Safran GSG Serial GNSS SIMULATORS

Advanced GNSS / GPS simulators enable you to generate the same RF signals broadcast by real satellites, ensuring accurate testing and guaranteed performance of your GPS/GNSS signal receiver devices and other systems.

Safran GNSS SIMULATOR is an advanced Global Navigation Satellite System (GNSS) signal simulator designed to provide high-precision GNSS signal simulation and testing solutions. It is tailored for aerospace, military defense, smart transportation, and other GNSS application fields, capable of simulating signals from multiple GNSS systems including GPS, GLONASS, Galileo, BeiDou, and more. The simulator supports a wide range of testing functionalities to assist users in various testing, verification, and R&D tasks.
1. Simulation of Multiple GNSS Systems:

·Safran GNSS SIMULATOR can simulate signals from various GNSS systems including GPS, GLONASS, Galileo, BeiDou, and others, enabling users to conduct comprehensive signal testing and simulation in different environments.

2. High-Precision Signal Simulation:

·Utilizing advanced signal simulation technology, Safran GNSS SIMULATOR provides high-precision GNSS signal simulation, including signal strength, multipath effects, interference, etc., ensuring accuracy and reliability in test results.

3. Flexible Testing Functionalities:

·The product offers flexible testing configuration and control functionalities, allowing users to set satellite orbits, signal characteristics, simulate different dynamic environments, etc., to meet diverse testing scenarios and requirements.

4. Wide Range of Applications:

·Safran GNSS SIMULATOR is suitable for aerospace, military defense, smart transportation, autonomous driving, and other industries, providing comprehensive support for GNSS testing, verification, and development across different sectors.

5. User-Friendly and Efficient:

·Designed for ease of use, the product allows users to quickly deploy testing environments, conduct varied testing tasks, and obtain accurate test results and analysis reports, thereby improving work efficiency and effectiveness.