321632-001 HP 575-Watts Redundant Power Supply for Proliant DL380 G4

The HP 575-Watts Redundant Power Supply for Proliant DL380 G4 is a high-capacity power supply designed to meet the demanding needs of enterprise IT systems, including those powered by the Proliant DL380 G4 servers. This 575-watt unit provides reliable and efficient power delivery, ensuring that critical components remain on-line during extended outages or failures.

The power supply boasts an impressive wattage rating of 575 watts, which is sufficient to support the high-performance capabilities of many popular server models, including those from Proliant. Its robust design and construction enable it to withstand the rigors of frequent use in a wide range of enterprise IT environments, from small business data centers to large-scale data storage and analytics systems.

The HP 575-Watts Redundant Power Supply for Proliant DL380 G4 features multiple high-efficiency power stages, including 80 PLUS Gold certified modules that ensure exceptional efficiency and minimal environmental impact. These power stages are carefully designed to optimize energy conversion while minimizing heat generation, resulting in a reliable and quiet operation.

The power supply's modular design and D-sub 16-pin connectors facilitate easy installation and cable management, making it simple to integrate into existing power infrastructure. Additionally, the unit is built with HP's proprietary PowerLogic technology, which provides advanced features such as voltage regulation, automatic on/off timing, and LED indicators for monitoring system health.

With its robust construction, reliable performance, and modular design, the HP 575-Watts Redundant Power Supply for Proliant DL380 G4 is an excellent choice for organizations seeking to enhance their server power infrastructure. Its high wattage rating and efficient power management features make it an ideal solution for applications that require consistent and reliable power delivery, such as server farms, data centers, and cloud computing environments.