On-board AI Chips Advancing on Dual Tracks
Conference Overview
On March 14, the inaugural "Shanghai Commercial Aerospace Conference & Exhibition," jointly hosted by the China Institute of Communications, Shanghai Astronautical Society, Fudan University, Shanghai Jiao Tong University, and several other authoritative institutions, concluded successfully at the Shanghai New International Expo Center. The exhibition brought together over 300 core enterprises across the upstream and downstream industrial chain, covering the full lifecycle ecosystem from commercial launch vehicles, satellite manufacturing, and ground equipment to terminal applications.
At this premier industry event, LqspaceAI Aerospace (Shanghai) Intelligent Technology Co., Ltd. (Booth E6-227) unveiled its core technological achievements in LEO satellite internet terminals and on-board AI computing power for the first time.
Over the three-day exhibition, we demonstrated to the industry through tangible hardware and chip potential that LqspaceAI is not only a "pioneer in satellite terminal solutions" but also a "trailblazer in on-board intelligent platforms."
Booth Highlights: LqspaceAI's "Dual Stars" Shine at E6-227
"Can this IP67-rated terminal operate stably in marine environments?" "What's the power consumption of the 200 TOPS version of the LQ7000?"
On the opening day, the LqspaceAI booth at E6-227 was surrounded by professional visitors eager to learn more.
Cutting-Edge Strength: Star Products Steal the Spotlight
The LEO satellite terminal on display captured widespread attention with its "high-performance sensing, versatile application scenarios, and easy deployment."
Numerous visitors experienced the product firsthand and gave high praise for its performance. Our technical team was on-site throughout the event, providing detailed professional briefings and technical consultations.
The on-board AI computing chip LQ7000 also drew significant interest — as a high-efficiency intelligent core for edge computing on satellite control and payload sides, it supports 50–200 TOPS computing configurations with typical power consumption of 18–72W, enabling on-orbit inference and intelligent processing of multimodal large models, driving the intelligent closed loop of "on-board processing, on-demand downlink, and rapid response." Many universities and payload manufacturers expressed strong interest in collaboration after learning about its development kits and joint verification pathways.
In-Depth Exchanges: Idea Sharing for Mutual Growth
The exhibition was not only a showcase for products but also a platform for idea exchange. Over the three days, the LqspaceAI technical team held face-to-face discussions with experts from satellite prime manufacturers, payload developers, constellation operators, system integrators, and other sectors.
We engaged in pragmatic discussions with multiple organizations on topics such as engineering deployment of LEO terminals, on-orbit verification of on-board AI chips, and the evolutionary path of intra-satellite interconnectivity and secure storage. Many customers highly recognized our "Satellite-Network Intelligent Platform" and expressed anticipation for joint technical verification in future mission programs.
Partnership for Success: Fruitful Outcomes and Promising Future
The buzz was reflected not only in visitor numbers but also in tangible collaboration results.
Preliminary statistics show that during the exhibition, we reached 8 potential cooperation intentions with over 20 organizations, including universities and industry users, spanning LEO terminal procurement, LQ7000 chip testing and verification, and joint development of on-board interconnect chips. This recognition not only validates LqspaceAI's technological strength but also lays a solid foundation for future collaboration.
Missed the Event? No Problem!
If you were unable to attend or would like to learn more about our LEO satellite terminals or on-board intelligent solutions, please scan the QR code below to contact us!
The journey ahead is vast and full of promise. LqspaceAI will carry this recognition and anticipation forward, continuing to advance in the direction of "intelligent computing in space, intelligent connectivity across domains," and rewarding the trust of every partner with even better products.
