DDR5

Overview

Built for peak stability and low latency, this high-performance DDR5 memory module ensures fast data transfer rates between your CPU and system memory.

Key Technical Specifications

• 16GB total: 16GB total capacity engineered for modern multitasking
• DDR5 technology: DDR5 technology operating at 5600MHz
• Precision aluminum: Precision aluminum heat spreader for efficient heat dissipation
• Intel XMP: Intel XMP and AMD EXPO profile support for one-click overclocking

Practical Applications & Performance

Smooth high-framerate gaming, seamless browser tab switching, video rendering, and heavy multitasking.

Who It's Built For

Ideal for PC builders looking to upgrade memory bandwidth and system responsiveness. who demand uncompromising performance, rock-solid stability, and premium build quality.

Next-Generation Speed and Low Latency The KLEVV CRAS XR5 RGB DDR5 memory kit brings next-level bandwidth and speed to your system. Operating at a blazing 6200MHz with an ultra-low latency of CL32-38-38-78, this 32GB (2x16GB) kit delivers exceptional framerates in memory-sensitive games and provides a significant step up in performance over standard DDR5-4800 memory. Striking Design with Brilliant RGB Featuring a striking white heatsink, the CRAS XR5 doesn't just look incredible—it acts as a highly efficient thermal dissipator, keeping your memory modules cool and stable under load. The memory is topped with a unique RGB light bar, adding customizable flair to your desktop build that easily syncs with major motherboard software. Seamless Overclocking with EXPO and XMP 3.0 Achieve advertised speeds with a single click in your motherboard’s BIOS. The CRAS XR5 is fully certified and optimized for both AMD EXPO and Intel XMP 3.0, ensuring a hassle-free setup and maximum platform compatibility whether you are building a Ryzen or Core-based rig. Key Specifications | Model Number | KD5AGUA80-62A320S | | Memory Type | DDR5 UDIMM | | Capacity | 32GB (2 x 16GB) | | Tested Speed | 6200 MHz | | Tested Timings | CL32-38-38-78 | | Heatsink Color | White | | Compatibility | Intel XMP 3.0 & AMD EXPO

Engineered for hardcore gamers, content creators, and extreme hardware enthusiasts, the KLEVV CRAS V RGB 32GB (2x16GB) 7200MHz DDR5 Memory Kit (KD5AGUA80-728340G) combines blazing-fast DDR5 speeds with sophisticated design. Featuring high-grade ICs built on a 10-layer PCB, this kit pushes memory frequencies up to an incredible 7200MHz, offering massive bandwidth improvements over standard DDR4 and base DDR5 modules. Whether you are rendering 4K video, running demanding AAA games at maximum frame rates, or heavy multitasking, the CRAS V RGB ensures smooth system responsiveness and optimal thermal management. Key Features Extreme 7200MHz Performance Experience lightning-fast data processing and ultra-low system latency. Operating at 7200MHz, this kit provides exceptional memory bandwidth to eliminate bottlenecks in modern multi-core processors. Splendid Top & Side RGB Lighting Featuring a uniquely curved lightbar that illuminates across both the top and side panels, the CRAS V RGB offers stunning 16.8 million-color customization. Fully compatible with major motherboard lighting software including ASUS Aura Sync, GIGABYTE RGB Fusion, MSI Mystic Light, and ASRock Polychrome SYNC. Superior Aluminum Heat Dissipation Constructed with a heavy-duty aluminum heatsink in a refined tone-on-tone finish, the thermal design rapidly transfers heat away from the memory chips to ensure stable operation even during heavy overclocking sessions. Low-Profile 44mm Form Factor With a compact height clearance of just 44mm, the CRAS V RGB minimizes physical interference with large dual-tower air CPU coolers and compact liquid cooling tubing. Intel® XMP 3.0 & AMD EXPO™ Dual Compatibility Hassle-free dynamic overclocking. Built-in profile support allows you to easily enable pre-configured timings, voltages, and frequency profiles directly through your BIOS with a single click. Integrated Power Management (PMIC) & On-Die ECC Features an on-board Power Management IC (PMIC) for improved power efficiency and signal purity, alongside On-Die Error Correcting Code (ODECC) for enhanced long-term data integrity and system stability.