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MinWave's Technological Advantage

Unlike many SATCOM terminal developers that source key system components from third-party suppliers, MinWave possesses end-to-end expertise in the design and development of the entire advanced antenna subsystem, including antennas, filters, diplexers, active RF components such as the RF Front End ICs (RFFE ICs), and beamforming integrated circuits (BFICs). This comprehensive in-house capability provides the MinWave with a high degree of flexibility in the development of phased-array systems.
This system-level expertise enables the simultaneous optimization of multiple subsystem elements and has resulted in a broad portfolio of phased-array antenna products. These solutions offer significant advantages, including link budget enhancement, improved system performance and efficiency, reduced power consumption, and increased system reliability across a wide range of applications.

Scalable & Agile Development

MinWave’s proprietary, scalable architecture enables rapid, flexible product development. By allowing for the precise modification of subsystem specifications, we significantly reduce time-to-market while ensuring the final product meets diverse application requirements.

End-to-End System Optimization

Combining comprehensive expertise from antenna radiation design to beamforming calibration with system-level optimization, we balance complex subsystem interfaces and performance parameters to maximize overall system effectiveness and meet the most demanding technical objectives.

Minwave's Terminal Platforms

Building upon the maturity of our technology, MinWave has established two product platforms:

Salvia™ and Dahlia™.

Building upon the maturity of our technology, MinWave has established two product platforms: Salvia™ and Dahlia™.

Salvia™ has been developed for broadcast terminals and connectivity to GEO broadcast satellites and is offered in three variants: Receive Only, Interactive Broadcasting, and GEO IoT.

  • The Receive Only variant serves as an advanced replacement for conventional dish-and-LNB systems, providing a more compact and integrated solution for satellite content reception.
  • The Interactive Broadcasting variant enables users to transmit media requests through a low-capacity return link while receiving high-volume content via the broadcast satellite channel.
  • The GEO IoT variant is designed for applications requiring surveillance, monitoring, and telemetry services over geostationary satellite networks.

Dahlia™ has been developed for broadband terminals operating with LEO satellite constellations.

  • The Mini model is intended for direct vehicle connectivity and mobile travel applications, leveraging its compact form factor and lightweight design.
  • The Standard model provides high-speed satellite internet access for residential users.
    The Enterprise model is designed to meet the connectivity requirements of organizations and enterprise customers, offering enhanced performance, scalability, and service capabilities.