DIY DAQ systems that work


Data acquisition is a critical part of many scientific, engineering, and academic systems and environments. If you’ve ever worked with systems like this, it is likely that you’ve come across a range of data acquisition systems. It’s also likely that you’ve … Read More

DAQ racecar driver

Data Acquisition for Race Cars

Data acquisition, for those unfamiliar with the term, is simply the process of collecting data on some physical process, and passing this data to a computer for analysis. Though most commonly used in industrial processes and scientific applications, there are many … Read More



Data Acquisition, in the broadest sense, is a process of collecting information on some real-world, physical system, and using this to analyze the system in question. In most cases, the system being measured is an industrial process or scientific experiment, and … Read More

types of DAQ systems

Types of Data Acquisition Systems

Data Acquisition Systems, often abbreviated to DAS or DAQ, are systems designed to measure and track some form of physical system, and convert this data into a form that can be viewed and manipulated on a computer. The design an implementation … Read More

Modern Data Acquisition Software at DAQifi

Developing a Great User Experience via Desktop App Data acquisition (DAQ) systems on the market are cumbersome, hard to use, require a wired connection to a computer, and have antiquated software. Even worse, most DAQ software only allow the user to … Read More

Simple User Reset Circuit for Microcontroller

The RST pin of your micro controller is not the most exciting of the bunch, but is one of the most important (and potentially dastardly).  When I dive into a design I’m concerned with the big picture and what grandiose tasks … Read More

Bombarded Database = Angry Database

A big challenge in designing DAQifi’s desktop app is the fact that we have to save a large amount of data and we have to do it quickly. Our Nyquist board has up to 20 input channels.  Each channel can be sampled at … Read More