3 ms·
The base mini is 599. Here's a config for around the same price. All brand new parts for 573. You can spend the difference improving any part you wish, or mayb
by alganet 2y ago
The base mini is 599.
Here's a config for around the same price. All brand new parts for 573. You can spend the difference improving any part you wish, or maybe get an used 3060 and go AM5 instead (Ryzen 8400F). Both paths are upgradeable.
https://pcpartpicker.com/list/ftK8rM https://pcpartpicker.com/list/ftK8rM
Double the LLM performance. Half the desktop performance. But you can use both at the same time. Your computer will not slow down when running inference.
- bloomingkales 2y agoThat’s a really nice build.
- alganet 2y agoAnother possible build is to use a mini-pc and M.2 connections You'll need a mini-pc with two M.2 slots, like this: https://www.amazon.com/Beelink-SER7-7840HS-Computer-Display/dp/B0CQT9N951 https://www.amazon.com/Beelink-SER7-7840HS-Computer-Display/... And a riser like this: https://www.amazon.com/CERRXIAN-Graphics-Left-PCI-Express-Extension/dp/B0D9651WSN https://www.amazon.com/CERRXIAN-Graphics-Left-PCI-Express-Ex... And some courage to open it and rig the stuff in. Then you can plug a GPU on it. It should have decent load times. Better than an eGPU, worse than the AM4 desktop build, fast enough to beat the M4 (once the data is in the GPU, it doesn't matter). It makes for a very portable setup. I haven't built it, but I think it's a reasonable LLM choice comparable to the M4 in speed and portability while still being upgradable. Edit: and you'll need an external power supply of at least 400W:)