China’s Satellite Internet Achieves 1Gbps, Five Times Faster than Starlink

China’s satellite internet achieves 1Gbps, five times faster than Starlink

A team of Chinese researchers has broken new ground in satellite internet technology by achieving a remarkable 1Gbps data transmission from a satellite, a speed five times faster than what Starlink currently offers. The breakthrough, which could revolutionise satellite internet, addresses one of the key limitations of space-based communications: atmospheric turbulence. The development, led by Liu Chao from the Chinese Academy of Sciences and Pro…

China’s 1 Gbps Geo-Laser Link: Redefining Space Internet Beyond Starlink

Laser Leapfrog: How China’s 1 Gbps Geo-Laser Link Signals a New Era for Space-Based Internet Space Internet Market: Current Landscape and Key Drivers Breakthroughs in Laser Communication and Satellite Networking Global Players and Strategic Moves in Next-Gen Space Internet Projected Expansion and Investment in Laser-Enabled Space Connectivity Regional Dynamics: China’s Role and Global Adoption Patterns The Post-Starlink Paradigm: What’s Next fo…

Chinese Geostationary Satellite Reaches Speed of 1Gbps

WASHINGTON, June 26, 2025 – Chinese researchers claimed they developed a new method that dramatically improves satellite internet speeds, according to a story published by the South China Morning Post.Based in Hong Kong, the SCMP has been operating since 1903 and is Hong Kong's newspaper of record. It reported that a team of Chinese researchers, led by Professor Jian Wu from Peking University of Posts and Telecommunications and Liu Chao from the…

China’s 1Gbps Satellite Internet Breakthrough Set to Outpace Starlink - Day News TV

Chinese researchers have made a major leap in satellite internet technology, achieving 1Gbps transmission speeds—five times faster than current Starlink capabilities. This innovation could redefine global connectivity and challenge the dominance of existing providers. Pioneering New Technology The research, led by Liu Chao of the Chinese Academy of Sciences and Professor Wu Jian of Peking University, combines Adaptive Optics (AO) and Mode Divers…

Laser Leapfrog: Inside China’s Record-Breaking 1 Gbps Geo-Laser Link and the Post-Starlink Future of Space Internet

Imagine beaming a high-definition movie across the globe in less than five seconds using a laser as weak as a night-light. This seemingly sci-fi scenario just became reality: from a geostationary orbit 36,000 km above Earth, a Chinese satellite used a mere 2-watt laser to transmit data to the ground at 1 gigabit per second… Read more The post Laser Leapfrog: Inside China’s Record-Breaking 1 Gbps Geo-Laser Link and the Post-Starlink Future of Spa…