The mmWave Technology for 5G and Beyonds

Full digital beamforming concept and portfolio, offering high performance with superior cost, size and power consumption. Forget about code books, beam sweeping, antenna arrays and line-of-sight restrictions.

This is mmWave as it should be done.

Thought Leaders in Digital Beamforming

Based on more than a decade of research, BeammWave offers a solution and the products that allow for all the benefits of digital beamforming, with none of its disadvantages.
Our secret is not exotic materials, incremental refinements or magic – it’s a disruptive concept built from the ground up, based on deep system and RF knowledge.

The BeammWave Concept

Analog beamforming loses all information, leading to poor performance. Traditional digital beamforming uses all information but at the cost of complex processing, increasing power and cost. BeammWave Digital Beamforming uses all relevant information efficiently, avoiding redundancy.

50%

Higher throughput for end users

50%

Higher capacity for operators

Product Portfolio

Smarter beamforming, seamless connectivity

We deliver unique ready-to-integrate single-chip solutions that unlock the bold promises of 5G.

Beammwave’s revolutionary approach to mmWave and beamforming delivers inexpensive radio-frequency integrated circuits (RFIC), sporting efficient digital beamforming and antenna arrays, to be used in any connected application. Our chips don’t only provide substantial size and cost reduction, but also increase flexibility in the circuit board (PCB) design for any connected product.

Our Products

Same Hardware,
Many Applications

Whether it’s a smartphone, CPE (Customer Premises Equipment), or a small base station, the same hardware can be adapted to different configurations and transceiver setups.

Smartphones

Our digital beamforming solution boosts smartphone capacity and throughput by over 50% compared to traditional analog systems.

CPE for Fixed Wireless Access

Our technology achieves a 200 m extended non-Line of Sights mmW coverage as well as reduces the thermal problem seen in current analog solutions.

Base stations

Built on the O-RAN architecture, our approach enhances system capacity with multi-beam scheduling, optimizing performance in the mmWave frequency range.

Learn more about applications

This is done with multiple antennas where you compensate for the phase difference caused by differences in distance traveled for the signals, before adding them together (see figure above).

The difference between analog and digital beamforming is WHEN you add the signals. In analog beamforming the addition happens BEFORE the signal is made digital causing a loss of information. This leaves analog beamforming “blind” and dependent on “trial and error” methods.

About us

BeammWave was the first to do an over-the-air demo of Distributed Digital Beamforming for 5G. The company’s products scale from smartphones to base stations and the full concept is protected by more than 40 patent families.

About BeammWave