Tag: micropython

First look at the New GPU Cooler Prototype

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For the past while I’ve been working on a major redesign of my high performance gpu cooler project.

The rapid ascent of the LLM into the collective consciousness has sent the big players into a frenzy over datacenter GPUs. This is putting accelerating downward pressure on the price of all used compute GPUs, even the historically pricey stuff. P100s can be had for ~$100, V100 16GB are selling for ~$500, any day now the lower VRAM Ampere cards are going to drop below $1000…

We need a new cooler that can support any of these 300W GPUs, can be installed as densely as the cards, and is easy on the ears for homelab use. Pictured below are four prototype coolers installed on Tesla P100s:

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High performance GPU cooler for the NVIDIA Tesla K80

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Edit: This project was completed hackathon-style in a matter of days. I’ve been working to optimize the design and sell kits, follow along here.

Here’s a (long winded) video overview of this project:

Background

Rendered desperate for VRAM by a forthcoming now released! stylegan-related project, I recently had to wade thermistor first into the concernedly hot and strange world of GPUs without video outputs to design a high performance cooler for the NVIDIA Tesla K80.

Too esoteric to game on, and too power hungry to mine cryptocurrencies with, the K80 (allegedly the ‘The World’s Most Popular GPU’) can be had for under $250 USD on ebay, a far cry from it’s imperial MSRP of $5000. By my math, the card is one of the most cost-efficient ways to avail one’s self of video ram by the dozen of gigabytes.

This sounds great on paper, but actually getting one of these configured to do useful work is a kind of a project in, and of itself. I’ll eventually get to this in the aforementioned upcoming post. Today’s topic however, is upstream of all that: the task of keeping these things cool.

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