1. Overview
You can use the switch LEDs to monitor the activity and performance of a network switch or router. Using the LED control functionality, you can control the LEDs that are available in the hardware platforms supported by RBFS.
There are two types of LEDs available in the switch:
-
Network Port LEDs
-
System LEDs
1.1. Supported Platforms
Not all features are necessarily supported on each hardware platform. Refer to the Platform Guide for the features and the sub-features that are or are not supported by each platform.
2. LED Definitions
2.1. Port LED Definition for UfiSpace S9500-22XST
The network port LEDs are used to show the status of the link associated with the LED. In a UfiSpace S9500-22XST switch, there are 12*10G SFP+ ports, 8*25G SFP28 ports, and 2*100G QSFP28 ports on the front panel. The SFP, SFP28, and QSFP28 ports operate in a full duplex mode when the speed is 10Gbps, 25Gbps, or 100Gbps.
| LED | Condition | Status |
|---|---|---|
SFP+ Port LED |
On (Green) |
Link is up |
Off |
No link |
|
SFP28 Port LED |
On (Green) |
Link is up |
Off |
No link |
|
QSFP28 Port LED |
On (Green) |
Link is up |
Off |
No link |
2.2. System LED Definition for UfiSpace S9500-22XST
The system LEDs are used to indicate the status of power and system.
| LED Indicators | Condition | Status |
|---|---|---|
Power |
Off |
No power or in shut down mode. |
Solid Green |
System power is good and the BMC heating is complete. |
|
Blinking Green |
System power is good and the BMC heating is in progress. |
|
Solid Yellow |
System power is good but BMC heating is failed. |
|
Blinking Yellow |
System power failure. |
|
STAT (System Status) |
Off |
System (X86 and BMC) is no booted. |
Solid Green |
System boot is complete. |
|
Blinking Green |
System boot is in progress. |
|
Solid Yellow |
Reserved |
|
Blinking Yellow |
Reserved |
|
PSU LED Functions and State |
Off |
No DC power to any of the PSUs. |
Flashing Red |
No DC power to this particular PSU. |
|
Flashing Green |
DC is present, only standby output is on. Poor contact. |
|
Green |
PSU DC output is on and is normal. |
|
Red |
PSU failure. |
|
Flashing between Green and Red |
Warning. Working condition is not satisfied. Check the voltage, electric current, and temperature. |
|
FAN LED Functions and State |
Off |
Main board 3.3V power is failed or fan is not present. |
Solid Green |
Fan is present and interrupt de-assert. |
|
Blinking Green |
NA |
|
Solid Yellow |
NA |
|
Blinking Yellow |
Fan is present but interrupt assert. |
2.3. Port LED Definition for UfiSpace S9600-32X
The network port LEDs are used to show the status of the link associated with the LED. In a UfiSpace S9600-32X switch, there are 4*10G SFP+ ports and 32*100G QSFP28 ports on the front panel. The SFP+ and QSFP28 ports operate in full duplex mode when the speed is 10Gbps and 100Gbps respectively.
| LED | Condition | Status |
|---|---|---|
SFP+ Port LED |
On (Green) |
Link is up |
Off |
No link |
|
QSFP28 Port LED |
On (Green) |
Link is up |
Off |
No link |
2.4. System LED Definition for UfiSpace S9600-32X
The system LEDs are used to indicate the status of power and system.
| LED | Condition | Status |
|---|---|---|
SYS |
Off |
System (x86 and BMC) is not booted. |
Solid Green |
System boot is complete. |
|
Blinking Green |
System boot is in progress. |
|
Fast Blinking Green |
Reserved. |
|
Solid Amber |
Power is up but system boot is failed. |
|
Blinking Amber |
Reserved |
|
Fast Blinking Amber |
Reserved |
|
FAN |
Off |
Main board 3.3V_FAN power failure or no power. |
Solid Green |
All fans are working normally and interrupt de-assert. |
|
Blinking Green |
Fans PWMs do not match or each one fan no present |
|
Fast Blinking Green |
Reserved. |
|
Solid Amber |
Each one of fans is failure (PWM=0) |
|
Blinking Amber |
Fan is present but interrupt assert. |
|
Fast Blinking Amber |
Reserved |
|
PSU1 |
Off |
No DC power or standby is failed. |
Solid Green |
PSU DC output is ON and standby is normal. |
|
Blinking Green |
No PSU is present. |
|
Fast Blinking Green |
Reserved. |
|
Solid Amber |
PSU DC output is failed and standby is normal. |
|
Blinking Amber |
Warning. Working condition is not satisfied. (Check the voltage, electric current, and temperature). |
|
Fast Blinking Amber |
Reserved |
|
PSU2 |
Off |
No DC power or standby is failed. |
Solid Green |
PSU DC output is ON and standby is normal. |
|
Blinking Green |
No PSU is present. |
|
Fast Blinking Green |
Reserved. |
|
Solid Amber |
PSU DC output is failed and standby is normal. |
|
Blinking Amber |
Warning. Working condition is not satisfied. (Check the voltage, electric current, and temperature). |
|
Fast Blinking Amber |
Reserved |
|
ID |
Off |
Turned off location of function |
Solid Blue |
Ready for location of function |
|
Blinking Blue |
Location of switch in telcom center |
|
Fast Blinking Blue |
Reserved. |
2.5. Port LED Definition for UfiSpace S9600-72XC
The network port LEDs are used to show the status of the link associated with the LED. In an UfiSpace S9600-72XC switch, there are 64*25G SFP28 ports and 8*100G QSFP28 on the front panel. SFP28 and QSFP28 operate in full duplex mode when the speed is 25Gbps and 100Gbps respectively.
| LED | Condition | Status |
|---|---|---|
SFP28 Port LED |
On (Green) |
Link is up |
Off |
No link |
|
QSFP28 Port LED |
On (Green) |
Link is up |
Off |
No link |
2.6. System LED Definition for UfiSpace S9600-72XC
The system LEDs are used to indicate the status of power and system.
| LED | Condition | Status |
|---|---|---|
SYS |
Off |
No power |
Solid Green |
Host CPU/BMC boot is complete |
|
Solid Amber |
Power is up, but host CPU/BMC boot is failed. |
|
FAN |
Off |
Fans are not initialized. |
Solid Green |
All fans are working normally. |
|
Blinking Amber |
Fan is not working. One or more fans need service. |
|
PSU1 |
Off |
No power |
Solid Green |
PSU1 is working normally. |
|
Blinking Amber |
PSU1 is failed. Service required. |
|
PSU2 |
Off |
No power |
Solid Green |
PSU2 is working normally. |
|
Blinking Amber |
PSU2 is failed. Service is needed. |
2.7. Port LED Definition for UfiSpace S9510-28DC
The network port LEDs are used to represent the status of the link associated with the LED.
| Port type | Condition | Status |
|---|---|---|
SFP+ |
Up |
Green |
Down |
Off |
|
SFP28 |
Up |
Green |
Down |
Off |
|
QSFP28 |
Up |
Green |
Down |
Off |
2.8. System LED Definition for UfiSpace S9510-28DC
The system LEDs are used to indicate the status of power and system.
| LED Indicators | Behavior | Status |
|---|---|---|
Power |
Off |
No power or in shut down mode. |
Solid Green |
System power is good. |
|
Blinking Green |
System power is good but BMC power is failed. |
|
Solid Yellow |
System power is good but CPU power is failed. |
|
Blinking Yellow |
System power failure. |
|
STAT (System Status) |
Off |
System (X86 and BMC) is not booted. |
Solid Green |
System boot is complete. |
|
Blinking Green |
System boot is in progress. |
|
Solid Yellow |
System boot is complete. (DIAG OS) |
|
Blinking Yellow |
Reserved |
|
PSU LED Functions and State |
Off |
No DC power to any of the PSUs. |
Flashing Red |
No DC power to this particular PSU. |
|
Flashing Green |
DC is present, only standby output is on. Poor contact. |
|
Green |
PSU output is on and normal. |
|
Red |
PSU failure. |
|
Flashing between Green and Red |
Warning. Working condition is not satisfied. Check the voltage, electric current, and temperature. |
|
FAN LED Functions and State |
Off |
Main board 3.3V power is failed or fan is not present. |
Solid Green |
Fan is present but interrupt assert |
|
Blinking Green |
NA |
|
Solid Yellow |
NA |
|
Blinking Yellow |
Fan is present but interrupt assert. |
2.9. Port LED Definition for EdgeCore AGR130
The network port LEDs are used to represent the status of the link associated with the LED. In an Accton/EdgeCore AGR130 switch, there are 48*10G SFP+ ports and 6*100G QSFP28 on the front panel, the all SFP/QSFP28 will operate in full duplex mode when the speed is 10Gbps or 100Gbps.
| LED | Condition | Status |
|---|---|---|
SFP+ Port LED |
On/Flashing Green |
Link at 10G, flashing indicates activity |
On/Flashing Amber |
Link at 1G, flashing indicates activity |
|
Off |
No link |
|
QSFP28 Port LED in 100G Mode (Port 49 - 54) |
On/Flashing Green |
Link at 100G, flashing indicates activity |
Off |
No link |
|
QSFP28 Port LED in 25G Breakout Mode |
On/Flashing Amber |
Link at 25G in breakout mode, flashing indicates activity |
Off |
No link |
|
QSFP28 Port LED in 40G Mode (Port 49 - 54) |
On/Flashing Blue |
Link at 40G mode, flashing indicates activity |
Off |
No link |
|
QSFP28 Port LED in 10G Breakout Mode |
On/Flashing Purple |
Link at 10G in breakout mode, flashing indicates activity |
Off |
No link |
2.10. System LED Definition for Edgecore AGR130
The system LEDs are used to indicate the status of power and system.
| LED | Condition | Status |
|---|---|---|
PSU1 (Power Supply Status) |
Green |
Power is operating normally |
Amber |
Power supply is present but not powered on or faulty. |
|
Off |
Power supply is not present. |
|
PSU2 (Power Supply Status) |
Green |
Power is operating normally |
Amber |
Power supply is present but not powered on or faulty. |
|
Off |
Power supply is not present. |
|
Diag (Diagnostic) |
Green |
System self-diagnostic test is successfully completed. |
Amber |
System self-diagnostic test detected a fault. |
|
FAN |
Green |
System FAN is operating normally |
Amber |
Fan tray is present buy system FAN is faulty. |
|
Off |
System is off |
2.11. Port LED Definition for EdgeCore AGR420
The network port LEDs are used to represent the status of the link associated with the LED.
| Port type | Condition | Status |
|---|---|---|
SFP+ |
Up |
Blue LED is on (2 LEDs per port) |
Down |
Off |
|
SFP28 |
Up |
Blue LED is on (2 LEDs per port) |
Down |
Off |
|
QSFP28 |
Up |
Blue LED is on (2 LEDs per port) |
Down |
Off |
2.12. System LED Definition for Edgecore AGR420
The system LEDs are used to indicate the status of power and system.
| LED | Condition | Status |
|---|---|---|
DIAG (Diagnostic) |
Green |
System self diagnostic test is successfully completed. |
Amber |
System self-diagnostic test has detected a fault. (Faulty Fan, thermal, or any interface.) |
|
LOC |
Flashing Amber |
Flashing by remote management command. Assists technician in finding the right device for service in the rack. |
Off |
Not the switch that technician needs to find. |
|
FAN |
Green |
System fan is working normally. |
Amber |
Fan tray is present but system fan is faulty. |
|
Off |
System is off. |
|
PSU0 (power supply status) |
Green |
The power supply, #0, is working normally. |
Amber |
Power is present, but not ON. Power is faulty. |
|
Off |
Power supply is not present. |
|
PSU1 (power supply status) |
Green |
The power supply, #1, is working normally. |
Amber |
Power is present, but not ON. Power is faulty. |
|
Off |
Power supply is not present. |
2.13. Port LED Definition for Edgecore AGR400
The network port LEDs are used to represent the status of the link associated with the LED.
| Port type | Condition | Status |
|---|---|---|
SFP28 |
Up |
Blue LED is on (Single LED per port) |
Down |
LED is Off |
|
QSFP28 |
Up |
Blue LED is on (2 LEDs per port) |
Down |
LED is Off |
|
QSFP-DD |
Up |
Not tested |
Down |
Not tested |
2.14. System LED Definition for Edgecore AGR400
The system LEDs are used to indicate the status of power and system.
| LED | Condition | Status |
|---|---|---|
DIAG (Diagnostic) |
Green |
System self diagnostic test is successfully completed. |
Amber |
System self-diagnostic test has detected a fault. (Faulty Fan, thermal, or any interface.) |
|
LOC |
Flashing Amber |
Flashing by remote management command. Assists the technician in finding the right device for service in the rack. |
Off |
Not the switch that the technician needs to find. |
|
FAN |
Green |
System fan is working normally. |
Amber |
Fan tray is present but system fan is faulty. |
|
Off |
System is off. |
|
PSU0 (power supply status) |
Green |
The power supply, #0, is working normally. |
Amber |
Power is present, but not ON. Power is faulty. |
|
Off |
Power supply is not present. |
|
PSU1 (power supply status) |
Green |
The power supply, #1, is working normally. |
Amber |
Power is present, but not ON. Power is faulty. |
|
Off |
Power supply is not present. |
2.15. Port LED Definition for Edgecore CSR320
The network port LEDs are used to represent the status of the link associated with the LED.
| Port type | Condition | Status |
|---|---|---|
SFP+ |
Up |
Green LED is on |
Down |
LED is Off |
|
SFP28 |
Up |
Green LED is on |
Down |
LED is Off |
|
QSFP28 |
Up |
Green LED is on |
Down |
LED is off |
2.16. System LED Definition for Edgecore CSR320
The system LEDs are used to indicate the status of power and system.
| Port type | Condition | Status |
|---|---|---|
PSU0 (power supply status) |
Green |
The power supply, #0, is working normally. |
Amber |
Power is present, but not ON. Power supply is faulty. |
|
Off |
Power supply is not present. |
|
PSU1 (power supply status) |
Green |
The power supply, #1, is working normally. |
Amber |
Power is present, but not ON. Power supply is faulty. |
|
Off |
Power supply is not present. |
|
DIAG (Diagnostic) |
Green |
System self diagnostic test is successfully completed. |
Blinking Green |
System self-diagnostic test is in progress |
|
Amber |
System self-diagnostic test has detected a fault. |
|
FAN |
Green |
System fan is working normally. |
Blinking Green |
System FAN tray is powered off when ambient temperature is less than 10 degree C. |
|
Amber |
Fan tray is present but faulty. |
|
LOC |
Flashing Amber |
Flashing by remote management command. Assists the technician in finding the right device for service in the rack. |
Off |
Not the switch that the technician needs to find. |
2.17. Port LED Definition for Delta AGCVA48S
The network port LEDs are used to show the status of the link associated with the LED. In the Delta’s AGCVA48S switch, there are 4*10G SFP+ ports and 48*25G SFP28 ports, and 10*100G QSFP28 ports on the front panel. The SFP+, SFP28, and QSFP28 ports operate in full duplex mode even when the speed is 10Gbps, 25Gbps and 100Gbps respectively.
| Port type | Condition | Status |
|---|---|---|
SFP+ Port LED |
On (Green) |
Link is up |
Off |
No link |
|
SFP28 Port LED |
On (Green) |
Link is up |
Off |
No link |
|
QSFP28 Port LED |
On (Green) |
Link is up |
Off |
No link |
2.18. Port LED Definition for Edgecore CSR440
The network port LEDs are used to represent the status of the link associated with the LED.
| Port type | Condition | Status |
|---|---|---|
10G |
Up |
Green |
Down |
LED is Off |
|
25G |
Up |
Blue |
Down |
LED is Off |
|
100G |
Up |
Two LEDs per port. Green (on QSFP28) and Violet (on QSFP-DD). |
Down |
LED is off |
2.19. System LED Definition for Edgecore CSR440
The system LEDs are used to indicate the status of power and system.
| Port type | Condition | Status |
|---|---|---|
PSU1 (power supply unit) |
Solid Green |
PSU1 is operating normally. |
Solid Amber |
Input power is present, but the PSU1 is not ON or is in a faulty state. |
|
Off |
The input power is not present or PSU1 is not present. |
|
PSU2 (power supply unit) |
Solid Green |
PSU2 is operating normally. |
Solid Amber |
Input power is present, but the PSU2 is not ON or is in a faulty state. |
|
Off |
Input power is not present or PSU2 is not present. |
|
DIAG (Diagnostic) |
Solid Green |
System self diagnostic test is successfully completed. |
Blinking Green |
System self-diagnostic test is in progress. |
|
Solid Orange |
System self-diagnostic test has detected a fault. |
|
FAN |
Solid Green |
All fan modules are present and working normally. |
Solid Orange |
Fan module is present but a fault has been detected. |
|
Off |
Fan module is not present. |
|
LOC |
Blinking Blue |
Flashing by remote management command. It helps technicians in finding the right device for service in the rack. It provides an indication of the location of the device. |
Off |
No indication. |
|
ALARM |
Solid Green |
No alarms detected. |
Solid Red |
Local alarm is detected. |
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