Aalto University and Stanford Test a New Architecture for 6G Surfaces

Stanford and Aalto University researchers developed a 3D printed panel that manages six wireless signals simultaneously across different frequencies, angles, and polarizations without requiring any active electrical components. This passive technology strengthens signal strength and channel capacity, offering potential benefits for construction site connectivity and future 6G infrastructure.

Researchers at Stanford University and Aalto University have built and tested a 3D printed panel that simultaneously handles six wireless signals across different frequencies, angles, and polarizations, boosting signal strength and channel capacity, with no active components of any kind. The…

This story was originally published by 3D Printing Industry.