Intel 1100W AC Common Redundant Power Supply

Overview

The Intel AXX1100PCRPS is a 1100 watt AC common redundant power supply designed specifically for Intel server platforms that require continuous operation. It supports high-power server configurations by delivering reliable and efficient power, ensuring mission-critical workloads remain online even during maintenance or unexpected outages. With 80 Plus Platinum efficiency, it reduces energy consumption and heat generation, contributing to a cooler and quieter data center environment.

Key features

• Redundant design allows pairing with a second unit to maintain uptime if one supply fails or needs servicing
• 80 Plus Platinum efficiency converts more incoming power into usable output, lowering electricity costs and reducing heat output
• 1100 watt capacity supports servers with multi-core processors, multiple memory channels, and dense storage arrays
• Proprietary form factor ensures seamless installation in compatible Intel server chassis
• Ideal for replacing failed units or adding power headroom for future server upgrades
• Helps extend the lifespan of surrounding components by maintaining a cooler operating environment

Key specs

• Power output: 1100 watts
• Efficiency rating: 80 Plus Platinum
• Compatibility: Intel server platforms with proprietary chassis fit
• Power input: AC

Installation and setup

The power supply is designed for straightforward installation in Intel server chassis, making it easy to swap units during maintenance windows or emergencies. Keeping a spare unit on hand allows data center administrators and IT professionals to minimize downtime and maintain continuous server availability without complex procedures.

Ideal uses and environments

This power supply fits well in data centers, managed service provider environments, and small business server rooms where uptime is critical. It is particularly suited for virtualization clusters, database servers, and web hosting stacks that demand reliable power delivery and efficient energy use. Its redundant capability ensures that critical workloads stay online even when one power supply requires servicing.