Cerus is designed to support advanced communication needs in ground terminals for low Earth orbit (LEO) satellites and high-altitude pseudo-satellites (HAPS). Built with durability and performance in mind, Cerus amplifiers offer efficient, high-output power that enables reliable, long-range data transmission, making them ideal for demanding environments.

In gateway/feeder links, Cerus amplifiers support high-throughput data uplinks, ensuring resilient communication between the ground and orbiting assets.

For HAPS platforms, which operate in the stratosphere, the Cerus amplifier’s lightweight and compact design allows it to enhance connectivity in remote or underserved areas by linking with other HAPs satellites and ground stations.

In LEO satellites, which require compact, efficient power sources due to space and weight constraints, the Cerus amplifier can play a critical role in enabling low-latency, high-bandwidth communications, ensuring consistent data flow across satellite constellations.

Cerus is a critical enabler in modern electronic warfare (EW) and defence communications, delivering high-power, high-linearity signal amplification for secure, resilient data links in contested and congested RF environments. Engineered for extreme conditions, Cerus ensures reliable operation in mission-critical scenarios where signal dominance, situational awareness, and assured connectivity are essential.

In ground-based EW and tactical networks, Cerus amplifiers strengthen communications for military installations, mobile command posts, and radar systems. By providing clean, distortion-free amplification, they help maintain signal clarity and integrity in the presence of jamming, interference, and other hostile RF activity — supporting both offensive and defensive EW strategies.

For airborne and unmanned platforms, including ISR drones, EW aircraft, and electronic attack systems, Cerus offers compact, efficient amplification that enables beyond-line-of-sight data exchange and secure coordination with other air and ground assets. Its high efficiency and power density are ideal for SWaP-constrained platforms operating in dynamic theatres.

In space-based defence communications, such as satellite-fed EW and missile defence architectures, Cerus supports high-bandwidth, low-latency links with the reliability needed for global coverage. Its robust performance and thermal resilience make it a dependable solution for space and near-space defence operations requiring continuous, encrypted communication in high-threat environments.

Cerus is a high-performance RF power amplifier optimised for the demands of modern telecommunications infrastructure. Designed to deliver high output power with exceptional linearity and efficiency, Cerus is a key enabler of long-range, low-latency wireless backhaul and private network connectivity — both terrestrial and non-terrestrial networks.

In terrestrial networks, Cerus amplifiers enhance microwave backhaul and fixed wireless systems by delivering robust signal strength over long distances. This supports the deployment of high-capacity links between remote base stations, enterprise sites, and data centres — ensuring consistent throughput and low latency for bandwidth-intensive applications such as private 5G, industrial IoT, and critical infrastructure.

In high-altitude and airborne platforms, such as HAPS and airborne relays, Cerus supports wide-area coverage by delivering efficient, long-range RF transmission. These platforms act as dynamic network nodes, bridging gaps in terrestrial infrastructure and enabling flexible, rapidly deployable private networks.

The Hades X2 active diplexer is a vital enabler for next-generation E-band wireless infrastructure, delivering high-power, high-frequency signal handling in compact form. Operating in the 71–76 GHz (Tx) and 81–86 GHz (Rx) bands, it integrates high-power amplifiers (PAs) and low-noise amplifiers (LNAs) to ensure strong, clear signals for long-range, high-capacity communication links.

Optimised for 5G XHaul, private networks, and carrier-grade backhaul, the Hades X2 delivers saturated transmit power over +30 dBm and a low noise figure (<4 dB), enabling efficient, interference-resistant transmission. Its 5 GHz bandwidth and support for modulation up to 512QAM maximise spectral efficiency — a critical advantage in high-demand telecom environments.

With a low-SWaP, compact design, the Hades X2 simplifies integration into outdoor units (ODUs), reducing infrastructure costs and supporting flexible network rollouts. Integrated temperature sensing and real-time power monitoring ensure optimal system performance across urban, rural, and remote deployments.

Engineered for long-term durability and network resilience, the Hades X2 is a future-ready solution for modern telecommunications. Whether deployed in enterprise wireless systems, 5G transport networks, or ultra-low latency backhaul links, it offers exceptional power, efficiency, and reliability.

Hercules II is a high-power E-band transceiver optimised for long-range, high-capacity communications across space-adjacent and high-altitude platforms. Operating in the 71–76 GHz (Tx) and 81–86 GHz (Rx) bands, it delivers low-latency, high-throughput connectivity for mission-critical applications such as HAPS, airborne relays, and satellite ground infrastructure.

Engineered for performance in demanding environments, Hercules II features exceptional low phase noise (–112 dBc/Hz at 1 MHz offset), a compact and rugged form factor, and seamless integration into both airborne and ground-based systems. An integrated diplexer and high-efficiency SSPAs ensure robust, long-range transmission even under challenging conditions.

With support for advanced modulation up to 512QAM and channel bandwidths exceeding 2 GHz, Hercules II maximises spectral efficiency — ideal for high-throughput airborne gateways, real-time telemetry, and Earth observation downlinks.

Built on Filtronic’s field-proven mmWave platform, Hercules II combines reliability and longevity, with a telecom-grade MTBF of over 1 million hours. It’s a future-ready solution for enabling resilient, high-capacity wireless infrastructure in both terrestrial and near-space networks.

The Hercules II E-Band transceiver is a powerful solution for next-generation telecommunications infrastructure, delivering high-capacity, long-range connectivity for 5G backhaul, midhaul, and fronthaul (XHaul) networks. Operating in the 71-76 GHz (Tx) and 81-86 GHz (Rx) bands, it enables high-speed, low-latency data transfer, making it an essential component for expanding fibre-equivalent wireless networks.

With >35 dBm transmit power and support for modulation up to 512QAM, the Hercules II optimises spectral efficiency and network throughput. Its low phase noise (-112 dBc/Hz at 1 MHz) ensures stable, interference-free operation, even in densely populated urban environments. This makes it a reliable and scalable solution for carrier-grade mobile networks, enterprise connectivity, and mission-critical communication systems.

The integrated diplexer and WR12 waveguide interface simplify deployment, reducing the need for complex engineering resources while ensuring seamless outdoor unit (ODU) integration. The >2 GHz channel bandwidth enables telecom operators to maximise capacity, supporting the growing demand for ultra-fast data transmission in 5G networks, private wireless systems, and smart city infrastructures.

Designed for high reliability and long-term operation, the Hercules II boasts an MTBF exceeding 1 million hours, ensuring uninterrupted service for critical communication networks. Whether used for urban small-cell densification, high-frequency trading networks, or satellite-ground links, it provides a future-proof, high-performance solution for modern telecommunications infrastructure.

Morpheus X2 is a next-generation E-Band transceiver. Operating in the 71-76 GHz (Tx) and 81-86 GHz (Rx) bands, it delivers high-speed, low-latency connectivity, making it ideal for data relay, Earth observation, and real-time space communications.

With +24 dBm linear transmit power, high spectral efficiency (512QAM support), and channel bandwidths exceeding 2 GHz, Morpheus X2 enables long-range, high-capacity data transmission in challenging space environments. Its low phase noise VCOs, configurable in 31.25 MHz steps via SPI, provide precision frequency control, ensuring stable operation in complex multi-satellite networks.

Morpheus X2 features a rugged, compact form factor (90 x 80 mm) and an enhanced low-noise receiver option with a noise figure as low as 4.5-5.5 dB. This ensures superior signal clarity and reliability, even in high-interference environments like dense satellite constellations and deep-space missions.

As a proven millimetre-wave communication solution, Morpheus X2 offers a future-proof, high-performance platform for next-generation space-based networks. Whether used for satellite-to-ground links, inter-satellite communication, or high-frequency data transfer, it provides the efficiency, power, and reliability required for modern space applications.

Morpheus X2 is a cutting-edge E-Band transceiver designed to enhance next-generation telecommunications infrastructure, delivering high-capacity, low-latency connectivity for 5G XHaul, carrier-grade backhaul, and enterprise networks. Operating in the 71-76 GHz (Tx) and 81-86 GHz (Rx) bands, it provides fibre-like data rates over wireless, making it a crucial component for expanding high-speed broadband coverage in dense urban and remote environments.

With >24 dBm linear transmit power, support for 512QAM modulation, and >2 GHz channel bandwidth, the Morpheus X2 maximises spectral efficiency and network throughput. Its low phase noise (-112 dBc/Hz at 1 MHz) ensures signal stability and clarity, even in high-interference environments, making it ideal for carrier networks, data centres, and enterprise communication systems.

The integrated diplexer, WR12 waveguide interface, and single connector modem interface simplify deployment and minimise integration challenges, reducing time-to-market for network operators. With high gain receiver options (up to 28 dB) and a low noise figure (as low as 7 dB), Morpheus X2 enhances long-distance connectivity and reliable signal reception, even in complex wireless backhaul and fronthaul deployments.

Designed for high reliability and long-term operation, the Morpheus X2 boasts an MTBF exceeding 1 million hours, ensuring uninterrupted service for mission-critical 5G and telecom networks. Whether used in urban small-cell densification, fibre extension, or private wireless networks, it provides a future-proof, high-performance solution for modern telecommunications infrastructure.

Filtronic’s Tower Top Amplifiers (TTAs) are essential for public safety, emergency response, and mission-critical communication networks, ensuring clear and reliable signal reception in demanding environments. By amplifying weak signals at the tower top, TTAs minimise signal loss over long feeder cables, significantly enhancing base station receiver sensitivity. This improvement is vital for networks where uninterrupted communication can make the difference in life-saving operations.

Designed for P25 public safety networks and other critical communication systems, Filtronic’s TTAs operate in the 700 and 800 MHz frequency bands, ensuring interoperability across multiple agencies and jurisdictions. Whether used by law enforcement, fire departments, or emergency medical services, these amplifiers extend network coverage and improve signal clarity, even in urban, rural, and remote areas.

Filtronic offers scalable TTA solutions, including high-capacity models with up to 48 ports, supporting the needs of expanding communication infrastructures. With low noise figures and high linearity, these amplifiers provide interference-free signal transmission, ensuring that first responders and mission-critical personnel remain connected when it matters most.

Built for harsh outdoor environments, Filtronic’s TTAs feature rugged, weatherproof enclosures, ensuring long-term reliability in extreme weather conditions. Backed by industry-leading expertise in RF engineering, these TTAs offer a future-proof solution for next-generation critical communication networks, delivering the performance, scalability, and resilience required for mission-critical operations.