The launch of 5G networks into cities both in North America and around the world is taking place now to transform connectivity, but this newly designed 5G wave harvesting antenna could further enhance capabilities.
The 3D-printed antenna has been developed by researchers at the Georgia Institute of Technology and would capture millimeter waves from 5G towers to provide power to a range of solutions. This could reduce the strain on the electrical grid by harvesting the power of the network and even further help with the evolution of the smart city as more connected infrastructure begins to show up in our communities.
The 5G wave harvesting antenna maintains a credit card-sized design and identifies the limitless possibilities of the technology in the near future.
5G Energy Harvesting Technology
This 5G Wave Harvesting Antenna Captures Power from the Network
Trend Themes
1. 5G Wave Harvesting Antenna - The antenna allows for the capturing of millimeter waves from 5G towers to provide power to a range of solutions, representing an opportunity for disruptive innovation in the renewable energy sector.
2. Smart Cities Infrastructure - The use of this antenna to reduce the strain on the electrical grid is an example of the potential for disruptive innovation in the smart cities infrastructure industry.
3. 3d-printing Technology - The development of a 3D-printed antenna represents an opportunity for the further innovation and advancement of 3D-printing technology in the tech industry.
Industry Implications
1. Renewable Energy - The use of 5G wave harvesting antenna as a renewable energy source presents a disruptive innovation opportunity within the renewable energy industry.
2. Smart Cities - The technology behind the 5G wave harvesting antenna represents an opportunity for disruptive innovation in the smart cities industry.
3. 3d-printing - The development of a 3D-printed antenna is an innovative use case for 3D-printing technology within the tech industry.