Thanks for your questions Donut. Excellent points. Yes we are entering the prototype status at the moment and doing the actual CNC programming and milling during the next two weeks. So of course we will do temperature testing and provide numbers here. The number of fins are based on calculations...
Introduction:
We have been working on a passivly cooled STX design lately. This form factor has gained quite some interest since ASRock has launched its DeskMini A300. The DeskMini A300 is a nice SFF Barebone system based on the AMD Ryzen CPUs with a powerful Vega 11 GPU integrated. The idea...
Up until now I have a good impression. They have been supportive (e.g. they sent the CAD Step files of the board - for me as OEM manufacturer) and they have been very responsive. They also have long availability for each board (5 years) So I will give feedback here when I do my testing with the...
There is also a Thin-ITX Mitac Board PH12FEI. It only has PCIe x 4 but has a much better price: http://client.mitac.com/products-embedded-board-PH12FEI.html
If using a riser one could build CPU(board) and GPU side by side and have shared cooling fins. This was an industrial prototype for machine learning. you can't see the GPU here because the GPU was only for CUDA and not for attaching a monitor. Also note that this was a POC to show that it is...
Yes there are a few options. Mainly it depends on if or if not taking advantage of a PCIe (flex)riser. I could imagine using no riser and having a build with rectangular running cooling fins. So that CPU and GPU each having its own cooling. Basically having a stack of fins in two directions. At...
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