Chip-Scale Photonic Radar for NASA’s Next-Gen Sensing

OEwaves has been selected by NASA to develop and demonstrate a high-performance, miniature photonic oscillator capable of delivering spectrally pure W-band signals. This project aims to create an oscillator that combines compact form factor with outstanding phase noise and stability suitable for demanding space, radar, or communications applications.

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By using advanced photonic resonator technologies, OEwaves is engineering the oscillator to retain spectral purity even under environmental stress, paving the way for robust signal sources in W-band (75-110 GHz) systems. Once realized, this component can significantly reduce size, weight, and power requirements while maintaining performance levels critical for aerospace missions.

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This effort underscores OEwaves’ commitment to pushing the boundaries of precision RF and photonic technologies — helping make high-frequency, low-noise signal generation more accessible to space-borne and harsh-environment platforms. Stay tuned for updates on performance milestones and integration readiness.

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Read more here.