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Secure Space Communications for Government and Defense
Connectivity Beyond the Horizon
Driving Mobility with Cutting-Edge Satellite Solutions
Uninterrupted Connectivity for Maritime Operations

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PNT Solutions

Precision When It Matters Most

Ensure your missions stay on course with our advanced PNT solutions, delivering reliable positioning, navigation, and timing for flawless execution in any environment.

Mobile Satellite Solutions

Connectivity Anywhere, Anytime

Achieve seamless communication on the move with our Mobile Satellite solutions, designed to keep you connected across land, sea, and air—no matter the challenge.

SmarTenna™

Software-Defined Phased Array Antenna System with full electronic beam-scanning.

Products & Services

Cutting-Edge Antennas for Unbreakable Connections

Our advanced antennas are engineered to deliver consistent, high-performance connectivity in the toughest conditions, ensuring your operations stay connected when it matters most.

Reliable Terminals for Seamless Communication

Novocomms Space terminals provide robust, reliable links for all your mobile and fixed communication needs, offering uninterrupted service across diverse environments and applications.

Custom Software for Precise Control

Leverage our expertise in algorithm and software design to create tailored solutions that enhance the precision, efficiency, and reliability of your space operations. From concept to deployment, we deliver software that meets the unique demands of your projects.

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News & Updates

Thermal Vacuum Testing for ESA Gain Drift

Thermal Vacuum Testing for ESA Gain Drift

TVAC testing is where Ka-band electronically steered antennas (ESAs) stop being a neat RF design and start behaving like a real LEO terminal: thermally strained, power-cycled, phase-noisy, and operating without convective cooling. If you are

Phase shifter quantisation limits Ka band sidelobes

Phase shifter quantisation limits Ka band sidelobes

Abstract: Ka sidelobes are often blamed on array geometry or tapering, but in LEO user terminals the quiet culprit is phase shifter quantisation. This article links phase-bit resolution to sidelobe growth, scan-dependent artefacts, and compliance

Validating Ku-band Scan Loss on Moving Platforms

Validating Ku-band Scan Loss on Moving Platforms

For aeronautical LEO terminals, Ku scan loss is the quiet performance killer: the link budget looks healthy at boresight, then evaporates when you demand ±60° steering while the aircraft is pitching, rolling, and flying through

Radome wetting effects on Ka-band ESAs (and what maritime LEO terminals can do about it)

Radome wetting effects on Ka-band ESAs (and what maritime LEO terminals can do about it)

Ka-band electronically steered arrays (ESAs) have become the workhorse antenna technology for LEO user terminals—especially on maritime mobility platforms where fast satellite tracking, low profile, and no moving parts are major advantages. But ships add

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