Archive: https://archive.today/JfNTI
From the post:
>Sometimes it seems odd that we would spend hundreds (or thousands) on PC components that demand oodles of airflow, and stick them in a little box, out of site. The fine folks at Corsair apparently agree, because they’ve released files for an open-frame pegboard PC case on Printables.
According to the writeup on their blog, these prints have held up just fine with ordinary PLA– apparently there’s enough airflow around the parts that heat sagging isn’t the issue we would have suspected. ATX and ITX motherboards are both supported, along with a few power supply form factors. If your printer is smaller, the ATX mount is per-sectioned for your convenience. Their GPU brackets can accommodate beefy dual- and triple-slot models. It’s all there, if you want to unbox and show off your PC build like the work of engineering art it truly is.
Archive: https://archive.today/JfNTI
From the post:
>>Sometimes it seems odd that we would spend hundreds (or thousands) on PC components that demand oodles of airflow, and stick them in a little box, out of site. The fine folks at Corsair apparently agree, because they’ve released files for an open-frame pegboard PC case on Printables.
According to the writeup on their blog, these prints have held up just fine with ordinary PLA– apparently there’s enough airflow around the parts that heat sagging isn’t the issue we would have suspected. ATX and ITX motherboards are both supported, along with a few power supply form factors. If your printer is smaller, the ATX mount is per-sectioned for your convenience. Their GPU brackets can accommodate beefy dual- and triple-slot models. It’s all there, if you want to unbox and show off your PC build like the work of engineering art it truly is.
(post is archived)