Crucial Pro Overclock White 32GB (2 x 16GB) 6000 MHz DDR5 Desktop RAM

Crucial 32GB ( 2 x 16GB ) DDR5 6000MHz Non-ECC Unbuffered Desktop Memory Module - White

OVERCLOCKING UNLOCKED!

Fuel your next win with Crucial DDR5 Pro Overclocking Memory in black or white

Overclocking DDR5 Pro memory

Push performance to the next level with the blazing speed and massive bandwidth of Crucial DDR5 Pro Memory: Overclocking Edition. Mobilize the power of low latency to beat the clock and fuel your next win instead of worrying about performance bottlenecks. Our powerful overclocking DDR5 Pro memory supports next-gen multi-core CPUs and features Intel XMP 3.0 and AMD EXPO support on every module.

Cool look and feel

Our overclocking DDR5 Pro memory features an aluminum heat spreader with a unique, origami-based design that is both cool to the touch and an aesthetic win for any rig.

Accelerated performance

• Lower latency
• Higher frame rates per second
• Smoother game play
• Ideal for AAA games

Compatibility

• Works with Intel Core 12-14th Gen desktop CPUs
• Works with AMD Ryzen 7000 Series and higher desktop CPUs.

Flexibility

• Support for both Intel XMP 3.0 and AMD EXPO on the same module
• Keep your options open
• Tactical advantage for your build flexibility

Micron quality and reliability

• More than 45 years of memory expertise
• Cutting edge engineering
• Superior component and module-level testing

Confirmed compatibility means the systems can boot at the default (JEDEC) memory profile of the memory module, however, booting at the advertised overclocked speed and extended timings is not guaranteed as overclocking performance is dependent on multiple other factors that are beyond Crucials control. It includes CPU tier, motherboard tier, BIOS version and stability, module rank and configuration and the number of modules installed per memory channel. If the system fails to boot when XMP/EXPO is enabled, please reset your CMOS or if needed, refer to your motherboard or system manual for instructions to revert all settings back to default, and allow the parts to detect the speed the system will support.