The HP ProLiant ML370 G5 Performance server, with part number 458341R-371, is powered by an Intel Xeon X5450 3 GHz, offering reliable processing capabilities for demanding environments. As a dual-processor platform, it supports the addition of a second processor, enhancing overall system capacity and performance for enterprise-level applications. The server utilises dual-core or quad-core technology, allowing it to manage heavy workloads with greater efficiency.
This server is equipped with multiple features designed for scalability and performance. It has up to 64 GB of DDR2 RAM via eight DIMM slots, supporting advanced data processing needs. Additionally, the HP ProLiant ML370 G5 includes hot-swappable drive bays, supporting either SAS or SATA hard drives, ensuring easy drive replacements and expansions without downtime. Users can also configure RAID for enhanced data redundancy, with options for RAID 0, 1, 5, and 6.
Built with a strong focus on reliability, the HP ProLiant ML370 G5 includes integrated HP Smart Array technology to manage storage and optimise data access. The server also features redundant power supplies and cooling options, supporting mission-critical tasks in business environments where extended uptime is a priority. In terms of connectivity, it offers multiple Gigabit Ethernet ports for fast data transfer, along with PCI Express slots to enable additional expansion cards for networking or other features.
Overall, the HP ProLiant ML370 G5 is a versatile and scalable server, designed to handle the complexity of modern enterprise computing. It combines powerful processing with expandability, making it suitable for various roles from data storage to application hosting in small to medium-sized businesses.
EOL Technology Services provides professional support and maintenance for the HP ProLiant ML370 G5, including sourcing replacement parts and offering expert guidance. Whether you need regular servicing or part replacements like processors and RAM, we ensure your server remains fully operational, reducing downtime during its service life.
