Lenovo 01DE967 32GB 2133MHz 2Rx4 288 Pin ECC DDR4 Memory

Upgrade your server’s performance and reliability with the Lenovo 01DE967 32GB 2133MHz 2Rx4 288 Pin ECC DDR4 Memory. Designed for enterprise-level applications, this high-capacity memory module is perfect for data centers, virtualization, and heavy multitasking environments. Compatible with a wide range of Lenovo servers, it ensures seamless integration and enhanced system stability. The ECC (Error-Correcting Code) technology helps detect and correct data corruption, making it ideal for mission-critical workloads where data integrity is paramount.

Here’s a closer look at the key specifications that make this memory module a reliable choice for your server upgrade or replacement needs:

• Brand: Lenovo
• Capacity: 32GB – ample memory for demanding applications
• Memory Speed: 2133MHz – delivers fast data access and transfer rates
• Data Integrity Check: ECC – ensures error detection and correction for stable operation
• Voltage: 1.2v – energy-efficient performance
• Rank: 2Rx4 – dual-rank configuration for improved performance
• Latency Timing: CL15 – low latency for quicker response times
• Pins: 288 Pin – standard DIMM form factor for compatibility
• Memory Technology: DDR4 – latest generation memory technology
• Memory Form Factor: DIMM – suitable for most Lenovo server motherboards

For your convenience, here are some compatible spare part numbers that match or complement the Lenovo 01DE967 memory module:

• Lenovo 95Y4807 (Part Number: 95Y4807)
• Lenovo 00LA936 (Part Number: 00LA936)
• Lenovo 8SSM30E51146 (Part Number: 8SSM30E51146)
• Lenovo 95Y4810-06 (Part Number: 95Y4810-06)
• Lenovo 5462-A5UJ (Part Number: 5462-A5UJ)
• Lenovo 9532-A5UJ (Part Number: 9532-A5UJ)
• Lenovo 6241-A5UJ (Part Number: 6241-A5UJ)
• Lenovo 5464-A5UJ (Part Number: 5464-A5UJ)

Invest in the Lenovo 01DE967 memory module to ensure your server runs efficiently with enhanced data integrity and robust performance. Perfect for IT professionals looking to optimize server memory capacity without compromising on reliability.