About Advanced Antenna

From LEO internet connection, GEO satellite broadcasting to 5G node steering, beamforming has become indispensable. However, selecting the optimal antenna remains a challenge: Microstrip patches suffer from limited bandwidth and high losses, while traditional waveguides are too bulky for compact phased arrays. MinWave overcomes these limitations by integrating waveguide and PCB technologies, delivering high-performance antennas that span 5G FR1, K-band, and mm-Wave applications.

High Gain

Increasing the antenna gain leads to a higher G/T ratio and improves the noise figure. This is considered an advantage in beamforming-based communications because it enables higher data rates.

High Bandwidth

Meta-Antenna technology from MinWave enables the development of ultra-wideband antennas that increase network capacity and support both TN and NTN applications.

Linear and Circular Polarization

MinWave’s advanced antennas are designed to support both linear and circular polarizations. This capability enables their use in 5G systems and SATCOM (satellite communication) terminals.

Small Size

MinWave’s antennas maintain the optimal λ/2 element spacing required for phased arrays and offer better performance than traditional patch antennas, improving overall antenna efficiency and array operation.

MinWave’s Broadband Terminals

Based on Dahlia™ Platform

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