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Speakers

Dustin Demetriou

STSM, Sustainability and Data Center Innovation, IBM Infrastructure, IBM

Dustin Demetriou.jpg

Dustin Demetriou

STSM, Sustainability and Data Center Innovation, IBM Infrastructure, IBM

Dustin Demetriou is a Senior Technical Staff Member and leads sustainability and data center innovation for IBM Infrastructure. He is an Accredited Sustainability Advisor by the Uptime Institute and an ASHRAE Distinguished Lecturer. He holds a Ph.D. in Mechanical and Aerospace Engineering from Syracuse University with a focus on thermal management and energy conversion systems. He is a globally recognized expert in the field of thermal management and data center energy efficiency and is the current Chair of the ASHRAE Technical Committee 9.9 (TC 9.9) IT Subcommittee and the past Chair of ASHRAE TC 9.9.

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Joshua Lloyd-Braiden

Portfolio Lead - Compute, Storage & Networking, DCD

Josh L

Joshua Lloyd-Braiden

Portfolio Lead - Compute, Storage & Networking, DCD

DCD>Debate: NVIncible - Can the current chip monopoly be challenged?

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Presentation: Preparing for AI – HPC readiness for GenAI on and off premise

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  • Networking
  • Open Session
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Tech Showcase: Transforming Data Center Operations - Nokia's EDA and the End of Human Error

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Nokia
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Presentation: Age of Inference: Solving the next big Compute challenge

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Tech Showcase: Stop Digging, Start Climbing - The path to future networks

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Aviz Networks
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Presentation: Optimizing for AI - Balancing hardware and software to succeed in the world of AI

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With AI estimated to double the power demand of data centers in the next couple of years as models are put into production, an architecture-first strategy is needed that takes a total system, full stack view, with hardware and software tightly coupled. This approach helps prioritize and optimize overall system performance and resilience to support large-scale, mission-critical applications.

In this session we’ll discuss how today’s enterprise computing requires an architecture that has extensions and accelerators that integrate with the core systems, where the processor units (PUs), memory, input/output (I/O), network communications , and data center infrastructure are uniquely integrated, enabling them to process and scale on demand – while saving data center space and power costs. We’ll highlight how the mainframe is playing a bigger role in the AI story, and how it is evolving to accommodate and accelerate newer innovations, including the next crop of AI accelerators that are expected to be significantly enhanced—with each accelerator designed to deliver 4 times more compute power.