Why Your Phone Might Soon Stream Video From Space Without Dropping a Call
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Why Your Phone Might Soon Stream Video From Space Without Dropping a Call
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Research this week is pushing closer to wireless connections that could carry thousands of times more data than today's networks, making buffering and dropped signals nearly obsolete. New research is covering how to build tiny antennas that can handle these ultra-high-speed signals while taking up far less space than current designs. There is also research covering a new metal printing technique that creates antennas capable of beaming data at speeds hundreds of times faster than current cell towers. There is also research covering a way to fit more powerful antennas directly onto computer chips without making them thicker, which could mean faster connections in smaller devices.Sources:
Wideband Circularly Polarized Small-Size Triple-Patch LTCC Antenna Array for Terahertz Applications: https://ieeexplore.ieee.org/document/11478829A 220 GHz
Filtering Slot Array Antenna Based on Micrometal Additive Manufacturing: https://ieeexplore.ieee.org/document/11475793A
Broadband and High-Efficiency Microbump Antenna-on-Chip Based on Parasitic-Mode Control With Ultra-Thin Substrate: http://ieeexplore.ieee.org/document/11414219