Kingston 16GB DDR4 3200MT/s ECC Unbuffered DIMM Memory Module

The Kingston KSM32ED8/16MR is a 16 GB DDR4 memory module designed for desktops, workstations, and entry-level servers that need a dependable mix of speed and data protection. It slips into a standard 288-pin DIMM slot and immediately expands the available memory pool, making multitasking smoother and large files quicker to handle.

Running at 3200 MT/s, the module moves data fast enough to keep modern processors fed with information. That extra bandwidth helps when you juggle multiple virtual machines, edit high-resolution media, or crunch through extensive spreadsheets. You notice the benefit in reduced load times and a generally more responsive system.

Its built-in error-correcting code scans each data word and fixes single-bit mistakes on the fly, a safeguard that keeps critical applications stable during long render jobs, database work, or any task that must stay up without interruption. The memory draws only 1.2 V, so it operates with less heat and a lighter power footprint than earlier generations.

A dual-rank 2Rx8 architecture broadens platform compatibility, while Micron chips with on-die termination and temperature monitoring add another layer of reliability. Installation is straightforward: press the module into an ECC-capable DDR4 slot, power on, and the system recognises the new capacity immediately.

Whether you are upgrading a CAD workstation, building a home lab for virtualization, or adding headroom to a small business server, this Kingston module delivers performance and peace of mind without complicating your build.

• 16 GB DDR4 module operating at 3200 MT/s
• Error-correcting code to detect and fix single-bit memory errors
• Fits any motherboard that accepts unbuffered ECC DDR4 in a 288-pin slot
• Dual-rank 2Rx8 layout for broad platform support
• 1.2 V operating voltage helps lower power use and heat output
• CL22 latency tuned for stable day-to-day workloads
• Micron chips with on-die termination and temperature sensors
• JEDEC compliant and RoHS aligned for standards-based reliability