Virtual assistants like Siri and Alexa, facial recognition and self-driving cars heavily rely on deep learning and natural language processing. Deep learning uses more neural network layers to simulate the human brain’s ability to learn and can train computers to accomplish specific tasks by processing large amounts of data and recognizing patterns in the data.
A chip designed specifically for deep learning offers significant advantages over a network of computers – more cores, optimized for AI, huge on-chip memory giving very low latency for lightning-fast processing. This dissipates a lot of heat that must be removed to ensure overall performance and avoid premature failures.
Ensure overall performance and avoid premature failures for deep learning AI hardware with proper thermal management
Watch this webinar to gain insights into AI hardware thermal management for a deep learning machine. Designers can evaluate options such as air cooling using quick simulations. With simulation, designers avoided wasting time on a cooling solution that wasn’t feasible and moved on to characterizing a cooling system that ensured the overall performance of the largest chip ever built.
Cooling optimization for natural language processing AI hardware that dissipates a lot of heat
Systems developed for deep learning dissipate a lot of heat, and designers must prioritize cooling optimization to build successful AI hardware. Simulation is a powerful tool in the designer’s toolkit that can help optimize heat removal. Simcenter Flowtherm XT CFD simulations helped optimize the coolant channels in the cold plate manifold.
How the thermal management experts from Electronics Cooling Solutions addresses cooling optimization
See how experts in thermal management at Electronic Cooling Solutions Inc collaborated with Cerebras engineers to develop the cooling solution for the biggest chip ever built. Some of the topics covered include:
Why liquid cooling was chosen instead of air cooling for this application
How the cold plate was designed using Simcenter Flotherm XT
How the overall design ensures each IC operates at close to the same target temperature, which is critical for optimal performance
The microchannel design that ensures each IC on the wafer gets the correct coolant flow
The use of a simulation and test strategy to underpin the fidelity of the simulations
Meet the speaker
Director, ECS Rocky Mountain Office
Guy Wagner has over 45 years of R&D experience in the electronics industry. His experience includes: IC and system cooling and packaging technology, disk drive design, thermal design of computer systems, medical and aerospace equipment, telephone switching systems, and consumer electronic products. His expertise includes both electronics system cooling as well as cooling of IC packages. Guy has authored and presented more than 40 papers at international technical conferences and has 29 patents. Prior to joining ECS, Mr. Wagner was Chief Scientist at HP in Fort Collins and a Member of the Technical Staff as Bell Laboratories. Mr. Wagner received his MS in Mechanical Engineering at Iowa.