Automated Aerospace and Defense Test
Engineers must create aerospace and defense test systems that can scale to avoid obsolescence events and support technology updates. This approach ensures test systems that last for decades.
Engineers must create aerospace and defense test systems that can scale to avoid obsolescence events and support technology updates. This approach ensures test systems that last for decades.
NI Expertise Overview
Obsolescence management, evolving RF requirements, and design for test (DFT) challenges every test organization in the aerospace and defense industry. Organizations are transitioning from rack-and-stack box instruments and closed-architecture automated test equipment (ATE) systems to smarter test systems built on a modular platform that scales to meet current and future needs. NI’s approach to automated test has created more innovative test systems. With a customizable platform, you can use the latest commercial technology or your own domain knowledge.
Featured Content
To test smart devices, organizations are transitioning away from rack-and-stack box instruments to a platform-based approach.
Learn about key trends in the test and measurement industry, such as life-cycle management through software, that impact test organizations.
Lockheed Martin Simulation, Training, and Support (LM STS) builds a standard test system with the NI platform for avionics suppliers and achieves signifcant cost savings.
Products and Solutions
The NI Alliance Partner Network
The Alliance Partner Network includes more than 950 companies that specialize in complete solutions. From products and systems to integration, consulting, and training services, NI Alliance Partners are uniquely equipped and skilled to help solve some of the toughest engineering challenges.
Application Resource Kit
Fundamentals of Building a Test System
Fundamentals of Building a Test System
Learn how to build a test system from start to finish with these white papers, which highlight best practices ranging from switching and multiplexing to hardware abstraction layers.