanding the Commands

Understanding Hardware Commands

checkboot Command

checkpower Command

checkvoltages Command

connector Command

disablesm Command

disableswitchport Command

enablesm Command

enableswitchport Command

env_test Command

getfanspeed Command

getportstatus Command

i4reset Command

listlinkup Command

managementreset Command

nm2version Command

readchfru Command

setlinkspeed Command

setsmpriority Command

showtemps Command

showunhealthy Command

Understanding InfiniBand Commands

ibaddr Command

ibcheckerrors Command

ibchecknet Command

ibchecknode Command

ibcheckport Command

ibcheckportstate Command

ibcheckportwidth Command

ibcheckstate Command

ibcheckwidth Command

ibclearcounters Command

ibclearerrors Command

ibdatacounters Command

ibdatacounts Command

ibdiagnet Command

ibdiagpath Command

ibhosts Command

ibnetdiscover Command

ibnodes Command

ibportstate Command

ibroute Command

ibstatus Command

ibswitches Command

ibsysstat Command

ibtracert Command

opensm Command

opensmd Daemon

osmtest Command

perfquery Command

saquery Command

sminfo Command

smpdump Command

smpquery Command

Index

connector Command

Reads and writes CXP cable registers.

Syntax

connector number present|read reg|write reg data

where:

Description

This hardware command performs a pass-fail test to verify that an InfiniBand cable is connected to a particular connector. The command can also read the data registers of the cable and write data to those registers.


Note - The values read from and stored in the registers are hexadecimal. When writing to the register, the data is automatically converted from decimal to hexadecimal.


The following table provides more commonly read registers and a description of their contents.

Register
Description
22
Temperature. Convert value to decimal = degrees centigrade.
26
Voltage. Convert value to decimal x 0.026 = volts.
130
Connector type:
  • 12 (0Ch) – MPO

  • 32 (20h) – HSSDC II

  • 33 (21h) – Copper pigtail

  • 34 (22h) – RJ-45

140
Bit rate. Value x 100 = Mbps.
144
Length of optical cable supported. Value x 1 = meters.
146
Length of copper cable supported. Value x 1 = meters.
148–163
Vendor Name. 16-byte ASCII.
164
Transceiver code:
  • Bit 5 – IB 4x 850 nm optical

  • Bit 4 – IB 4x copper active

  • Bit 3 – IB 4x copper passive

  • Bit 2 – QDR speed (10.0 Gbps)

  • Bit 1 – DDR speed (5.0 Gbps)

  • Bit 0 – SDR speed (2.5 Gbps)

168–183
Part number. 16-byte ASCII.
184–185
Revision. 2-byte ASCII.
196–211
Serial Number. 16-byte ASCII.
212–213
Manufacturing year. 2-byte ASCII (2000 = 00).
214–215
Manufacturing month. 2-byte ASCII (January = 01).
216–217
Manufacturing day. 2-byte ASCII (1st = 01).
Options

The following table describes the options to the connector command and their purposes:

Option
Purpose
present
Checks for the presence of connector number
read
Returns the data in register reg. Data values are hexadecimal.
write
Writes the value of data into the register reg. Data values are converted from decimal to hexadecimal.
Example

The following example shows how to write a value of 14 (E in hexadecimal) to register 218 of connector 1A with the connector command.

# connector 1A read 218
Read connector 1A reg 218 value 0xff
# connector 1A write 218 14
Write connector 1A reg 218 value 0E 
# connector 1A read 218
Read connector 1A reg 218 value 0x0E
# 
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