Man using mobile phone with GPSHaving a fully functional Global Navigation Satellite System (GNSS) allows people to perform numerous complex procedures to ascertain that all operations meet industry standards. Testing is among its critical processes. For accurate results and reliable data, every navigation device, like your multi-element GNSS simulator, will have to follow stringent simulating procedures and in varying conditions.

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One of the common ways to determine GPS/GNSS device performance is by using a multi-element simulator. This is especially helpful if you want to acquire and retain signals in different navigation environments. Why is testing these navigation devices crucial? It will help to:

Meet Product Release Deadlines

Beta testing helps developers identify bugs in the GPS/GNSS system early enough to fix them before releasing any product to end users. Manufacturers must have enough time to perform adjustments to their products before the set update dates, as well. Following these will help maintain a positive reputation among GPS/GNSS system users for releasing and updating products.

Maintain Signal Output

With the right simulator, you can determine how your GPS/GNSS device will perform in a real environment. Modern simulators can even imitate different conditions through which the signal will pass, from the transmitter to the receiver. This is to help you test the quality of signal acquisition across different media, so you can further optimize your technology for consistent performance.

Using multi-element GNSS simulators will save you from the guesswork and the trouble of having to physically lock your navigation devices in different signal transmission and reception environments to determine their performance. With modern simulators, you can perform these tests from the comfort, convenience, and safety of your test labs, as you reduce costs on labor for testing such devices.