KTH-PL432/64G Kingston 1x64GB DDR4 ECC RAM

High-Density DDR4 RDIMM Server Memory Expansion featuring ECC Registered architecture with the KTH-PL432/64G

KTH-PL432/64G is a 64GB DDR4-3200 ECC Registered RDIMM designed to increase memory capacity in DDR4 server platforms without changing the CPU or storage architecture. By using a JEDEC-standard RDIMM profile, KTH-PL432/64G supports predictable timing and voltage behavior across validated server boards, enabling clean capacity upgrades for virtualised and database-heavy estates.

The KTH-PL432/64G module uses a dual-rank, 72-bit ECC data path to improve data integrity under sustained load and to align with enterprise reliability requirements. As an RDIMM, KTH-PL432/64G reduces electrical loading on the memory channel compared to unbuffered DIMMs, supporting higher population strategies across multi-channel server CPUs. This makes it well suited for expanding VM density, improving in-memory cache hit rates, and stabilising performance for mixed workloads where PCIe and storage subsystems are already correctly sized.

Why Choose the KTH-PL432/64G?

KTH-PL432/64G provides a direct, low-risk path to increase RAM per node while preserving the existing PCIe topology, boot devices, and storage tiers. It is engineered for consistent operation in enterprise server environments where uptime, ECC protection, and scalable DIMM population plans matter more than short-lived peak benchmarks.

Kingston designs server memory with a focus on controlled component selection, platform-level compatibility, and repeatable validation processes. This approach supports modern data centre standards for reliability, maintenance windows, and predictable lifecycle management across refresh and expansion projects.

Key Applications:

• Virtualisation hosts
• Database servers
• General enterprise compute
• In-memory caching
• VDI infrastructure

At Happyware - Server Hardware you benefit from non-binding offers tailored precisely to your capacity and rollout plan, helping you standardise KTH-PL432/64G deployments across clusters. For larger refresh cycles, bulk order discounts support cost-controlled scaling while keeping the memory configuration consistent per node.