Abstract: A system and a method for testing a wireless tag that has an antenna for wireless communication and employs a low energy wireless communication protocol. The system includes a near field antenna; and a fixture for positioning the wireless tag to be tested so that the at least one antenna for wireless communication of the at least one wireless tag to be tested is within a near field of the near field antenna of the system; wherein when the wireless tag is positioned by the fixture, it is within an at least a partly open chamber. The method comprises supplying, via the near field antenna of the system, a test signal for receipt by the antenna of the wireless tag; and comparing a received signal strength of a response from the wireless tag in response to the test signal to an expected benchmark.

Abstract: A device for sampling one or more indicators is provided. The device includes a system on a chip (SoC); an antenna for harvesting electromagnetic energy, wherein the energy is managed by the SoC and stored in an accumulator; and an electrode positioned adjacent to the one or more indicators, wherein the SoC utilizes the electrode to sample information from the one or more indicators and transmit the information by the antenna.

Abstract: A wireless Internet of Things (IoT) device for detecting light exposure is provided. The IoT device includes a light sensor having an organic active layer that detects an intensity of light; an integrated circuit (IC), wherein the integrated circuit includes an oscillating circuit that is coupled to the light sensor to output a frequency value for the detected intensity of light; and at least one harvesting antenna that harvests an ambient radio frequency (RF).

Abstract: A Internet of Things (IoT) tag for measuring transmitted force applied on the IoT tag, including a substrate, a force sensor integrated on the substrate, and a sensing circuit integrated on the substrate and configured to output a digital word measurement in response to an applied force on the force sensor.

Abstract: A low-energy communication system includes at least one antenna; an energy harvester coupled to the at least one antenna and adapted to harvest energy from over-the-air signals; a first capacitor for storing the harvested energy; a system on chip (SoC) for allowing at least reception and transmission of wireless signals using a low-energy communication protocol; and wherein the energy harvester, the first capacitor, the SoC, are integrated in a semiconductor die, the die is placed on a substrate; and wherein the at least one antenna is included in the substrate.

Abstract: A system and a method for testing a wireless tag that has an antenna for wireless communication and employs a low energy wireless communication protocol. The system includes a near field antenna; and a fixture for positioning the wireless tag to be tested so that the at least one antenna for wireless communication of the at least one wireless tag to be tested is within a near field of the near field antenna of the system; wherein when the wireless tag is positioned by the fixture, it is within an at least a partly open chamber. The method comprises supplying, via the near field antenna of the system, a test signal for receipt by the antenna of the wireless tag; and comparing a received signal strength of a response from the wireless tag in response to the test signal to an expected benchmark.

Abstract: A Internet of Things (loT) tag for measuring transmitted force applied on the loT tag, including a substrate, a force sensor integrated on the substrate, and a sensing circuit integrated on the substrate and configured to output a digital word measurement in response to an applied force on the force sensor.

Abstract: A low-energy communication system includes at least one antenna; an energy harvester coupled to the at least one antenna and adapted to harvest energy from over-the-air signals; a first capacitor for storing the harvested energy; a system on chip (SoC) for allowing at least reception and transmission of wireless signals using a low-energy communication protocol; and wherein the energy harvester, the first capacitor, the SoC, are integrated in a semiconductor die, the die is placed on a substrate; and wherein the at least one antenna is included in the substrate.

Abstract: Some demonstrative embodiments include devices, systems and/or methods of wireless video communication. Some embodiments include a wireless video transmitter to transmit a wireless video transmission representing a video image, the transmitter including a digital-input interface including a plurality of video-data inputs to receive a respective plurality of digital-video bits representing a pixel of the video image, and one or more synchronization inputs to receive one or more respective synchronization signals corresponding to the video image; and a transmitter module to transmit the wireless video transmission based on the plurality of digital-video bits and the synchronization signals. Other embodiments are described and claimed.