Our technologies enable the transmission and receipt of big data over long distances
At Filtronic, we design and manufacture high-performance mmWave transceivers tailored for 4G and 5G wireless XHaul applications, covering fronthaul, midhaul, and backhaul requirements.
Our innovative transceiver solutions seamlessly integrate between the baseband modem module and the antenna, facilitating a plug-and-play architecture that eliminates the need for clients to develop in-house mmWave expertise. This streamlined approach significantly reduces time to market, lowers overall development costs, and minimises the cost of quality.
Our microwave and mmWave solutions enable ultra-high capacity, low latency wireless transport of data from cell sites to the core of mobile networks.In telecommunications, power and linearity are crucial, and our transceivers and amplifiers deliver high speed and high bandwidth with high yields at volume. Filtronic is a trusted partner for two of the big three OEMs globally, delivering them a competitive advantage in power and reliability. Our highly linear solutions are essential for densification and disaggregation in 5G networks. Our product portfolio includes ultra-high capacity mmWave transceivers and diplexers, which have been deployed and field-proven in some of the world’s most demanding point-to-point radio links.
Filtronic is the go-to partner for cutting-edge technologies that drive the evolution of wireless network access and XHaul applications, ensuring superior performance and reliability in the rapidly advancing landscape of 5G connectivity.
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Filtronic’s high performance XHaul solutions
Using high-frequency radio waves, our solutions provide multi-gigabit throughput:
5G
mmWave solutions that deliver high-performance wireless communications
6G
Supporting your development into the next-generation networks
OpenRan
Helping to drive Open RAN forward
XHaul
Fronthaul, Midhaul and Backhaul solutions for wireless networks
Who we help
Tier 1 OEMs
Partner for some of the world’s leading OEMs
Tier 2 OEMS
RF partner, enabling growth through high-performance mmWave
Private network providers
Go to partner, for high-performance, high-reliability, low-latency networks
ORAN
mmWave integrated solutions
How we help
Contract manufacturing
Manufactured with extreme precision, using our fully automated microelectronic assembly process, our teams thrive on challenging projects where the solutions we produce push the boundaries of RF electronics and materials.
XHaul
Filtronic’s high-performance mmWave solutions, deployed globally, leverage our expertise in module integration for plug-and-play solutions. With unparalleled design, manufacture, and test capabilities, we continuously enhance performance while reducing size, weight, and costs.
Low latency private networks
Specialists in device-agnostic mmWave transceivers, that are high-performance, competitively priced and significantly reduce clients’ time to market. All manufactured in-house using high capacity fully automated chip-and-wire manufacturing technology, offering high reliability and low cost.
Power amplification
Power amplifiers that offer unparalleled linear mmWave power. Our Cerus E-Band range (71 to 76, 81-86 GHz) of power amplifiers is designed specifically for point-to-point and space applications. Cerus amplifiers deliver exceptional SWAP characteristics.
Benefits
Lower total cost of ownership
Our high-reliability solutions reduce TCO in a number of ways: extending equipment lifespan, minimising downtime, avoiding penalties, enhancing brand reputation and critically improving customer satisfaction.
SWAP-C
Experts in delivering SWaP improvements within telecommunications, our teams ultimately drive innovation and improve the performance of telecom networks worldwide.
High performance
We have a track record for designing and manufacturing sub-systems and devices with superior characteristics, including high power, exceptional linearity, low noise combined with high reliability.
Customisation
Tailored solutions enable our customers to focus on what is important to them, which can be performance, cost optimisation or innovation. They rely on us to give them competitive advantage.
Engineer-Engineer collaboration
Working seamlessly with our customers’ engineering teams, we maximise collective intelligence, fostering innovation, ensuring quality and driving towards a successful project outcome.
RF filters for telecoms infrastructure
Filtronic’s RF filters shape the performance and efficiency of wireless communication networks globally. Our range of filters for telecommunications infrastructure is meticulously engineered to isolate and amplify specific frequency bands while attenuating interference and noise, ensuring clear signal transmission and reception. They are essential in base stations, and infrastructure for 4G, 5G, and beyond.
Through advanced technologies our RF filters deliver enhanced bandwidth, lower insertion loss, and improved linearity, enabling higher data rates, increased network capacity, and superior spectral efficiency, driving the evolution of modern telecommunication systems.
What we do
RF products for telecoms infrastructure
Cerus
Filtronic’s industry-leading mmWave SSPAs for high-data-rate communications. The Cerus series delivers unmatched power performance in E-Band (71–76GHz, 81–86GHz) and W-Band (92–96GHz, 102–114GHz), meeting the rising demand for high-frequency links across land, air and space.
Hades X2
Cut the cost of E-band radios while boosting performance with the Hades active diplexer. It includes a built-in transmit power detector for easy calibration and automatic level control (ALC).
Morpheus X2
Our next generation Morpheus X2 E-Band transceiver module pushes the boundaries of performance even further, supporting linear Tx output power in excess of 24dBm.
Switched filter banks
Switched Filter Banks consist of a combination of switches and filters integrated into a single module. Integrating filter and switch components in a single module eliminates transitions between circuits, providing for optimal matching. Filtronic devices improve overall performance, including better insertion loss, flatness and voltage standing wave ratio (VSWR)....
We choose filtronic
