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As product complexity increases, you need a platform-based approach to meet your schedule, quality, and cost expectations for test.

NI's automotive test systems are key to your strategic performance. Our electric vehicle and advanced driver assistance system solutions accelerate your path to Vision Zero.

NI’s platform-based approach lowers the cost of test—from characterization to production— for analog, mixed-signal, and RF devices.

NI delivers aerospace and defense test solutions designed to reduce schedule risk and keep your programs on-time and on-budget.

Complex industrial, power, and energy systems require the ability to run flexible test systems and remote condition monitoring.

Wireless technology is constantly evolving, and wireless design and test require a flexible and more cost-effective approach.

Whether in the classroom or the lab, today's students and researchers are looking to increase their rate of discovery and build solutions faster.

Energy is a complex field with many concerns like energy security, environmental and operational protection, efficiency, reliability and control, and clean energy.

This white paper explains the key differences between NI’s USRP models so you can choose the right one for developing your wireless application.

The high-bandwidth PXI Express bus architectures enables data streaming at rates high enough to support high-end instrumentation. With faster read/write speeds and increased storage capacity, data streaming ...

NI has developed several key technologies to maximize the absolute accuracy of your measurements while delivering industry-leading performance in PC-based data acquisition from PCI to PXI and USB.

Learn about specific new features and advanced topics to get the most out of NI Linux Real-Time for your application.

Plug and Play and Interchangeable Virtual Instrument (IVI) are two technologies used by National Instruments LabVIEW and LabWindows/CVI instrument drivers.

With NI Linux Real-Time, you can develop, debug, and deploy applications to the open embedded processor written entirely in C or C++ using Eclipse or any other development environment while gaining the ...

With its ability to interface with any kind of sensor or specialty I/O, perform advanced signal processing and custom analytics, and execute advanced control algorithms, the LabVIEW RIO architecture is ...

The NI-XNET product line is a combination of accelerated Controller Area Network (CAN), Local Interconnect Network (LIN), and FlexRay interfaces; an optimized driver; easy-to-use APIs; and configuration ...

This paper investigates seven steps you should follow to achieve a successful functional prototype.

The USRP software defined radio (SDR) with integrated GPS-disciplined oven controlled crystal oscillator (OCXO) reference clock provides many advantages that improve system performance, accelerate wireless ...

Applications ranging from mixed-signal test in the electronic industry to laser spectroscopy in the sciences require timing and synchronization (T&S) for higher-count channels and/or the need to correlate ...

Let’s discuss interoperability and the benefits of using NI drivers—their flexibility, how they can drive efficiency, and why they can assist you in taking high-quality measurements.

To meet the challenges of shorter development cycles, larger product portfolios, decreased budgets, and exponentially more complex products, test engineers are being forced to abandon monolithic, application-specific, ...

National Instruments designed the Synchronization and Memory Core (SMC) as the common architecture for a suite of high-speed modular instruments that answer the challenge of testing converged devices.

This paper explains what a real-time operating system (RTOS) is, how real-time operating systems are useful for measurement and control applications, and how they differ from standard general-purpose operating ...

Learn about acquiring an analog signal, including topics such as bandwidth, amplitude error, rise time, sample rate, the Nyquist Sampling Theorem, aliasing, and resolution.

OPC is a standard interface to communicate between numerous data sources, including devices on a factory floor, laboratory equipment, test system fixtures, and databases.

Home Innovations White Paper Isolation Technologies for Reliable Industrial Measurements Updated Mar 14, 2019 Overview Voltage, current, temperature, pressure, strain, and flow measurements are an integral ...

Home Innovations White Paper Measurement Fundamentals Main Page Updated Jun 16, 2020 The National Instruments Measurement Fundamentals Series, your FREE resource for technical test and measurement knowledge ...

Home Innovations White Paper Pollution Degree Rating for Electrical Equipment Updated Aug 2, 2019 Contents What is “Pollution Degree”? Why is pollution degree important to you? How does this information ...

Learn how to use Switch Executive to intelligently manage large or complex PXI-based switch systems. Switch Executive features graphical and automatic switch route configuration options, intuitive channel ...

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