KLEVV Reveal URBANE V RGB DDR5 Memory for Gamers and Overclockers

Peter Donnell / 2 weeks ago

KLEVV is well known for its high-end memory and storage products, and they’ve just dropped some seriously stylish new RAM with the new URBANE V RGB DDR5. This new kit looks pretty amazing, as KLEVV kits always do, and it’s aimed squarely at gamers and content creators who demand top-tier performance with its stunning design, but also its strong focus on hardware.

This isn’t your average memory kit. KLEVV’s taken inspiration from the classic bow and arrow, resulting in a design that’s all about speed, precision, and, well, looking damn good. Think flowing lines, a clean white aesthetic… I think that’s all a bit of a stretch of the imagination, but I’ll give them credit, it does look good.

But it’s not just about pretty lights. KLEVV’s promising blistering speeds and rock-solid stability, making the URBANE V RGB DDR5 ready to compete with more extreme systems and overclocking to squeeze out that extra bit of performance.

Key Features

A 2mm-thick aluminium heat sink with sleek linear grooves and refined curved edges for superior cooling efficiency.
A low-profile height of 42.5mm, ensures compatibility with most PC builds.
Fully customizable RGB lighting with 16 million colours and synchronized effects, seamlessly integrating with major motherboard RGB software.

Speeds and Capacities

Speeds of up to 8400MT/s and competitive latency for smooth operation even under extreme workloads.
A robust 10-layer PCB for enhanced signal integrity and stability, enabling consistent, high-speed data processing.
Available in kits of 32GB (16GB x 2), 48GB (24GB x 2), and 64GB (32GB x 2) with low voltage settings ranging from 1.1V to 1.45V.

Broad Compatibility and Versatile Functionality

Works seamlessly across Intel and AMD platforms, including Intel’s latest 15th Gen processors and AMD’s Zen 5 architecture.
Fully compatible with all mainstream motherboards (QVL tested).
Supports Intel XMP 3.0 and AMD EXPO for easy overclocking and system tuning.