What is an FPGA? A Field Programmable Gate Array (FPGA) is a semiconductor device. Firstly, that allows engineers to implement custom digital hardware circuits after the device has been manufactured. An FPGA contains: These elements can be configured to implement complex …
A Safer Way to Troubleshoot Solar, Wind, and Grid Infrastructure As Australia’s energy sector continues to expand across solar, wind, and grid-connected infrastructure, the reliability of power electronics has become critical. Inverters, converters, and control boards are key parts of modern …
Medical devices rely on compact, densely populated printed circuit assemblies (PCAs) where accuracy, repeatability, and safety are critical. Technicians need a reliable way to test complex boards. This is important for repair, maintenance, and research. They want to do this efficiently …
Medical electronics demand absolute reliability. From patient monitors and infusion pumps to advanced imaging systems. Even minor electronic faults can compromise safety, performance, and compliance. As a result, manufacturers and service teams require a PCB Diagnostic Tool for Medical Devices. Especially …
AcroPack® is a modular, mezzanine-based embedded I/O platform from Acromag. Designed for compact, rugged, and long-life embedded systems. Firstly, it enables engineers to integrate high-density analog, digital, serial, and timing I/O. Whilst avoiding the size, rigidity, and redesign overhead of traditional …
Robotics and autonomous systems depend on accurate motion, orientation, and navigation data to operate reliably in dynamic environments. Inertial navigation sensors support autonomy by providing continuous reference data for localisation, control, and sensor fusion—particularly when operating across changing terrains and environments. …
Research and university projects increasingly require accurate motion, orientation, and navigation data to support experimentation, validation, and system development. Inertial navigation sensors play a central role. Delivering continuous reference data across controlled tests, field trials, and experimental platforms. VectorNav designs and …
Rail and transport platforms increasingly rely on accurate motion, orientation, and positioning data. In order, to support vehicle monitoring, system integration, testing, and infrastructure assessment. Firstly, Inertial navigation sensors provide continuous reference data in dynamic operating environments. Especially where vibration, acceleration, …
Defence and aerospace platforms rely on accurate positioning, navigation and timing (PNT). In order to support mission systems, vehicle control, sensor alignment, and test and evaluation activities. Inertial navigation sensors play a critical role by providing continuous motion and orientation data, …
Modern platforms increasingly rely on accurate positioning, navigation and timing (PNT) data to operate reliably in dynamic environments. GNSS-derived timing outputs are commonly used for sensor synchronisation, time-aligned data logging, and system coordination within larger platform architectures. Inertial navigation sensors play …