5-3
Planning and Implementation for the 2610-PWR Switches
Planning Your PoE Configuration
Planning and
Implementation for the 2610-
PWR Switches
Figure 5-1. Example of a 600 RPS/EPS Powering One 2610-24/12PWR Switch
■ A single 2610-24/12PWR switch with a dedicated 600 RPS/EPS unit has fully
redundant PoE power for the 12 PoE ports at 7.5 W per port or 12 ports at 15.4
W per port. Only 12 ports can be PoE powered.
■ The internal power supply can provide up to 126 W of power to be used on all
12 PoE ports. The power can be allocated up to the maximum of 12 ports, or
126 W, whichever is depleted first with a reserve of 22 W maintained by the
switch for power management. If more power is needed to allow the
maximum of 15.4 W on all 12 ports, an external power supply accessory is
needed.
■ Also (not shown), two 2610-24/12PWR switches with a dedicated 600 RPS/
EPS unit has full redundant PoE power for both switches. The 600 RPS/EPS
supplies 408 watts to one switch and 204 watts to each switch when two
switches are connected to the 600 RPS/EPS.
ProCurve Switch
2610-24/12PWR
600 RPS/EPS
Source of Power Watts
Available
# of Ports Powered and
Average watts/Port
Redundant # of Ports
Powered and Average watts/
Port
Internal PoE
Power Supply
126 12 @ average 7.5 W each
8 @ average 15.4 W each
None
Internal plus
External PoE
Power Supply
126 + 408
1 - 12
12 @ average 15.4 W each 12 @ average 7.5 W each
12 @ average 15.4 W each
External PoE
Power Supply
(Failed Internal
PoE Power
Supply)
408 12 @ average 7.5 W each
12 @ average 15.4 W each
None
To Next Page
Loading...
Need help?
General