Desktop Memory DRAM Corsair VENGEANCE Vengeance 32GB (2x16GB) DDR5 6400MHz CL32 CMK32GX5M2B6400C32 KIT 32GB (2x16GB) DDR5 6400MHz CL32 Color:black

Corsair Vengeance 32GB (2x16GB) DDR5 6400MHz CL32 Desktop Memory Kit

Corsair Vengeance DDR5 is a desktop memory series optimized for Intel motherboards, bringing the higher frequencies and greater capacities of DDR5 in a compact, high-quality module. This kit provides 32GB in two 16GB modules, rated up to 6400MT/s with CL32 latency.

The modules feature onboard voltage regulation, a solid aluminum heatspreader and hand-sorted, tightly screened memory chips. CORSAIR iCUE software shows memory temperature and frequency in real time and lets you save custom XMP profiles.

Key features

• 32GB in two modules - Two 16GB modules provide 32GB for modern games, video editing and running many applications at once, and on a four-slot motherboard two slots stay free.
• Up to 6400MT/s with XMP - The kit is tested at 6400MT/s with CL32 latency at 1.40V, and these settings are stored in an Intel XMP profile. Without the profile the memory runs at its default 4800MHz, CL40 and 1.1V. The profile is enabled in the BIOS, and the actual speed depends on the motherboard and processor.
• Onboard voltage regulation - An Overclock PMIC on the module regulates voltage, and together with CORSAIR iCUE software it allows finer tuning and more stable overclocking.
• Custom XMP 3.0 profiles in iCUE - Instead of adjusting performance settings by hand each time, you can save your own XMP profiles in CORSAIR iCUE and tailor them by application or task on supported motherboards.
• Aluminum heatspreader and low profile - A solid aluminum heatspreader conducts heat away from the memory quickly, with Vengeance styling that fits modern systems. The low-clearance module fits nearly any DDR5 build.
• Hand-sorted chips and a high-performance PCB - Hand-sorted, tightly screened memory chips deliver consistent high-frequency performance with aggressive timings, and a high-performance PCB maintains signal quality and stability when overclocking.

Specifications