Revolutionizing Wireless Connectivity with Cross-Band Metasurfaces

EasyChair Preprint 10390

Abstract

Current network technology encounters difficulties in establishing seamless indoor connections, particularly in higher frequency bands such as Wi-Fi 5GHz and mmWave, which suffer from severe signal attenuation caused by inevitable occlusions. To surmount this challenge, tunable metasurfaces emerge as a promising solution by redirecting incoming waves to circumvent obstacles. However, the absence of a theoretical framework hinders the design of metasurfaces that can effectively operate across multiple frequency bands. This work attempts to provide a general method for cross-band metasurface design, extend wireless link coverage by using a new metasurface prototype called CrossFlit, which can maximize the link quality with efficient aperture usage and low cost. our proof of concept implementation is for Wi-Fi 5 GHz and mmWave bands. The empirical evaluation demonstrates that CrossFlit can enhance widely used mmWave and Wi-Fi links simultaneously.

Keyphrases: Metasurface, Seamless, Wireless, cross-band

@booklet{EasyChair:10390,
  author    = {Lili Chen and Ju Ren and Yaoxue Zhang},
  title     = {Revolutionizing Wireless Connectivity with Cross-Band Metasurfaces},
  howpublished = {EasyChair Preprint 10390},
  year      = {EasyChair, 2023}}