Kingston Server Premier - DDR5 - moduuli - 64 GB - DIMM 288-PIN - 3200 MHz / PC5-25600 - CL52 - 1.1 V - rekisteröity - ECC (KSM64R52BD4-64MD)

The Kingston KSM64R52BD4-64MD is a 64GB DDR5-6400 288-pin DIMM memory module with ECC support, designed for use in compatible desktops and servers. It features a 2R x4 rank configuration built from 4G x4 FBGA components and is programmed to JEDEC DDR5-6400 timings with CL52 at 1.1V. Gold contact fingers and the standard DIMM form factor provide reliable connectivity and compatibility with platforms that support DDR5 ECC memory.

Advantages

This 64GB DDR5 module delivers increased memory capacity for memory-intensive tasks while supporting ECC for error detection and improved data integrity. DDR5-6400 bandwidth and JEDEC-timed CL52 latency balance throughput and stability at a low operating voltage of 1.1V. The 288-pin DIMM format ensures compatibility with standard DDR5 sockets.

Suitable for

• Workstations running large datasets or virtualization
• Servers requiring ECC memory for improved reliability
• High-performance desktop systems used for content creation or engineering

Key specifications

• Capacity: 64 GB
• Memory type: DDR5
• Form factor: 288-pin DIMM
• Speed/timing: DDR5-6400, CL52-52-52
• Voltage: 1.1 V
• Rank/configuration: 2R x4
• Error correction: ECC

How to use

Install the module into a compatible motherboard DIMM slot that supports DDR5 and ECC functionality. Power down the system and follow the motherboard manufacturer’s instructions for handling and insertion, aligning the notch on the module with the slot key and pressing firmly until the latches engage. After installation, verify memory is recognized in the system BIOS/UEFI and that ECC is enabled if required by the platform.

Recommendations

Use this module in systems listed by the motherboard or server vendor as supporting DDR5 ECC DIMMs. For multi-module configurations, install modules in matched pairs or according to the board’s channel population guidelines to ensure optimal performance and stability.