Corsair Dominator Titanium 64GB 6400MTs Memory Kit, DDR5, CL32 CAS Latency, 1.4V Tested Voltage, XMP 3.0, 288 Pin

Corsair Dominator Titanium 64GB 6400MTs Memory Kit Description:

The Corsair Dominator Titanium 64GB 6400MTs Memory Kit redefines computing with cutting-edge technology. This memory kit’s 64GB size, 6400MT/s speed, and low CL32 latency make it stand out. Also, it is designed for Intel platforms, it supports XMP 3.0 for best performance and easy integration.

Performance Profile:

Uncompromising performance is the engineering behind the DOMINATOR TITANIUM RGB Memory Kit. It offers a remarkable data transfer rate, enabling smooth multitasking, faster program load times, and an overall improvement in system responsiveness, with a measured speed of 6400MT/s.

XMP 3.0 Support:

The XMP 3.0 technology that comes with this RAM package makes overclocking a breeze. By adjusting a single setting in the BIOS, XMP (Extreme Memory Profile) guarantees that your RAM operates at its maximum tested speed and performance. Memory optimization is a simple way to boost your system’s capabilities.

SPD Latency and Speed:

Specifications for SPD (Serial Presence Detect) latency and speed highlight the adaptability of this memory kit. A solid foundation for dependable performance even without manual changes is offered by the DOMINATOR TITANIUM RGB Memory Kit. Also, with a default latency of 40-40-40-77 and a speed of 4800MHz.

Tested Latency and Speed:

The proven performance of this memory package is its most valuable asset. Designed for pros and enthusiasts who want the best, this memory kit boasts a tested speed of 6400 MT/s and a low latency of 32-40-40-84. Test the boundaries of your system while rest certain that it will remain stable and dependable.

Voltage Management:

Lastly. the DOMINATOR TITANIUM RGB Memory Kit has versatile voltage management capabilities, with a tested voltage of 1.40V and an SPD voltage of 1.1V. By adjusting the power consumption settings, users may customize their system to meet their unique needs while maintaining optimal performance and economy.