High-performance Software Definition Turnkey Solution

GTS-P7 GNSS Simulator

Our positioning, navigation and timing test solutions based on Skydel's family of simulators.Capable of generating the same RF signals as real satellites to test GPS/GNSS receiver equipment in any situation.

The GTS-P7 is a Skydel-based positioning, navigation and timing test solution. It provides the highest standard of Global Navigation Satellite System (GNSS) signal testing in an easy-to-use, one-stop, small footprint. The GTS-P7 delivers high-order performance with a 1 kHz analog iteration rate, supports up to 700 channels (number of searches), and simulates high-dynamic real-time synchronization and full-field satellite signals. It supports multi-constellation and multi-frequency GNSS simulation and can be programmed to simulate all current and future GNSS signals.

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Product Features

Key Features

Product Advantage

Wide range of applications

Solutions

GTS-P7 Product Features

GTS-P7 is a Skydel-based solution for positioning, navigation and timing tests.

The GTS-P7 revolutionizes GNSS simulation with its ease of use, advanced simulation capabilities, and exceptional flexibility. GTS-P7 utilizes the powerful and innovative 1 kHz Skydel software engine and commercial off-the-shelf (COTS) software-defined radio (SDR) to easily achieve better performance. It can be adapted to almost any configuration for system testing and simulation.

  • Panoramic satellite analog (no need to pay for channels, up to 700 channels)
  • Flexible and scalable software definition architecture (built-in CPU, GPU, SDR)
  • Lowest HIL delay in the industry (down to 5ms)
  • 1000Hz analog iteration rate
  • RF composite output (no external equipment required)
  • Standard 4U rack mount design
  • Immediate Contextual Reconfiguration
  • High Precision, High Resolution, Ultra High Dynamic Motion
  • Comprehensive and intuitive API (Python, C# and C++ open source clients)
  • IQ file generation and playback
  • Instant Sky Time Synchronization
  • 6 Degrees of Freedom (DoF) receiver trajectory

GNSS Simulator Key Features

The software-defined GNSS simulator is equipped with a range of key features to assist in efficient simulation testing!

Full PNT simulation

Skydel is more than just a GNSS simulator. It has the ability to support a variety of other technologies for positioning, navigation and timing (e.g. inertial, sensors, RTK, LEO, etc.).

Full View Satellite

The channels or satellites are managed by the GPU. Skydel is able to generate all satellites based on date, time, location and altitude. Simply upgrade the GPU or add additional GPUs to increase the channels/satellites and the cost per signal is greatly reduced.

Rapid Automation

Automation in Skydel is very simple because all actions are recorded. This simple "point/click" model makes automation easy and allows for easy export to external systems for faster integration (e.g. Python).

Multiple Examples

The ability to launch Skydel simulations multiple times at the same time enables critical applications such as multiple antennas, vehicles or RTKs. Essentially, it's like having multiple simulators in one box!

Custom Signal (Open Source)

Supports an emerging technology (i.e. LEO) to create non-standard signals by opening the option to create a customized signal, allowing users to create their own signals completely and faster.

Senior HIL

Built-in diagnostic tool that reduces latency to less than 10ms as a simple software option with zero effective latency.

Why choose us?

GTS-P7 is an advanced software-driven turnkey simulator

Software package Skydel.

GTS-P7 is a Skydel-based solution for positioning, navigation and timing tests.

Intuitive and modern UI design

Skydel's intuitive and modern user interface and easy-to-use API greatly simplify the process of complex tasks by accomplishing the 95% required for PNT domain simulation testing in a single piece of software.Supports GNSS simulation, IMU simulation, RTK simulation, etc.It provides users with a comprehensive and highly integrated simulation platform that drastically reduces engineers' time in the test area.

Real-time modification and customization of satellite power, orbit and offset

Skydel allows the user to have full control over the satellite to the transmission environment and then to the receiving terminal. The constellation, frequency point, number of satellites, power level, pseudo-distance size can be selected according to the needs of the simulation and the satellite position, signal error, transmission message and sequence can be customized to realize the needs of self-definition testing, providing a highly customizable satellite signal simulation environment, which enables the user to control the entire satellite navigation system link in multiple dimensions. It provides a highly customizable satellite signal simulation environment, allowing users to control the entire satellite navigation system link from multiple dimensions.

Automation and program control

Skydel provides users with maximum flexibility and openness in all aspects of hardware and software. The software-defined architecture gives Skydel the flexibility to be used, interconnected and extended.Command-Line Based Design ArchitectureAllows users to control and use the GNSS simulator directly through external commands, building hardware automation with the idea of software programming. Supports Python, Labview, C#, and C++, allowing users to directly control and operate the GNSS simulation engine Skydel, thus increasing productivity.

Receiver Observation

Skydel supports real-time receiver/pending test feedback to easily monitor NMEA data and reboot the DUT, as well as to view analog and receiver conditions, displaying each satellite'sReceiver Time, Position, DOP, Sky View and C/NoIt also performs deviation observation between the simulator and the receiver. Through its highly integrated and flexible simulation environment, it greatly facilitates the development, testing and optimization of satellite navigation systems and their receivers.

HIL and Scene Performance Observation

Skydel supports high-level hardware-in-the-loop HIL simulation and observation.HIL delay less than 10ms or even 5msWith the built-in diagnostic and analysis tools, it can perform real-time performance measurements to provide transparency to both the system and the user. It is the only simulation solution on the market with embedded visual tools to assist users in optimizing system/testing and troubleshooting problems, testing GPU speed, analyzing HIL performance, analyzing automation/code status, analyzing machine performance deviation, and performance analysis system.

Wide range of applications

Honghong's GNSS simulators ensure excellent positional accuracy and stability of equipment and services in various fields.

Basic Research and Development

-Development of receivers or systems (early closed design loop)
-Development of signals or constellations (ESA, KPS...)

integrated (as in integrated circuit)

-SIL
-Open loop HIL
-Closed loop HIL

V&V

-Test receivers/GNSS systems integrating navigation system testing, jamming and special condition resistance (satellite, atmospheric, multipath)

Production

-Passing Test / Production Line Quality Test

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Honghong's GNSS simulators ensure excellent positional accuracy and stability of equipment and services in various fields.

Contact a specialist for a complete customized solution

GNSS Simulation Test Solution for Smart Internet Vehicles

A complete and integrated solution has been introduced, which can effectively fit the existing test scenarios such as GNSS receiver test, HIL test, RTK test, interference resistance and so on.

GNSS Simulator RTK High Precision Positioning Solution

Allows users to simultaneously configure reference stations and mobile stations within a single device and conduct RTK tests, providing the ability to test and evaluate high-precision fusion positioning performance.

High Precision Combination Positioning System P-Box Test Solution

It provides a more efficient, reliable and flexible test platform and tools for performance testing and evaluation of high-precision fusion localization P-Box modules for automotive V2X and autonomous driving applications.

I don't know.How to choose? You are welcome to contact the Specialist directly!

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