Kingston 32GB DDR5 5600MT/s ECC SODIMM Memory Module

The Kingston KSM56T46BD8KM-32HA is a 32 GB DDR5 SODIMM that lifts system performance for anyone who runs servers or specialized workstations where uptime and data accuracy matter. It plugs into a 262-pin slot, draws only 1.1 V, and moves data at 5600 MT/s, so workloads that rely on rapid memory access—such as database queries, virtual machine hosting, or cloud-based analytics—complete more quickly and with fewer bottlenecks.

Because it supports ECC, the module can detect and correct stray bit errors on the fly, which helps maintain data integrity during continuous operation. This feature is especially important in data centers, research labs, and financial environments where even a single corrupted calculation can have cascading effects.

Installation is straightforward: seat the unbuffered module in the SODIMM slot of a compatible DDR5 server board or high-end laptop that accepts ECC memory, and the system will recognize the additional capacity immediately. Its low-voltage design helps reduce overall power draw, an advantage when you manage dense racks or edge devices that run around the clock.

Whether you are building a compact virtualization host, expanding a cloud node, or refreshing an engineering workstation that handles large simulations, this Kingston module brings the bandwidth and reliability needed for demanding, memory-intensive tasks. Backed by Kingston’s reputation for rigorous testing and quality assurance, it provides a dependable foundation for critical applications.

• 32 GB capacity lets servers and professional workstations handle larger datasets and more simultaneous tasks
• DDR5 technology operating at 5600 MT/s delivers higher bandwidth and better efficiency than previous generations
• ECC support automatically corrects single-bit errors to protect data integrity
• Unbuffered SODIMM format designed for systems that require standard, non-registered memory
• 262-pin layout compatible with DDR5 ECC SODIMM slots
• 1.1 V operation helps lower power consumption in always-on environments