FR1 · SUB-6 GHZ
Coverage and continuity.
For mobility, obstruction and the links an autonomous platform cannot afford to lose.
- Command & control
- Telemetry
- Mobility
- Resilience
Frequency-agile radio platform COMING 2027
FARBEAM.
One radio architecture. Resilient across bands.
Dual-band FR1 + FR2 connectivity for autonomous systems, combining coverage, capacity and a common interface.
FR1 + FR2One integrated architecture
MIMO + beamformingAcross both frequency ranges
Common interfaceSimplified platform integration
What we are building
One radio.
Two complementary links.
Sub-6 GHz provides resilient command, control and telemetry. mmWave provides the capacity and low latency required for video, imaging and high-volume sensor data. FARBEAM is being developed to bring both into a common radio architecture.
FR2 · MMWAVE
Capacity and directionality.
For bandwidth-intensive transfers where low latency and spatial performance matter.
- Video
- Imaging
- Sensor data
- Low latency
One radio · Common interface · Adaptable by mission
Development direction
Built for evolving autonomous fleets.
The programme starts with the radio requirements autonomous systems need now, with an architecture intended to expand as missions and networks evolve.
Initial platform focus
- 4G and 5G FR1
- 5G FR2
- MIMO and beamforming
- Drone, robotics and vehicle integration
Expansion path
- Wi‑Fi
- Additional 5G configurations
- SATCOM
- Mission-specific radio behaviour
How to work with us
Evaluate it.
Integrate it.
Co-develop it.
Engage at the level that fits your programme: understand the platform, build your software and signals around it, or help shape the capability with our radio and semiconductor team.
Evaluate it
Explore FARBEAM with the MILLIBEAM team and assess where the architecture fits your fleet or programme.
Start the conversation →Integrate it
Develop software, signals and platform integration around the MILLIBEAM radio architecture.
Talk to the radio team →Co-develop
Joint capability development with defence, research and technical partners.
Shape the programme →From chip to fielded systems
Bring us the link problem.
Talk directly with the team designing the transceiver, antennas and radio architecture around it.
