CoolIT Systems Showcases AI and HPC Liquid Cooling Solutions at SC24

CoolIT Systems, the world leader in liquid cooling systems for artificial intelligence (AI) and high-performance computing (HPC), will showcase its latest AI cooling products at the Supercomputing Conference 2024 (SC24). Positioned at booth #2839, CoolIT is set to display our innovative direct liquid cooling technology, along with strategic collaborations on factory-installed liquid cooling with major server OEMs.

Conference attendees will have the opportunity to explore CoolIT’s line of liquid-cooling products such as:

• AHx180 liquid-to-air CDU designed to cool multiple NVIDIA DLC server racks within an existing data center’s hot/cold aisle architecture.
• OMNI™ coldplates with Split-Flow™ technology optimized for NVIDIA GB200 Grace Blackwell Superchips.
• CoolIT’s broad range of in-rack and in-row liquid-to-liquid CDUs
• CoolIT rack manifolds
• Liquid cooled servers developed in partnership with major server OEMs such as Gigabyte, Supermicro, and HPE.

Join us on November 18 at 7:30 pm at booth #2839 for an exclusive product unveiling, where we will showcase a new CDU engineered to exceed the high-performance and reliability requirements of AI systems.

Connect with CoolIT’s liquid cooling specialists at SC24 and explore AI liquid cooling solutions. Contact CoolIT to arrange a meeting in advance: https://www.coolitsystems.com/event-meeting/

Session not to be missed:

Topic: Advancing AI: Trade-Offs Between Single-Phase and Two-Phase Liquid Cooling

Speaker: Reza Najjari and Neil Mulji 

Date: Wednesday, November 20^th 2:30pm – 3pm EST

Location: B206

With the growth of AI, liquid cooling of IT equipment is no longer optional. Power consumption and heat dissipation have dramatically increased. Liquid cooling is now required to manage heat loads of AI semiconductors with much higher heat fluxes and AI servers with much greater rack densities.

There are two core approaches to liquid cooling: single-phase, using water or a water-glycol mixture as a coolant, and two-phase, using refrigerants. In single-phase cooling, the coolant remains in the liquid state, whereas in two-phase cooling, the refrigerant changes between liquid and gas phases.

In this forum, we will provide a technical assessment of single-phase and two-phase direct-to-chip liquid cooling (DLC) technologies, focusing on system design and operational differences. These differences help explain why single-phase DLC is a mature technology now seeing mainstream adoption. In contrast, two-phase DLC is earlier in the technology adoption cycle and still faces technical and operational hurdles.

About CoolIT Systems 

CoolIT Systems specializes in scalable liquid cooling solutions for the world’s most demanding computing environments. A 23-year pioneer in microprocessor liquid cooling systems, CoolIT’s technology cools over 5 million GPUs and CPUs globally. In the AI, high-performance computing and enterprise data center markets, CoolIT partners with global processor and server design leaders to develop the most efficient and reliable liquid cooling solutions for their leading-edge products. Through its modular direct liquid cooling (DLC) technology, CoolIT enables dramatic increases in rack densities, component performance and power efficiencies. Together, CoolIT and its partners are leading the way for the widespread adoption of accelerated and advanced computing. 

For more information about CoolIT Systems and its technology, visit https://www.coolitsystems.com/ and follow @CoolIT Systems on LinkedIn.