GNSS Simulator
CREATE YOUR OWN SCENARIOS
GNSS Simulator sUTP 5017
GNSS signal simulation in real-time
With the increasingly complex RF landscape, expectations for validation and functional testing of GNSS equipment are also rising. A large number of different navigation signals need to be reproduced under conditions that are as realistic as possible. The additional generation and injection of interference into the GNSS signals are supposed to simulate the real environment.
Our sUTP 5017 GNSS simulator can generate individual real-time simulations such as multi-band GNSS signals for GPS, GLONASS, Galileo, and Beidou. Additionally, it can create signals for interference, SBAS, or RTK. Differential GNSS and multi-vehicle simulation, GNSS satellite orbit modification, unlimited additive pseudo-distance ramps, and fixed user-defined positions are also supported.
The sUTP 5017 is a turnkey solution for creating highly complex, elaborate, and repeatable scenarios for your validation and production testing.
THIS IS WHAT DISTINGUISHES OUR PRODUCT
Features & Specifications
- Real-time simulations of individual multi-band GNSS, differential GNSS, and multi-vehicle signals with an update rate of 1,000 Hz
- Equipped with up to two software defined radios (SDR) and a total of four RF channels
- Based on Orolia’s modular GNSS simulation software SDX
- Integrated scenario editor allows free definition of trajectories in up to six degrees of freedom
- Additional interference and jamming options for safety assessment can be used optionally
- Supports simulation solutions such as VTD (Virtual Test Drive) from HEXAGON and CarMaker from IPG Automotive
Front and rear panel connectors of the GNSS simulator sUTP 5017
Advantages
Turnkey solution
- Standalone use or integration, e.g. in a hardware-in-the-loop environment simulation
High flexibility
- Intuitive scenario creation or import of NMEA, KML, or CSV files
Modular expansion
- Software can be seamlessly expanded as needed, making it cost-effective
Easy automation
- Optional control via NI LabVIEW or open source client libraries for Python, C#, or C++
INDIVIDUAL SCENARIOS
GNSS simulation for testing “Connected Car” components
sUTP 5017 for real-time simulation of navigation signals
The GNSS simulator can simulate any point and position in the world at a given time. In the video we demonstrate the unique functionalities of our development.
INDIVIDUAL SCENARIOS
GNSS simulation for testing “Connected Car” components
sUTP 5017 for real-time simulation of navigation signals
The GNSS simulator can simulate any point and position in the world at a given time. In the video we demonstrate the unique functionalities of our development.
FÜR IHRE SMARTE PRODUKTION
Automatisierter UTP 6010 für Telematic Control Unit
Robotergesteuerte Be- und Entladung der NOFFZ HF-Kammer
Die Ansteuerung der integrierten HF-Kammer erfolgt in diesem Video automatisiert mit Hilfe eines kollaborierenden Roboterarms. Er übernimmt das Öffnen und Schließen der Schublade sowie das Einlegen und Entnehmen der Telematik-Steuereinheit (Telematic Control Unit).
Automotive devices must be reliable.
Combine all products and
measuring instruments in just one rack for validation.
Test devices with high channel counts in parallel.
An entire cellular network at the bench.
Emulate the cellular wireless environment you need.
Test your wireless devices easier than ever before.
Parallel from 2G to 5G and extensively endurance tested.
Test wireless communication devices efficiently.
Designed for high volume parallel testing.
Multiple wireless standards combined in one system.
Use up to 64 ports simultaneously.
Larger displays and increasing connectivity.
Improved technologies are setting a rapid pace.
These innovations require intelligent test systems.
We create your individual solution with high precision.
