Description

The Kingston 128GB DDR5 6800MHz ECC Memory Kit represents the pinnacle of professional memory technology, delivering exceptional performance and reliability for demanding workstation and server applications. This quad-channel kit comprises four 32GB modules engineered to deliver blistering 6800MHz speeds whilst maintaining data integrity through Error-Correcting Code (ECC) technology. With CL34 latency and Intel XMP support, this memory solution is ideal for content creators, engineers, data scientists, and professionals who require both massive capacity and uncompromising stability.

ECC Protection for Mission-Critical Work

Error-Correcting Code technology automatically detects and corrects memory errors in real-time, ensuring your critical work remains protected. Essential for professional applications where data integrity cannot be compromised, ECC memory provides peace of mind during intensive rendering, simulation, and computational tasks.

Extreme 6800MHz Performance

Operating at a blistering 6800MHz, this DDR5 kit delivers exceptional bandwidth for the most demanding professional workflows. Whether you’re working with 8K video editing, complex 3D rendering, or running multiple virtual machines simultaneously, this memory provides the speed your applications need to perform at their peak.

Massive 128GB Capacity

With 128GB of total system memory across four 32GB modules, you’ll have ample headroom for the largest projects and most complex multitasking scenarios. Keep dozens of applications open simultaneously, work with enormous datasets, or run resource-intensive simulations without ever worrying about running out of memory.

Intel XMP Support

One-click overclocking through Intel XMP profiles makes setup effortless, automatically configuring optimal timings and voltages for peak performance. Simply enable XMP in your BIOS and enjoy maximum performance without manual tuning or complicated configuration.

Optimised CL34 Timings

The tight CL34 latency ensures responsive system performance and reduced memory access times, complementing the high frequency for a perfectly balanced performance profile that excels in both bandwidth-intensive and latency-sensitive applications.