Samsung 16GB DDR4 SDRAM Memory Module M393A2K43CB2-CTD for High-Performance Computing
Item #: M393A2K43CB2-CTD | Model #: 818240456781
Samsung 16GB DDR4 SDRAM Memory Module
The Samsung M393A2K43CB2-CTD 16GB DDR4 SDRAM Memory Module offers reliable and efficient performance for demanding computing tasks. Designed with a 288-pin DIMM form factor, this module is optimized for desktops and workstations requiring robust memory solutions. Its DDR4 interface ensures synchronized electrical and clock signals, enabling high data transfer rates that support seamless multitasking and heavy-duty applications. With a speed of up to 2666 MHz and a CAS latency of CL19, this module provides quick access to data, reducing latency and improving overall system responsiveness. The 16GB capacity allows users to run multiple applications simultaneously, enhancing productivity and system efficiency. Featuring registered signal processing, this RAM module offers higher accuracy and stability, making it suitable for enterprise and high-performance environments. Operating at a low voltage of 1.20V, the module helps conserve energy without compromising performance. Built in the United States by Samsung, a trusted leader in memory technology, this module ensures quality, durability, and long-term reliability for your computing needs.
Features:
- Enables efficient and smooth execution of all your heavy-duty applications with maximum productivity
- Up to 2666 MHz speed with CL19 latency for smooth computer performance
- 16 GB capacity supports running multiple applications simultaneously and enhances overall system performance
- DDR4 SDRAM interface facilitates synchronized electrical and clock signals for efficient data transfer
- 288-pin DIMM form factor for optimal performance and maximum reliability
- CL19 CAS latency ensures faster, dependable clock cycles for quick data access and retrieval
- Registered signal processing provides higher accuracy and improved RAM module performance
- Low voltage operation at 1.20V supports energy efficiency without sacrificing performance
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