Engineering the backbone of space connectivity
Supporting global satellite operators and primes all over the world
Connecting every domain of the space ecosystem
Space communications no longer begin or end in orbit. They depend on seamless connectivity across ground infrastructure, airborne platforms and spaceborne systems working together as one.
Filtronic develops advanced RF and microwave subsystems that enable these critical connections, delivering the performance, precision and reliability required to support the next generation of global communications and space exploration.
Geostationery Earth Orbit
GEO
Providing the high-performance RF capability that underpins the world's most established satellite communications and broadcast infrastructure.
Medium Earth Orbit
MEO
Supporting resilient communications and navigation networks with technologies designed for reliable performance across demanding orbital environments.
Low Earth Orbit
LEO
Enabling the high-capacity, low-latency satellite constellations transforming global connectivity through advanced RF and microwave subsystems.
Very Low Earth Orbit
VLEO
Helping enable the next generation of ultra-low orbit missions, where performance, efficiency and precision are critical to unlocking new possibilities.
High-Altitude Pseudo-Satellite or Platform
HAPS
Bridging the gap between terrestrial networks and space-based communications with advanced RF technologies for persistent, high-altitude connectivity.
Ground stations and telecom Towers
Ground
Providing the high-performance RF capability that underpins the world's most established satellite communications and broadcast infrastructure.
Performance engineered into every link
Every communications system is only as strong as the performance of every link within it. Filtronic partners with customers to optimise RF performance across the complete communications chain, bringing together specialist expertise, subsystem innovation and systems-level thinking to enable resilient, high-capacity satellite networks.
Whether supporting satellite payload communications, ground infrastructure or emerging space architectures, our technologies are engineered to maximise performance where it matters most. From RF architecture and link budget optimisation to high-frequency subsystem design, signal integrity and payload engineering, our expertise extends across the complete system.