One Measurement Platform for Every Engineering Challenge
In today’s rapidly evolving engineering landscape, data is the foundation of every innovation. Whether you’re validating a prototype, optimizing manufacturing processes, or testing complex electromechanical systems, the quality of your decisions depends on the quality of your measurements. Reliable data acquisition (DAQ) enables engineers to capture accurate information from the physical world, transforming raw signals into meaningful insights that accelerate development and improve product performance.
At NI, data acquisition is more than a product category; it is the core of our engineering heritage. With decades of innovation in measurement technology, NI has developed a complete DAQ ecosystem that supports engineers from initial research and development to production testing and field deployment.
One Ecosystem for Every Measurement Application
Engineering projects rarely follow a single path. A system that begins with simple laboratory measurements may eventually require automated testing, distributed monitoring, or deployment in harsh industrial environments. Rather than forcing engineers to switch between disconnected platforms, NI provides a unified ecosystem of data acquisition solutions that scales alongside project requirements. From compact USB devices to rugged industrial hardware and high-performance modular systems, every NI DAQ platform is designed to work seamlessly together through a common software environment. This unified approach allows engineers to focus on solving engineering challenges instead of managing multiple tools and workflows.
CompactDAQ: Modular Flexibility for Modern Test Systems
When applications demand versatility, CompactDAQ provides a modular platform capable of adapting to virtually any measurement challenge. Available in both USB and Ethernet chassis, CompactDAQ supports more than 100 C Series I/O modules, enabling engineers to measure voltage, current, temperature, strain, vibration, pressure, digital signals, and industrial communication protocols within a single system. Its modular architecture allows users to mix different measurement types while scaling the system as testing requirements evolve. This flexibility makes CompactDAQ an ideal solution for research laboratories, design validation, hardware-in-the-loop (HIL), and production testing where adaptability and long-term scalability are essential.
mioDAQ: Simple, Portable, and Ready to Measure
For engineers seeking a fast and straightforward measurement solution, NI mioDAQ devices combine analog input, analog output, digital I/O, and counter/timer functionality into a single compact device. With plug-and-play USB connectivity, engineers can quickly connect sensors, perform high-quality measurements, and develop applications without the complexity of larger test systems. Their portability, versatility, and ease of integration make mioDAQ an ideal choice for laboratory research, education, functional testing, and rapid prototype validation.
PXI DAQ: High-Performance Measurement for Automated Testing
When test complexity and performance requirements continue to grow, NI PXI DAQ delivers the speed, synchronization, and scalability needed for advanced automated test applications. Built on the PXI platform, these modular DAQ devices provide high channel counts, precise timing and triggering, and synchronized acquisition across multiple instruments. The platform integrates seamlessly with oscilloscopes, RF instruments, digital pattern instruments, and other PXI modules, enabling engineers to build complete automated test systems for aerospace, automotive, semiconductor, and electronics manufacturing applications where accuracy and throughput are mission-critical.
FieldDAQ: Built for the Harshest Environments
Not every measurement takes place inside a laboratory. NI FieldDAQ is specifically engineered for applications that require reliable data acquisition in harsh and distributed environments. Designed with an IP67-rated enclosure, FieldDAQ withstands dust, water, shock, and vibration while operating close to sensors in the field. With support for Ethernet connectivity and Time-Sensitive Networking (TSN), engineers can perform synchronized measurements across multiple distributed devices while minimizing cable lengths and improving signal integrity. This rugged architecture makes FieldDAQ particularly well suited for vehicle durability testing, structural monitoring, off-highway machinery, aerospace validation, and other demanding field applications.
Software That Completes the Measurement Workflow
Exceptional hardware becomes even more powerful when paired with the right software. The NI software ecosystem simplifies every stage of the measurement workflow, from system configuration to data analysis and automation.
NI FlexLogger™ enables engineers to configure sensors, visualize live measurements, and log data through an intuitive no-code interface. With built-in support for NI DAQ hardware, users can quickly deploy measurement systems without programming, making it ideal for validation testing and data logging applications.
For applications requiring customized functionality, NI LabVIEW provides a graphical programming environment that enables engineers to develop advanced measurement, control, and automation systems. Its extensive library of functions and seamless integration with NI hardware make it one of the most widely adopted software platforms for engineering test and measurement.
Powering every NI DAQ device is NI-DAQ™mx, the optimized driver software responsible for hardware communication, timing, synchronization, and performance optimization. By providing a consistent programming interface across the entire NI DAQ portfolio, NI-DAQ™mx enables engineers to migrate between hardware platforms while minimizing software redevelopment.
Measure Virtually Anything
One of the greatest strengths of the NI DAQ ecosystem is its ability to support an extensive range of sensor and signal types within a single measurement platform. Whether monitoring electrical parameters, mechanical behavior, environmental conditions, or industrial communication, engineers can build systems tailored to their exact application without changing software or development workflows. From voltage, current, and digital signals to temperature, strain, vibration, pressure, torque, load cells, IEPE accelerometers, RTDs, thermocouples, and CAN communication, NI provides a comprehensive portfolio of hardware modules that enable accurate, synchronized, and scalable measurements. As testing requirements evolve, additional sensor types can be integrated seamlessly, allowing engineers to expand their systems without starting from scratch.
Innovation begins with understanding how systems perform, and that understanding starts with reliable measurement. For decades, NI has helped engineers around the world capture, analyze, and act on data with confidence through a comprehensive portfolio of data acquisition solutions. From portable mioDAQ devices and modular CompactDAQ systems to rugged FieldDAQ platforms and high-performance PXI architectures, every solution is designed to integrate seamlessly within a single measurement ecosystem.
No matter where your engineering journey begins or how complex it becomes, NI provides the tools to transform data into insight and insight into innovation. From the laboratory to the production floor. From development to deployment. From sensors to software. DAQ isn’t just part of our portfolio; it defines who we are.
Start a real conversation, reach out directly to discuss your use case and constraints:
Sales (WhatsApp): +62 821-2357-6487
Email: sales@haliatech.com
Office: (021) 22178880
