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Mass Market Hopes For Battery-Free Cell Phone Technology

The phone is the work of a group of researchers at the University of Washington in Seattle and works by harvesting tiny amounts of power from radio signals, known as radio frequency or 'RF' waves.

Reuters

Updated:August 10, 2017, 1:15 PM IST
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Mass Market Hopes For Battery-Free Cell Phone Technology
Mass Market Hopes For Battery-Free Cell Phone Technology (photo for representation, image: Reuters)
Researchers in the United States has unveiled a prototype of a battery-free mobile phone, using technology they hope will eventually come to be integrated into mass-market products. The phone is the work of a group of researchers at the University of Washington in Seattle and works by harvesting tiny amounts of power from radio signals, known as radio frequency or 'RF' waves. "Ambient RF waves are all around us so, as an example, your FM station broadcasts radio waves, your AM stations do that, your TV stations, your cell phone towers. They all are transmitting RF waves," team member Vamsi Talla told Reuters.

The phone is the first prototype and its operation is basic - at first glance, it looks little more than a circuit board with a few parts attached and the caller must wear headphones and press a button to switch between talking and listening. But researchers say there are plans to develop further prototypes, featuring a low-power screen for texting and even a basic camera. They also plan a version of the battery-free phone that uses a tiny solar cell to provide power.

The researchers plan to release a product in eight to nine months time, though they would not give further details. One team member, however, was prepared to give a glimpse of how their work will impact the future of cell phone technology. "In the future, every smartphone will come with a battery-free mode where you can at least make a voice call when your battery's dead." The initiative is not the only one seeking to improve the way that mobile technology is powered. Researchers at the Universities of Bristol and Surrey in Britain are developing supercapacitors, which they believe will eventually allow devices to charge in a period of a few minutes.

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