| Product Code: | |
| Options: | |
| Qty: | |
| Unit Price: | £ |
If you wish to enquire about this product please contact us on
0800 488 0000
| Part No: | KINKSM64R52BS8-16HA |
| Manufacturer No: | KSM64R52BS8-16HA |
| Delivery: | Call for Leadtime |
![]() |
Kingston KSM64R52BS8-16HA 16GB DDR5 ECC Registered DIMM is built for systems requiring structured memory handling at high transfer speeds. Operating at 6400MT/s with CL52 latency, this module supports sustained data movement across demanding workloads. The ECC Registered design helps maintain data accuracy, while the 1Rx8 architecture and Hynix A-die components provide consistent signal behaviour within compatible server and workstation platforms.
This module operates at a high DDR5 frequency, supporting steady throughput for data-heavy tasks where timing consistency is important across sustained workloads.
ECC Registered functionality helps reduce memory errors during operation, supporting environments where reliability of stored and processed data is critical.
The 1Rx8 structure combined with Hynix A-die components ensures consistent communication with compatible DDR5 platforms designed for registered memory modules.
Kingston KSM64R52BS8-16HA 16GB DDR5 ECC Registered DIMM is built for systems requiring structured memory handling at high transfer speeds. Operating at 6400MT/s with CL52 latency, this module supports sustained data movement across demanding workloads. The ECC Registered design helps maintain data accuracy, while the 1Rx8 architecture and Hynix A-die components provide consistent signal behaviour within compatible server and workstation platforms.
This module operates at a high DDR5 frequency, supporting steady throughput for data-heavy tasks where timing consistency is important across sustained workloads.
ECC Registered functionality helps reduce memory errors during operation, supporting environments where reliability of stored and processed data is critical.
The 1Rx8 structure combined with Hynix A-die components ensures consistent communication with compatible DDR5 platforms designed for registered memory modules.