128286-021 HP 450-Watts 24-Pin ATX Redundant Hot-Pluggable Power Supply

The HP 450-Watts 24-Pin ATX Redundant Hot-Pluggable Power Supply is a high-capacity power supply designed to meet the demanding needs of enterprise IT systems. With its robust design and advanced features, this power supply provides reliable and efficient power delivery to critical components, ensuring optimal system performance and uptime.

This 450-watt power supply delivers an impressive amount of power while maintaining efficiency, thanks to its intelligent switching technology and proprietary Active PFC (Passive Front-End Control) that optimizes energy transfer. The ATX form factor allows for easy installation in a variety of server architectures, including 24-pin ATX, which is a popular choice among IT professionals due to its compatibility with most servers.

The redundant hot-pluggable design ensures that power is supplied safely and reliably even if one or more components fail during operation. This feature is particularly important in high-availability systems where multiple resources are required to maintain optimal performance. With the ability to hot-plug an additional component into a vacant slot, this power supply can seamlessly continue to operate while minimizing downtime and reducing the risk of system crashes.

The 24-pin ATX interface accommodates various server configurations, including those using Intel, AMD, or PowerPC processors. The modular design allows for easy installation and configuration of individual components, making it simple to customize the power supply to meet specific requirements. Additionally, the power supply's high capacity and efficiency make it an ideal choice for large-scale enterprise IT environments where energy consumption is a major concern.

Overall, the HP 450-Watts 24-Pin ATX Redundant Hot-Pluggable Power Supply is a reliable and efficient solution for powering demanding server systems. Its intelligent design, advanced features, and modular architecture make it an excellent choice for organizations requiring high-performance computing power.