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Tathagata Srimani

Tathagata Srimani

Assistant Professor, Carnegie Mellon University

Appears in 1 story

Notable Quotes

By using carbon nanotube transistors, resistive RAM, and monolithic 3D integration, our designs vertically stack and densely integrate logic and memory in true 3D.

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The race to break AI's memory wall

New Capabilities

Senior author on the 3D chip paper

A team from Stanford, Carnegie Mellon, Penn, and MIT built a true 3D chip stacking memory directly on logic at a U.S. commercial foundry. Presented at December's IEEE electron devices conference, it beats conventional flat chips by 4x in tests and could deliver 1,000x energy efficiency gains in future generations. It uses carbon nanotube transistors and resistive RAM built at low temperatures, creating vertical data highways instead of today's horizontal crawl.

Updated 2 hours ago