October 2024. EMAG Technologies Inc. successfully verifies its new software-defined radio (SDR) customized for hypersonic data communications. The new SDR features a hardened waveform that mitigates RF blackout effects in harsh plasma environments.
September 2024. EMAG Technologies Inc. successfully tests its new 10 kW plasma environment generator. The new chamber can achieve very high electron density levels representative of high Mach hypersonic vehicle velocities.
August 2024. EMAG partner Aloft Sensing Inc. successfully integrates and tests their X-band radar comprising a customized EMAG AESA into a variety of low flying drones, aircraft and stratospheric platforms.
July 2024. Dr. Kamal Sarabandi’s scientific contributions and technical achievements are recognized with the 2024 IEEE Electromagnetics Award as well as an earlier “Legends of Electromagnetics” medal.
June 2024. EMAG’s compact AESA radar is successfully tested in collaboration with Kall-Morris Inc. using drone-held targets flying over Lake Superior.
June 2024. EMAG’s NeoScan field measurement technology is showcased in the 2024 IEEE international Microwave Symposium (IMS) in a keynote speech delivered by Dr. Kaz Sabet.
March 2023. In-vivo measurement of electric fields inside the brain of live rodent subjects using EMAG’s NeoScan system is reported for the first time through a joint collaboration with NYU Neuroscience Institute.
December 2022. Authors from the University of Michigan present a near-field-based gain and pattern measurement technique for probe-fed millimeter-wave antennas using the NeoScan system in a paper published in IEEE Antennas and Propagation Magazine.
April 2022. Authors from the University of Michigan present a low-profile, dual-
band, dual-polarized, phased array for millimeter wave 5G smartphones along with
NeoScan measurement data in a paper published in IEEE Access.
June 2021. Authors from EMAG and Army Research Laboratory (ARL) present a
highly parallelized hybrid FDTD solver for simulating electromagnetic wave propagation in dense urban environments in the IEEE Antennas and Propagation Symposium (APS).