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AG3365
The AG3365 is a high-performance GNSS receiver designed for applications requiring precise positioning, such as fitness wearables. It features L5-only acquisition and internal power bucks, providing flexible configuration options and simplifying PCB design. Supporting five major satellite systems—GPS, Galileo, BeiDou, GLONASS, and QZSS—the AG3365 offers a tracking sensitivity of -166dBm, an initial positioning time of less than 25 seconds, and a positioning accuracy of less than 1.5 meters under open sky conditions. These capabilities enable it to enhance motion tracking and mileage accuracy, ensuring reliable and precise data for fitness applications.
AG3335M series
AG3335M is the first GNSS receiver that adopts advanced 12nm process, which greatly reduces power consumption and improves product endurance. It also supports GPS, Galileo, Beido, GLONASS, QZSS five satellite system positioning, with low tracking sensitivity of the chip (<-166dBm), short initial positioning time (<25s) ), with high positioning accuracy (<1.5m Open sky), further improve motion and mileage accuracy, making fitness wearable data more accurate.
AG3335A series
AG3335A can output multi-Hz raw measurement data, and 1PPS up to +/- 2ns. Meet the needs of high precision, timing and other industries. Widely used in agricultural machinery, timing application for cellular base stations.
AG3335AD series
AG3335AD is equipped with A.I.N.A (Airoha Inertial Navigation Algorithm). Assists in rapid determination of attitude (such as car acceleration and deceleration; collision, etc.) and continuous GNSS positioning output without limitation. Applications are applicable for fleet management, scooters and delivery robots, etc.
AG3352 series
The new generation of single-frequency GNSS, in addition to the continuation of the 3352 features, adds the B1C and L1C frequency bands of Beidou-3 and GPS, making the positioning accuracy close to the dual-frequency standard, and the package size is also 35% smaller than the previous generation, and the layout design is more flexible , to meet the cost-effective demand of single-frequency GNSS products in the market.