China's space agency transmitted a 1-gigabyte download from a geostationary satellite 36,000 km away using only a 2-watt laser, achieving speeds five times faster than Starlink. The breakthrough shows laser communication can work reliably from far higher orbits than existing satellite internet, potentially reshaping global connectivity.
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Hello everyone and welcome to Geopolitical Trends, where truth matters. In a move that could reshape the future of space communication, a Chinese scientist team achieved now a breakthrough in space communication by successfully establishing a 1-gigabyte internet downlink using only 2-watt laser from geostationary satellites some 36,000 kilometers away. And this record-breaking signal, which by the way successfully now mitigated atmospheric, uh, distortions, is about 5 times faster than average satellite connections like Starlink. Why this matter, you may ask? Because geostationary satellites are positioned more than 60 times far away, or farther, that is, away from the Earth. So, and this is why when I say Earth, Earth low orbits, a constellation like, for example, the Starlink, and the distance normally degrades signal strength significantly. So these Chinese experiments proves now that high-speed, ultra-low-power laser transmission is highly viable, uh, sort of path for reshaping now the global internet infrastructure, especially for reaching remote and underserved areas. Make sure to subscribe and hope you enjoyed listening to what I had to say. Thanks. Bye.