New US Army antenna to provide 5G mobile

According to RCO News Agency, Researchers are trying to create new antennas that offer 5G networks, but only consume 10 % of energy compared to current systems.

While 5G networks need more energy than previous generations and each base station consumes as much as 73 US households, a network that consumes much less energy can be a cost -effective and profitable solution for everyone.

Researchers at the University of Notre Dame are trying to provide a much less energy -consuming solution, as the unveiling of 5G technology has been associated with high energy costs.

New antenna

The researchers have revealed that the new low -consumption antenna is a type of lens antenna with a millimeter wave gradient (GRIN). Although lenses or Grin lenses have existed for more than a century, the idea of ​​developing a Grin lens antenna for 5G networks for most Wireless technology researchers seemed out of the question.

Jonathan Chisum, Associate Professor of Electrical Engineering at the University of Notre Dame, said: “Currently, a large part of the cost of setting up a cellular network for electricity. If you look at a cellular tower, you can see the reason, because it uses a different antenna for each band and they are dependent on active chips.

He added: “Our original idea was simple; What if we could design the same capabilities in just one broad antenna with allowing material physics usually done by many thirsty energy chips.

Guide the broad beam

During the past eight years, Chasom and his laboratory have made pioneering discoveries in the fundamental science of broadband beams. According to the press release of the University of Notre Dame, the findings allowed Chasom and his team to build an antenna that could work on all frequency bands for 5G, a masterpiece that seemed to be impossible.

The researchers emphasized that the bandwidth and low -power capabilities of the antenna make it useful especially for the US military.

The US military wants to have 5G networks around the world, as 5G networks work at different frequencies around the world.

“The solution is an essential feature like us, and since it consumes very little energy and is relatively small and light, it can be integrated into a mobile platform,” says Chasum.

5G solution

This technology can make the “5G mobile” solution available with improved performance, safety and adaptability after implementation.

However, developing this new technology is the first step in integrating it into mobile networks for civilian use.

Researchers in the Chaseom Laboratory, digital models create and modify this antenna using computer -aided design software.

The Chaseom Lab has formed a team of industrial partners to transfer the technology from the laboratory to the real world. The team includes several leading sellers with expertise in wireless networks, antennas and additives.

Making a prototype layer -to -layer through a precise and 100 -hour process

The researchers also displayed an antenna prototype made layer -by -layer, built in a precise, 100 -hour process. Each antenna uses a 3D -printed dual -printed material with the repetitive pattern of giride cells.

According to researchers, the project is not only an important step in advancing wireless capabilities in the United States, but also a turning point in commercializing and developing broadband antenna systems.

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