HP EM994ET 667 MHz 240 Pin Non-ECC DDR2 DIMM Memory

HP EM994ET 667 MHz 240 Pin Non-ECC DDR2 DIMM Memory is a reliable and efficient memory module designed to enhance the performance of your HP ProLiant servers. Ideal for use in various ProLiant server models including ProLiant DX, DL, ML, SL, BL, XL, and CL series, this DDR2 DIMM memory module provides a seamless upgrade path for your server’s RAM. Whether you are running business applications, virtualization, or data-intensive tasks, this memory module offers stable and consistent performance to keep your systems running smoothly.

Let’s take a closer look at the key specifications that make this memory module a great choice for your server needs:

• Brand: HP – ensuring quality and compatibility
• Capacity: 1GB – suitable for moderate memory requirements
• Memory Speed: 667MHz – balances speed and power consumption
• Data Integrity Check: Non-ECC – ideal for non-critical applications where error correction is not required
• Voltage: 1.8v – standard voltage for DDR2 memory modules
• Latency Timing: CL5 – provides good latency performance
• Pins: 200 Pin – compatible with SODIMM slots
• Memory Technology: DDR2 – reliable and widely supported technology
• Buffered/Registered: Non-buffered – suitable for standard server memory configurations
• Memory Form Factor: SODIMM – compact design for space-constrained environments

For your convenience, here is a list of compatible spare part numbers that correspond to this memory module, making it easier to find replacements or additional units:

• HP 395318-641
• HP 409966-001
• HP 451738-001
• HP 500008-001
• HP 500758-001
• HP 446429-001
• HP 395318-341
• HP EM994AA
• HP EM994UT
• HP GK995AA
• HP 450575-001
• HP 451155-001

Upgrade your HP ProLiant server’s memory with the HP EM994ET 667 MHz 240 Pin Non-ECC DDR2 DIMM Memory module to enjoy improved system responsiveness and reliability. Its compatibility with a wide range of ProLiant server models ensures a hassle-free installation and enhanced performance for your business-critical applications.