Extreme Networks XN-ACPWR-350W-BF

350W Power Supply

TheExtreme Networks XN-ACPWR-350W-BF is a reliable 350W AC Power Supply module designed to deliver stable energy for Extreme Networks switches. Optimized for enterprise IT environments, it provides seamless hot-swap functionality and back-to-front airflow, making it suitable for rack-mounted systems and cooling strategies where airflow direction is critical.Built for IT teams that demand both efficiency and resilience, this Power Supply ensures smooth network operations with minimal energy loss. Its compact design and robust construction make it an ideal choice for small-to-mid-scale data centers, enterprise edge deployments, and high-performance network backbones.Whether used as a primary PSU or in redundant configurations, the XN-ACPWR-350W-BF offers dependable power delivery that keeps mission-critical infrastructures online and protected.

Features

With its 350W output capacity, the XN-ACPWR-350W-BF delivers consistent power to Extreme Networks switches while maintaining energy efficiency. This helps reduce operating costs while ensuring that networking devices operate at peak performance.The back-to-front airflow supports modern cooling architectures, directing heat away from sensitive components and aligning with common rack airflow patterns. Combined with high-efficiency conversion, it minimizes thermal stress and extends equipment lifespan.Its hot-swappable design is a major advantage for IT teams, allowing replacement without powering down the system — ensuring uninterrupted service in environments that require maximum uptime. When deployed in dual PSU configurations, it enhances redundancy and resilience against failures, making it a trusted solution for demanding enterprise and service provider networks.

Advanced Options

The Extreme Networks XN-ACPWR-350W-BF stands out for its durability, efficiency, and ease of integration into enterprise networks. Its hot-swap support eliminates downtime during maintenance, while redundant power configurations add an extra layer of reliability for mission-critical applications.