Patriot EP_DDR5 VIPER XTREME 5 CKD RGB UDIMM 48GB [24GBx2] VXR548G8640CK

Patriot EP DDR5 VIPER XTREME 5 CKD RGB UDIMM 48GB (24GBx2) – VXR548G8640CK

High-Speed DDR5 Memory with Dynamic CKD RGB

Take your PC to the next level with the Patriot EP DDR5 VIPER XTREME 5 CKD RGB, engineered for gamers, content creators, and enthusiasts. With 48GB (24GBx2) dual-channel memory, this DDR5 UDIMM provides blazing-fast performance, low latency, and fully customizable CKD RGB lighting, delivering both power and style for your system.

Key Features

• Ultra-Fast DDR5 Performance:

  Operating at 6400MHz, this memory kit ensures lightning-fast data transfer, smoother multitasking, and enhanced gaming and creative performance.

• Dual-Channel 48GB Kit (24GBx2):

  Optimized for dual-channel architecture, offering maximum bandwidth for multitasking, heavy workloads, and high-end gaming.

• Customizable CKD RGB Lighting:

  Fully programmable RGB illumination lets you personalize your system, with compatibility for major RGB software for synchronized effects.

• Optimized Latency & Voltage:

  Featuring CL40 timing at 1.35V, balancing speed, stability, and energy efficiency.

• Wide Platform Compatibility:

  Works seamlessly with the latest Intel and AMD DDR5 platforms, ensuring reliable installation and performance.

• Advanced Thermal Design:

  Viper Xtreme RGB heat spreaders maintain optimal cooling, keeping memory stable under heavy workloads and extended gaming sessions.

Why Choose Patriot EP DDR5 VIPER XTREME 5 CKD RGB?

1. Next-Level Gaming: Boost FPS and reduce latency for competitive gameplay.

2. Vibrant RGB Effects: Personalize your PC with fully dynamic CKD RGB lighting.

3. Seamless Multitasking: Run multiple applications, creative software, and streaming simultaneously without performance drops.

4. Trusted Reliability: Built with Patriot’s industry-leading quality and supported by a limited lifetime warranty.

5. Future-Ready DDR5 Technology: Optimized for modern CPUs and next-generation computing workloads.

Technical Specifications