Built on the LQJX7000 GPNPU core with full aerospace-grade hardening, it delivers high performance, low power, and on-orbit reconfigurability — ensuring reliable AI computing across the satellite's entire mission life, even in extreme space environments.

Built on our self-developed Ethernet PHY chip portfolio, our high-speed Ethernet interconnect solutions cover ground aggregation, on-board backbone, inter-satellite networking, and satellite-ground links — delivering high bandwidth, high reliability, and ultra-low latency. Native protocol support at the chip level simplifies adaptation between payloads and links, boosting overall data transmission efficiency.

On-Board Security: To address satellite internet security challenges, we provide a domestically developed end-to-end encryption system from terminal to satellite to cloud. With self-developed national cryptographic chips, on-board security agents, and cryptographic accelerators — integrating state algorithms, post-quantum encryption, AI detection, and key management — we deliver comprehensive link protection for secure and compliant satellite-ground operations.
On-Board Storage: Built on proven RAID technology, our reliable storage solutions offer array management, data redundancy, and recovery — fully compatible with domestic hardware and software. We also specialize in aerospace-grade storage, with validated on-board engineering for reliable space data storage.

Our self-developed on-board MCU portfolio targets four key segments: general control, edge intelligence, HMI, and aerospace telemetry & control — meeting control and data processing requirements from ground systems to space payloads.