Solar glass for 5G

The Role of Glass in 5G Technology:

Ensuring that glass substrates maintain their integrity and performance over time is crucial for the reliability of 5G networks. This

Glass for 5G applications

In this report, we show that mm-wave dielectric property can be changed by glass composition and post-forming processes. We also show examples of mm-wave devices that

Design of Transparent Frequency Selective Surface on Window

In this letter, a transparent frequency selective surfaces (FSSs) applied on window glass with two different substrates for spatial filter selectivity of 5G mm-Wave indoor

WO/2025/177750 5G RADIO WAVE TRANSMISSION-TYPE SOLAR

The problem is solved by forming, on the surface of a single glass sheet, a mixture coating having a thickness of 2-4.5 µm and containing fine composite tungsten oxide particles

5G Glass Antenna Turns Windows Into Base Stations

To avoid installing unsightly equipment on more and more shared spaces, Japanese companies are developing transparent glass

Glass for 5G applications

In this report, we show that mm-wave dielectric property can be changed by glass composition and post-forming processes. We also

A More Connected 5G Future

A reconfigurable intelligent surface (RIS) device integrates with small cells to help deliver more seamless 5G coverage. The RIS aims to help 5G signal navigate around physical obstacles to

Japan Introduces Glass Technology for 5G Networks

In a significant technological leap, Japan has introduced an innovative solution that transforms ordinary windows into powerful 5G

Design of Transparent Frequency Selective Surface on Window Glass

In this letter, a transparent frequency selective surfaces (FSSs) applied on window glass with two different substrates for spatial filter selectivity of 5G mm-Wave indoor

Performance evaluation of an optically transparent microstrip

The unique characteristic of these antennas is that it is possible to integrate them with solar panel glasses without hampering their performance and also in window glasses

A Metasurface Glass for Energy Saving and 5G Mobile

This paper introduces an innovative metasurface glass designed to enhance 5G mobile communication signals within the interior of glass windows.

WO/2025/177750 5G RADIO WAVE TRANSMISSION-TYPE

The problem is solved by forming, on the surface of a single glass sheet, a mixture coating having a thickness of 2-4.5 µm and containing fine composite tungsten oxide particles

5G Glass Antenna Turns Windows Into Base Stations

To avoid installing unsightly equipment on more and more shared spaces, Japanese companies are developing transparent glass antennas that allow windows to serve

A Metasurface Glass for Energy Saving and 5G

This paper introduces an innovative metasurface glass designed to enhance 5G mobile communication signals within the interior

Glass Application in Solar Energy Technology

A standardized model is presented for evaluating the efficiency of spectral converters integrated into PV glass, systematically assessing spectral absorption and

Japan Introduces Glass Technology for 5G Networks

In a significant technological leap, Japan has introduced an innovative solution that transforms ordinary windows into powerful 5G antennas. This development, known as the

Glass Application in Solar Energy Technology

A standardized model is presented for evaluating the efficiency of spectral converters integrated into PV glass, systematically

The Role of Glass in 5G Technology: Manufacturing Challenges

Ensuring that glass substrates maintain their integrity and performance over time is crucial for the reliability of 5G networks. This necessitates rigorous testing and the