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Blog - Testing multipath mitigation in GNSS timing receivers for 5G networks

Getting it right. Why not all simulators are the same.

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

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Blog - New threats to GNSS require new approaches to receiver testing


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Blog - New GNSS signals bring new simulation challenges for receiver developers

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A guide for engineers integrating GPS / GNSS capabilities into new devices 

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

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Recent GNSS issues provide new test cases for receiver developers

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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

CPhys, FRIN,  Product Manager – GNSS Vulnerabilities 

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概要

数十年の専門知識で開発チームを強化 

New threats to GNSS require new approaches to receiver testing

With RF interference and spoofing attacks both on the rise, GNSS receiver developers must be able to simulate new threat sources in the lab. 

If you are creating location-aware systems, such as wearable technology, fitness bands, handsets, or smart watches, and need insight to verify your design works, then this eBook explains how to ensure your customers don’t get lost.


Testing GPS with a Simulator - Free Guide

Testing GPS with a Simulator

5G requires GNSS time clocks to be located at or near street level. That makes them vulnerable to multipath. Spirent looks at the challenges this brings developers. 

Testing multipath mitigation in GNSS timing receivers for 5G networks

5G requires GNSS time clocks to be located at or near street level. That makes them vulnerable to multipath, creating design and test challenges for developers. 

Will Thornton

包括的な素材

As reliance on GNSS grows, new safety and performance standards will likely emerge. A flexible testbed will create a solid foundation for future conformance testing. Spirent explores.

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

As reliance on GNSS grows, new safety and performance standards will likely emerge. A flexible testbed will create a solid foundation for future conformance testing.

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

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

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

For Testing GPS with a Simulator - Free Guide

独自の社内エキスパートを作成

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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Talini Pinto Jayawardena

As the GNSS environment evolves, receiver developers must be able to test with the full range of existing and future signals. Spirent is committed to making that happen.

New GNSS signals bring new simulation challenges for receiver developers

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Should you test against GNSS segment errors? This blog explores the types, frequency, and impact on users of satellite system errors, and looks at what developers can do to protect their customers.

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

Issues like the GPS Week Number Rollover and recent Galileo outage mean developers and users should verify that each system’s ICD is correctly implemented in their firmware.

For any new GPS/GNSS-enabled device, thorough testing is essential – but the tests you run, and the standards you apply, will depend on what it is you’re developing, the ways it’s likely to be used, and the levels of performance your users expect.



A guide for engineers integrating GPS/GNSS capabilities into new devices

How to Construct a GPS/GNSS Test Plan

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