Question about Klevv 8000mhz cl 39.
Question about Klevv 8000mhz cl 39.
Does this memory function properly under such intense conditions?
Is it possible to reduce its frequency to 6000mhz and achieve lower clock speeds like 15cas or similar ultra-low timings?
Yes, choosing the right motherboard is important. For example, MSI confirmed it [KD5AGUA80-80D380G] supports 8000 MT/s, and the memory QVL details are available at the provided link. Alternatively, Adata XPG 8800 offers 8800 MT/s compatibility, also verified by MSI. If you need CL15 support, consider DDR4 or older models. For instance, DDR3 2000 MT/s provides CL6 latency, significantly better than current RAM options.
Another question. Has Klevv Urbane V RGB been released in black yet? It was expected to come out sooner this year, as mentioned on Google. However, I haven't found any information about it.
RAM performance is expressed in MT/s (mega transfers per second), not in Mhz (megahertz).
Yes, it operates at 8000 MT/s using CL38.
The MSI MoBo memory QVL I connected has been tested with Klevv Cras V RGB (which also includes black heatsinks); details are available here: https://www.klevv.com/ken/products_detai...v_CrasVRGB.
A reliable review exists where TechPowerUP evaluated Klevv Cras V RGB (8000 MT/s, CL38, 2x 16GB) on an ASUS ROG MAXIMUS Z790 APEX, found at: https://www.techpowerup.com/review/klevv...-2x-16-gb/.
Specs can be viewed at: https://www.klevv.com/ken/products_detai...v_CrasVRGB.
It is confirmed that RAM performance varies, so identical adjustments to timing tables may not yield the same outcomes.
I just discovered these. I didn’t mention wanting round edges on black RAM. So, between the stylish simple 5 or this option: 8), Klevv Genuine V RGB. It’s available from August to September.
I’m planning to build this project: https://pcpartpicker.com/user/Aital/saved/#view=hc93Hx
I just need the RAM, CPU, case fans, and Windows OS.
The CRASH V could be a good alternative if I can’t get either of those. I’m aiming for a clean look with basic RGB.
There seems to be a specific need to upgrade RAM despite other parts being of average quality?
🤔
The power supply appears solid, but the motherboard has only a modest number of VRM modules—just 7 main phase ones. For a system like the R5 9600X, I’d recommend a higher-end 12 main phase VRM (or even better).
Your case looks really good on appearance, but if you’re aiming for quiet operation or low temperatures, you might end up with a lot of noise.
However, the Klevv Cras V RGB 8000 MT/s, CL38, with two 24 GB modules, has been verified by Gigabyte to function properly at rated speeds and timings.
Memory QVL: https://www.gigabyte.com/Motherboard/X87...ort-memsup
Keep in mind that on Intel platforms, faster RAM can offer only marginal gains, especially with AM5 CPUs, which don’t benefit much from higher speeds.
Source: https://www.techpowerup.com/review/ddr5-...-5/16.html
It’s clear that the performance difference between 8000 MT/s CL38 and 6400 MT/s CL32 is minimal, yet you’d pay significantly more for the latter when using an AM5 processor.
In fact, I didn’t upgrade to faster RAM for my new AM5 build either—I chose 6400 MT/s CL32 because that’s the optimal range for AM5.
I might manage to secure the 6000 at 30c. I was anticipating that overclocked RAM would perform well and I could obtain standard kits around 24 timing or something similar. I hadn’t seen such high-speed RAM setups before while keeping the first word of the sentence as it is. I believed all premium RAM options would demand significant compromises.
I’m after a RAM with rounded edges that complements the case design. I also hope for better timing to enhance responsiveness. I’m keeping fans at around 27dB or less for smooth operation and minimal noise at this speed. I’m uncertain about the NVMe performance on that board, though—it would likely sit under the GPU with its heat sink, which is about 17.2mm. If not, it might use a separate heatsink. I’m guessing this will be one of my main cooling solutions. I’m also hoping the 9600x3d will work, or at least I’ll settle for the 9600x.
🤔 Latency around 10ns is typical, even beyond JEDEC benchmarks. It's been present since at least DDR2 times, and even older.
For reference:
- DDR2 - 1200 MT/s, 8.333 ns: [link]
- DDR3 - 3200 MT/s, 8.125 ns: [link]
- DDR4 - 5333 MT/s, 7.5 ns: [link]
- DDR5 - 8400 MT/s, 9.524 ns: [link]
Even slower, 10ns is possible. Whether or not it's an OC chip doesn't matter; it just doesn't justify the cost for similar performance. For example:
- DDR5: 8400 MT/s, CL42 = 10ns
- 6400 MT/s, CL32 = 10ns (for AM5 builds)
- 5600 MT/s, CL28 = 10ns
Each system behaves differently, but I caution you ahead—this model isn't built for regular use. It's better suited for demonstrations at events or trade shows. Due to its inadequate cooling, expect strong heat buildup or loud fan noise when fighting air currents.
A more ventilated option would be the Thermaltake Core P-series case, which is open-air and great for display. You can find it here: [pcpp link]
These cases are wall-mountable for extra flair, available in various colors.