Kingston 64GB DDR5 Desktop Memory, 5600MT/s Speed, CL46 CAS Latency, SK-Hynix Chip Build, 288-Pin, ECC Registered, 1.2 Voltage

The Kingston 64GB DDR5 Desktop Memory offers ample capacity to handle multitasking and heavy workloads with ease. It ensures smooth data processing and helps maintain consistent system performance. This memory upgrade is ideal for professionals and users needing reliable speed for demanding applications.

5600MT/s Speed:

With a high data transfer speed of 5600MT/s, this memory delivers faster performance for modern desktops. It supports quicker loading times, improved responsiveness, and better overall productivity. The speed helps maintain smooth operation across data-heavy applications and multitasking environments.

CL46 CAS Latency:

The CL46 CAS latency ensures efficient command execution, keeping performance stable and responsive. It allows data to be accessed quickly, reducing delays in memory operations. This balance of speed and precision supports steady performance for both everyday tasks and professional workloads.

SK-Hynix Chip Build:

The use of SK-Hynix chips ensures durability and dependable quality. These chips are known for consistent performance and efficient power management. Their stable construction helps maintain smooth operation even under extended use.

288-Pin Configuration:

A 288-pin configuration allows strong connectivity between the memory and motherboard. This setup ensures secure installation and reliable signal transmission for faster communication. It also enhances compatibility with the latest DDR5 desktop platforms.

ECC Registered:

The ECC registered feature improves data integrity by automatically detecting and correcting memory errors. It helps prevent crashes or data corruption, ensuring system stability. This makes it suitable for professional or workstation setups where reliability is critical.

1.2 Voltage:

Operating at 1.2 volts, the module provides efficient power usage without sacrificing performance. Lower power consumption reduces heat generation, contributing to system longevity. It maintains stable output while supporting energy-efficient operation in demanding environments.