About NI
NI provides software-defined test and measurement solutions combining modular hardware and integrated software to support development, validation and production systems. Its platform enables engineers to build scalable, automated and data-driven test systems across a wide range of applications.
NI’s ecosystem includes industry-standard software such as LabVIEW and SystemLink, alongside modular hardware platforms including PXI, CompactRIO and USRP (software defined radio), as well as Digilent platforms for prototyping and education, supporting applications from embedded control through to RF and wireless system validation.
Access curated content from the Braemac team featuring NI technologies including the new NI Ettus X420 for Agile Electronic Warfare System, Embedded Monitoring and Control for Critical Mining Assets, New mioDAQ and CompactDAQ Bundle Measurement Guide and our guide for Building Smarter, More Cost‑Effective Test Systems with NI PXI.
Key NI Focused Industries
Academic and Research Solutions
Platforms for research, prototyping and teaching
Industry Solutions
Scalable test systems for development, validation and production
Life Sciences Solutions
Measurement and validation for medical and diagnostic devices
Aerospace, Defence, and Government Solutions
RF, radar and signal validation systems
Transportation Solutions
Rail, signaling and transport system validation
Telecommunications (5G / RF Systems)
RF validation and wireless system testing
Industrial Machinery Solutions
Monitoring, control and automation systems
APPLICATION RESOURCES
Introducing NI Ettus X420
What Makes an Electronic Warfare System Agile & Mission-Ready?
Spectrum superiority has never been more critical to success on the battlefield. Amid an increasingly contested and congested electromagnetic spectrum, the ability to reliably operate communications and navigation systems while deceiving and disrupting the adversary creates a significant tactical advantage. Software defined radio (SDR) provides the ideal platform for developing and deploying electronic warfare systems and the flexibility to adapt to modern and constantly evolving threats. COTS technology is ideal for system-level test of complex, intelligent EW receivers, reducing the need for flight test hours by modeling and simulating a multi-emitter environment.
Embedded Monitoring and Control for Critical Mining Assets
The mining industry is transforming due to digital advancements and global demand. Industry 4.0 is driving companies to adopt innovative strategies for efficiency and growth, crucial for sectors like EV production and medical technologies.
This e-book explores how mining companies are staying competitive by shifting to predictive operations using advanced monitoring tools and real-time systems. This transition to intelligent mining will reduce downtime, extend equipment life, and boost productivity, ensuring long-term value and safety. Download today!
New mioDAQ and CompactDAQ Bundle Measurement Guide
NI (formerly known as National Instruments) DAQ has been the leading data acquisition and measurement technology in the industry for past 4 decades, enabling engineers, scientists and researchers across various industries, of their data acquisition, analysis, and report tasks.
The Braemac T&M team and NI are proud to announce the next generation DAQ device NI mioDAQ, a last time buy opportunity for the NI M-Series DAQ, and guide you to the NI CompactDAQ discount bundle to meet your needs for 2025 projects.
Build Smarter, More Cost‑Effective Test Systems with NI PXI
4 New Affordable Products Released! The NI PXI portfolio is expanding with affordable options with a new cost effective PXI controller and hybrid chassis, a 14-bit high resolution oscilloscope, and an 18-bit multifunction I/O module, enabling low level signal capture, tighter performance validation, and reduced system cost.
NI’s Fundamentals of Building a Test System equips engineers with clear guidance for designing smarter, more reliable automated test systems, covering TCO modeling, instrumentation, power design, switching, software architecture, thermal management, deployment, and long‑term maintenance. This collection provides the practical frameworks and technical best practices engineers need to develop scalable ATE systems from concept through lifecycle support.