Applications

BeammWave’s distributed digital beamforming helps manufacturers build reliable high-speed smartphones, fibre-like wireless broadband and higher-capacity base stations. The same core chips can be reused across these applications, with antenna placement and system size tailored to each product.

For Fixed Wireless Access, keeping more connections on mmWave can help operators serve more households while preserving lower-frequency capacity for mobile users. BeammWave’s distributed digital beamforming supports this through improved non-line-of-sight performance and simultaneous multi-beam operation.

Digital beamforming connects a smartphone user and an indoor fixed wireless access unit by a window to a rooftop base station.

Built For Flexibility

Different applications need different coverage and transmit power. Adding RFFE2840 transceivers and antenna elements increases total transmit power, while connecting multiple Digital BeamForming Accelerators (DBFAs) extends beamforming across larger arrays. Manufacturers can scale their designs using the same core chips.

BeammWave RFFE2840 mmWave RF transceiver chip for distributed digital beamforming.

RFFE2840 mmWave Transceiver

BeammWave Digital BeamForming Accelerator (DBFA) chip for distributed digital beamforming.

Digital Beamforming Accelerator

Smartphones

Consumer value is top of mind for smartphone vendors. This means delivering a reliable high-speed connection at low cost with minimal battery drain.

Digital beamforming

Analog beamforming

Base Stations

Base stations need transmit power and antenna coverage matched to their deployment. Adding transceivers and connecting multiple DBFAs allows larger arrays to use the same core chips, with coordinated beamforming across the full array and simultaneous beams for multiple users.

CPE

Customer Premises Equipment (CPE) brings fibre-like broadband to homes and businesses without laying fibre. BeammWave combines flexible antenna placement, robust connectivity and scalable transmit power to support practical terminals with a strong uplink.

More Applications

Defense

Adaptable beamforming and flexible array design open up opportunities for next-generation defense communication, where rapid deployment, resilience, and secure connections are critical.

Non-Terrestrial Networks – NTN

Our distributed digital beamforming architecture can be extended to satellite terminals, using RF components adapted to the relevant NTN frequency bands. Scaling the same core architecture across applications creates opportunities for economies of scale, while enabling multi-beam operation and flexible antenna configurations.

Explore What Digital Beamforming Can Do For Your Product

Discuss your application with our team and how BeammWave’s chips and development platform can support your evaluation and integration.

Talk To Our Team