DIMM 48 GB DDR5-7200 (2x 24 GB) Dual-Kit, Arbeitsspeicher schwarz, CMP48GX5M2X7200C36, Dominator Titanium, INTEL XMP

The Corsair Dominator Titanium DDR5 48GB 7200MHz (CMP48GX5M2X7200C36) is a high-performance memory kit consisting of two 24 GB DDR5 modules. Built with forged aluminum heat spreaders and a custom high-performance PCB, it is engineered for stable operation at high frequencies and optimized for the latest Intel processors and DDR5 motherboards.

Advantages

The Dominator Titanium kit offers hand-sorted memory chips and tightly screened components to ensure consistent high-frequency performance and aggressive timing options. Patented Corsair DHX cooling manages heat across the ICs and the PCB ground plane for sustained performance under heavy loads. iCUE software provides dynamic RGB lighting control and real-time monitoring of temperature, voltage, and frequency, while XMP 3.0 profiles enable quick one-click configuration to rated speeds and custom profile saving.

Suitable for

• High-end gaming PCs requiring large memory capacity and low latency
• Content creation workstations (video editing, 3D rendering, large projects)
• Enthusiast builds and overclocking setups
• Systems using the latest Intel processors and DDR5 motherboards

Key specifications

• Capacity: 48 GB (2 x 24 GB)
• Memory type: DDR5
• Clock speed: 7200 MHz
• CAS latency: CL36
• Form factor: 288-pin DIMM
• Operating voltages: 1.4 V, 1.1 V
• Model number: CMP48GX5M2X7200C36

How to use

Install the two 288-pin DIMM modules into compatible DDR5 DIMM slots on a supported motherboard, following the motherboard manual for recommended slot population. Enable the included Intel XMP 3.0 profile in the BIOS to set the modules to their rated 7200 MHz and CL36 settings, or use Corsair iCUE to customize and save profiles. Ensure your system power and cooling meet the memory's requirements before applying manual overclocking.

Recommendations

To maintain stability and longevity, allow proper airflow over the modules, keep motherboard BIOS up to date, and use iCUE for temperature and voltage monitoring. When overclocking, increase frequencies and voltages gradually and test stability after each change.