SK Hynix HMABAGL7C4R4N-VN DDR4 128GB (1x128GB) RDIMM ECC Server Memory 2666MHz
$ 314.69
Description
SK Hynix HMABAGL7C4R4N-VN DDR4 128GB (1x128GB) RDIMM ECC Server Memory 2666MHz. Operates at a 2666MHz clock speed with CL19 latency to ensure high-speed data transfers and reduced processing delays for complex analytical tasks. In the rapidly evolving landscape of data-intensive computing, the SK Hynix HMABAGL7C4R4N-VN DDR4 memory module stands as a cornerstone for enterprise-level performance and stability. Engineered to handle the rigorous demands of modern data centers and high-performance workstations, this 128GB high-density module provides the massive memory footprint necessary for seamless virtualization, complex database management, and large-scale simulation workloads. By utilizing advanced DDR4 architecture, it ensures reliable data throughput at a consistent 2666MHz frequency, significantly reducing latency and eliminating bottlenecks in mission-critical environments. The focus on technical integrity and precision engineering allows IT professionals to scale their infrastructure with confidence, knowing that each component is designed for sustained uptime and error-free operation. This module is the ideal solution for expanding server capabilities without compromising on the efficiency or the long-term viability of your hardware investments. Key Features: Massive 128GB capacity facilitates extreme multitasking and supports heavy virtualization, allowing for more virtual machines per physical server. Operates at a 2666MHz clock speed with CL19 latency to ensure high-speed data transfers and reduced processing delays for complex analytical tasks. Advanced Load Reduced DIMM technology minimizes signal loading on the memory controller, enabling higher system capacities and overall stability. Built with high-quality SK Hynix components for long-term reliability and compatibility with a wide range of enterprise server and workstation boards. Optimized for professional-grade environments requiring ECC support to detect and correct data corruption, ensuring maximum uptime and data safety.
