Dell 8GB 1Rx8 DDR4 RDIMM 3200 MT/s Memory Module

The Dell AA810825 is an 8 GB memory module that uses DDR4 technology and features a registered design, allowing you to increase the available RAM in supported Dell servers and professional workstations. By adding more memory, you give demanding applications such as virtual machines, large databases, or complex design software the breathing room they need to run smoothly and stay responsive.

The module moves data at 3200 million transfers per second, aligning with the speed requirements of current server chipsets so the processor is never left waiting. Built-in error correcting code monitors each bit of data and repairs single-bit errors on the fly, a capability that protects workloads where accuracy and uptime are essential.

Single rank construction with x8 chip organization keeps electrical load low, while the 1.2-volt operating level helps manage overall power draw inside densely populated systems. Because the design is registered, signal integrity remains strong even when you fill multiple memory slots, supporting stable operation during continuous, high-memory workloads.

Every AA810825 module is tested and qualified by Dell engineering to meet OEM standards. Installation is straightforward: power down the system, insert the 288-pin RDIMM into an available slot, and power back up. The server or workstation detects the new capacity automatically, so you can return to productive work with minimal downtime, whether you are expanding a rack-mount PowerEdge unit in a data center or giving a Precision workstation more headroom for 3D rendering.

Highlights:

• 8 GB capacity on a DDR4 SDRAM module with a registered design
• 3200 MT/s data transfer rate keeps pace with modern server platforms
• Error correcting code maintains data integrity for critical workloads
• Single rank architecture with x8 chip organization
• 1.2 V operating voltage supports energy efficiency
• 288-pin RDIMM form factor fits supported Dell motherboards
• Qualified by Dell for full compatibility and reliable performance