DIMM 32 GB DDR5-7000 (2x 16 GB) Dual-Kit, operačná pamäť biela, CMP32GX5M2X7000C34W, Dominator Titanium, INTEL XMP

The Corsair Dominator Titanium DDR5 32 GB 7000 MHz memory module (2 x 16 GB) combines forged aluminum construction and advanced RGB lighting to deliver a premium DDR5 memory solution optimized for Intel systems. This 288-pin DIMM module runs at 7000 MHz with a CAS latency of 40, 1.1 V operation, and a white finish designed for system builds where both performance and refined styling are required.

Advantages

High-frequency DDR5 operation at 7000 MHz provides improved bandwidth and responsiveness for demanding applications. The die-cast aluminum heatspreader offers robust thermal dissipation and a refined look. Full control of dynamic RGB effects and real-time telemetry is available through Corsair iCUE software. XMP 3.0 compatibility enables quick single-setting configuration to rated speeds and supports custom XMP profiles for task-specific tuning.

Suitable for

• High-performance gaming PCs
• Content creation and multimedia editing
• Multitasking and productivity workstations
• Enthusiast builds optimized for Intel DDR5 platforms

Key specifications

• Capacity: 32 GB (2 x 16 GB)
• Memory type: DDR5
• Clock speed: 7000 MHz
• CAS latency: 40
• Voltage: 1.1 V
• Form factor: 288-pin DIMM
• Colour: White
• Manufacturer part number (MPN): CMP32GX5M2X7000C34W
• EAN: 0840006679189

How to use

Install the modules into compatible DDR5 DIMM slots on a supported Intel motherboard following the motherboard manufacturer's instructions. Enable the included Intel XMP 3.0 profile in your BIOS/UEFI to set the modules to their rated 7000 MHz speed and timing. For RGB lighting control and system telemetry, install Corsair iCUE software and connect the system as directed by Corsair documentation.

Recommendations

Use these modules in matched pairs for dual-channel operation, ensure BIOS is updated on the motherboard for DDR5 7000 MHz support, and verify system cooling and power delivery are adequate for high-frequency memory operation.