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Blog - Simulating GNSS multipath and obscuration effects on connected and autonomous vehicles

Blog - As new GNSS receiver standards emerge, developers face new test challenges 

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Blog - Connected vehicles present new test challenges for GNSS receiver developers

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Blog - Positioning systems testing for precision agriculture: what OEMs and integrators need to know

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Blog - GPS week number rollover (WNRO): telescopes, weather balloons and traffic lights among the affected

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Self-driving vehicles require GNSS receiver developers to master sensor fusion testing

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Blog - Testing GNSS antennas in connected and autonomous vehicles: Simulating RF signals over the air

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Automotive Positioning – GNSS Receiver Selection Challenges

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Blog - Developers of high-end GNSS timing receivers face new test challenges

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Blog - Testing RTK and PPP for precise positioning in connected and autonomous vehicles

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The Spirent GSS9000 Multi-Frequency, Multi-GNSS RF Constellation Simulator sets a new standard of excellence in GNSS RF Simulation for R&D and performance test. It produces a comprehensive range of emulated multi-GNSS, multi-frequency RF signals with ultimate class-leading flexibility, coherence, fidelity, performance, accuracy and reliability. 

GSS9000 Multi-Frequency, Multi-GNSS RF Constellation Simulator

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The GSS7000 enables precise positioning, such as required for in-car navigation systems

Blog - Recent GPS and Galileo issues provide new test cases for receiver developers

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For How to Construct a GPS/GNSS Test Plan

The Spirent GSS9000 Multi-Frequency, Multi-GNSS RF Constellation Simulator sets a new standard of excellence in GNSS RF Simulation for R&D and performance test.

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The complexity of 5G security is so overwhelming that it actually creates a new form of risk: inertia.

5G is a limitless market opportunity—if you can reduce the risks for end users, your supply chain, and your business.  

5G Security – Mitigate Risks, Maximize Opportunities

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Precision multi-frequency, multi-GNSS simulation.

GSS9000 Series GNSS Simulator

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SimINERTIAL

Spirent Introduces SimIQ to Accelerate GNSS Product Evolution. Enables greater collaboration and faster product development through I/Q data streaming

 Spirent Introduces SimIQ to Accelerate GNSS Product Evolution

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Choosing the receiver for your GNSS-dependent device is a key step in product development. However, with so many products on the market, how do you decide which one is best suited to your needs? And how do you find out how it will perform post-integration?



Choosing the receiver for your GNSS-dependent device is a key step in product development.

How to choose a GNSS receiver

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Will Thornton

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Redefining industry expectations with world-leading innovation

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The drive to automation is rapidly progressing as operators and enterprises adopt software-defined networking (SDN), network functions virtualization (NFV), and cloud services. SD-WAN is a logical outgrowth of virtualization, for it allows enterprises to tailor the wide area network (WAN) around business-critical applications.


Read about the latest developments in SD-WAN standardization and new approaches for assuring SD-WAN integrity. 

White Paper: Assuring the Promise of SD-WAN

Assuring the Promise of SD-WAN

The singular goal of our Support programs is to ensure your ability to deliver on the promises you’ve made. Our Support programs are tailored to your needs from validation testing in lab environments to automation and assurance of live networks.

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From 13 June 2017, all new GNSS equipment sold in the EU must be tested to ensure activity in nearby frequency bands doesn’t interfere with performance. Here’s what you need to know.

EU Radio Equipment Directive: What GPS Device Manufacturers Need To Know

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Record I/Q data from Spirent GNSS simulators into files

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Learn how our solutions for GNSS receiver testing could benefit your business.

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Same hardware, more capabilities - capture and replay I/Q data from Spirent’s GSS7000 and GSS9000

Spirent’s SimIQ accelerates testing by enabling the capture and replay of IQ data from GNSS signals. Find out more.

SimIQ software-in-the-loop solution

Capture and replay I/Q data from GNSS signals

SimIQ Software-in-the-Loop Solution

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Talini Pinto Jayawardena

The rise of automation in automotive is changing the role of positioning technology. GNSS has moved from being a convenience feature to acritical component with implications on functional safety.



This white paper is the first part of a series of three. It examines the challenges facing engineers in selecting the best receiver for an automotive application. Part 1 is particularly focused on the challenge of being faced with inconsistent manufacture

Spirent Blog

59 BLOG ARTICLES FOUND

From RF to I/Q: Why GNSS receiver testing is ‘shifting left’

Continuous Improvement with Spirent

How to Create a Realistic, Low-Latency HIL Environment for Autonomous Vehicle Testing

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

Performance testing for a new generation of Galileo PRS + GPS M-Code receivers

Positioning systems testing for precision agriculture: what OEMs and integrators need to know

Recent GPS and Galileo issues provide new test cases for receiver developers

Positioning, Navigation and Timing in a Connected and Automated World

Italdesign achieves accurate and flexible autonomous vehicle positioning and navigation testing with Spirent

As New GNSS Receiver Standards Emerge, Developers Face New Test Challenges

Connected vehicles present new test challenges for GNSS receiver developers

GPS week number rollover (WNRO): telescopes, weather balloons and traffic lights among the affected

Developers of high-end GNSS timing receivers face new test challenges

New threats to GNSS require new approaches to receiver testing

Self-driving vehicles require GNSS receiver developers to master sensor fusion testing

The GPS week rollover is due on 6 April: test your receivers now to avoid issues

New GNSS signals bring new simulation challenges for receiver developers

Testing RTK and PPP for precise positioning in connected and autonomous vehicles

Testing GNSS antennas in connected and autonomous vehicles: Simulating RF signals over the air

Simulating GNSS multipath and obscuration effects on connected and autonomous vehicles