Terrestrial
Engineering the networks that keep the world connected
High performance networks
We enable high-performance private networks where speed, reliability and low latency are critical. Our high-frequency capability delivers the bandwidth, resilience and performance needed for secure, always-on connectivity in demanding environments. Engineered for mission-critical applications, our solutions help network providers move more data, faster, with the reliability to perform when it matters.
Telecommunications infrastructure
We power the high-capacity wireless networks that keep the world connected – enabling faster, higher-capacity and more reliable 4G, 5G and emerging 6G XHaul networks. Engineered for exceptional power, linearity and efficiency, our technology delivers performance at scale. Trusted by two of the world’s three largest telecommunications OEMs, we combine deep RF expertise, manufacturing excellence and agile engineering to help our partners build better networks and maintain a competitive edge.
Critical communications
When every second matters, connectivity cannot fail. Our advanced RF technologies enable high-performance first responder and emergency networks engineered for speed, resilience and reliability. Built to perform in challenging environments and increasingly contested spectrum, our solutions provide the dependable connectivity critical teams need to communicate, coordinate and respond when it matters most.
Performance in every connection
Network performance is only as strong as the RF technology behind it. As network architectures become more complex and increasingly converged, specialist RF expertise is critical. We combine technology innovation, deep domain expertise and systems-level thinking to help our partners optimise performance and build networks with greater capacity, efficiency and resilience. Our expertise spans high-frequency architecture, network optimisation, signal integrity and integration – delivering the performance, capacity and resilience demanded by advanced communications networks.