01 · CONNECTIVITY
Multi-band n77/n78.
Flexible 5G FR1 integration across private and public networks.
- 3.3–4.1 GHz
- Private 5G
- Public 5G
Phased-array RF platform COMING 2027
PHASEBEAM.
Directional connectivity for autonomous systems.
Phased-array and MIMO connectivity for drones, autonomous robots and private-network infrastructure - combining multi-band n77/n78 coverage with electronic beamforming in a compact architecture.
n77 + n78Multi-band 5G FR1 connectivity
2×2 MIMOTwo transmit and two receive channels
Electronic beamformingDirectional links without mechanical movement
What we are building
A compact platform for moving links.
PHASEBEAM combines a MIMO- and beamforming-capable RF transceiver with MILLIBEAM antenna-in-package technology. It is designed to maintain reliable connectivity as drones, robots and autonomous vehicles move through changing RF environments.
02 · ARCHITECTURE
2×2 MIMO and beamforming.
Two transmit and two receive channels with integrated phase and gain control.
- 2Tx + 2Rx
- Phase control
- Variable gain
03 · INTEGRATION
Transceiver plus AiP.
A compact radio building block that reduces antenna and front-end integration complexity.
- Antenna-in-package
- Integrated PLL
- Low-power design
Multi-band FR1 · Directional beams · Scalable multi-element architecture
Built for motion
Connectivity that moves with the platform.
PHASEBEAM supports the links autonomous systems depend on: remote control, real-time video, telemetry and sensor transfer between moving platforms and communications infrastructure.
What it enables
- Reliable connectivity for moving platforms
- Real-time video and sensor transmission
- Electronic beam steering for stronger links
- Compact antenna-in-package integration
Where it scales
- Larger MIMO and phased-array configurations
- Private-network infrastructure
- Robotics and autonomous vehicles
- FR1-to-mmWave expansion with MILLIBEAM technology
Platform capabilities
What PHASEBEAM enables.
The platform integrates the controls normally distributed across a multi-antenna radio, creating a repeatable foundation for compact and scalable connectivity systems.
Multi-band n77/n78
5G FR1 operation across 3.3–4.1 GHz for flexible private and public network integration.
2×2 MIMO
Spatial diversity and multiplexing for higher throughput, coverage and link reliability.
Electronic beamforming
Integrated phase shifters and variable gain form and steer beams without mechanical movement.
Integrated radio control
Variable gain and fractional-N PLL synthesis support precise optimisation across changing link conditions.
FR1-to-mmWave expansion
A roadmap to interleaved FR1 and mmWave connectivity from a unified radio architecture.
How to work with us
Evaluate it.
Integrate it.
Co-develop it.
Engage at the level that fits your programme: validate the platform for your application, extend it through your software and autonomy stack, or jointly shape a larger phased-array capability.
Evaluate it
Request samples and platform documentation to validate PHASEBEAM for your application.
Start the conversation →Integrate it
Build your own autonomy and applications on the MILLIBEAM RF platform.
Talk to the radio team →Co-develop
Jointly develop band plans, waveforms and form factors against your fleet requirements.
Shape the programme →From chip to fielded systems
Build the next link in your autonomy stack.
Talk directly with the team designing the transceiver, beamforming controls and antenna architecture around it.
