This breakthrough wireless technology can extend the life of your smartphone or wearable device’s Radio Communication batteryup to five times on a single charge. Scientists have created a new wireless technology that could one day rival mainstream wireless communications technology Bluetooth. This new technology requires very little power and can extend the life of your device up to five times on a single charge.Currently, the major wireless technologies embedded in devices such as smartphones, wearables, and smart home devices, including Wi-Fi, 5G, and Bluetooth, rely on classic radio configurations. They transmit data through electromagnetic waves generated by modulation of electromagnetic fields.But alternative technologies rely on electric field modulation. Signal transmission equipment replaces the power amplifiers used in produce traditional wireless technology with voltage amplifiers that generate short-range electric fields. These voltage amplifiers also weak electromagnetic fields, but the receivers (untuned electrodes rather than tuned (Conventional radio systems produce electric fields alongside electromagnetic fields,
but they decay very quickly and are not used to transmit information.)The receiving device consumes power only when the receiving electrodes charge or discharge (a process called capacitive coupling), rather than continuously transmitting energy through the air as in classic radio configurations. As a result, the new technology, called Potential Sensing Communication (EPSComm) , consumes a fraction of the power of Bluetooth.”This new technology means wearable and mobile devices will be able to run longer after being charged by the Radio Communication Battery. More fundamentally, it will be possible to use smaller batteries due to the energy savings brought about by this new communication technology and enabling further miniaturization of devices, which opens up new possibilities for tiny wearables such as ear-worn headphones (smart earbuds), smart rings, or even electronics integrated into clothing,” the University of Sussex said. Wearable technology professor Daniel Roggen told LiveScience in an email .
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