Crucial Pro OC White 16GB 6000MHz CL36 DDR5 RAM

The Crucial Pro Overclocking 16GB DDR5-6000 UDIMM (model CP16G60C36U5W) is a single-module, white-coloured desktop memory stick designed for performance-focused PC builds. Built on Micron DRAM technology, it operates at 6000 MHz under its overclocked profile and carries tight primary timings of 36-38-38-80 at 1.35 V, making it a solid choice for gamers and content creators who want low-latency responsiveness without sacrificing stability. This module ships with dual overclocking profile support — Intel XMP 3.0 and AMD EXPO — on the same stick. That means you can enable the advertised 6000 MHz speed through a single BIOS toggle whether you are running a recent Intel or AMD platform. When XMP or EXPO is not enabled, the module falls back to its JEDEC default profile, ensuring broad out-of-the-box compatibility. Note that achieving the full advertised overclock depends on additional system factors including CPU silicon quality, motherboard tier, BIOS revision, and the number of modules installed per memory channel; Crucial cannot guarantee overclocked boot on every configuration. The white PCB and heat spreader complement popular white or neutral-coloured builds, and the UDIMM form factor fits standard desktop motherboard slots. Each Crucial Pro OC module undergoes component-level and module-level testing in line with Micron's manufacturing standards. This listing covers a single 16 GB module (kit type: 1×16 GB), which can be paired with a second CP16G60C36U5W stick at a later date for dual-channel operation. If your board or budget calls for dual-channel out of the box, consider Crucial's 2×16 GB kits instead. Verified Specifications: • Model: CP16G60C36U5W • Capacity: 16 GB (1×16 GB) • Memory Type: DDR5 • Speed (XMP/EXPO): 6000 MHz • Primary Timings: 36-38-38-80 • Operating Voltage: 1.35 V • Form Factor: UDIMM • Overclocking Profiles: Intel XMP 3.0, AMD EXPO • Die Density: 16 Gbit • Colour: White • Warranty: Limited Lifetime Pair this RAM with a Crucial NVMe SSD to complete a high-throughput storage and memory stack for your next build