Image-based target identification on a tiny Risc-V multi-core application processor

Image-based target identification on a tiny Risc-V multi-core application processor Next-generation battery-operated smart cameras will feature a miniaturized form factor and AI capabilities to infer high-level information from the surrounding environment. Because of the tight power envelope and the high computational cost of top-accurate image-based recognition models, the processing [...]

2021-06-01T14:25:10+02:00

Autonomy at the Edge

Autonomy at the Edge Join Loic Lietar (CEO of GreenWaves) 11 May 2021 at 14:00 (GMT time) If you’ve been home schooling your children, you’ve probably learnt the value of finding them tasks they can go and do for themselves.  The same approach is rolling out across the [...]

2021-05-11T09:21:22+02:00

Electronica China 2021

GreenWaves will demonstrate ultra-low power Edge AI Applications using our groundbreaking GAP Processors at Electronica China 2021 From April 14th to 16th, we will be waiting for you at booth N2.2292 of Shanghai New International Expo Center to show you our edge AI applications and solutions. As an innovative [...]

2021-04-02T14:19:08+02:00

TinyML Summit. March 22, 2021

TinyML Summit. March 22, 2021 The tinyML Summit is the premier annual gatherings of senior level technical experts and decision makers representing fast growing global tinyML community. Greenwaves Technologies is a proud sponsor of tinyML Summit which will be held virtually the week of March 22, 2021. Martin Croome, VP of [...]

2021-03-10T13:58:22+01:00

GreenWaves will present at Embedded World 2021

GreenWaves will present at Embedded World 2021 Greenwaves Technologies will present its groundbreaking technologies at Embedded World 2021. We will demonstrate GAP IoT application processors based on RISC-V architecture and will share our knowledge and expertise in Edge Computing and Artificial intelligence. Loic Lietar, co-founder and CEO of GreenWaves [...]

2021-02-22T13:22:58+01:00

Edge AI Summit

GreenWaves presents at Edge AI Summit Greenwaves Technologies is proud to be a sponsor of the Edge AI virtual summit in 18-20 November 2020. We will present GAP IoT application processors based on RISC-V architecture and will share our knowledge and expertise in Edge Computing and Artificial intelligence. GreenWaves [...]

2020-11-12T11:42:18+01:00

TinyML Webinar “GAP8: A Parallel, Ultra-low-power and flexible RISC-V based IoT Application Processor for the tinyML ecosystem”

"GAP8: A Parallel, Ultra-low-power and flexible RISC-V based IoT Application Processor for the tinyML ecosystem" In this talk, Manuele Rusci, Embedded Machine Learning Engineer from Greenwaves Technologies, will present the GAP8 processor, a novel MCU-class IoT Application Processor equipped with a RISCV 8-core cluster for computation-intensive and parallel workloads, and the [...]

2020-10-22T12:36:06+02:00

Smart Building Virtual Conference

Smart Building Virtual Conference, 14th of October 2020 We are inviting you to meet GreenWaves at Smart Building Virtual Conference and discover the latest Edge AI technologies for smart building sensors. Register for our talk “Occupancy, distanciation and more with easy to install, autonomous smart building sensors”. 14th of [...]

2020-10-15T15:10:37+02:00

RISC-V Global Forum, September 3

RISC-V Global Forum, September 3 Loic Lietar, CEO of GreenWaves Technologies shares insights on GAP IoT application processors and the role of RISC-V that enables to design solutions for the new generation of connected devices. https://youtu.be/6Lsd3RfnktU

2020-10-02T12:16:17+02:00

AI-deck is available in early access

AI-deck is available in early access Super-edge-computing is now possible on a microdrone Crazyflie thanks to the GAP8 IoT application processor from GreenWaves Technologies. GAP8 delivers over 10 GOPS of compute power at exceptionally low power consumption enabling complex tasks such as pathfinding and target following on a CrazyFlie, consuming less than 0,1% of the total energy. [...]

2020-06-08T16:38:18+02:00
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