What improvement did NTT Docomo achieve in signal power during the Low-E glass experiment with AGC?

NTT Docomo achieved a 10dB improvement in received signal power during the experiment with AGC.

Which company's glass antenna technology was used in the 2023 Low-E glass communication experiment?

AGC's glass antenna technology was used in the 2023 Low-E glass communication experiment.

How much gain in received signal power was recorded in the AGC and NTT Docomo 5G trial?

A 10dB gain in received signal power was recorded in the AGC and NTT Docomo 5G trial.

What year did NTT Docomo and AGC complete their successful Low-E glass 5G demonstration?

NTT Docomo and AGC completed their successful Low-E glass 5G demonstration in 2023.

What technology did AGC apply to Low-E glass to improve 5G signal transmission for NTT Docomo?

AGC applied a new radio wave transparent processing technology to Low-E glass for NTT Docomo.

AI News NQ Analysis

Successful Demonstration Experiment to Improve Outdoor Communication Environment Through Low-E Glass

NQ Score 100/100

AI Summary (NQ-processed)

NTT Docomo and AGC have successfully conducted a demonstration experiment improving outdoor 5G communication quality through Low-E glass windows. By combining AGC's glass antenna with a new radio wave transparent processing technology applied to Low-E glass, they achieved a 10dB improvement in received signal power, expanding usable outdoor communication areas without compromising the glass's energy-saving properties.

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Frequently Asked Questions

Q: What improvement did NTT Docomo achieve in signal power during the Low-E glass experiment with AGC?: A: NTT Docomo achieved a 10dB improvement in received signal power during the experiment with AGC.
Q: Which company's glass antenna technology was used in the 2023 Low-E glass communication experiment?: A: AGC's glass antenna technology was used in the 2023 Low-E glass communication experiment.
Q: How much gain in received signal power was recorded in the AGC and NTT Docomo 5G trial?: A: A 10dB gain in received signal power was recorded in the AGC and NTT Docomo 5G trial.
Q: What year did NTT Docomo and AGC complete their successful Low-E glass 5G demonstration?: A: NTT Docomo and AGC completed their successful Low-E glass 5G demonstration in 2023.
Q: What technology did AGC apply to Low-E glass to improve 5G signal transmission for NTT Docomo?: A: AGC applied a new radio wave transparent processing technology to Low-E glass for NTT Docomo.