GNSS Testing for Chipsets and Smartphones

Chipset

Multi-Frequency GNSS Testing

Multi-frequency brings great potential for commercial chipsets and smartphones, delivering better accuracy, superior multipath mitigation capability, and reduced atmospheric impact. However, evaluating multiple frequencies places new demands on global navigation satellite system (GNSS) testing for chipsets and smartphones. Explore how Keysight solutions and expertise can help you integrate high-fidelity GNSS testing methods for next-gen products.

Learn the Fundamentals of Chipset and Smartphone GNSS Testing

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Integrate and Test a GNSS Receiver in a Device

Rigorous, repeatable testing at each stage of development, both in the lab and the real world, help identify and address issues with positioning, navigation, and timing (PNT) capabilities before product launch. Discover why independent GNSS testing is vital for products whose performance relies on PNT capabilities.

Two GNSS test professionals viewing a tablet

How to Create a Realistic GNSS Test Environment

Learn what it takes to maximize the realism of lab-based GNSS simulation and record and playback systems.

Testing professional using laptop

How to Create a Test Plan for Integrating GNSS Receivers

Learn how to build a test plan to ensure your GNSS-based products are ready to go to market.

Discover GNSS Solutions for Chipsets and Smartphones

PNT GSS7000

PNT GSS7000 GNSS Simulator

Get reliable results faster with Keysight’s multi-frequency, multi-GNSS simulation software.

GSS6450 hardware

GSS6450 Record and Playback System

Enable high-fidelity testing using real-world signals in repeatable lab conditions.

Sim3D on laptop

Sim3D Multipath Simulation Software

Build realistic 3D environments for advanced multipath and obscuration testing.

Satellite view of earth

PNT Testing Services

Rely on expert assistance to record, build, and analyze signal and test environments worldwide.

GNSS simulator and desktop computer

How to Choose a GNSS Simulator

The quality, accuracy, and reliability of signals produced by GNSS simulation systems can vary greatly, making GNSS test equipment selection challenging and potentially inconsistent. This eBook covers key performance metrics to consider — such as consistency in signal accuracy at low power — when choosing a GNSS simulator that will deliver exceptional customer experiences.

Related Use Cases

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