The HP ProLiant DL380 G4 with part number 378739R-421 is a reliable server solution, ideal for demanding enterprise applications. It comes equipped with an Intel Xeon 3.6 GHz processor, which offers strong computational power for your workloads. Designed for mid-size to large-scale data centres, this model is particularly suited for businesses needing improved scalability and processing capability. Further, the server's architecture allows it to efficiently handle complex tasks, while maintaining optimal system efficiency.
While this unit ships with no pre-installed memory, it has several DIMM slots that allow for both DDR2 SDRAM module installations, enabling the user to expand memory capacity as needed. The DL380 G4 supports up to 12 GB of ECC RAM, which ensures data reliability and server performance even in environments where consistent uptime is critical. This flexibility allows IT administrators the ease to configure the system to fit varying operational needs.
The HP ProLiant DL380 G4 supports multiple hot-swappable hard drives, for easy upgrades and maintenance without system downtime. It is compatible with multiple storage options, ensuring versatility when it comes to running applications with different storage requirements. Additionally, the server features dual Gigabit LAN ports, providing high network throughput and reliability, making it optimal for environments requiring strong connectivity.
Other notable features include redundant power supply options that help maintain continual service during hardware failures. The server is compatible with multiple versions of the Microsoft Windows Server operating system, as well as some Linux distributions, making it versatile in its operating system support.
EOL Technology Services delivers professional support for the HP ProLiant DL380 G4. In addition to efficient troubleshooting, we provide essential replacement parts like processors, memory, and drives, ensuring that your server remains fully operational. Our expert service guarantees that your hardware runs at its optimal capacity, even beyond its initial lifespan.
