KLEVV Launches DDR5 Memory With AMD EXPO ULL
The new CRAS V RGB PRIME memory kits introduce low-latency technology designed to boost gaming performance.
Updated on Oct. 28, 2026 in Semiconductors
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KLEVV has unveiled its latest CRAS V RGB PRIME DDR5 memory lineup, marking the first kits to incorporate AMD EXPO ULL technology. This release aims to provide high-speed performance and improved latency for gaming systems.
Why it matters
The integration of AMD EXPO ULL technology helps optimize secondary sub-timings to reduce latency, which is designed to enhance overall gaming performance. By supporting both Intel XMP and AMD EXPO, the series offers versatile compatibility for high-performance builds.
The memory kits feature speeds up to 8000 MT/s at CL38 and 6000 MT/s at CL26, all tested at 1.4V. These modules utilize a 10-layer PCB and include on-die ECC and an integrated PMIC.
The players
KLEVV
KLEVV is a computer memory and storage manufacturer that produces high-performance RAM and SSD products for gamers and PC enthusiasts.
AMD
AMD is a global semiconductor company that designs computer processors and technologies like EXPO for performance memory tuning.
The details
The CRAS V RGB PRIME lineup comes in 32 GB, 48 GB, 64 GB, and 128 GB capacities and features aluminum heat spreaders with integrated RGB lighting. The modules are optimized to deliver a 4% average gaming performance increase through sub-timing adjustments.
Timeline
November 2026: Memory kits are expected to start shipping to customers.
The Tech Race
This release follows the evolution of DDR5 memory standards, shifting from simple frequency increases to granular latency optimization. It positions KLEVV to compete directly in the high-end enthusiast market against brands optimizing for both Intel and AMD platforms.
Users can expect improved memory performance in gaming applications due to lower latency configurations. Gamers looking to build or upgrade systems should account for the 1.4V power requirement to ensure compatibility with their existing motherboards and power supplies.
The takeaway
Optimizing memory sub-timings has become a primary focus for manufacturers aiming to squeeze additional performance out of modern systems. Enthusiasts should verify motherboard support for higher voltages before purchasing high-speed kits to ensure system stability.
Further reading
For more information on the latest hardware components, visit the Semiconductors section.
Source note: This article includes information reported by Wccftech.
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