Dell 317-9644 8GB 1600MHz 2Rx4 240 Pin ECC DDR3 Memory

The Dell 317-9644 8GB 1600MHz 2Rx4 240 Pin ECC DDR3 Memory is a reliable and high-performance memory module designed specifically for Dell servers and storage solutions. Ideal for use in Dell PowerEdge and Dell PowerVault systems, this memory upgrade enhances your server’s multitasking capabilities, data processing speed, and overall stability. Whether you are running complex databases, virtualization environments, or demanding enterprise applications, this 8GB DDR3 DIMM ensures efficient and error-free performance thanks to its ECC (Error-Correcting Code) technology.

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

• Brand: Dell – trusted manufacturer for server components
• Capacity: 8GB – ample memory for improved server performance
• Memory Speed: 1333MHz – fast data transfer rate
• Data Integrity Check: ECC – detects and corrects memory errors automatically
• Voltage: 1.35v – energy-efficient operation
• Rank: 2Rx4 – dual-rank memory for better performance
• Latency Timing: CL9 – low latency for quicker response times
• Pins: 240 Pin – standard DIMM form factor for compatibility
• Memory Technology: DDR3 – widely supported memory generation
• Memory Form Factor: DIMM – designed for desktop and server motherboards

For your convenience, here are compatible spare part numbers that correspond to this memory module, making replacements and upgrades straightforward:

• Dell 0FWDM1 (Part Number: 0FWDM1)
• Dell 0P9RN2 (Part Number: 0P9RN2)
• Dell A8475624 (Part Number: A8475624)
• Dell A6199968 (Part Number: A6199968)
• Dell 00146H (Part Number: 00146H)
• Dell A32862068 (Part Number: A32862068)
• Dell 0XTPRC (Part Number: 0XTPRC)

Upgrade your Dell PowerEdge or PowerVault server with this dependable 8GB ECC DDR3 memory module to ensure smooth, error-free operation and enhanced system responsiveness. Its compatibility and quality make it an excellent investment for maintaining optimal server performance.