HP
325718-001 HP 460-Watts Redundant Hot-Pluggable Power Supply for ProLiant DL360 G4 Server
325718-001 HP 460-Watts Redundant Hot-Pluggable Power Supply for ProLiant DL360 G4 Server
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The HP 460-Watts Redundant Hot-Pluggable Power Supply is a highly efficient and reliable power solution designed specifically for the ProLiant DL360 G4 server platform. This hot-pluggable power supply features redundant AC, DC, and SFP + fiber optic connectors, allowing for easy maintenance and upgrade of your server's power requirements.
The 460-watt power supply provides a stable and consistent power output to support the demanding needs of high-performance servers like the ProLiant DL360 G4. With its advanced design and built-in redundancy features, this power supply is designed to handle the fluctuating power demands of modern servers and ensure optimal performance and reliability.
The hot-pluggable design allows for effortless upgrading and maintenance of your server's power requirements, ensuring that you can quickly respond to changing server needs while minimizing downtime. The redundant AC, DC, and SFP + fiber optic connectors provide a robust and secure connection to the server, protecting against power outages and electrical surges.
This high-performance power supply is built with HP's advanced technology, including the company's proprietary 80 PLUS Gold certification, ensuring that it meets the highest standards of efficiency and reliability. With its powerful 460-watt output, this hot-pluggable power supply is an ideal solution for businesses and organizations requiring high-performance servers and data centers.
The features and specifications of this power supply make it an excellent choice for server administrators, system engineers, and IT professionals who require a reliable and efficient power solution for their high-performance servers. With its advanced design, built-in redundancy, and robust connectors, this hot-pluggable power supply is the perfect solution for any organization looking to ensure optimal performance and reliability in their data centers or server environments.
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