KLEVV

KLEVV CRAS V RGB DDR5-6400 Spec and Price in Canada

DDR52x16GB288-pin UDIMM10.00 ns true latency

CRAS V RGB shares its DDR5-6400 specification, 32-38-38-78 timings, and 1.35V with KLEVV's own Bolt V; the only real difference is addressable RGB lighting. It occupies the same mainstream-to-enthusiast gaming tier as Bolt V, just for builders who want the light show visible through tempered glass. Pick this over Bolt V for looks, not for any gain in bandwidth or latency.

Tied 19th of 139 models in the RAM catalog on Speed — 19 models share this figure.

Current best price

No tracked price — this page compares specifications alone.

Specifications

Capacity: 2x16GB
True latency: 10.00 ns
Memory type: DDR5
Speed: 6400 MT/s
CAS latency
Form factor: 288-pin UDIMM
Voltage: 1.35 V
Timings: 32-38-38-78
Modules: 2
RGB: Yes

Capacities

Configuration	Part number
2x16GB	KD5AGUA80-64A320G
2x24GB	KD5KGUD80-64A320G
2x32GB	KD5BGUA80-64A320G

What owners and reviewers say

Summarised from 1 source(s), reviewed September 14, 2026. A source is counted only where it names this model exactly. How we track prices

Commonly praised

Reviewers describe it as a well-rounded kit that slots between everyday and enthusiast memory, with performance and overclocking margins that met expectations.
The matte black aluminium heat spreader and top RGB light bar are called a sleek, compact design that stays clear of large CPU air coolers, and the lighting is controllable through the major motherboard ecosystems without vendor software.

Commonly criticised

It was judged a little expensive, and its retail availability in the US was described as limited.

Sources behind this summary

Tom's Hardware — review

Guides for this category

How much RAM you actually needHow to size memory from the pressure your machine is under now, why running short quietly costs speed, and when a matched pair beats one stick.RAM speed and latency, and when they matterWhat a kit's MT/s and CAS latency each measure, why true latency is the two together, and the machines where the numbers actually change anything.SO-DIMM vs DIMM: the memory a laptop takesWhy laptop memory is a different module from desktop memory, how DDR4 and DDR5 are keyed apart, and why some machines take no module at all.What is ECC memory, and when you need itWhat error-correcting memory actually catches, how registered and load-reduced modules differ from unbuffered ones, and why the platform decides.

Sources

Every spec above was pulled from one of these — a field a source didn't state was left off rather than estimated.