LEO satellite GNSS receiver continues positioning even under GPS L1 interference.

The only option to prevent "positioning failure." An SDR receiver for next-generation satellite constellations equipped with independent L5 signal capture and radiation resistance.

【Anti-jamming Capability】 "L5 Independent Capture" that does not rely on GPS L1C/A Unlike conventional receivers, it can independently calculate position, velocity, and time (PVT) using only the L5 signal even when the L1 band is subject to jamming or spoofing. 【High Reliability】 Supports long-term space missions of over 5 years Equipped with space radiation resistance (TID 20 Krad, SEL immune), it ensures stable operation in harsh low Earth orbit (LEO) environments. 【Future Potential】 Function updates after launch (SDR technology) Adopts a Software Defined Radio (SDR) platform. Even after deployment, it allows for updates to new signals and algorithms through remote operation from the ground. 【High Precision】 Precise positioning in low Earth orbit (LEO) Achieves high performance with a position accuracy of 1.08 m (3D RMS) and a velocity accuracy of 4.3 cm/s (3D RMS). 【Robust Design】 Resistant to vibrations and vacuum during rocket launch Passes advanced environmental resistance tests. With a lightweight and compact housing of 220g, it is ideal for mounting on small satellites.

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