EXTREME NETWORKS XN-ACPWR-2000W ? Power Supply Module

Overview

The EXTREME NETWORKS XN-ACPWR-2000W is an enterprise-grade, high-capacity internal hot-swappable AC power supply module custom-engineered for heavy-utilization routing and switching hardware. This plug-in power node resolves structural power deficits encountered during dense PoE peripheral deployment by providing a massive, consolidated secondary energy pool. It establishes continuous operational readiness for enterprise core closets, high-density IP surveillance grids, and smart building management frameworks requiring strict uptime guarantees.

The electrical architecture operates natively via an ultra-dense 2000-watt output profile configured specifically to supply a steady DC 54V stream to downstream high-draw Ethernet hardware. It incorporates an integrated cold-start functionality paired with smart front-to-back automated fan cooling, which exhausts thermal loading away from sensitive interior switch mechanics toward the rear hot aisle. The module features an optimized IEC 60320 C16 high-temperature utility input interface designed to withstand prolonged structural heat levels common to high-amperage data center deployment lines.

Tailored for rapid toolless execution inside running edge networks, the module functions as a zero-downtime, hot-pluggable expansion component that slips natively into the secondary power bays of ExtremeSwitching X465 and 5420 series switches. Implementing this power supply allows a single chassis to maximize its active IEEE 802.3bt multi-gigabit PoE capabilities across all available ports without overwhelming the primary core transformer lines. Avoid implementing this 2000W hardware module in low-profile 4120 series cloud-managed switches or localized network extender nodes where high-capacity 54V modular power configurations are unsupported.

Key Features

• 2000 Watts of dedicated AC power ensures uninterrupted switch uptime.

• Hot-swappable plug-in engineering enables rapid zero-downtime replacement.

• Front-to-back forced airflow profile preserves system thermal balance.

• Integrated cold-start circuitry blocks unexpected line surge corruption.

• Seamless structural compatibility maximizes full PoE capacity on edge bays.