Asygn wins the AIM Industry Case Study Competition 2025
Read the AIM >> article We’re thrilled to announce that ASYGN is the proud winner of the AIM Industry Case Study Competition in the IoT category! Our innovative AS3213RH relative humidity UHF RFID sensor chip served as the key enabling technology, laying the foundation for RADIO6ENSE to develop an advanced approach to pharmaceutical stability tests […]
Space Microwave Week 2025
Today, the X-band LNA market is still largely dominated by III-V MMIC technology. In this presentation at ESA ESTEC, we introduce a new paradigm: leveraging SiGe RFICs to enable low-power, cost-effective phased array solutions for X-band SATCOM. While the noise figure may not yet match that of MMICs, the advantages in power efficiency and integration […]
Thank you Logimat !
What a show! 🤩 Thank you to LogiMAT-Messe for hosting this amazing event that pushes forward innovation in the logistics industry. We appreciate everyone who visited our booth and engaged with us about our passive UHF RFID sensors. A special thanks to our partners, Turck, Logopak , RFID Konsortium and HID, for demonstrating our technology […]
ASYGN recherche sa ou son futur(e) Assistant(e) administratif(ve) et Financier(ière) H/F !
ASYGN est la recherche de son ou sa future Assistant(e) administratif(ve) et Financier(ière) H/F !🕵️ 💼 CDI : Assistant(e) administratif(ve) et Financier(ière) H/F⚙️ Secteur : Électronique🗺️ Lieu : Grenoble Vous évoluerez dans un environnement de travail stimulant et convivial, où l’innovation est au cœur de chaque projet. Plus de détails sur le poste ici : […]
GREENAI : vers des objets connectés intelligents et autonomes en énergie
Nous avons eu l’honneur de présenter ce mercredi 13 novembre notre projet GREENAI et ses ambitions en présence de Catherine Staron, Vice-Présidente de la Région Auvergne-Rhône-Alpes, de Florent Cholat, conseiller métropolitain de Grenoble-Alpes Métropole et de nos partenaires industriels. Nous sommes ravis de porter ce projet avec Dracula Technologies et le Laboratoire Hubert Curien pour […]
Enhance your stock management with passive UHF RFID sensors
https://www.youtube.com/watch?v=rdhJhKDVmjg&ab_channel=TUND Enhance your stock management with passive UHF RFID sensors:no battery, no wires! 📈 We are proud to be part of this innovative solution developed by TUND. 🤝Thanks to our UHF RFID chip AS3213S strain sensors container’s fulfillment can be monitored using standard UHF RFID readers widely deployed in stock management application. 📦 Thanks to […]
Just a few milliwatts for AI-powered hand gesture detection!
Thank you ESSERC 2024! 🚀 Our AI team (Vincent HEINRICH & Lucille KRAUTH) was on Bruges with STMicroelectronics to present our new technology made for ultra low consumption Edge AI devices. 🤖 🌱 We were excited to see you play our Rock Paper Scissors game using our Edge AI SoC demonstrator. This demonstrates that AI […]
UHF RFID sensor AS3213T – Supply chain use case.
https://www.youtube.com/watch?v=vWP33WLwB6g ASYGN UHF RFID temperature sensor AS3213T can be used to optimize the supply chain by monitoring continuously the temperature of products in areas that was not possible before. This technology opens new possibilities to improve product quality and reduce costs. Mains advantages of our solution: – Sensors are fully passive (no battery) – Using standardised RFID […]
GreenAI Project
https://www.youtube.com/watch?v=N9ED6QLpGPc&ab_channel=Asygn Nous sommes ravis d’annoncer que notre équipe innovation travaille sur une nouvelle technologie d’IA frugale, qui sera mise en œuvre dans le projet GREENAI. Ce projet France2030 a pour ambition de rendre les objets connectés non seulement intelligents, mais aussi autonomes en énergie. 🌟 🔋 Découvrez tous les détails avec Adrien Vialletelle, notre coordinateur […]
ASYGN member of Hub FranceAI
ASYGN is proud to be included in the European mapping of AI startups by Hub FranceIA 🇪🇺. Thanks to our Ultra Low Power Neural Processing Unit that we are designing for the GREENAI project : https://asygn.com/greenai/ Mapping : https://lnkd.in/e2Q-8Ac7
