Micron 16GB DDR3L 1600MHz ECC RAM

Introducing the Micron 16GB DDR3L 1600MHz ECC RAM, a reliable and high-performance memory module designed for servers and workstations that demand uncompromising data integrity and exceptional performance. This cutting-edge RAM module boasts a range of features that make it an ideal choice for critical applications.

One standout feature of the Micron 16GB DDR3L 1600MHz ECC RAM is its Error Correcting Code (ECC) technology. Built to safeguard against data corruption, ECC memory meticulously detects and corrects errors that can occur during data transfer. This ensures that your vital information remains accurate and free from any potential disruptions. Whether you’re engaged in financial trading, scientific computing, or any other data-intensive task, this ECC technology provides the peace of mind you need.

In addition to its ECC capabilities, this Micron RAM module is equipped with registered memory technology. This advanced feature optimizes performance by allowing the memory controller to handle a higher volume of data simultaneously. With increased bandwidth and faster access speeds, you can expect improved responsiveness and enhanced multitasking capabilities. When it comes to demanding server and workstation environments, the registered memory design of Micron 16GB DDR3L 1600MHz ECC RAM ensures exceptional performance levels.

Reliability is a paramount concern in critical systems, and Micron understands this well. That’s why they’ve engineered this memory module to meet the highest standards of stability and dependability. By implementing registered memory and meticulously designed ECC technology, Micron ensures not only accurate data transmission but also superior error handling. This means you can trust that your important data will remain secure and intact, even in the face of potential disruptions.

The Micron 16GB DDR3L 1600MHz ECC RAM module comes in a DIMM form factor with 240 pins, making it compatible with desktop systems. Its low voltage of 1.35V reduces power consumption without compromising performance, making it an energy-efficient choice. The dual rank design further enhances memory performance, ensuring a smooth and efficient computing experience.