TiaLinx, Inc., a developer of highly integrated wireless systems, has announced the successful implementation of its lens-based planar programmable polarized active antenna array technology.
The smallest footprint active antenna array has been integrated with a meta-lens to deliver a fully integrated planar programmable polarized active antenna array. The MLP3A3 cell is a micromodule that can be expanded from its current 4 x 4 element to 32 x 32 element tiles as a connected module of a ground terminal for communication with satellites, a front-end module for radar applications, and a source of energy for extended range wireless power transmissions. The MLP3A3 is also an ideal technology to significantly enhance the coverage and quality of 5G and 6G ultra-high data rate wireless links.
The small footprint of the MLP3A3 enables extended range scanning with ultra-fine lateral resolution, enhancing the connectivity of user devices to remote links.
Furthermore, signal processing with polarization capabilities has been shown to suppress radio wave scattering in a cluttered environment, while the advanced embedded lens antenna provides users with the ability to obtain ultra-fast multi-band, multi-beam wireless access.
According to Markets and Markets, the overall wireless charging market is projected to reach USD 13.4 billion by 2026 from USD 4.5 billion in 2021, at a CAGR of 24.6% between 2021 and 2026.
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