The HP ProLiant DL360 G4p, part number 379752-421, is a high-performance server, designed to meet the demanding needs of data centres and enterprise environments. This server is powered by an Intel Xeon 3.2 GHz processor, ensuring reliable and robust performance for intensive workloads. It supports a single processor configuration, allowing for scalability, with its multi-core capabilities and hyper-threading technology to boost processing efficiency.
The system comes with dual-core technology, helping it handle multi-threaded applications and improving efficiency under heavy computational loads. Integrated with a high-bandwidth memory controller, the server supports DDR2 SDRAM, which allows for faster data access and improved system responsiveness. The ProLiant DL360 G4p also supports advanced cooling technology, ensuring optimum performance even in high-temperature environments. The efficient cooling mechanisms preserve the hardware components and ensure longevity.
Additionally, the DL360 G4p features dual power supplies in its compact 1U form factor, ensuring a balance between space utilisation and performance. Its small size allows it to maximise rack density while ensuring an optimal distribution of computing power. This server is suitable for organisations requiring high-performance computing in a dense, rack-mounted configuration.
The ProLiant DL360 G4p is equipped with Integrated Lights-Out (iLO) technology, enabling remote server management. This makes it easier for IT teams to monitor system health, performance, and make adjustments from afar. Combining these features, it becomes a dependable solution for businesses in need of a reliable server option for their day-to-day operations and heavy workloads.
EOL Technology Services offers reliable support and professional services for part number 379752-421. Whether you need assistance in hardware installation, troubleshooting, or replacement parts for the HP ProLiant DL360 G4p, they provide expert help to create a smooth operational experience with this server model.
