The power consumption of the AI generation of chips now requires use of direct liquid cooling to cold plates. The DLC closed loop in the white space, using usually presently MPG25% must be designed to supply enough coolant for the row and individual rack densities ❄️
However development of these chips is ongoing and power consumption will only increase. The piping for the DLC is mission critical to the performance of the AI chip the design of the piping layout must account for redundancy to ensure complete security and peace-of-mind for the end clients.
So how do we design a physical infrastructure to cope with these forthcoming designs for the next 4-6 years?
📅 Together with Georg Fischer we are pleased to invite you to a webinar titled “Direct Liquid Cooling (DLC) Solutions for AI Next-Generation Data Centers”, which will take place on July 8, 2025
Join us to explore the practical aspects of DLC design that ensure performance, reliability, and readiness for the upcoming AI challenges 🧊🛠️
🎤 Presenter: Mark Bulmer, Global Market Development Data Centers – GF Piping Systems
Mark Bulmer is responsible for the global market development of Georg Fischer Piping Systems within the mission critical vertical. Mark has a BSc in Mechanical Engineering and has been employed by GF for more than 25 years in many varied positions, from production, plant engineering, R&D and product management. He is a bi-lingual dual German UK citizen, living in Germany with his office at the headquarters of GF Piping Systems Ltd in Schaffhausen, Switzerland, 40km north of Zürich. His expertise lies in the design of cooling and refrigeration plants, especially secondary coolant closed loops, replacing traditional metal pipes with non-corroding, safe ,high performance polymer piping 🌡️⬇️
📅 Date: 08.07.2025
🕒 Time: 10:00 AM
📌 Online
Piotr Woronkow thank you very much for your initiative and organizational support!
📝 Register now: https://events.teams.microsoft.com/event/d4b89449-1d8d-4f01-a830-c75a6bb72f2d@112865d4-1c61-487b-a64a-d87bae05dba4
