TM for 5G Transpositional Modulation (“TM”) is a radio frequency waveform technology protected by over 50 patents that offers dramatic bandwidth increases and novel security functions for existing wireless and wired networks.
TM accomplishes this by enabling the simultaneous transmission of two or more distinct data paths on a single carrier signal with insignificant noise effects.
Data rate increases are implemented transparently. Because TM is a bits-in-bits-out method, its transparency is agnostic to, and functions well with existing compression, encryption or coding methods. This transparency is compatible and demonstratable even with such complex modulations such as OFDM.
Transpositional Modulation (TM) is the only known form of modulation that is mutually transparent to other forms of modulation when used simultaneously. In effect, because of its transparency and ultra-efficient characteristics, TM allows a single carrier wave to transmit two or more signals simultaneously instead of one as with other modulations, without destroying the integrity of the individual bit streams.
Due to its unique properties and methods using advanced algorithms, patented digital pre-distortion and digital-signal processing, TM can in some cases enable transmission of multiple times more data than existing modulations. Even more significant, TM can coexist simultaneously on a signal with the existing modulation technologies, on the same frequency and waveform, allowing one carrier wave to transmit more data for a given bandwidth without either bit-stream knowing the other exists.