Dell PowerEdge M IO Aggregator Command Reference Manual page 268

Figure 22-6. show interfaces transceiver Command Example
FTOS#show int ten 0/49 transceiver
SFP is present
SFP 49 Serial Base ID fields
SFP 49 Id
SFP 49 Ext Id
SFP 49 Connector
SFP 49 Transceiver Code
SFP 49 Encoding
SFP 49 BR Nominal
SFP 49 Length(9um)
SFP 49 Length(9um)
SFP 49 Length(50um)
SFP 49 Length(62.5um) 10m
SFP 49 Length(Copper) 10m
SFP 49 Vendor Rev
SFP 49 Laser Wavelength
SFP 49 CheckCodeBase
SFP 49 Serial Extended ID fields
SFP 49 Options
SFP 49 BR max
SFP 49 BR min
SFP 49 Vendor SN
SFP 49 Datecode
SFP 49 CheckCodeExt
SFP 49 Diagnostic Information
===================================
SFP 49 Rx Power measurement type
===================================
SFP 49 Temp High Alarm threshold
SFP 49 Voltage High Alarm threshold
SFP 49 Bias High Alarm threshold
SFP 49 TX Power High Alarm threshold
SFP 49 RX Power High Alarm threshold
SFP 49 Temp Low Alarm threshold
SFP 49 Voltage Low Alarm threshold
SFP 49 Bias Low Alarm threshold
SFP 49 TX Power Low Alarm threshold
SFP 49 RX Power Low Alarm threshold
===================================
SFP 49 Temp High Warning threshold
SFP 49 Voltage High Warning threshold
SFP 49 Bias High Warning threshold
SFP 49 TX Power High Warning threshold
SFP 49 RX Power High Warning threshold
SFP 49 Temp Low Warning threshold
SFP 49 Voltage Low Warning threshold
SFP 49 Bias Low Warning threshold
SFP 49 TX Power Low Warning threshold
SFP 49 RX Power Low Warning threshold
===================================
SFP 49 Temperature
SFP 49 Voltage
SFP 49 Tx Bias Current
SFP 49 Tx Power
SFP 49 Rx Power
===================================
SFP 49 Data Ready state Bar
SFP 49 Rx LOS state
SFP 49 Tx Fault state
254 | Debugging and Diagnostics
= 0x03
= 0x04
= 0x07
= 0x00 0x00 0x00 0x01 0x20 0x40 0x0c 0x01
= 0x01
= 0x0c
Km = 0x00
100m = 0x00
10m = 0x37
= 0x1e
= 0x00
=
= 850 nm
= 0x78
= 0x00 0x12
= 0
= 0
= P11C0B0
= 020919
= 0xb6
= Average
= 100.000C
= 5.000V
= 100.000mA
= 5.000mW
= 5.000mW
= -50.000C
= 0.000V
= 0.000mA
= 0.000mW
= 0.000mW
= 100.000C
= 5.000V
= 100.000mA
= 5.000mW
= 5.000mW
= -50.000C
= 0.000V
= 0.000mA
= 0.000mW
= 0.000mW
= 40.844C
= 3.169V
= 0.000mA
= 0.000mW
= 0.227mW
= False
= False
= False