- Based on Bynav GNSS Baseband ASIC Alita and RFIC Ripley.
- Support full-constellation, full-frequency RTK positioning and dual-antenna heading.
- Support modern signal systems such as BDS-3 and Galileo.
- Enhanced connection options including serial, CAN and Ethernet.
- Support GNSS/INS deeply coupled algorithm, raw data output and post processing.
- Support on-board TF card to back-up local data.
- Optimal performance in multipath mitigation, anti-interference and anti-blockage.
- Compact size and low power consumption.

To deal with the anomalies of the observations caused by multipath and interference in the urban environment, the integrity monitoring and partial ambiguity resolution algorithm based on RANSAC (Random Sample Consensus) are integrated. The algorithm can monitor the pseudorange, carrier phase and Doppler observations in real time, and can accurately eliminate faulty satellites when there are many abnormal satellites, which improves the fault tolerance and fixed rate, and makes the positioning solution results more robust.

For anti-interference in complex electromagnetic environments, high-quantization bit signal preprocessing and adaptive interference suppression are carried out for common interference signals from vehicle anti-tracking equipment, radar and airport signal towers, which greatly improves the availability and integrity of high-precision positioning and heading in vehicle scenarios.

It supports all NRTK differential services, BDS-3 B2b PPP and prevailing PPP-RTK differential services. It makes full use of the multi-frequency signals of BeiDou, GPS, and Galileo to greatly accelerate the PPP convergence speed and improve the availability of high-precision positioning.

Under dynamic conditions in cities, losing lock of carrier phase and reacquisition are relatively frequent. After the carrier phase is retracked, it is generally necessary for Frame Sync to be completed to remove the semi-cycle ambiguity, then the carrier phase can be used for the full-cycle ambiguity solution.  C2 GNSS Receiver integrates the patented carrier semi-cycle ambiguity correction technology based on message prediction and matching, which can quickly eliminate the semi-cycle ambiguity after the satellite signal reacquisition, increase the number of available satellites, and effectively shorten the time to recover from complete signal blockage.