PNT Test Solutions for Autonomous Vehicles
Learn the Fundamentals of GNSS Testing for PNT
Create a Comprehensive GNSS and PNT Test Plan
To achieve PNT performance that optimizes the customer experience and ensures driver and passenger safety, you need to verify each stage of development. Use Keysight’s guide to building a test plan for GNSS receiver integration to enable rigorous, repeatable testing for your ADAS or autonomous vehicle (AV).
How to Create a Realistic GNSS Test Environment
Find and fix performance issues before verification testing with realistic lab-based GNSS simulation.
Understanding Latency for Hardware-in-the-Loop Testing
Enable low and consistent latency during ADAS and AV HIL testing to ensure accurate and reliable results.
PNT Field Testing Moves Into the Lab
Explore how a new approach to GNSS testing is transforming the way developers validate PNT systems by bringing the realism of field testing into the laboratory environment.
Discover Automotive PNT Solutions
PNT Xe delivers multi-frequency, multi-GNSS simulation with up to 128 channels, 5 mm RMS pseudorange accuracy, low phase noise, and exceptional frequency stability.
Get reliable results faster with Keysight’s multi-frequency, multi-GNSS simulation system.
GSS6450 Record and Playback System
Enable high-fidelity testing using real-world signals in repeatable lab conditions.
Decompose real-world GNSS I/Q recordings into discrete signal paths for repeatable lab testing.
How to Choose a GNSS Simulator for Automotive Testing
The quality of signals produced by GNSS simulation systems can vary greatly, making GNSS performance analysis challenging. This eBook covers key performance metrics to consider — such as dynamic signal stability — when choosing a GNSS simulator that accurately verifies the PNT sensors and services for your automotive ADAS or AV application.
Explore Additional Automotive PNT Resources
Learn more about how advanced PNT testing for automotive and autonomous vehicles can benefit your business.
Related Use Cases
-
![]()
Learn More
How to Test Autonomous Driving NCAP Scenarios
Emulating complex traffic scenes requires a full-scene emulator that bridges the gap between software, simulation, and on-road testing. Learn how to quickly test autonomous driving systems with radar sensors to a high degree of confidence and with highly complex, multi-target scenes against New Car Assessment Program (NCAP) scenarios.
Learn More
-
![]()
Learn More
How to Verify Lidar Sensors
Providing valuable insights into lidar sensors requires target simulation with multiple distance and reflectivity values. Learn how to test lidar sensors for range, accuracy, and field-of-view.
Learn More
-
![]()
Learn More
How to Test a Digital Wideband Transceiver
Testing digital wideband transceivers requires a hybrid solution combining a signal generator and a network analyzer. Learn how to perform digital RF stimulus response tests while achieving digital-integrated RF front-end characterization.
Learn More
Get in Touch with One of Our Experts
Need help finding the right solution for you?