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| Part No: | KINKCS-UC564D4-128G |
| Manufacturer No: | KCS-UC564D4-128G |
| Delivery: | Out Of Stock |
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The Kingston KCS-UC564D4-128G is a 128GB DDR5 memory module built for systems that rely on registered ECC architecture and large-scale memory capacity. Operating at 6400MT/s, it provides high data throughput while maintaining strict signal integrity through its registered design and error correction capability. Its 2Rx4 configuration supports dense memory structuring, making it suitable for compatible server-class platforms that handle sustained, memory-intensive workloads.
The dual-rank x4 architecture allows this module to store and access large amounts of data efficiently across two memory ranks. This structure supports systems that require high-capacity memory scaling within limited physical DIMM slots.
ECC functionality continuously monitors and corrects memory errors during operation, while the registered design helps maintain stable communication between memory components under heavy workloads.
Built on DDR5 technology, the module supports higher internal bandwidth and improved memory efficiency compared to previous generation RDIMMs, making it suitable for modern systems that require fast and consistent memory access.
The Kingston KCS-UC564D4-128G is a 128GB DDR5 memory module built for systems that rely on registered ECC architecture and large-scale memory capacity. Operating at 6400MT/s, it provides high data throughput while maintaining strict signal integrity through its registered design and error correction capability. Its 2Rx4 configuration supports dense memory structuring, making it suitable for compatible server-class platforms that handle sustained, memory-intensive workloads.
The dual-rank x4 architecture allows this module to store and access large amounts of data efficiently across two memory ranks. This structure supports systems that require high-capacity memory scaling within limited physical DIMM slots.
ECC functionality continuously monitors and corrects memory errors during operation, while the registered design helps maintain stable communication between memory components under heavy workloads.
Built on DDR5 technology, the module supports higher internal bandwidth and improved memory efficiency compared to previous generation RDIMMs, making it suitable for modern systems that require fast and consistent memory access.
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