The Turing Pi 2 puts 4 Raspberry Pi CM4s on a mini ITX board. But how do they perform? Can a little Pi supercomputer make the Top500 list? Find out all that and more! Check out Patrick's video on @ServeTheHomeVideo – Mentioned in this video (some links are affiliate links): - Turing Pi 2: - Open source repo (with HPL benchmark setup): - BC1 mini ITX build platform: - Corsair SF600 PSU: - Pico PSU: - 8A 12V PSU: - Nvidia Jetson Nano Dev Kit: - Compute Module 4 8GB Lite: - Waveshare CM4 Heat Sink: - SanDisk Extreme 32GB microSD card: - Crucial MX500 2TB SSD: - Noctua NF-A14 5V PWM Fan: - mini PCIe to M.2 A+E key adapter: Support me on Patreon: Sponsor me on GitHub: Merch: Additional footage from , Patrick Kennedy (ServeTheHome), and from InsideHPC's SC17 video: #RaspberryPi #TuringPi2 #Homelab Contents: 00:00 - The challenge 01:13 - The build 02:44 - A standard ATX PSU? 04:18 - Installing Turing Pi 2 05:31 - Thermals and heatsinks 07:33 - Expansion slots 09:27 - Fan control 10:22 - Pi OS 10:53 - Booting the cluster 12:40 - Blinkenlights! 13:19 - 146,772 Compute Modules? 16:40 - 1.4 Terabits?! 20:57 - What's the point? 21:56 - Rackmount and outtakes