AddOn 32GB DDR4-2133MHz LRDIMM RAM Module for Servers and Workstations

AddOn AM2133D4QR4LRLP/32G x1 Dell A7910489 Compatible Factory Original 32GB DDR4-2133MHz Load-Reduced ECC Quad Rank x4 1.2V 288-pin CL15 LRDIMM

The AddOn A7910489-AM 32GB DDR4-2133MHz LRDIMM memory module offers reliable and high-performance memory expansion for a wide range of enterprise servers and workstations. Designed with a 288-pin DDR4 interface, this module ensures synchronized electrical and clock signals, providing efficient data transfer rates essential for demanding computing tasks. The module's load-reduced (LRDIMM) design effectively lessens electrical load on the memory controller, enabling stable operation under heavy workloads and supporting high-density configurations that are vital for modern data centers and professional work environments. Its 32GB capacity allows quick access and retrieval of data, enhancing overall system responsiveness and efficiency, especially when handling intensive software applications or virtualized environments.

Features:

• Allow convenient and fast access to the stored information your computer is actively using for maximum efficiency

• Up to 2133 MHz speed with CL15 latency for playing the latest games and using heavy software

• LRDIMM 32 GB of memory to maintain symmetry with processor and hard drive and bring out the ultimate computing experience

• 288-pin DDR4 SDRAM interface synchronizes electrical and clock signals for an efficient data transfer rate

• 1 x 32GB module for quick access and retrieval of data and information to ensure maximum usability

• 288-pin for enhanced, dependable system performance with maximum usability

• CL15 CAS latency for faster, dependable clock cycles which allows quick access and retrieval of data and information

• Workstation device support for your RAM module to allow enhanced performance and reliable memory solution

• LRDIMM form factor with 288-pin and 32 GB memory size effectively lessens the electrical load on the memory controller to allow maximum feasibility