How Can Dual-Band GNSS Technology Improve Flight Stability and Positioning Accuracy in Complex Urban Environments?

The SO-1612-1N's dual-band L1+L5 reception with 135 tracking channels and ultra-high -161dBm sensitivity provides superior multipath rejection and faster satellite acquisition in urban canyons and challenging RF environments. With sub-meter accuracy and multipath detection technology, your drones achieve reliable positioning even near buildings and obstacles. Contact us to learn how our AEC-Q104 certified module can enhance your drone navigation system's performance and reliability.

Designed for seamless integration, the SO-1612-1N features built-in LNA and SAW filter, supports both passive and active antennas, and operates on low power consumption (average 12mA@3.3V) with flexible voltage input from 2.7V to 5V. The module supports SBAS augmentation systems for enhanced accuracy and outputs standard NMEA-0183 compliant protocol or custom protocols at up to 1Hz update rate. Its small form factor with stamp holes enables easy PCB mounting, while RoHS compliance ensures environmental responsibility. Whether you're developing next-generation automotive navigation systems, precision drone control, IoT tracking devices, or surveying equipment, the SO-1612-1N delivers the reliability, accuracy, and performance required for professional-grade satellite positioning applications.