Juniper EX2200 Hardware Manual page 256

Network Interfaces for EX4300 Switches
Meaning
236
PSU 1 (JPSU-1100-AC-AFO-A)
Power redundancy configuration
Total power supplied by all online PSUs
Base power reserved
Non-PoE power being consumed
Total Power allocated for PoE
Total PoE power consumed
Total PoE power remaining
Enable EEE on Base-T Copper Ethernet ports and save the configuration.
2.
View the power budget of the switch after enabling EEE.
3.
On an EX6210 switch:
user@switch> show chassis power-budget-statistics
PSU 2 (EX6200-PWR-AC2500)
PSU 3
Total Power supplied by all Online PSUs
Power Redundancy Configuration
Power Reserved for the Chassis
Fan Tray Statistics
FTC 0
FPC Statistics
power Priority
FPC 3 (EX6200-48T)
0 W 9
FPC 4 (EX6200-SRE64-4XS)
0 W 0
FPC 5 (EX6200-SRE64-4XS)
0 W 0
FPC 7 (EX6200-48T)
0 W 9
FPC 8 (EX6200-48T)
0 W 9
Total (non-PoE) Power allocated
Total Power allocated for PoE
Power Available (Redundant case)
Total Power Available
On an EX4300 switch:
user@switch> show chassis power-budget-statistics fpc 1
PSU 1 (JPSU-1100-AC-AFO-A)
Power redundancy configuration
Total power supplied by all online PSUs
Base power reserved
Non-PoE power being consumed
Total Power allocated for PoE
Total PoE power consumed
Total PoE power remaining
On an EX6210 switch, the
consumed by the line card or SRE module, including PoE power. If you compare the values
in the Power Used field before and after enabling EEE for FPC 3 and FPC 7, you will notice
that power is saved when EEE is enabled.
)
field in the output shows the actual power being
Power Used
: 1100 W Online
: N+0
: 1100 W
: 175 W
: 95 W
: 925 W
: 0 W
: 925 W
: 2500 W Online
: 0 W Offline
: 2500 W
: N+1
: 500 W
Base power Power Used
: 300 W nan W
Base power Power Used
: 150 W 50.36 W
: 100 W 48.60 W
: 100 W 48.09 W
: 150 W 51.38 W
: 150 W 12.17 W
: 950 W
: 0 W
: 0 W
: 1550 W
: 1100 W Online
: N+0
: 1100 W
: 175 W
: 86 W
: 925 W
: 0 W
: 925 W
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PoE