3D reflector microchips at Cornell University enhance wireless communications data rate by adding a time delay for future 6G technology.
3D reflector microchips developed at Cornell University enhance wireless communications data rate by adding a time delay. This delay aligns signals sent across multiple arrays at a single point in space, enabling smaller devices to operate at higher frequencies needed for future 6G technology. The researchers' paper, "Ultra-Compact Quasi-True-Time-Delay for Boosting Wireless Channel-Capacity," was published in Nature on March 6, with a lead author Bal Govind.
March 06, 2024
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