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Ignis Low Earth Orbit Satellite Terminal
Ignis Low Earth Orbit Satellite Terminal
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Development

Development History


Since 2023, Lqsilicon has established a strategic partnership with the Academy of Broadcasting Science to tackle high-orbit satellite terminal technology, laying a solid technical foundation and chip R&D capability for Lqsilicon in high-orbit satellite terminals. In 2025, to seize the global development opportunities of low-orbit satellite constellations, Lqsilicon focused on the R&D of low-orbit satellite terminals based on domestic chips and reached an in-depth cooperation with the leading low-orbit satellite operator, Yuanxin. Currently, Lqsilicon is a core supplier for Yuanxin's "Qianfan Constellation" satellites and one of the industry's first core suppliers of commercial low-orbit satellite terminals.
2023.10
Established strategic cooperation with the Academy of Broadcasting Science to develop ultra-high-definition video high-orbit satellite transmission technology
Successfully completed prototype verification of ultra-high-definition video high-orbit satellite transmission technology
2024.08
2024.11
Developed ultra-high-definition video low-orbit satellite transmission technology
Fully engaged in R&D of the new generation of low-orbit satellite terminals
2025.01
2025.04
Became a core supplier for Yuanxin's "Qianfan Constellation" satellites and one of the industry's first core suppliers of commercial low-orbit satellite terminals

Product

Product Form


core

Core Technologies

Performance

Performance Indicators

Platform

Platform Solution


The low-orbit satellite terminal platform launched by Lqsilicon delivers outstanding high performance and broad versatility, capable of stably and efficiently supporting various application scenarios, providing users with smooth and reliable satellite communication services. The platform is not only technologically leading and highly adaptable but also features future-proof sustainable upgradeability, continuously expanding new functionalities and enhancing performance to maintain an advanced user experience and significantly reduce long-term ownership costs.

Scenario

Application Scenarios

The Qianfan Constellation phased array satellite communication terminal has achieved significant breakthroughs in three major fields: emergency response, maritime operations, and aerospace, demonstrating strong application potential.
In emergency response, the terminal can quickly establish communication networks in extreme environments, providing stable and reliable communication support for disaster relief.
For maritime operations, its excellent anti-interference capability significantly improves communication quality for ocean-going vessels, supporting the development of the marine economy. In the aerospace field, the terminal has been successfully adapted for Chinese-made large aircraft, providing a new solution for high-altitude, high-speed communication. These achievements signify that China's satellite internet technology has reached world-class advanced levels, injecting new momentum into high-quality economic and social development.

Strategic

Strategic Partners

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