AddOn AM1333D3DRE/4G x1 HP 595102-001 Compatible Factory Original 4GB DDR3-1333MHz Unbuffered ECC Dual Rank 1.5V 240-pin CL9 UDIMM

AddOn AM1333D3DRE/4G x1 HP 595102-001 Compatible Factory Original 4GB DDR3-1333MHz Unbuffered ECC Dual Rank 1.5V 240-pin CL9 UDIMM

Sale price  $65.99 Regular price  $119.00
Skip to product information
AddOn AM1333D3DRE/4G x1 HP 595102-001 Compatible Factory Original 4GB DDR3-1333MHz Unbuffered ECC Dual Rank 1.5V 240-pin CL9 UDIMM

AddOn AM1333D3DRE/4G x1 HP 595102-001 Compatible Factory Original 4GB DDR3-1333MHz Unbuffered ECC Dual Rank 1.5V 240-pin CL9 UDIMM

Sale price  $65.99 Regular price  $119.00

AddOn AM1333D3DRE/4G x1 HP 595102-001 Compatible Factory Original 4GB DDR3-1333MHz Unbuffered ECC Dual Rank 1.5V 240-pin CL9 UDIMM
This HP 595102-001 compatible 4GB DDR3-1333MHz dual rank unbuffered ECC 1.5V 240-pin CL9 factory original UDIMM is 100% guaranteed to be compatible with your system and to work right the first time. All of our server memory is built to strict JEDEC standards at one of the tier 1 facilities (Samsung, Micron, or Hynix). Our products are also guaranteed by federal law to not affect or void OEM warranties.


  • RAM Module offers enhanced memory with maximum productivity

  • Up to 1333 MHz speed with unbuffered signal for smooth computer performance

  • 4 GB memory smoothly executes complex apps and games

  • 240-pin-pin DDR3 SDRAM interface synchronizes electrical and clock signals for an efficient data transfer rate

  • 1 x 4GB modules for enhanced memory reliability and productivity

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

  • CL9 CAS latency for reliable, fast response and improved performance

  • Server device support for your ram module for maximum productivity and convenience

  • UDIMM form factor with 240-pin and 4 GB memory size effectively reduces minimizes the load on the server memory BUS to ensure maximum productivity

  • Unbuffered signal processing for dependable programmability of the processor for easy optimization of digital signals

You may also like