NI Days Global Series | Munich

The R&D team at Emerson has been hard at work bringing new innovations to the market.  Attend this session to learn more about the new NI hardware and software products we're brining to market.

This session will cover the basics of multi-antenna systems challenges for synchronization and why the phase relationship between channels matters. Learn about possible sources of error and how they impact different applications. This session will also give a detailed overview of new NI products and how LO sharing can be used to overcome these challenges

Ready to geek out? Explore nerdy DAQ tips that slash noise, perfect wiring, and elevate your measurement game to pro level

European Union passed the Cybersecurity Resiliency Act (CRA) in 2024, taking effect over the next 2 years. This regulation will impact every engineer working inside of the EU, or selling into the EU. Test teams need to start now to evaluate your supply chain to minimize disruptions as this new regulation take effect, and teams need to adopt a secure development process. This session will provide an overview of how this legislation applies to test systems and the steps you need to start taking now to be ready. This session will also introduce cybersecurity for test systems more broadly, including other regulations that you need to be aware of.

AI is changing the way we work as test engineers – but we must manage the adoption of this technology to minimize risk. Hear about the role AI will play in test, where it offers value and how to keep an engineer in the loop, playing an creative and oversight role. Then look to the future to see discuss what may happen in the next few years.

Learn software environments faster, understand code and sequences faster and develop applications even faster using Nigel AI. The 2026 Q1 release delivers significant enhancements to the capabilities of Nigel AI including code completion in LabVIEW, understanding of test sequences in TestStand and hardware awareness for system configuration questions and prompts.

Testing the function of embedded control system software is a growing challenge as more products include onboard computers and those same computers become more powerful. See the latest capabilities and features of VeriStand and the rest of our software workflow for performing embedded software and HIL test.

Streamline your electronics validation workflow with the NI PXI platform and LabVIEW+. See first-hand how to integrate PXI with InstrumentStudio™, NI LabVIEW, and NI TestStand to take measurements in seconds and accelerate your path to automation.

Come meet Zach Hindes, expert designer of PXI and DAQ products, and ask your challenging questions.

NI’s platform-based approach delivers dynamic performance across DAQ, PXI, and embedded systems, enabling scalable, measurement-based control from prototyping to production. With low-code workflows, fast data analysis via DIAdem, and asset management through SystemLink, teams accelerate development and gain reliable, actionable insights

How NI's products can address new test challenges in the Transportation Industry, including new automotive networks, InstrumentStudio plugins, inverter production, battery test, and more.

In this session we’ll explore how to design a robust, scalable hardware-in-the-loop (HIL) system using the reference architecture laid out in the NI HIL System Design Guide. You’ll see how signal path design, routing, switching, conditioning, and interface-mapping come together to deliver reliable ECU validation.

Zonal vehicle architectures create new challenges for ECU test with fewer, high performance controllers. NI PXI is an efficient, flexible solution for testing these new controllers.

Get more value of out your relationship with NI by procuring more of the content in your aerospace and defense test solutions from a test expert

As terrestrial (TN) and non-terrestrial networks (NTN) converge to extend digital connectivity through spaceborne and airborne platforms, 6G dual-purpose waveforms will enable both communication and remote sensing (ISAC). Testing such systems requires accurate emulation of electromagnetic environments, including representative communication and scattered signals as well as realistic propagation channels. In this session, NI presents a practical framework for end-to-end testing in NTN and ISAC applications.

Accelerating Semiconductor Validation – Practical Examples for ADCs and Power Management Ics

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