RAM Corsair DDR5 96GB 6600MHz CL32 kit duplo

The Corsair VENGEANCE DDR5 96GB (2x48GB) 6600MHz CL32 dual kit delivers high-capacity DDR5 memory designed for modern Intel platforms. With a 6600 MHz clock and CL32 latency, this 288-pin DIMM kit offers fast data access for demanding tasks such as gaming, content creation and heavy multitasking. Built-in onboard voltage regulation and Intel XMP 3.0 compatibility allow easier tuning and reliable overclocking, while the low-profile black design fits most builds.

Advantages

This VENGEANCE DDR5 kit provides very high bandwidth at 6600 MHz with CL32 latency and a large 96 GB capacity to handle many simultaneous applications. Onboard voltage regulation simplifies stable overclocking and, together with Intel XMP 3.0 and iCUE support, enables saved performance profiles for quick configuration. Compatibility with current Intel DDR5 motherboards ensures straightforward installation and operation.

Suitable for

• High-end gaming systems
• Video editing and 3D rendering workstations
• Advanced multitasking and large-memory workflows (virtual machines, many browser tabs)
• Users who want easy XMP-based overclocking on Intel platforms

Key specifications

• Brand: CORSAIR
• Model: VENGEANCE DDR5 CMK96GX5M2B6600C32
• Capacity: 96 GB (2 x 48 GB)
• Memory type: DDR5
• Speed: 6600 MHz
• CAS latency: CL32
• Form factor: 288-pin DIMM
• Voltage: 1.4 V
• MPN: CMK96GX5M2B6600C32
• EAN: 0840006676690

How to use

Install the two DIMM modules into the appropriate DDR5 slots on a compatible Intel DDR5 motherboard following the motherboard manual. Enable Intel XMP 3.0 in BIOS or use Corsair iCUE to load or create XMP profiles for the desired frequency and timing. Ensure proper cooling and verify stability after changing voltages or clocks.

Recommendations

For stable operation at rated speeds, use an Intel DDR5-compatible motherboard, update your BIOS to the latest version, and enable XMP 3.0. When overclocking, monitor temperatures and system stability; apply incremental changes and use saved iCUE profiles for repeatable results.