Kingston
Kingston FURY Renegade RGB DDR5-6400 Spec and Price in the United Kingdom
DDR52x48GBUDIMM10.00 ns true latency
The Renegade RGB line's 6400 MT/s class runs the 96GB kit at CL32, per the documented listings — the high-capacity RGB option for enthusiast DDR5 builds below the line's 8000 flagship.
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
- 2x48GB
- True latency
- 10.00 ns
- Memory type
- DDR5
- Speed
- 6400 MT/s
- CAS latency
- Form factor
- UDIMM
- Modules
- 2
- RGB
- Yes
Capacities
| Configuration | Part number | Speed | CAS latency | True latency |
|---|---|---|---|---|
| 2x48GB | KF564C32RSAK2-96 | 6400 MT/s | 32 | 10.00 ns |
| 2x24GB | KF564C32RSAK2-48 | 6400 MT/s | 32 | 10.00 ns |
What owners and reviewers say
Summarised from 2 source(s), reviewed September 14, 2026. A source is counted only where it names this model exactly. How we track prices
Commonly praised
- Reviewers rated it highly for performance, compatibility and build quality, calling it the most impressive kit in its class.
- The 96GB kit is built from 48GB modules, the highest per-module capacity in the line, which suits high-capacity professional builds.
- It ran exceptionally well at stock settings and overclocked easily, reaching 7GHz with default timings on the reviewer's board.
- The RGB lighting and infrared synchronisation are praised, with 18 effects and support across the major motherboard lighting ecosystems.
Commonly criticised
- The vendor's lighting-control software failed to detect one of the two modules on one reviewer's motherboard.
Sources behind this summary
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.