750W KU Band

Retire the TWTA.
Solid-State Power Is Here.

The next generation of high-power Ku-band amplification has arrived. With the introduction of the 750W Ku-Band MOAB, Mission Microwave now delivers a complete Ku-band solid- state portfolio spanning 25W to 1kW — providing a modern alternative to legacy TWT-based systems.

Meet the Mission Microwave 750W Ku-Band MOAB BUC

750W of GaN solid-state power.

Mission Microwave’s newest MOAB product delivers 750W of solid-state power in a rugged, 48 lbs package compact enough to mount directly onto the antenna.

Designed for large gateway and high-capacity SATCOM systems, the 750W amplifier integrates easily into existing architectures, lowering lifecycle operating expense without sacrificing performance.

By eliminating the TWT and reducing feed loss, the 750W MOAB increases usable output power while simplifying system architecture.

Improve Efficiency

  • Optimized for linear output operation
  • Less heat. Lower operating expense

Integrate Directly at the Antenna
Shorter RF runs mean:

  • Reduced waveguide loss
  • Higher usable output power

Designed for Continuous Gateway Duty

  • Optional 1:1 and 1:2 redundancy
  • Engineered for mission-critical availability

Explore the Full Technical Specifications

For detailed RF performance, frequency options, and environmental ratings visit the full product page.

A Complete Ku-Band Solid-State Lineup

Mission Microwave has expanded its Ku-band platform to provide scalable solid-state solutions from 25W through 1kW. From transportable terminals to high-capacity gateway systems, operators now have a complete solid-state path forward.

Modern SATCOM networks demand:

  • Higher throughput
  • Greater efficiency
  • Higher availability

Solid-state power delivers on all three.

See our full line-up of Ku-band Solid-State MOAB.

The TWT Era Is Over

With Ku-band solid-state solutions now spanning 25W to 1kW, the transition path is clear.

If you’re deploying 750W Ku-band power, solid-state is ready.

Mission Microwave Technologies, LLC
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.