Geheugenmodule Hewlett Packard Enterprise DIMM 8GB 1RX4 PC4-2

The Hewlett Packard Enterprise DIMM 8GB 1RX4 PC4-2 is a server memory module engineered for consistent operation in enterprise environments. With an 8GB capacity and single-rank 1RX4 organisation, this DDR4 module is designed to deliver stable performance and compatibility with systems that require PC4-2400 memory. It offers a balance of throughput and latency suitable for virtualization, database caching, and typical server workloads where reliable memory behaviour is essential.

Advantages

This 8GB DIMM provides a compact capacity option that supports efficient memory population and upgrades in multi-socket servers. Its single-rank 1RX4 design can simplify compatibility with many server platforms and memory channels while supporting consistent data transfer at PC4-2400 speed. The module is intended for continuous, 24/7 operation and helps maintain predictable system responsiveness under varying load conditions.

Suitable for

• Server memory expansion in enterprise rack and blade systems
• Virtualization hosts with moderate RAM per VM requirements
• Database caching and application servers with steady memory usage
• Systems requiring PC4-2400 DDR4 memory modules

Key specifications

• Memory type: DDR4 DIMM
• Capacity: 8GB
• Rank/organization: Single-rank (1RX4)
• Speed specification: PC4-2400 (DDR4-2400) data rate
• Form factor: 288-pin DIMM (standard server DIMM size)
• Intended use: Server-class memory for enterprise systems

How to use

Install the DIMM into an appropriate 288-pin server memory slot while the system is powered down and following the server manufacturer’s guidelines for memory population and slot ordering. Verify motherboard or server compatibility with PC4-2400 DDR4 modules and populate channels according to recommended configurations for optimal performance. After installation, power on the system and confirm that the firmware or system management tools recognise the new memory capacity and rank configuration.

Recommendations

When upgrading memory in servers, match memory speed and rank characteristics across channels where possible to maintain predictable performance. For mission-critical systems, use server firmware and vendor tools to validate the module after installation and monitor system stability under load.