The Akida Pico packs BrainChip's event-based neural processing capabilities into an area of just 0.12 square millimeters. Yet despite that size, it can handle relatively intensive AI workloads like voice wakeup, keyword spotting, noise reduction, and sensor processing. And it does it all while consu...
Read Also
- Understanding autobiographical memory in the digital age
- Study finds gender influences fairness attitudes in children
- Diverse forests better at capturing planet-warming carbon dioxide, study finds
- Human Lifespan May Have a Hard Ceiling, Research Suggests
- Solar Oppositesā New Halloween Special Is a Surprisingly Sweet Treat
- 3 underrated movies on Hulu you need to watch in October 2024
- After injury, one species of comb jelly can fuse to become one
- Whale shark shipping collisions may increase as oceans warm, predict researchers
- Meet the ScaleUp Startups exhibiting at TechCrunch Disrupt 2024
- Best Prime Day laptop deals to shop in October 2024
Latest TechSpot
- Intel Lunar Lake outperforms Steam Deck and Asus ROG Ally in real-world gaming benchmarks
- Former Google CEO on AI data centers' environmental impact: "We're not going to hit the climate goals anyway"
- World's first USB4 2.0 cables promise 80Gbps speeds
- Intel unveils record-breaking $17,800 price for 128-core Xeon 6980P processor
- Apple M1 iMac users report permanent display problem emerging after warranty ends
- BrainChip unveils microscopic NPU that consumes less than 1 milliwatt of power
- Guide to AMD Ryzen AM5 Motherboard Chipsets
- Android's latest security feature will lock out devices when detecting "motion associated with theft"
- Android's latest security feature will lock out devices when detecting "motion associated with theft"
- Android's latest security feature will lock out devices when detecting "motion associated with theft"