Ready To Ship Transcend Information 8gb Ddr3l 1600 Ecc-dimm 11-11-11 2rx8 Holiday Edition [nUpfXSGv]

8GB DDR3L ECC DIMM for Reliable Performance

Experience unparalleled reliability and performance with the Transcend Information 8GB DDR3L ECC DIMM. This high-quality memory module is designed for servers and workstations that demand exceptional stability and error correction capabilities. With its robust 11-11-11 timing and 2Rx8 configuration, the Transcend ECC DIMM ensures seamless operations and optimal data integrity.

• Enhanced Stability: The ECC feature detects and corrects memory errors, providing a stable and reliable computing environment.
• Optimized Performance: The 1600MHz speed and 11-11-11 timing ensure smooth multitasking and efficient data processing.

Key Features and Specifications

This 8GB DDR3L ECC DIMM is a perfect choice for demanding applications that require high performance and data integrity. Its 2Rx8 configuration offers increased bandwidth, making it ideal for servers and workstations that handle large datasets.

• Memory Capacity: 8GB of DDR3L memory for ample storage and processing power.
• Speed and Timing: 1600MHz speed with 11-11-11 timing for superior performance and efficiency.
• Configuration: 2Rx8 configuration for increased bandwidth and optimized data transfer.

Practical Uses and Benefits

The Transcend Information 8GB DDR3L ECC DIMM is a versatile solution for a wide range of applications. Whether you are setting up a server for a small business or a high-performance workstation for professional use, this memory module delivers the reliability and speed you need.

• Server and Workstation Performance: Perfect for servers and workstations that require high reliability and error correction.
• Data Integrity: The ECC feature ensures accurate data processing and minimizes the risk of data corruption.

With the Transcend Information 8GB DDR3L ECC DIMM, you can trust in a product that combines cutting-edge technology with exceptional reliability, making it an ideal choice for your computing needs.