Opening+Keynote 1
summary
Argues that building massively distributed IoT requires cheap, self-contained nodes (target $0.01–$10) and shows concrete tech directions: leverage mature processes around 28 nm sweet spot, use sparsity and reduced numerical precision for efficient on-node ML, and explore single-chip ASICs or chiplet mixes. Cites data (5.4M 200 mm wafers/month in 2018) and DARPA Shield’s tiny 14 nm one-cent tag (CPU, RF, security). Demonstrates a drone prototype gluing an Intel compute stick to a Raspberry Pi and UAV controller.
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chapters (9)
- 0:00Start
- 1:21Statistics and the Submissions
- 2:34Logistics
- 8:57Professor Melon Wolf
- 29:40Efficient Computation
- 31:42Iot Nodes
- 37:46Asic Design
- 41:18The Sweet Spot in Semiconductor Technology
- 47:42What Are some Arguments against Chiplets
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