What is a Bluetooth Module? Full Guide + Top Applications in 2025
Learn what a Bluetooth module is, how it works, and what features matter most in 2025. Includes real-world use cases and a deep dive into the MultiNav Pro+ BLE module.
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Technical insights, product updates, and innovations in RF/Microwave technology
Learn what a Bluetooth module is, how it works, and what features matter most in 2025. Includes real-world use cases and a deep dive into the MultiNav Pro+ BLE module.
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Introducing PhysiConstant — a free physical constants calculator app giving instant access to hundreds of scientific constants across physics, chemistry, and engineering.
Read More Learn what a Bluetooth module is, how it works, and what features matter most in 2025. Includes real-world use cases and a deep dive into the MultiNav Pro+ BLE module.
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MultiNav Pro+ is a compact GNSS module achieving <1.5 m accuracy with concurrent GPS, GLONASS, Galileo & BeiDou support. See specs, pin-out, and integration guide.
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Calculate PCB trace impedance instantly with RFOXiA's free microstrip impedance calculator. Essential for RF engineers designing high-frequency circuits with precise impedance control.
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Learn how the MultiNav Pro+ GNSS module works, its key features, and why it's the ideal choice for precision navigation, IoT, and autonomous systems.
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A complete guide to the RFOXiA USB to TTL adapter — how it works, why you need one for serial communication, and what makes this adapter stand out for electronics projects.
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Accurate GNSS module: 1.5m precision, Open Source, concurrent GPS, Galileo, GLONASS and BeiDou support. Ultimate navigation and timing module for your projects.
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In the ever-evolving landscape of electronics, a reliable power supply is the cornerstone of successful projects. Whether you're a seasoned hardware engineer or an enthusiastic hobbyist, having a power supply that meets the demands of your circuits is paramount.
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Experiment Pioneering GNSS module Precision: MultiNav Pro+ Achieves 1.5m Accuracy Without Software Assist
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Impedance matching is often necessary in the design of RF circuitry to provide the maximum possible transfer of power between a source and its load. Probably the most vivid example of the need for such a transfer of power occurs in the front end of any sensitive receiver. Obviously, any unnecessary loss in a circuit that is already carrying extremely small signal levels simply cannot be tolerated
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Calculate microstrip characteristic impedance using the Hammerstad-Jensen formula. Includes the full model equations, key parameters (W, h, εr), worked examples, and a free online calculator.
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Complete guide to microstrip filter technology from theory to implementation. Learn about design methods, manufacturing considerations, and RFOXiA's AI-powered AFD design tool.
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