36 Cores, 72 Threads, and Two Titan Xs - Our New INSANE Rendering Machine Part 3

The video showcases the assembly and performance of a new rendering machine featuring a 10 Gb Ethernet connection, a Super Micro motherboard, and a 860 W power supply. The system is equipped with 36 CPU cores and 72 threads, and a dedicated watch folder that monitors and processes footage every minute, transcodes it, and outputs to a local folder. CPU usage peaks at 85 % and network utilization is monitored to ensure efficient data transfer, aiming to improve workflow by providing a faster storage and network connection for transcoding and exporting video files. The sponsor is a real‑time audio effects applicator that can adjust volume, EQ, and add reverb or other effects via a phone app, offering a 6‑hour battery life and a charging case with two extra charges. The product is available on Kickstarter, with links in the video description. The speaker thanks viewers, invites likes and subscriptions, and mentions a related video on the channel. The video begins with an overview of the hardware setup, including the placement of the Super Micro motherboard and the 860 W power supply. The presenter explains how the 10 Gb Ethernet connection is configured and how the watch folder is set up to monitor incoming footage. He demonstrates the transcoding process, showing real‑time CPU usage and network throughput graphs. The sponsor’s audio effects applicator is introduced, with a brief demo of its phone app interface and battery performance. Finally, the presenter summarizes the workflow improvements and invites viewers to comment, like, and subscribe for more updates.

Viewers praise the detailed walkthrough and appreciate the clear explanation of the hardware setup. Comments highlight the usefulness of the 10 Gb Ethernet link and the sponsor’s audio app. Some viewers note the cat reference and the humor in the video’s intro. Overall sentiment is positive, with high likes and a few replies clarifying technical points.

Topics · pc · tech · review · performance · cpu · build · video