TxRx
High-performance TxRx, built for demanding networks
Where performance begins
Every RF system depends on the ability to transmit and receive signals with exceptional accuracy, efficiency and reliability. Filtronic develops integrated TxRx subsystems that optimise signal performance across complex RF architectures.
Combining advanced microwave engineering with decades of subsystem expertise, we help customers maximise capability while reducing complexity, size, weight and power.
Transmit/Receive Modules (TRMs)
Every signal engineered to connect, endure and perform
Transmit/Receive Modules are at the heart of many next-generation RF architectures, providing the individual transmit and receive capability required to create high-performance phased array antennas, radar systems and advanced communication platforms.
Filtronic develops advanced TRM technology that combines precision RF performance, efficient power management and reliable operation in demanding environments. Our expertise supports customers developing complex systems where every module contributes to overall mission capability.
AESA radar systems
Enabling precise beam steering, improved detection capability and enhanced situational awareness.
Phased array communications
Supporting agile, high-capacity links with improved flexibility and performance.
Space-based systems
Providing reliable RF functionality for demanding satellite and orbital applications.
Electronic warfare platforms
Supporting advanced RF architectures designed for increasingly complex electromagnetic environments.
Engineered for advanced RF systems
High-frequency RF performance
Supporting demanding microwave and mmWave applications.
Integrated transmit and receive functionality
Combining critical RF functions into compact, efficient architectures.
Power and thermal optimisation
Designed to maximise system performance while managing size, weight and power requirements.
Mission-focused reliability
Engineered for applications where consistent performance is essential.
Our SSPA platforms
Morpheus X2
Compact performance. Exceptional integration.
Morpheus X² delivers highly integrated transmit and receive capability for advanced RF systems where performance, size and efficiency are equally important.
Designed to simplify complex RF architectures, Morpheus X² enables customers to integrate high-performance TxRX functionality into next-generation communications, sensing and satellite applications.
- Highly integrated TxRx architecture
- Optimised for high-frequency operation
- Compact, efficient design
- Engineered for demanding environments
Hercules II
High-performance capability for demanding applications
Hercules II is engineered for applications requiring robust transmit and receive performance across complex operational environments.
Combining advanced RF design with proven subsystem expertise, Hercules II delivers the reliability and performance required for mission-critical communications and sensing systems.
- High-performance RF architecture
- Reliable operation in demanding environments
- Flexible system integration
- Optimised for mission-critical applications
Driving progress, protection and possibility on a global scale
Space and satellite communications
Keeping space systems connected
Integrated TxRx capability enables reliable, high-performance communications across increasingly sophisticated space architectures, connecting satellites, ground infrastructure and user terminals.
Defence and secure communications
Supporting mission-critical operations
Advanced TxRx technologies enable resilient communications, radar and electronic warfare systems that perform reliably in demanding operational environments.
Advanced communications
Next-generation networks
As communications systems become more intelligent and operate at higher frequencies, integrated TxRx technologies become increasingly important for maximising efficiency and performance.