Abstract: Disclosed are antenna ports for high-speed, short-range, capacitive wireless devices that can be used for stream data and power supply transmission between two adjacent electronic devices, modules, etc. In various embodiments, differential capacitive antenna ports for the wireless capacitive signal reception and transmission include a capacitive transmission port configured to generate electric fields that represent transmitted signals with at least one pair of transmitting terminals, with conductive working surfaces connected to the port inputs at the input feed points, and a capacitive reception port configured to detect electric fields that represent transmitted signals with at least one pair of receiving terminals, with conductive working surfaces connected to the port outputs at the output feed points.

Abstract: Disclosed is a system for wireless capacitive reception and transmission of signals with distortion compensation in a channel, including a transmitting and a receiving apparatuses, which are configured, respectively, of wirelessly transmitting and receiving signals, wherein the transmitting apparatus comprises a signal precompensator with an input for data signals which are transmitted, a signal driver with an input for prepared signals and precompensation signals, and transmitting terminals which are spaced apart and are connected to the outputs of the signal driver in such a way that corresponding electrical fields are produced.

Abstract: Disclosed are antenna ports for high-speed, short-range, capacitive wireless devices that can be used for stream data and power supply transmission between two adjacent electronic devices, modules, etc. In various embodiments, differential capacitive antenna ports for the wireless capacitive signal reception and transmission include a capacitive transmission port configured to generate electric fields that represent transmitted signals with at least one pair of transmitting terminals, with conductive working surfaces connected to the port inputs at the input feed points, and a capacitive reception port configured to detect electric fields that represent transmitted signals with at least one pair of receiving terminals, with conductive working surfaces connected to the port outputs at the output feed points.

Abstract: Disclosed is a system for wireless capacitive reception and transmission of signals with distortion compensation in a channel, including a transmitting and a receiving apparatuses, which are configured, respectively, of wirelessly transmitting and receiving signals, wherein the transmitting apparatus comprises a signal precompensator with an input for data signals which are transmitted, a signal driver with an input for prepared signals and precompensation signals, and transmitting terminals which are spaced apart and are connected to the outputs of the signal driver in such a way that corresponding electrical fields are produced.

Abstract: The present disclosure describes apparatuses, methods and systems for high-speed, capacitive wireless data transmission between electronic devices. A transmitting apparatus is coupled to a data stream and comprises a signal preparer and two transmitting terminals. The signal preparer provides a copy of the data stream to a first transmitting terminal and an inverted version to a second transmitting terminal. Each transmitting terminal emanates an electric field representative of the signal it has received from the signal preparer. A receiving apparatus, separated in space from the transmitting apparatus by nonconductive material, comprises two receiving terminals separated in space from each other and a data stream restorer. Each receiving terminal detects the electric field emanated by the corresponding transmitting terminal, such that a received repeated signal is induced on the first receiving terminal and a received inverted signal is induced on the second receiving terminal.

Abstract: The present disclosure describes apparatuses, methods and systems for high-speed, capacitive wireless data transmission between electronic devices. A transmitting apparatus is coupled to a data stream and comprises a signal preparer and two transmitting terminals. The signal preparer provides a copy of the data stream to a first transmitting terminal and an inverted version to a second transmitting terminal. Each transmitting terminal emanates an electric field representative of the signal it has received from the signal preparer. A receiving apparatus, separated in space from the transmitting apparatus by nonconductive material, comprises two receiving terminals separated in space from each other and a data stream restorer. Each receiving terminal detects the electric field emanated by the corresponding transmitting terminal, such that a received repeated signal is induced on the first receiving terminal and a received inverted signal is induced on the second receiving terminal.