W-band Beamforming Network

There is a growing need for compact, low cost, high resolution sensor systems capable of operating when poor weather conditions impair existing optical systems. Millimeter-wave (mmW) systems offer an excellent solution to this challenge since they are less vulnerable to these impairments while still providing higher resolution and smaller form factors than lower frequency systems. As silicon-based mmW processes continue to mature, active mmW beamforming sensors are becoming an increasingly attractive option for meeting the current situational awareness shortfall. In response to this need, MaXentric has teamed with NCSU to propose a development effort codenamed MIRAS (mm-Wave Imaging with Repurposed Arrays) focused on the design of a silicon-based W-band imaging system. As part of this effort, our team proposes to investigate the mmW imaging parameter and topology tradespace to create a prototype blueprint for future Phase II fabrication and testing. As part of the effort, our team will leverage technologies developed under several previous and ongoing mmW, beamforming, and IC prototype efforts by both MaXentric and NCSU to accelerate development and provide proof-of-concept demonstrations in Phase I.