AEROFOX
Septentrio mosaic-H Anti-Jamming GNSS Module
Price Available Upon Inquiry
- SKU:
- A2503061
- Weight:
- 1.00 KGS
The Mosaic-H is a cutting-edge RTK GPS module that harnesses the powerful capabilities of Septentrio’s elite mosaic-H GNSS receiver. It is equipped with an IST8310 magnetometer, two high-performance antennas, and a CNC aluminum housing. The module offers a wide range of functionalities, including easy configuration, spectrum analysis, data logging, and post-processing, making it suitable for various applications.
With its dual-antenna input, the mosaic-H provides compass-free yaw information to the autopilot, commonly referred to as GPS heading or moving baseline yaw. By using GPS as the yaw reference instead of a traditional magnetometer, it eliminates inaccuracies caused by magnetic interference from vehicle motors, electrical systems, and environmental sources such as metal structures or power lines. This ensures precise yaw reporting to the autopilot and enhances overall navigation reliability and performance, especially in challenging environments.
The Septentrio mosaic-H GNSS receiver module incorporates a suite of proprietary technologies that set it apart from the competition:
AIM+ (Advanced Interference Mitigation) Technology: Effectively suppresses both intentional and unintentional interference sources, ensuring consistent and reliable performance even in demanding RF environments.
LOCK+ Technology: Maintains optimal tracking even under high vibrations or shocks, ensuring high precision and stable operation in dynamic conditions, such as fast-moving aerial and robotic applications.
RAIM+ (Receiver Autonomous Integrity Monitoring) Algorithm: Provides unmatched integrity and reliability, serving as a safeguard for mission-critical applications.
Key Features
Advanced anti-jamming and anti-spoofing solutions with AIM+ Technology & OSNMA
Dual-antenna support for GPS-based yaw determination (GPS for YAW) using a single GNSS module
Full-band satellite compatibility: Multi-constellation, multi-frequency support (L1/L2/E5)
Stable RTK performance for high-precision applications