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ARTICLES

Which Espressif Systems module should you choose for your Wi-Fi needs? A comprehensive guide for design teams, engineers, and project managers
Choosing a Wi-Fi module is a decision that affects the architecture, stability, and development of the entire device. It’s not just a matter of comparing specifications - it requires taking into account the operating environment and the nature of the application. In this article, we show you how to choose the right device by reviewing solutions ranging from the ESP32-C series, through the ESP32-S, to the ESP32-E22 with Wi-Fi 6E, based on real-world project requirements.
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Choosing Wi-Fi technology for industrial controllers: standards, differences, and practical applications
Wi-Fi in industrial controllers is gaining importance because it significantly simplifies the installation, modernization, and remote operation of devices. It is used, among other things, in machine monitoring, IoT gateways, logistics, the energy sector, and HVAC systems. However, simply choosing wireless communication is just the beginning - it is crucial to tailor Wi-Fi parameters to operating conditions, application requirements, and design specifications.
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Machine Learning from Variscite: SOMs for data analysis and machine vision with the help of AI
In an era of rapid data growth and increasing demands for intelligent analysis, effective data analytics is the key to market advantage. With high-performance computing chips and libraries to support application development, these advanced platforms pave the way to process data faster, automate processes and achieve higher precision. Discover the potential of Variscite's solutions to help companies across industries achieve new levels of automation and precision.
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How to overcome GNSS limitations?
Precise positioning plays a key role in IoT, but GNSS faces challenges such as signal errors, reflections and blockages. To overcome these, multi-band GNSS, RTK and Dead Reckoning technologies are being used to improve positioning accuracy, especially in challenging conditions. Modern GNSS modules offer high precision with low power consumption, enabling their mass adoption.
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