Dell 331-4424 16GB 1600MHz 2Rx4 240 Pin ECC DDR3 Memory

Upgrade your server performance with the Dell 331-4424 16GB 1600MHz 2Rx4 240 Pin ECC DDR3 Memory, designed specifically for Dell PowerEdge and Dell PowerVault systems. This high-quality memory module is ideal for enhancing your server's multitasking capabilities, data processing speed, and overall reliability. Whether you are managing databases, running virtualization workloads, or handling intensive applications, this ECC DDR3 memory ensures data integrity and system stability, making it a perfect fit for enterprise environments.

Let's take a closer look at the key specifications that make this memory module a reliable choice for your server upgrade:

• Brand: Dell – trusted manufacturer for server components
• Capacity: 16GB – ample memory for demanding server tasks
• Memory Speed: 1600MHz – delivers fast data transfer rates
• Data Integrity Check: ECC (Error-Correcting Code) – enhances system reliability by detecting and correcting memory errors
• Voltage: 1.35v – low voltage for energy-efficient operation
• Rank: 2Rx4 – dual-rank configuration for improved performance
• Latency Timing: CL11 – balanced latency for efficient processing
• Pins: 240 Pin – standard DIMM form factor compatible with supported servers
• Memory Technology: DDR3 – widely supported and stable memory type
• Memory Form Factor: DIMM – designed for desktop/server motherboards

For your convenience, here are some compatible spare part numbers associated with this Dell memory module. These part numbers can help you find exact replacements or additional modules to expand your server memory:

• Dell 020D6F
• Dell 462-7428
• Dell A8255125
• Dell SNP20D6FC
• Dell 0JDF1M
• Dell 084DDP
• Dell 0G5JJX
• Dell SNP20D6FC/16G
• Dell SNPJDF1MC/16G
• Dell 370-AARQ
• Dell 0JR5VJ
• Dell 02167V
• Dell 02P6XT
• Dell 0GNF74
• Dell 0T8XR5

Invest in the Dell 331-4424 16GB 1600MHz ECC DDR3 Memory module to ensure your Dell PowerEdge or PowerVault servers operate at peak efficiency with reliable, high-speed memory performance.