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Reducing Carbon Emissions: From SoC Development through Product Deployment and End-of-Life

Oct 20
19:30 - 19:55


The IC industry is set to consume 20% of the world's energy supply in 2050, driven largely by data centers. While run-time power requirements continue to decrease, other factors increase carbon emissions: IP verification, SoC manufacturing, and shipping costs to name a few.

In this talk we will propose a framework for the Arm ecosystem to quantitatively and qualitatively assess how to reduce carbon emissions over the total lifecycle of a product, and why it is our responsibility to do so.



Design with Systems in Mind

Victoria Mitchell

Vice President, Systems Engineering / Arm

Compute complexity is increasing and it’s becoming harder to deliver ever more power-efficient and cost-effective devices. Arm’s approach starts with the system, co-developing hardware, software, and tools that work better together. In this keynote...

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High-Performance Computing that’s Earth Friendly

Brett Bibby

Senior Vice President & Chief Product Officer / Unity

The demand for computing resources is continually increasing while at the same time so is the need for more sustainable, more efficient technology. These are often at odds with one another. The game industry has always pushed the envelope on perfor...

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Introducing Keil Studio and Cloud-based Development for IoT and Embedded Applications

Christopher Seidl

Senior Product Manager / Arm Germany GmbH

Ronan Synnott

Principal Solutions Architect / Arm

Successful IoT implementations require collaboration and a robust ecosystem of support and tools. Keil Studio cloud embraces the Open-CMSIS-Pack initiative and provides a cloud-native platform with direct Git integration for collaboration of distribu...

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