Thanks to MSI for sponsoring this video! Head over to https://lmg.gg/0iNyl and check out the MSI MAG B850 TOMAHAWK MAX WIFI! Check out https://vessi.com/lmg to enter Vessi's October giveaway for a chance to win over $6,000 in prizes! You can also enjoy 20% off at checkout for this month only using our link! Giveaway Details: - 7 Prizes. 7 Winners. Over $6,000 in Prizes - Ends Oct 31, 2025 - Enter your email for a chance to win, no purchase necessary Dive deep into the heart of Canada's fastest academic supercomputer, this $82 CAD million powerhouse is redefining cutting-edge research in AI, genomics, and more. Join us as we go behind the scenes at Simon Fraser University's new data center, showcasing the incredible direct die liquid cooling system that achieves up to 95% heat capture. See the EPYC Genoa CPUs, 1.152TB RAM nodes, and learn how HBM3 memory delivers 3.36TB/s bandwidth. Explore the Aquatherm tubing, 600KW cooling distribution units (CDU), and massive evaporative cooling towers. We'll crack open a GPU node, reveal the intricacies of a 192-core CPU node, and uncover the networking secrets of 800Gbit NDR interconnects. Discover how 49PB of spinning rust and 2PB of NVMe storage support groundbreaking projects, including data from the Large Hadron Collider. This video uncovers the unparalleled engineering behind Canada's top supercomputing infrastructure. Get ready for an in-depth look at high-performance computing, liquid cooling, data center technology, and the future of scientific discovery! Discuss on the forum: https://linustechtips.com/topic/1624857-they-let-me-take-apart-a-super-computer/ ► GET OUR MERCH: https://lttstore.com ► GET EXCLUSIVE CONTENT ON FLOATPLANE: https://lmg.gg/lttfloatplane ► GET A VPN: http://www.piavpn.com/linus ► SPONSORS, AFFILIATES, AND PARTNERS: https://lmg.gg/partners Purchases made through some store links may provide some compensation to Linus Media Group. Affiliate links powered in part by https://affilimate.com/ Linus Sebastian is an investor in Framework Computer, Inc CHAPTERS --------------------------------------------------- 0:00 Intro 1:13 Sponsor 1:38 640 Nvidia GPUs and power demands 2:25 Cracking open a liquid-cooled node 4:33 How the cooling loop works 8:27 Storage, networking, and power delivery 9:52 Touring the cooling distribution system 12:55 CPU nodes and 400-core servers 15:37 Security measures 16:12 Evap cooling towers and pumps 18:14 Who paid for all of this? 18:54 Sponsor 19:44 Credits