- Sofant Technologies reveals world-first RF MEMS Beamforming breakthrough at Tech Tour Defence in Paris
- Technology helps wireless systems send and receive signals more efficiently
Sofant Technologies, backed by EMV Capital plc, the deep tech and life sciences VC investment group, has achieved a major industry milestone by successfully demonstrating a fully functioning Ka band transmit array using its proprietary RF MEMS beamforming IC.
This world-first accomplishment, revealed at the recent Tech Tour Defence conference in Paris, has been achieved after overcoming a series of complex technical challenges, marking a pivotal moment in the advancement of wireless technology.
David Wither, CEO of Sofant Technologies, stated:
“This is a defining moment for both Sofant and the wireless industry. Delivering the world’s first RF MEMS beamforming IC demonstrates our team’s technical leadership and relentless determination in tackling challenges others thought impossible. In parallel, our operations team has worked tirelessly to develop a manufacturing system that ensures we can scale up quickly and deliver this transformative technology to the market in high volume at low cost.”
Beamforming is essential for the high-frequency millimeter-wave (mmWave) bands used across a wide range of applications including SatCom 5G and future 6G networks. RF MEMS delivers the high-performance phase shifters and switches needed to steer these signals power efficiently.
In satellite communications, where every gram of weight and milliwatt of power is critical, RF MEMS components significantly reduce the size, weight, and power (SWaP) of communication systems used in aerospace applications. With the rest of Sofant’s technology stack now ready to scale, the company is poised to launch commercial sales of its innovative solution in the second half of 2026.
Headquartered in Edinburgh, Scotland, Sofant Technologies is at the forefront of wireless innovation. Supported by leading investors, Sofant’s patented RF MEMS technology delivers up to 70% reduction in power consumption, offering the market the lowest size, weight, and cost solutions available.
