The agricultural sector is currently facing numerous challenges and structural changes accentuated by demographics, climate change, environmental impact, consumption patterns, competitiveness, among others. To address these challenges, digital technologies,...
The D-band [110 GHz -170 GHz] is considered for very high-speed communications and the future deployment of 6G. Several technologies, such as III-V or silicon, can be considered. The main advantages of silicon are based on its high integration density...
The IMS Laboratory and Stellantis renew their collaboration for another 4 years!
The OpenLab ESA@Bordeaux (Electronics and Systems for Automotive) was established in 2011.Today, it brings together the expertise of Stellantis, researchers of the IMS laboratory, and the Sleep, Addiction, and Neuropsychiatry unit (SANPSY) to drive innovation...
IMS Seminar 2025: Building Bridges Between Scientific Research and Education
Research and education lie at the heart of the IMS Laboratory’s mission. Over the course of three days, the 2025 seminar brought together the IMS research groups’ leaders and coordinators of educational programs linked to the lab. The goal was...
THESIS DEFENSE of Bruno NECKEL WESLING - April 23, 2025
Scaling has been used as the way to achieve the goals of improving field-effect transistors (FETs) technology in the past several decades, making it more powerful and efficient. The scaling tends to end due to physical limits and it drives the new approaches...
Increasing demands on military radio communications are making wireless transmissions more complex, requiring robust signal equalization via accurate channel estimation. AI goes beyond the limits of conventional methods, but its integration in an embedded...
HERMES project: a fully functional CMOS 6G radio-frequency architecture managed and enhanced by Artificial Intelligence
Wireless communication has evolved dramatically over the past decades. Early longwave radio signals (150–300 kHz) traveled great distances but slowly and carried limited amounts of data. The introduction of FM radio (87.5–108 MHz) and analog television...
Research spotlight: Sub-THz Fully-Metallic Geodesic Luneburg Lens Antenna
An innovative study published in IEEE Transactions on Terahertz Science and Technology, March 2025, introduces a new Sub-THz Fully-Metallic Geodesic Luneburg Lens Antenna, confirming its potential for operation at higher frequencies above 300 GHz. This...
The IMS laboratory and NXP Semiconductors sign their Joint Research Structure: iWaves Lab!
On February 27, 2025, the leading figures behind the ‘iWaves Lab’ initiative gathered to officially sign the Joint Research Structure (SRCom) between NXP Semiconductors and the IMS Laboratory.The event was attended by Etienne Duguet, Vice...
Recent advancements in remote healthcare and biomedical technologies are rapidly accelerating the development of flexible, wearable devices for continuous health monitoring. The Internet of Medical Things (IoMT) market is projected to grow at a Compound...
