The next version will have 32,000 MCUs
This development appears at a time when chip design and manufacturing are increasingly complex and concentrated, leading innovators to explore alternative, decentralized approaches.
It demonstrates a viable, albeit unconventional, path to building high-performance compute outside traditional silicon foundries, potentially decentralizing hardware development.
The feasibility of custom, high-parallelism compute built from commodity microcontrollers rather than specialized GPUs is now clearer, challenging conventional compute architectures.
- · RISC-V ecosystem
- · Open-source hardware developers
- · Hobbyists and academic researchers
- · Traditional GPU manufacturers
- · Proprietary chip architectures
Increased interest and investment in modular, open-source hardware designs for specialized compute tasks.
Potential for new companies to emerge offering highly customizable and scalable compute solutions based on MCU arrays.
Long-term geopolitical implications as nations gain greater autonomy in designing and producing their own advanced compute, reducing reliance on established supply chains.
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Read at The Register