Configuring Poe; Hardware Compatibility; Overview; Poe Configuration Task List - HP MSR Series Configuration Manual

Configuring PoE

Hardware compatibility

PoE is available only for MSR50 routers that are installed with the MPU-G2, and MSR30- 1 6, MSR30-20,
MSR30-40, MSR30-60, MSR50-40, and MSR50-60 routers that are installed with a PoE-capable
switching module.

Overview

IEEE 802.3af-compliant power over Ethernet (PoE) enables a power sourcing equipment (PSE) to supply
power to powered devices (PDs) through Ethernet interfaces over twisted pair cables. Examples of PDs
include IP telephones, wireless APs, portable chargers, card readers, Web cameras, and data collectors.
A PD can also use a different power source from the PSE at the same time for power redundancy.
As shown in
PoE power—The entire PoE system is powered by the PoE power.
•
PSE—A PSE supplies power to PDs and can also examine the Ethernet cables connected to PoE
•
interfaces, detect and classify PDs, monitor power supplying state, and detect connections to PDs.
On the device, a PoE-capable interface module is a PSE. The device uses PSE IDs to identify PSEs.
To display PSE ID and interface module slot number mappings, use the display poe device
command.
PI—An Ethernet interface with the PoE capability is called a PoE interface. A PoE interface can be
•
an FE or GE interface.
• PD—A PD receives power from the PSE. You can also connect a PD to a redundant power source for
reliability.
Figure 54 PoE system diagram

PoE configuration task list

You can configure a PoE interface directly at the CLI or by configuring a PoE profile and applying the PoE
profile to the PoE interface.
To configure a single PoE interface, configure it at the CLI. To configure several PoE interfaces in batches,
use the PoE profile. For a PoE configuration parameter of a PoE interface, you can select only one mode
(including modification and removal of a PoE interface).
Figure 54, a PoE system comprises the following elements:
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