IoT Test Node ITN 3000

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ITN 3000

V2X-Tests

V2X Testing with ITN 3000 Remote Vehicle Simulator

Complete Support for C-V2X and DSRC/ITS-G5 Technologies

Unlock the potential of autonomous driving with the NOFFZ ITN 3000, a V2X testing solution. Designed for seamless integration into existing workflows, this simulator supports both C-V2X and DSRC/ITS-G5 technologies, ensuring comprehensive testing for vehicle-to-everything (V2X) communication.

THIS IS WHAT DISTINGUISHES OUR PRODUCT

Features and Specifications

Enable your connected car projects with ITN 3000—engineered for test engineers to be the go-to, affordable test tool for any V2X projects.

ITN 3000 front and back

ITN 3000 front and back

Advantages

As with every newly applied technology, V2X is a bit of a challenge to test. Sending messages among vehicles requires tight synchronization to GNSS, correct radio configuration on the V2X link, thorough understanding of message types, etc… The ITN 3000 simplifies all of it as being a full featured media-box between vehicle data and a comprehensive V2X signal. From connected vehicles to smart cities, the ITN 3000 makes V2X testing simpler and more affordable.

Scalable Simulation Capabilities

From Validation to Production

Cost efficiency

ITN 3000 from NOFFZ

Applications Across Industries

The ITN 3000 is designed for use across various industries, including transportation, telecommunications, and smart city infrastructure development. Whether you’re testing vehicle-to-vehicle communication or vehicle-to-infrastructure interactions, the ITN 3000 is the all-in-one solution that simplifies and accelerates the entire process.

DO YOU HAVE ANY QUESTIONS?

Speak with our experts directly!

Let us know the details of your project. We’re curious about your ideas, products, and requirements and would be glad to advise you specifically about your requests.

Together we’ll make your project a success!

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Automotive devices must be reliable.
Combine all products and
measuring instruments in just one rack for validation.
Test devices with high channel counts in parallel.

Modify satellite trajectories. Simulate environments.
Generate a variety of realistic multiband GNSS signals. Define your parameters individually and test them with high precision. Directly in the lab and in real time.

Efficiently test wireless communication devices with a system designed for high-volume parallel testing. It integrates multiple wireless standards into one platform, allowing you to use up to 64 ports simultaneously.

Larger displays and increasing connectivity.
Improved technologies are setting a rapid pace.
These innovations require intelligent test systems.
We create your individual solution with high precision.