PIONEERING MILLIMETER WAVE ARCHITECTURE
Scalable mmWave Technologies
High-resolution sensing reaching W-band frequencies
We specialize in the design and development of high-resolution millimeter wave (mmWave) sensing systems and antenna architectures. Our technology leverages the unique properties of these high mmW bands to provide unmatched accuracy and detail for mission-critical applications.
Expanding the Frontiers of High mmW Frequencies
Millimeter-Wave Apertures for the Next Generation of Communications and Sensing
As demand for higher data throughput, finer sensing resolution, and greater spectrum availability continues to increase, millimeter-wave (mmWave) frequencies are becoming an essential enabler of next-generation aerospace, defense, and commercial systems. Operating at Ka-, V-, E-, and W-band frequencies introduces new engineering challenges that extend far beyond conventional antenna design, requiring careful consideration of electromagnetic performance, manufacturing tolerances, thermal behavior, packaging, and system integration.
​
Novaa develops advanced RF aperture architectures optimized for high-frequency operation, combining innovative electromagnetic design with scalable architectures that support electronically steered communications, radar, and sensing applications. Our engineering focuses on maximizing aperture efficiency while minimizing the power, thermal, and hardware complexity that often accompany conventional active electronically scanned arrays.
​
High-frequency systems demand exceptionally precise aperture performance. Small variations in geometry, phase, or thermal expansion can significantly affect overall system performance. We address these challenges through rigorous electromagnetic analysis, advanced aperture optimization, and system-level engineering that considers the complete RF chain, not simply the antenna itself.
​
Whether supporting high-capacity satellite communications, precision radar, scientific remote sensing, or future spaceborne RF systems, our mmWave technologies are designed to provide scalable, efficient, and mission-ready aperture solutions. By combining architectural innovation with practical engineering, we enable customers to capitalize on the tremendous opportunities offered by millimeter-wave spectrum while reducing technical risk and improving overall system performance.