From March 27 to 29, 2026, the 2026 Global Developer Pioneer Summit (GDPS) concluded successfully at West Bund, Shanghai. This premier technology event, bringing together top developers worldwide and focusing on cutting-edge AI applications, served as a vital platform for integrating frontier technologies with industry development. LqspaceAI Aerospace made a stunning appearance with its self-developed on-device AI computing product series and industry solutions, showcasing the tangible technological achievements of deep integration between AI chips and intelligent applications.
Self-Developed Core | AI Computing Chip Series
LQ7000 is a high-performance AI computing chip designed for edge computing scenarios, focusing on on-device real-time inference and intelligent processing. It establishes an intelligent closed loop of "local processing, on-demand response," building a robust self-developed technology matrix for edge intelligence. Mass production is scheduled for Q3 2026, with three product form factors — computing chips, computing cards, and computing boxes — to be launched simultaneously, forming a comprehensive product family. Stay tuned.
The product is optimized for large-model inference, delivering 50-200 TOPS@INT8 of flexible, scalable computing power with typical power consumption of 18W-72W, efficiently supporting stable operation of 10-billion-parameter models while achieving an optimal balance of high performance and low energy consumption. It also features five core capabilities: on-demand computing stacking and adaptive form factors; high-efficiency on-device AI computing; multimodal AI model support for full-scenario adaptation; intelligent data filtering on the device side for cost reduction and efficiency improvement; and on-device autonomous decision-making closed loops that reduce cloud dependency.
Full-Scenario Coverage | Unlocking Intelligent Application Scenarios
The LQ7000 delivers comprehensive application scenario coverage. On the hardware side, it supports AI PCs, scientific instruments, edge servers, on-board computing, and other devices. On the industry side, it enables deep deployment in intelligent security, smart manufacturing, smart education, intelligent finance, and other sectors. With its advantages of high computing power, low power consumption, and strong adaptability, it provides core computing support for intelligent upgrades across various industries.
Strategic Priority | Focus on Commercial Aerospace On-Board Applications
Addressing the development needs of the commercial aerospace industry, LqspaceAI Aerospace has established an R&D roadmap centered on LQ7000, encompassing three core chips: on-board computer chips, on-board gigabit Ethernet interconnect chips, and on-board AI computing chips. This forms a comprehensive commercial aerospace on-board chip matrix, providing core chip support for LEO satellite internet infrastructure. Leveraging the on-board computing power of LQ7000, we have successfully unlocked innovative application scenarios including "on-orbit data processing," "ground-data-on-orbit processing," and "on-orbit sensing and computing," enabling real-time local processing of space data on the satellite side and dramatically improving data processing efficiency. Meanwhile, combined with our self-developed phased-array antenna technology, we are developing on-board gateway stations and high-capacity communication technologies integrating high- and low-orbit satellites, building an integrated "chip + communications" technology system that delivers comprehensive technical support for LEO satellite projects.
Hardware First | Small-Batch Delivery Achieved, Accelerating Commercialization
LqspaceAI Aerospace's full range of LEO satellite terminal products has completed technical verification and iteration. We have reached small-batch delivery pilots with leading domestic ecosystem partners, marking a critical step toward commercialization. The terminal leverages core technologies including phased-array antennas, achieving nanosecond-level beam switching capability, with no mechanical servo structure significantly enhancing stability. Customizable form factors — including portable, fixed, marine, and vehicular configurations — are available to suit diverse scenario requirements. The company is currently planning to build China's first LEO satellite terminal "Lighthouse Factory" to ensure large-scale and low-cost supply capabilities.
At the exhibition site, the booth not only attracted domestic developers but also drew many international visitors who engaged in in-depth discussions on topics including LQ7000's computing performance, power consumption advantages, and potential applications in on-board computing and other scenarios. The company has already taken the lead in establishing a pilot market in Malaysia and is accelerating its expansion into Thailand, Indonesia, and other Belt and Road regions, achieving deep product and service deployment through local channels. This delivers low-latency, high-speed, and highly reliable satellite internet services for marine communications, digital infrastructure in remote areas, global logistics, and other sectors, bringing the technological achievements of "intelligent connectivity across space and earth" to the world.
Looking ahead, LqspaceAI Aerospace will continue to deepen its self-developed technologies, refine its product matrix, and join hands with developers worldwide to push technological boundaries and drive the deep deployment of AI across transportation, shipping, emergency response, aerospace, and other sectors. Building on computing power and empowered by intelligence, we are making intelligence accessible to all — embracing a new future of satellite-ground intelligence.
