Micron MTA36ASF4G72PZ-2G6E1SI DDR4 32GB (1x32GB) RDIMM Server Memory 2666MHz
$ 49.63
Description
Micron MTA36ASF4G72PZ-2G6E1SI DDR4 32GB (1x32GB) RDIMM Server Memory 2666MHz. Built utilizing industry-standard DDR4 architecture to optimize data transfer bandwidth while significantly reducing overall thermal output. The Micron MTA36ASF4G72PZ-2G6E1SI dual-rank registered memory module delivers high-density performance and critical data integrity for enterprise-level servers and high-demand workstation environments. Designed to eliminate data processing bottlenecks, this 32GB DDR4 module facilitates seamless multitasking and high-throughput computing by operating at a clock speed of 2666MHz. Built using advanced semiconductor manufacturing processes, it offers enhanced bandwidth and lowered power consumption metrics compared to legacy memory architectures. The integration of Error-Correcting Code technology proactively detects and corrects single-bit memory errors, preventing system crashes and data corruption to ensure maximum uptime for mission-critical applications. Ideal for virtualization, database management, and heavy cloud computing workloads, this synchronous DRAM offers the scalability and stability required to maintain optimal network efficiency and operational continuity in modern data centers. Key Features: High-density 32GB capacity engineered in a dual-rank, registered dual in-line memory module architecture to support intensive server virtualization. Operates at a 2666MHz clock frequency with standard PC4-21300 throughput to deliver rapid data transfer speeds across enterprise server networks. Integrated Error-Correcting Code technology actively identifies and resolves data anomalies to secure continuous uptime and system reliability. Utilizes a standard 288-pin form factor to ensure universal compatibility and seamless physical installation across mainstream server motherboards. Built utilizing industry-standard DDR4 architecture to optimize data transfer bandwidth while significantly reducing overall thermal output.
