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I shouldn’t have kept the $1,000,000 computer

I shouldn’t have kept the $1,000,000 computer

#shouldnt #computer

“Linus Tech Tips”

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We still have the $1,000,000 Computer, a cluster of over a petabyte of NVMe storage that can run at speeds in excess of 100GB/s! The problem is, it draws a RIDICULOUS amount of power, and subsequently generates a RIDICULOUS amount of heat… so much that its overwhelming the AC in our server room. Today we fix that… at least we hope.

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40 Comments

  1. I feel like this is Jake's Villain Story Arch beginning. Something about this video and Jake is off. I think he's going to try and take over the world.

  2. You could flip the other rack 180 degrees and then create a cooling vortex so it goes: AC side>1MPC intake> heat exchanger> Networking rack intake> AC! With a door in the middle and everththing it'd actually be really… cool! 🤣

  3. WooooW ! Linus Crowd , this video is very astoundingl ! you are just amazing heroes of thermodynamics ! my very congratulations to all team for this amazing process well done! you have to be proud about yourselves!

  4. Put them under natural running water. Your land doesnt have a stream? Bad investment. Live and learn. Sell all and buy new land. Stop spending so much on elevtricity you might as well be mining bitcoins.

  5. Filters uses microns as definition how big particles can go through, right? Water flow is small and you could try to filter water clean from living and bio things as well as rocks (100 micron).

  6. Maybe move beyond water as your thermo-conductive medium? Something more like a modern refrigerant, condenser and pump setup? For your scale you could probably take a household heat pump and move those theta numbers well into double digits, less pump stress as you'd be moving gasses vs water – no need for the reservoir, filter, having to change the fluid as a maintenance… There's a reason we use gasses to cool (and heat) households (aka large amounts of energy) using gasses rather than liquid these days.

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