Extreme Networks XN-ACPWR-2000W-F

2000W Power Supply

The Extreme Networks XN-ACPWR-2000W-F is a robust 2000W AC Power Supplymodule designed for enterprise-class Extreme Networks switches. Built for high-demand networking environments, it delivers exceptional power efficiency and reliable operation to ensure critical infrastructure remains online.This hot-pluggable PSU is optimized for large-scale deployments, where uninterrupted service and strong power delivery are essential. Its compact, modular design makes it easy to install and replace, while its durable build ensures years of dependable operation.Ideal for powering dense switching environments, the XN-ACPWR-2000W-F provides the performance and resilience that enterprise IT managers require in data centers, service providers, and campus networks.

Features

The XN-ACPWR-2000W-F is engineered to deliver consistent and reliable power across Extreme Networks’ advanced switching platforms. With 2000 watts of output capacity, it provides sufficient energy to support high-performance operations, even in environments with heavy workloads and numerous connected devices.Featuring hot-plug capability, this PSU can be inserted or removed without shutting down the switch, ensuring continuous service and minimizing downtime. In redundant configurations, it provides additional fault tolerance, allowing networks to remain operational even in the event of a Power Supply failure.

Advanced Options

Built with efficiency in mind, the unit minimizes power loss while maximizing performance, helping organizations reduce long-term operational costs. Whether supporting enterprise cores, distribution layers, or large campus deployments, the XN-ACPWR-2000W-F combines capacity, resilience, and efficiency in one enterprise-grade solution.The Extreme Networks XN-ACPWR-2000W-F is designed to meet the high availability needs of enterprise IT environments. Its hot-plug feature ensures that IT teams can replace or upgrade the module without impacting service, significantly reducing downtime risks.