Panasonic adapted its existing audio design by replacing only the front-end power stage with TI's 48-V buck converter.
Some of BrainChip’s latest chips and systems integrate SNNs to boost AI model efficiency.
The 40-V MOSFETs developed by Vishay are geared to prevent false triggering and reduce noise in motor-control circuits.
A single invisible spark can render costly hardware useless. But there are ways to protect electronic designs against ESD and ...
How a team at UC Berkeley devised a multi-sensor smell system and combined it with machine learning to create a more ...
In applications where latency budgets are measured in milliseconds, bandwidth is finite, and reliability requirements ...
The summer of 2026 brings these latest Raspberry Pi HATs that offer new capabilities extending from AI inferencing and ...
Next-gen comms platforms are shifting from FPGAs to ASIC-based architectures. How does custom silicon deliver major gains in ...
Welcome to the second edition of 121 Myths from Electronic Design. You can check out 121 Myths Volume 1 after you make your ...
ASRock’s Edge AIoT family pairs Intel Bartlett Lake processors with rugged industrial platforms for real-time AI inference, ...
Chips made at the new Dresden fab will support everything from AI data centers to the electric grids, battery storage systems ...
ROHM Semiconductor, Mitsubishi Electric, and Toshiba are discussing a potential tie-up of their power semiconductor businesses, a move that could significantly shake up the global market for power ...
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