1-7
Module power consumption and system power consumption
Module power consumption
The power consumption varies by module model and state.
shows the power consumption
for different module models.
•
The static power consumption of a module refers to the power consumed by the module when
module is running but all ports on the module are down and when no transceiver module is
available on the optical interface of the module.
•
The dynamic power consumption of a module refers to the power consumed by the module
when all the ports on the module are link up and send broadcasts.
Table 1-8 Module power consumption
Model
Minimum static power
consumption
Maximum dynamic power
consumption
LSXM1SUPER1
52 W
70 W
LSXM1SUP04TR1
24 W
35 W
LSXM2SFH16CR1
194 W
308 W
LSXM1SFH16ER1
487 W
816 W
LSXM1SFH08CR1
84 W
135 W
LSXM1SFH08DR1
159 W
255 W
LSXM1SFH04DR1
86 W
140 W
LSXM1CGQ36HBR1 (*)
608 W
1070 W
LSXM1CGQ36HFR1 (*)
585 W
1100 W
LSXM1TGS48HFR1
136 W
230 W
LSXM1CGQ18QGHFR1
316 W
650 W
LSXM1CGQ6QGHFR1
132 W
325 W
LSXM1TGS48HBR1
111 W
210 W
LSXM1CGQ18QGHBR1
256 W
525 W
IMPORTANT:
High-performance fan trays are required when the device uses the interface modules marked by
(*)
in the preceding table. For information about high-performance fan trays, see "Fan trays".
Fan tray power consumption
The device uses fan trays that can automatically adjust the fan speed based on the device
temperature. The power consumed by a fan tray depends on the fan speed.
Table 1-9 Fan tray power consumption
Device model
Fan tray model
Minimum fan tray
power consumption
Maximum fan tray
power consumption
S12516R
LSXM116XFAN
33 W
793 W
LSXM116XFANH
187 W
2570 W
