The flexibility you need
We offer standard products, configurable products, and product platforms that can be adapted and integrated.
The way the world thinks about GNSS simulation today is not the same as even a few years ago, thanks to leaps in technology with software-defined radios and COTS components. Compared to traditional FPGA-based simulators, Orolia’s advanced solutions are inherently more flexible, scalable, customizable, upgradeable and cost-effective. To top it off, the Skydel Simulation Engine is packed with robust features and capabilities. What are you waiting for?
Orolia’s Skydel Simulation Engine offers the best of both worlds: the performance you expect from a top-grade GNSS simulator, coupled with the economy of scale and flexibility of the GPU/SDR architecture.
Packed with a rich feature set including a 1000 Hz simulation iteration rate, remote control from user-defined scripts, and a virtually unlimited number of channels, Skydel offers unmatched flexibility and scalability.
And all of this, packaged in a well-thought-out user interface.
In both cases, you obtain a complete, real-time GNSS simulator using repurposable hardware. The Skydel Simulation Engine supports multiple constellations (GPS, GLONASS, Galileo, BeiDou) and multiple frequencies (upper and lower L-band).
Skydel is also available through Orolia's partners who can create specially tailored solutions for your specific needs.
Traditional GNSS simulators rely on FPGAs and custom-designed hardware which are either too expensive or provide limited capabilities.
Orolia’s Skydel Simulation Engine uses GPU-accelerated computing and software-defined radios (SDR). This architecture is based on mass-produced hardware which benefits from an economy of scale and high performance.
Moreover, it enables additional capabilities only possible with a software-defined approach to GNSS simulation.
Create economy of scale and eliminate hardware dependency. COTS hardware free users from dedicated platforms, while generic hardware allows to repurpose equipment for different projects. Skydel solutions are scalable and easily upgraded.
Exploit the unique capabilities of a software-defined GNSS simulator. Dynamic jammers, custom waveforms, faster-than-realtime simulation and selectable RF/IF frequency are just a few possibilities enabled by the software-defined approach.
Powerful Automation
Get ultimate control with Skydel's powerful API. Easy to use and comprising hundreds of commands, this API brings an unparalleled level of control over the simulation. It allows the user to build highly complex, elaborate and repeatable scenarios. Skydel comes with open source client libraries for Python, C# and C++.
Aerospace-Ready
Trajectory simulation from the ground up to GEO orbits. The user-friendly interface allows you to configure Earth-orbiting spacecraft trajectories, atmospheric models, multiple GNSS constellations and 3D antenna patterns.
Differential GNSS and Multi-Vehicle Simulation
Multi-vehicle positioning data can greatly improve GNSS location accuracy. For example, in Real-Time Kinematics (RTK), a rover precise location is computed by using base station position data.
Orolia’s Skydel does multi-constellation, multi-signal differential GNSS by synchronizing multiple simulators. For RTK applications, each instance of Skydel will simulate the GNSS signals for either vehicle.
Key Features
Signal Propagation and Errors Simulation
Signals
Signal Specifications
Skydel’s unique architecture delivers the most flexible and powerful GNSS interference testing solution on the market. With the Advanced Jamming module enabled, you can create interference transmitters, assign them signals and trajectories, and watch them interact with the receiver from within the map panel, all in real time. To complete Skydel's use as an interference testing solution, the powerful and easy-to-use Advanced Jamming Module also enables the creation of custom RF waveforms.
Advanced jamming is completely integrated into Skydel. There’s no need for additional and complicated connections with third-party modules. Everything is achieved through the same unique software interface.
The software-defined nature of Skydel enables multiple instances of the GNSS simulator to run on the same –or multiple– computer(s). This feature offers research and test labs interesting possibilities for creating advanced simulation setups.
When synchronizing simulators, parameters such as radio and antenna settings, vehicle trajectories, or interference transmitters can be shared between all instances. For other use cases, Skydel users can decide which parameters are automatically synced between connected simulators.
Possible applications of connected simulators include the simulation of:
Example showing Skydel GNSS simulators used to recreate 4 drones using Real-Time Kinematics (RTK) for precise positioning
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Skydel DatasheetSkydel is packed with a rich feature set — multi-constellation/ multi-frequency signal generation, remote control from userdefined scripts, and integrated interference generation. pdf - 526 KB— September 4, 2019 [ Permalink ] |
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Online User Manual, Skydel Software-Defined GNSS SimulatorThe Orolia Skydel User Manual explains how to configure and use Skydel with different hardware setups and operating systems. If you purchased a turnkey solution from Orolia or one of its Value-Added Resellers, you were provided with additional documentation specific to your hardware setup. External Link— May 21, 2018 [ Permalink ] |
BroadSim simplifies creating advanced jamming/spoofing scenarios for Navigation Warfare (NAVWAR) testing. Supports high dynamics and encrypted military codes (Y, M-AES, MNSA).
