MTFComm announced a major breakthrough in wireless communications: the first real-world demonstration of a new telecommunications technology that delivers 1.78 Gbps in a standard 8 MHz channel, achieving over 100× more performance than today’s wireless technologies while using only a fraction of the power.

This achievement challenges what was long believed to be a physical limit of the industry. For more than a decade, global telecommunications has been stuck behind the same bottleneck: spectrum. The world cannot create more of it, and existing cellular, Wi-Fi, and satellite systems are already close to their theoretical capacity. As a result, wireless speeds, power efficiency, and network density have all plateaued.

MTFComm’s new technology breaks through these limits. Using a proprietary modulation and coding architecture, MTF packs significantly more information into the same bandwidth, making existing spectrum behave as though it is dramatically larger. The technology consumes up to four times less power, maintains a constant-envelope waveform ideal for both satellites and battery-powered devices, and remains compatible with today’s wireless standards.

“Nothing prepared us for the results we saw this month,” said Dr. Michel Fattouche, Founder of MTFComm and Emeritus Professor at the University of Calgary. “After eight months of building and testing real hardware, the performance exceeded even our highest expectations. This system shows that spectrum can be used far more efficiently than what today’s networks achieve. It opens the door to a new era of faster, denser, lower-power connectivity across the globe.”

A major advantage of the MTF technology is its ability to operate across multiple wireless domains simultaneously including cellular, Wi-Fi, Bluetooth, and satellite, something that current protocols were never designed to do.

Dr. Fattouche previously co-authored the foundational WirelessOFDM patent used in modern 4G, 5G, Wi-Fi, and billions of devices worldwide. The new MTF technology is protected by a broad international patent portfolio.

Source: BusinessWire