Abstract: A mobile conversion apparatus for docking cellular data devices including push-to-talk over cellular (PoC) devices. The apparatus includes a Universal Serial Bus Type-C (USB-C) connection. The conversion apparatus is designed and configured to couple the PoC device to a mobile communications interface within a vehicle using the USB-C connection. The PoC device is horizontally insertable into the conversion apparatus exposing only the top of the PoC device leaving only the display and knob of the PoC device exposed on the face of the conversion apparatus. In this manner, the conversion apparatus effectively docks the PoC device, thereby connecting the two together via the USB-C connection.

Abstract: A mobile conversion apparatus for docking cellular data devices including push-to-talk over cellular (PoC) devices. The apparatus includes a Universal Serial Bus Type-C (USB-C) connection. The conversion apparatus is designed and configured to couple the PoC device to a mobile communications interface within a vehicle using the USB-C connection. The PoC device is horizontally insertable into the conversion apparatus exposing only the top of the PoC device leaving only the display and knob of the PoC device exposed on the face of the conversion apparatus. In this manner, the conversion apparatus effectively docks the PoC device, thereby connecting the two together via the USB-C connection.

Abstract: A mobile device cradle with improved functionality. Such added functionality makes the mobile device cradle useful even when not coupled with a mobile device. Cradles with improved functionality will find use in vehicles, homes, offices, and the like.

Abstract: A mobile device cradle with improved functionality. Such added functionality makes the mobile device cradle useful even when not coupled with a mobile device. Cradles with improved functionality will find use in vehicles, homes, offices, and the like.

Abstract: What is disclosed is a mobile device cradle with improved functionality. Such added functionality makes the mobile device cradle useful even when not coupled with a mobile device. Cradles with improved functionality will find use in vehicles, homes, offices, and the like.

Abstract: A system and method for measurement of parameters of radio-frequency transmission devices is introduced. The system includes a digital signal processing (DSP) unit and RF transmitter and receiver modules. The transmitter generates Gaussian white noise and transmits it to the device under test (DUT) input. The output of the DUT is connected to the receiver. Using DSP analysis on the output response of the DUT to white noise, the DUT transfer function is estimated using iterative LMS method. From the estimated transfer function all the parameters which are used to describe the device can be calculated such as: gain, flatness, phase and group delay, phase and group delay variations, frequency response, filters rejection etc.

Abstract: A system and method for measurement of parameters of radio-frequency transmission devices is introduced. The system includes a digital signal processing (DSP) unit and RF transmitter and receiver modules. The transmitter generates Gaussian white noise and transmits it to the device under test (DUT) input. The output of the DUT is connected to the receiver. Using DSP analysis on the output response of the DUT to white noise, the DUT transfer function is estimated using iterative LMS method. From the estimated transfer function all the parameters which are used to describe the device can be calculated such as: gain, flatness, phase and group delay, phase and group delay variations, frequency response, filters rejection etc.

Abstract: An apparatus and its corresponding method for detecting and reducing interference elements within an indoor communication wireless system by dynamically locating the source of the interference, and by preventing the distribution of the interference via controlled attenuation of the interfering signal. The apparatus and method dynamically controls (44) the potential interference sources by optionally switching off (39) or attenuating (38) the antennas generating the signal carrying interference elements. Further, the proposed apparatus and method is operative in the reconnection of switch off (39) antennas and/or the controlled (44) restoration of the signal strengths where the interference diminishes.

Abstract: An apparatus and its corresponding method for detecting and reducing interference elements within an indoor communication wireless system by dynamically locating the source of the interference, and by preventing the distribution of the interference via controlled attenuation of the interfering signal. The apparatus and method dynamically controls (44) the potential interference sources by optionally switching off (39) or attenuating (38) the antennas generating the signal carrying interference elements. Further, the proposed apparatus and method is operative in the reconnection of switch off (39) antennas and/or the controlled (44) restoration of the signal strengths where the interference diminishes.