Formally known as National Instruments, Emerson NI is a leading vendor in automated test and measurement.
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NI is now under the Emerson umbrella. For more than 40 years, NI has developed automated test and automated measurement systems that help engineers solve the world’s toughest challenges. Let’s work together to find creative solutions to help your organization succeed today, tomorrow, and for the next 100 years.
In a showcase of its DST, NI/Emerson displays a means of testing SDRs, digital T/R modules, and other mixed-signal devices in a manner evoking test of traditional RF-only DUTs...
NI and S.E.A. talk about the SEA-NI V2X Bench Tester and the SEA-NI V2X Sniffer, which meets the OmniAir Qualified Test Equipment (OQTE) certification.
David Hall, NI's director of semiconductor marketing, discusses NI's targeted business cases for 6G development in the context of the company's memberships in the Next G Alliance...
Investment by Emerson Electric as part of a partnership with the University of Texas at Austin will fuel various on-campus research facilities into AI and semiconductor advancement...
Thanks to their agility and resilience, software-defined radios can provide a capable first line of defense against threats to the increasingly crowded electromagnetic spectrum...
Emerson Movicon.NExT Release 4.4 offers performance and user-centric advances for communications, scripting, development efficiency, data management, and security.
Measuring an antenna’s radiation properties is important, especially when it comes to complying with regulations and system specifications, and verifying the system’s mission-...
Explore the truth behind 11 common misconceptions about open radio access networks (O-RANs) and understand its real impact on the future of telecommunications.
The first scanned phased arrays used a single transmitter and receiver connected to all antenna elements through phase shifters. Currently, most use solid-state transmit/receive...
As wireless applications and frequencies ramp up, test equipment must increase measurement capabilities, even when operating as battery-powered portables, into the mmWave range...
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5G infrastructure is growing by leaps and bounds, with more and more capability being added to the system. However, the effectiveness of the solution is strongly based on how ...
As with any new technology, test and measurement systems continue to evolve to make sure products function correctly and that they meet new quality and reliability standards. ...
When it’s time to railroad, you lay rail, and so the industry must adapt. That’s why the International Microwave Symposium, the largest gathering of RF and microwave professionals...
Global healthcare systems are facing enormous strain in the wake of the coronavirus (COVID-19) pandemic. How is the engineering community coming together to combat high-urgency...
The 5G test cases presented here encompass RF characteristics, radio resource management (RRM), and protocol suites that work at the chipset, device, and base-station levels on...
Compared to 4G, test setups for 5G devices pose numerous challenges that include high-bandwidth signals, greater band coverage, and beamforming devices with no access to RF connectors...
Wireless technology has become a dominant force in our everyday lives, yet some are looking way ahead with the hope of pushing the envelope further to create tomorrow’s communications...
Trends in smaller and lighter frequency synthesizers for defense and aerospace applications translate to fitting more performance at higher frequencies into modular formats.
