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AUSTIN, Texas – Researcher at University of Texas at Austin, with industry partners Samsung, NVIDIA, AT&T, Qualcomm and InterDigital, will be a 6G research center named [email protected] on the school grounds. The aim of the center is to lay the foundation for the next generation of wireless technology. founding [email protected] Affiliates Samsung, AT&T, NVIDIA, Qualcomm and InterDigital will each fund at least two projects for three years at the center and will work with the university’s faculty and students. Research will focus on developing wireless-specific machine learning algorithms, advanced sensor technologies, and core network innovations.
GENT, Belgium – Azalea vision, a joint spin-off of imec and Ghent University that develops intelligent solutions for people with vision problems, has completed its EUR 8 million ($ 9.4 million) Series A funding round. The company is developing an intelligent contact lens that integrates an active light management system that dynamically adjusts the brightness of the incident light to the needs of the patient and at the same time corrects the eyesight. Azalea Vision has also secured a € 1.8 million (US $ 2.1 million) grant from Flanders Innovation and Entrepreneurship (VLAIO).
BEDFORD, Mass. – Ninety acquired Schneider Electric Motion USA (SEM), a manufacturer of motion control components for automation devices, for $ 115 million. SEM employs approximately 60 people and is headquartered in Marlborough, Conn. The acquisition is designed to support Novanta’s foray into automation and robotic applications through advanced motion control systems. The transaction is expected to close in the third quarter of 2021 and will be cash funded.
ORLANDO, Florida – manufacturer of optical and infrared components LightPath technologies will cooperate with RP Optical Laboratory of Israel to develop thermal imaging cameras with optics based on LightPath’s proprietary BD6 material for space applications. The project will further develop the optical infrared material BD6 to meet the radiation requirements for space applications. The project is supported by the Center for Research and Education in Optics and Lasers (CREOL) at the University of Central Florida and funded by Space Florida and the Israeli Innovation Agency.
YSPILANTI, me. – Aeye Completed a performance test of a long-wave lidar platform for autonomous vehicles. The results of the test, verified by active safety and automated vehicle technology researcher VSI Labs, showed that the system was effective up to 1000 m in rain and behind windshields. The system uses a bistatic architecture that separates the transmit and receive paths and 1550 nm lasers. The test was carried out on the test track of the American Center for Mobility with a VSI research vehicle.
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