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CS Enabling the future

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MCD00463 Issue 1-00 Realistic GNSS Test Environment eBook

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MCD00479 Issue 1-00 Enabling Lunar Navigation

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MCD00492 Issue 1-00 Interstellar Technologies Case Study

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MCD00475 Issue 1-00 Astrocast Case Study

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Blog - Commercial CubeSat missions: why GNSS testing with a simulator is essential

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MCD00466 Issue 1-02 GNSS Testing for LEO

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Choosing a GNSS Simulator

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Testing space vehicles

LEO constellations

In this brochure, learn about low Earth orbit (LEO) opportunities and challenges, Testing GNSS for LEO, over-the-air (OTA) testing, designing a LEO PNT system, and Spirent solutions for LEO.

Enabling the next generation of constellations

GNSS Testing for LEO 

World-leading innovation

World-leading innovation for an increasingly complex PNT landscape

The aim of GNSS testing is to understand how a GNSS-enabled device will perform in the infinite different circumstances of the real world. For this reason, realistic GNSS testing is crucial in the development and validation of positioning, navigation and timing systems that will perform in the hands of users. With the lack of repeatability and error tracing in real world testing, delivering realistic results depends on lab-based GNSS simulation and record & playback technologies.

Simulation and record & playback systems represent the state-of-the-art in lab-based testing for GNSS. With enhanced realism and the highest fidelity, the significant benefits of bridging the gap between lab and real-world testing can be realised. Foremost of these is to move more testing away from the field and into the cheaper, faster, and more scientific lab environment.

Learn how to create a realistic GNSS test environment in the lab to identify issues with your GNSS receiver. This eBook discusses considerations for realistic GNSS simulation and realistic RF record & playback solutions.

Realistic GNSS test environment in the lab

How to create a realistic GNSS test environment in the lab

Testing Infinity

Performance testing of sensor fusion in MEMS inertial and Multi-GNSS navigation systems

SimSENSOR

SimORBIT

GSS7000

Related Resources

Lunar navigation

User-friendly simulation control

Automotive HIL testing

realistic gnss testing

PNT X Datasheet

CONTACT US

More industries are using CubeSats for communications and data services, with many containing GPS/GNSS receivers for orbit determination and timekeeping.

As commercial CubeSat use matures, onboard GNSS receiver performance must be thoroughly tested using simulation.

Why A GNSS Simulator Test is Essential for CubeSat

Commercial CubeSat missions: why GNSS testing with a simulator is essential

SimXona

Bringing high precision, low latency GNSS into dynamic HIL environments.

SimHIL Integrated hardware-in-the-loop testing

Comprehensive interference waveform generation.

GSS7765

Delivering for Space

Spirent PNT X accelerates and simplifies complex PNT testing, delivering the ultimate in performance, realism, flexibility, and simplicity

Spirent PNT X simplifies and accelerates complex PNT testing, delivering the ultimate in performance, realism, flexibility, and simplicity

PNT X Simulation System

Spirent PNT X simplifies and accelerates complex PNT testing

Accessible vulnerability testing

Test orchestration and automation platform for Spirent GNSS simulators

PNT-Automation

There are multiple satellite signal testing options available for developers of GNSS-enabled devices, but not all of them deliver the breadth and accuracy of results that you need. So how do you decide which GNSS testing device is right for you?

There are multiple satellite signal testing options available for GNSS developers. So how do you decide which GNSS testing device is right for you?

Choosing A GNSS Test Simulator - free eBook 

Choosing a GNSS simulator

Testing space applications

Learn how our solutions for PNT X Simulation System could benefit your business.

A new benchmark for CRPA testing

Recreating space in the lab

Overview

Future-proof your PNT testing

SimIQ

PNT X Capabilities

Astrocast, a global provider of satellite networks for connected devices, faced a critical challenge in ensuring the comprehensive testing of their in-house-built nanosatellites equipped with onboard receivers. To meet this need for precision and efficiency, Astrocast sought a cutting-edge GNSS simulation solution to replace their existing basic one.

Using the Spirent GSS7000, Astrocast is able perform more efficient testing

Astrocast Selects Spirent to Boost Productivity

Astrocast Selects Spirent GNSS Simulator to Boost Productivity on the Ground and in Space

Space solutions

Space Science Technologist

Talini Pinto Jayawardena

As our skies become more populated with Low Earth Orbit (LEO) satellites, what technical considerations exist for their design and testing?

 This webinar covers technical considerations for design & testing of Low Earth Orbit (LEO) satellites. Learn how to utilize GNSS signals in LEO, design GNSS receivers for space & build a lab test environment for LEO constellations from Spirent & SpacePNT.

Webinar: Test Considerations for LEO Constellations

Test Considerations for LEO Constellations and LEO-enabled Equipment

Read press release

Cellular networks rely on GNSS timing receivers for accurate time & sync. Our tests show that multipath signals present a significant threat to timing receivers installed in dense urban locations, as this blog explores.

Cellular networks rely on GNSS timing receivers for accuracy. However, multipath GNSS signals are a threat to timing receivers installed in dense urban locals.

GNSS Signals Threaten Network Timing Receivers

Multipath GNSS Signals Are a Threat to Timing Receivers in 4G and 5G Networks

Interstellar Technologies is a Japanese start-up that operates in the growing LEO and commercial space segment. It delivers launch services for small satellites, offering a cost-effective and high-performance solution to organisations looking to take advantage of the benefits of LEO orbits.

Positioning, navigation and timing (PNT) are critical elements of the function of a launch vehicle, and its ability to deliver its payload into orbit as required. To deliver the level of service required, ZERO will use a custom navigation system comprising a bespoke GNSS receiver and inertial sensor integration.

Interstellar Technologies tests PNT capabilities

Interstellar Technologies tests the PNT capabilities of its ZERO satellite launch vehicle

Learn how our GSS7000 GNSS simulator could benefit your business.

For the first time in over half a century, humans are going back to the moon. However, unlike the ground-breaking efforts of the1960s and 1970s, modern missions such as ESA’s Lunar Pathfinder will place greater demands on positioning, navigation, and timing (PNT) functions. This brings with it a set of challenges – some familiar to terrestrial PNT providers and users, and some unique to areas outside Earth’s frame of reference. Understanding and addressing these challenges, and developing working solutions, will be critical to success.

Spirent solutions enabling PNT for lunar missions

Enabling lunar navigation

The most powerful and flexible simulation control software available

SimGEN

Realistic 3D modelling for multipath and obscuration testing.

Sim3D

Enhanced SimGEN control software

Learn how our space solutions could benefit your business.

Space Solutions

Enabling the LEO revolution

Astro Digital delivers an end-to-end service to CubeSat application developers, from concept through to deployment. However, the inability of their existing simulator to generate trackable GNSS signals was slowing their development cycles and adding significant risk. Without strong GNSS positioning performance, deployed satellites could be totally incapacitated, leading to loss of revenue and reputation.

Spirent’s GSS7000 is powering current and future development at Astro Digital, enabling customers to succeed with strong GNSS positioning performance.

GNSS Signal Simulator Enabling Space technology

Enabling the future of space technology with Astro Digital

For Choosing a GNSS Simulator

Spirent Brings Realistic Testing to Emerging LEO Satellite Applications with Industry-first SimORBIT solution that provides high-level accuracy for Low Earth Orbit satellite simulation 

Realistic Tests to Emerging LEO Satellite Applications 

Spirent Brings Realistic Testing to Emerging LEO Satellite Applications 

PNT-X

SimINERTIAL

Related Products

Our most popular products for space-based applications 

Accelerate and de-risk your PNT testing

Multi-frequency, multi-GNSS simulation that delivers reliable results faster

Multi-GNSS RF simulation solution that delivers reliable results faster, ensuring your product performs perfectly under a range of controlled, repeatable conditions.

GNSS Simulator, Reliable Results, Faster - GSS7000

GSS7000 GNSS Simulator 

Enabling the future of space missions with expert PNT test solutions.

Spirent's PNT test solutions deliver the control and reliable precision needed to enable the next generation of space technology.


PNT solutions for space 

Enabling the future of space missions with expert PNT solutions 

Space Solutions

Recreating space in the lab

Enabling the LEO revolution

Delivering for Space

LEO

Space vehicles

Space applications

Lunar navigation

LEO constellations

Enabling the future of space technology with Astro Digital

Commercial CubeSat missions: why GNSS testing with a simulator is essential

Choosing a GNSS simulator

PNT X Simulation System

GSS7000 GNSS Simulator

Space Solutions