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An Ultra-Low Power RISC-V Chip and a Clever Neural Network Give This Crazyflie “Top-Notch” Autonomy | Gareth Halfacree

By RISC-V Community NewsApril 6, 2021April 12th, 2021No Comments

GAP8 “Parallel Ultra-Low Power” chip draws just 86mW to drive a 135 frames-per-second autonomous flight system with pose estimation.

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An Ultra-Low Power RISC-V Chip and a Clever Neural Network Give This Crazyflie “Top-Notch” Autonomy | Gareth Halfacree

GAP8 “Parallel Ultra-Low Power” chip draws just 86mW to drive a 135 frames-per-second autonomous flight system with pose estimation.

Previous PostDARPA adds RISC-V to its Toolbox: Defense researchers can get special access to SiFive chip designs | Katyanna Quach

Next PostRISC-V Extension Boasts Dramatic Improvements in Ultra-Low Power IoT Wireless Signal Processing | Gareth Halfacree

Stay Connected With RISC-V