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Shanghai’s satellite internet plan sets 2030 targets—not proven in-orbit results
Shanghai’s 2027–2030 plan sets goals including inter satellite rerouting under 5 ms, success above 99.9%, and more than 3,000 satellites in orbit by 2030. The roadmap also covers laser links, onboard AI, ground control infrastructure, maritime services and consumer satellite internet.
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- Shanghai’s 2027–2030 plan sets goals including inter satellite rerouting under 5 ms, success above 99.9%, and more than 3,000 satellites in orbit by 2030.
- The roadmap also covers laser links, onboard AI, ground control infrastructure, maritime services and consumer satellite internet.
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openai.comCreate a landscape editorial hero image for this Studio Global article: What does Shanghai’s 2027–2030 satellite internet action plan, dated October 22 and released October 26, 2026, by six city departments led b. Article summary: Shanghai’s plan proposes a 2027–2030 programme of technology development, constellation deployment, ground infrastructure and affordable consumer services—not a declaration that all the listed capabilities already work i. Topic tags: general, general web. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts with fake numbers, clic
Shanghai’s 2027–2030 satellite internet action plan lays out a programme for developing technology, deploying constellations, building ground infrastructure and expanding consumer services. It sets a 2030 goal of more than 3,000 satellites in orbit, but the plan’s technical figures should be read as targets—not as confirmation that those results have already been achieved in space. 8
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What Shanghai’s plan proposes
Faster satellite-network handoffs
The plan calls for work on network architecture and in-orbit verification, with a target of inter-satellite rerouting in less than 5 milliseconds and a handoff success rate above 99.9%. It also aims to support space-based information processing and peak AI computing performance above 30 POPS on a single satellite. 1
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Those figures describe a proposed satellite-network handoff and a peak onboard computing target. The 5 ms figure is not, by itself, a guarantee of end-to-end internet latency for a user on the ground.
Higher-capacity satellites and laser links
The roadmap identifies inter-satellite laser terminals, satellite–ground network equipment, large phased arrays and EUHT payloads as areas for development. Its targets include laser-link rates above 400 Gbps, 100 Gbps of communications capacity per satellite, and at least 32 transmit-and-receive beams per antenna face. 16
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The metrics refer to different parts of the system: a laser link’s rate is not the same as the capacity of an individual satellite, and neither is the same as the capacity of the whole network.
Constellations, maritime services and ground infrastructure
The plan sets a goal of more than 3,000 satellites in orbit by 2030. It also calls for constellation networking through inter-satellite laser links, network capacity above 150 Tbps and completion of a VDES maritime communications system. 1
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On the ground, the roadmap includes satellite telemetry, tracking and control facilities in Pudong and Songjiang, alongside a simulation platform designed to support constellations of more than 10,000 satellites. Reports on the plan also describe a digital operations system intended to manage at least 3,000 satellites. 47
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Direct-to-phone and portable consumer access
The plan supports personal access to satellite internet through direct-to-phone connections or portable terminals, particularly in areas without terrestrial coverage. It also encourages operators to offer discounted satellite service packages. These are intended applications and service goals, not a statement that every user can already connect using an ordinary phone. 2
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How to tell a target from a demonstrated capability
The plan describes technologies to pursue and results it aims to reach. Its references to network design and in-orbit verification make clear that technical development and testing are part of the work ahead. 1
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When assessing whether a specific capability has been demonstrated, look for flight-test evidence that identifies the spacecraft, test date, equipment configuration, measured result and test conditions. A policy target—or a ground-based or prototype test—does not on its own establish that the same performance is operating in orbit across a large constellation.
The supplied material confirms the targets, but does not independently establish that these exact figures have already been demonstrated in orbit. In particular, the 5 ms handoff target should not be presented as achieved performance, and a peak AI-computing goal for one satellite should not be treated as a performance guarantee for every satellite. The plan is best understood as Shanghai’s technical and infrastructure roadmap through 2030, with progress to be judged against future evidence.
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Shanghai’s 2027–2030 plan sets goals including inter satellite rerouting under 5 ms, success above 99.9%, and more than 3,000 satellites in orbit by 2030.
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Shanghai’s 2027–2030 plan sets goals including inter satellite rerouting under 5 ms, success above 99.9%, and more than 3,000 satellites in orbit by 2030. The roadmap also covers laser links, onboard AI, ground control infrastructure, maritime services and consumer satellite internet.
Sources
sheitc.sh.gov.cn关于印发《上海市卫星互联网产业创新发展行动方案（2027 ...
shanghai.gov.cna9abbaa3c0242c19d3fb6cfd8315f7f4.doc
sina.cn2030 年上海卫星互联网：3000 颗卫星，手机直连，时延小于 5 毫秒