NI Platform

NI provides an open platform centered on software, combined with modular hardware and a huge ecosystem, and is committed to Help engineers accelerate project development. Testing is a critical business function and is essential to ensure the quality and reliability of important assets. For decades, NI has been committed to becoming a trusted consultant in the field of test and measurement, helping you optimize test strategies to meet increasingly demanding technical and business needs.

 

Advantages of the NI method

Reduce time schedule and budget risk

With a customizable off-the-shelf platform based on high-performance hardware and efficient software, test assemblies are delivered on time and on budget.

Reduce maintenance and support costs

Active management technology insertion and life cycle management strategies can reduce the burden of maintaining traditional and obsolete equipment.

Meet demanding technical requirements

Utilize industry-leading measurement accuracy, processing performance, timing and synchronization functions to meet the needs of the most advanced applications.

 

The Application of NI in the Test of Communication and Navigation System

Due to the continuous improvement of countermeasures, the threats to modern communication and navigation systems continue to increase. Engineers need flexible software and instrument systems to design new transponders to predict and adapt to complex signal types and threats.

NI Professional Technology Overview

The radio signals used to transmit information are facing increasing interference and threats from evolving electronic warfare systems. This of course also brings challenges to military and avionics projects that need to send and receive low-noise signals. Many modern engineers use NI software-defined platforms to build communication system algorithm development, RF hardware-in-the-loop (HIL) testing, environmental simulation, and transponder ATE. NI's PXI and software-defined communications instrument product portfolio is ideal for monitoring interference signals and illegal transmitters in a wireless environment. With the help of user-programmable FPGAs and software tools for faster processing and analysis of signals, you can easily create communication paths and avoid noise and other factors that may reduce signal strength.