Inquiries about cooling 3 NVMe drives compatible with 2,2080 Ti systems and similar configurations
Inquiries about cooling 3 NVMe drives compatible with 2,2080 Ti systems and similar configurations
Here’s a revised version of your text:
It’s okay if this isn’t the right spot—this is my first attempt at asking for help. I’m in the early stages of creating a fully water-cooled setup, and I want to ensure everything is working smoothly before diving into the next phase. My build is in a Corsair 900D, which will undergo significant modifications. I’ve been using most of these components for just over a year now and finally have the time to assemble something special. I’m seeking guidance as I progress.
My planned activities include running the system: a MSI x399 Gaming Pro Carbon GPU (2x Asus Strix 2080ti’s OC, 11GB), a 2950x TR (version 2, which now supports it after flashing the BIOS), 64GB RAM at 3200MHz (8x8GB modules), and a Samsung SSD setup—including a 960 Pro (512GB), a 970 Evo (1TB), and another 970 Evo (2TB). The power supply is an EVGA 1600W unit, which I believe is Platinum, though I’m not entirely sure since it’s already installed and I’m running low on patience.
I’ll have three 120mm intake fans in front, one directing air into the lower chamber where the GPU radiator will eventually fit. There’s a 140mm exhaust fan at the back, plus three 120mm rear fans that came with the Coolermaster AIO (I’ll switch to my custom loop later). I plan to add more fans in the bottom chamber once the GPU loop is set up.
In terms of storage, I’ll have a Blu-ray drive and a multimedia card reader with extra USB ports in two of the 5.25 bays, leaving space to tidy up later. My main worry right now is that the 970 Evo units will be placed directly beneath the 2080ti, so I want to minimize throttling until my water-cooling system is ready. I have all the necessary parts, but I just need reassurance everything stays stable before starting my first build.
I’m also considering adding a shim or a thick thermal pad under the NVMe controllers to help move heat from the drives to the motherboard. Would that be feasible? Could it affect the motherboard’s performance? I’ll include a photo of your current setup and the build layout. Any suggestions would be appreciated.
If I missed anything important, please let me know and I’ll get back quickly.
EDIT: I’m planning to use this machine for higher-quality video editing and rendering than I thought possible. How long do the 970 Evo units typically last when used this way? Also, will I need to bridge the gap between the controller and the motherboard (around 20mm or more) for better heat transfer?
Adding heatsinks improves performance, especially when things get warm. The controller also works better at higher temperatures.
I included heatsinks on the project. At first, I used fans for cooling, but I wanted a cleaner look for the SATA power cable. I wondered if the controller prefers cooler temperatures and the NAND prefers warmer ones—was that correct?
I haven't encountered this platform before, so evaluate it as you wish: https://www.hwcooling.net/en/what-s-the-...sd-m-2-en/ It suggests that the outside airflow from a GPU is more beneficial than the heat being trapped, making it a better setup compared to placing it directly above the top GPU where airflow is limited. Various factors could influence this, such as using a different CPU cooler. Personally, I’d assemble the components together and focus on stressing the entire system—CPU, GPU, and SSDs—then monitor temperatures to see if adjustments are needed.
This was the initial strategy, thank you for your assistance and the provided link.