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Jeremy Hill

VP, Payer Solutions
Optum

Jeremy Hill

VP, Payer Solutions
Optum

Jeremy Hill

VP, Payer Solutions
Optum

Join us for a demo showcasing the power of Google Cloud TPU by walking through the complete lifecycle of a model, from post-training to inference at massive scale.

We’ll show you how to post-train a model using new RL capabilities in MaxText and Tunix, then take that same model and serve it on TPU seamlessly with the new JAX backend in vLLM.

Learn about how to rightsize a workload for TPU for both training and inference, optimizing for performance-per-dollar from beginning to end.

Author:

Brittany Rockwell

Product Manager
Google Cloud

Brittany Rockwell is a Product Manager for AI Inference at Google Cloud, where she leads the development of the TPU backend in vLLM, the most popular OSS library for language model inference. She currently lives in Seattle, WA.

Brittany Rockwell

Product Manager
Google Cloud

Brittany Rockwell is a Product Manager for AI Inference at Google Cloud, where she leads the development of the TPU backend in vLLM, the most popular OSS library for language model inference. She currently lives in Seattle, WA.

The transition to direct liquid cooling introduces challenges from unavoidable leaks, risking catastrophic hardware failure, costly downtime, and data loss– until now. actnano is AI's Missing Layer: the last line of defense for these mission critical assets. Our next-generation coating is the first truly proactive protection strategy for data infrastructure. Witness our live demonstration where an actnano-coated graphics card operates flawlessly while subjected to a simulated leak of conductive coolant. This technology engineers catastrophic failures into simple maintenance events, making hardware truly liquid-proof. See firsthand how to de-risk investments and unlock a new era of resilience, sustainability, and uptime.

Author:

Ken Aduddell

Senior Director
actnano

Ken Aduddell is a thought leader in data infrastructure with over 20 years of experience in the electronics industry. A trusted partner to executives at hyperscalers, his work has focused on the core challenges of data center resilience, including power and coolant systems. An established contributor to the Open Compute Project on the data center resilience chain, Ken offers deep insight into de-risking the inevitable transition to direct liquid cooling and protecting the mission-critical assets that power the AI era. Previously at Rockwell Automation, Ken now leads actnano's initiative to protect critical hardware with this breakthrough coating technology.

Ken Aduddell

Senior Director
actnano

Ken Aduddell is a thought leader in data infrastructure with over 20 years of experience in the electronics industry. A trusted partner to executives at hyperscalers, his work has focused on the core challenges of data center resilience, including power and coolant systems. An established contributor to the Open Compute Project on the data center resilience chain, Ken offers deep insight into de-risking the inevitable transition to direct liquid cooling and protecting the mission-critical assets that power the AI era. Previously at Rockwell Automation, Ken now leads actnano's initiative to protect critical hardware with this breakthrough coating technology.