MAXENTRIC TECHNOLOGIES LLC

Maxentric is proposing a heads-up display (HUD) system that takes advantage of augmented reality (AR) technologies to overlay information onto the battlefield and enhance situational awareness (SA). M ...

To meet the demands of the AF212-0006 “W-Band Anti-Jam Receiver,” the MaXentric / ARS team proposes the WARRIORS (W-band Array Receiver Resisting Interferences of Regional SATCOM), which provide ...

The proposed solution has a novel adaptive antenna beamforming and beam-tracking solution for large scale array antennas necessary for extreme high frequency bands such as terahertz communication. Th ...

To meet the demands of the A22B-T014 “Terahertz Radar-on-Chip” program, the MaXentric Technologies (MaXentric) / University of Michigan (UMich) team proposes the TORCH (Terahertz Observant Radar o ...

To meet the demands of the AF192-017 “W-band Receive Phased Array for SATCOM Uplinks”, the MaXentric / Prof. Floyd team proposes the WARP (W-band Array Receiver from multiple Points), which provid ...

The US Air Force has a demand for a compact lightweight high-power solid-state power amplifier for V-band crosslinks.   In response to this need, MaXentric is proposing a quasi-optical V-band SSPA w ...

The Navy is seeking to modernize its’ Command and Control (C2) networks to speed up the decision-making process and capitalize on the increased bandwidth multi-beam antenna capabilities can offer. ...

There is a need to increase the number of highly motivated and qualified K-12 students particularly in regards to the future workforce in Naval technologies. Research has shown that K-12 students a ...

To meet the demands of the A20B-T021 SBIR solicitation (“Physiological Status Monitoring Nanorobotics”), we propose an ingestible sensor which utilizes a novel self-powered sensing approach. Th ...

The US Navy has a demand for agile, millimeter-wave (mmW) technologies that provide high-capacity communication links while maintaining low probability of detection/intercept (LPD/LPI).   In re ...