Axiom 4GB Low Power DDR3-1066 ECC RDIMM TAA Compliant - 4 GB (1 x 4 GB) - DDR3 SDRAM - 1066 MHz DDR3-1066/PC3-8500 - ECC - Registered - 240-pin - DIMM MPN:AXG33092017/1

Axiom's low power DDR3-1066 ECC RDIMM is ideal for servers with its exceptional data processing speed and optimal efficiency. This memory module boasts a registered signal processing for reliability in mission-critical operations, while providing an extensive 240-pin connection to allow seamless communication between the server components. Its 1066 MHz speed is suited for running multiple applications concurrently, with 4 GB memory that allows multitasking without interruption. It operates on a low power consumption and has a high-density of pins, providing optimized performance while reducing heat dissipation. Moreover, this RDIMM form factor reduces the electrical load on the memory controller to ensure optimal feasibility for data access. The Axiom Low Power DDR3-1066 ECC RDIMM is an essential upgrade to enhance your server's functionality and reliability.

Top product features:

• Low Power Consumption: The memory module operates on low power consumption, making it efficient and cost-effective to run.
• High-Density Pins: It has a high density of pins (240-pin) for faster, dependable performance and better access to data and information.
• Enhanced System Performance: The server device support allows for enhanced system performance and reliable memory solution with improved efficiency.

Top product applications:

• Servers and Databases: The low power consumption and high-speed registerd signal processing make it an ideal choice for server environments and databases to enhance system performance and reliability while allowing convenient access to stored information.
• Heavy Multitasking: It is suitable for heavy multitasking tasks such as running multiple applications or browsing several tabs at once, providing the needed memory for such activities without interruption.
• Reliable Memory Solution: The RDIMM form factor effectively reduces electrical load on the memory controller, allowing it to be used in demanding memory-sensitive applications where reliable and stable data processing is essential.