Intel

1SG065HH3F35E2VG

Intel's 1SG065HH3F35E2VG is a high-performance, high-density memory module designed for use in a variety of applications, including servers, workstations, and high-performance computing systems.

Description:

The 1SG065HH3F35E2VG is a DDR4 Registered DIMM (RDIMM) memory module with a capacity of 64GB. It features 8GB DDR4 memory chips and operates at a speed of 3200MHz. The module has an 8-layer PCB design and is built with high-quality components to ensure reliability and performance.

Features:

1. High Capacity: With a capacity of 64GB, the 1SG065HH3F35E2VG provides ample memory for demanding applications and multitasking.
2. High Speed: The module operates at a speed of 3200MHz, ensuring fast data transfer rates and improved system performance.
3. DDR4 Technology: The 1SG065HH3F35E2VG utilizes DDR4 memory technology, which offers improved power efficiency and higher data transfer rates compared to previous generations.
4. Registered DIMM: The module is a registered DIMM, which means it includes a register that buffers the data between the memory and the system, providing improved signal integrity and reliability.
5. 8-layer PCB Design: The 8-layer PCB design provides enhanced signal routing and improved electromagnetic compatibility.

Applications:

1. Servers: The 1SG065HH3F35E2VG is ideal for use in servers, where high-performance memory is required to handle large amounts of data and multitasking.
2. Workstations: The module is suitable for workstations used in industries such as engineering, graphics design, and video editing, where high-performance memory is essential for running demanding applications.
3. High-Performance Computing: The 1SG065HH3F35E2VG can be used in high-performance computing systems, where large amounts of memory and high-speed data transfer are required for complex calculations and simulations.

Overall, Intel's 1SG065HH3F35E2VG is a high-performance, high-density memory module that offers improved performance, reliability, and power efficiency for a variety of applications.