Micron DDR5 RAM Module MTC20F2085S1RC6 – 32 GB, 6400 MHz, DIMM

The Micron DDR5 RAM Module Model MTC20F2085S1RC6 delivers high-performance memory designed for demanding computing tasks. With a capacity of 32 GB, this module ensures your system maintains optimal performance by balancing memory with your processor and storage devices. Its 6400 MHz speed allows for smooth gaming, intensive software use, and quick data processing, making it suitable for professional and enthusiast use alike. Built with the latest DDR5 SDRAM technology, this module offers efficient data transfer rates that significantly enhance overall system responsiveness. The 288-pin DIMM form factor guarantees compatibility with most desktop motherboards and provides dependable, fast access to stored information for maximum efficiency. The registered signal processing feature ensures high speed and accuracy, contributing to system stability during heavy workloads and prolonged operation. Designed with reliability in mind, this module includes a CAS latency of CL52, which ensures rapid data retrieval without compromising stability. The 200-mil thickness and lightweight design make installation straightforward without adding unnecessary bulk. Whether you're upgrading an existing system or building a new high-performance PC, the Micron DDR5 RAM Module MTC20F2085S1RC6 offers the reliability, speed, and capacity needed for advanced computing applications.

Features:

• Allows convenient and fast access to stored information your computer is actively using for maximum efficiency

• Up to 6400 MHz speed ideal for playing the latest games and running heavy software

• 32 GB of memory to maintain system balance and deliver an ultimate computing experience

• Utilizes DDR5 SDRAM for efficient data transfer rate and enhanced system performance

• 288-pin DIMM for faster, dependable data access and improved overall performance

• CL52 CAS latency for quick, reliable clock cycles enabling rapid data retrieval

• DIMM form factor with 288 pins and 32 GB capacity for optimal performance and speed

• Registered signal processing for high speed, accuracy, and maximum system reliability