The Samsung M386B8G70DE0-CK0 is a 64GB DDR3 1600MHz Registered ECC (RDIMM) server memory module. This module is designed for use in servers and workstations that require high capacity, reliability, and error correction capabilities. It offers a significant memory upgrade for demanding applications.
Applications:
- Servers: Provides large memory capacity and error correction for server applications.
- Workstations: Enhances the performance of workstations running memory-intensive software.
- Cloud Computing: Supports virtual machines and other cloud-based applications.
- Data Centers: Provides reliable memory for critical data center operations.
Features:
- 64GB Capacity: Provides a large amount of memory for demanding applications.
- DDR3 Technology: Offers fast data transfer rates and efficient power consumption.
- 1600MHz Clock Speed: Enables quick processing of data.
- Registered (Buffered): Improves signal integrity and stability in high-density configurations.
- ECC (Error Correcting Code): Detects and corrects single-bit errors, ensuring data integrity.
- DIMM Form Factor: Designed for compatibility with server and workstation motherboards.
Benefits:
- Improved Server Performance: Enables faster data processing and improved application performance.
- Increased Reliability: ECC ensures data integrity and prevents system crashes due to memory errors.
- Enhanced Multitasking: Allows servers to handle more concurrent users and applications.
- Greater Stability: Registered design enhances signal integrity in high-density configurations.
- Scalable Memory Capacity: Allows for future memory upgrades as needed.
Additional Details:
The M386B8G70DE0-CK0 is manufactured using high-quality components and undergoes rigorous testing to ensure reliability and stability. It operates at the standard DDR3 voltage (typically 1.5V) and complies with JEDEC standards. M386 indicates it is a Registered DIMM, B8G70DE0 defines the density and configuration, CK0 indicates the speed bin and timings and ECC is implied by the 'Registered' designation.