This guide will teach you the development process for a new electronic product. It’s written for individuals and small teams building a new electronic product to bring to market.
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Product teardowns are one of the best ways to learn product development. In this article, we will tear apart a real-time GPS tracker by LandAirSea to see what it took to develop.
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Learn all the details of PCB production and manufacturing, including the most common types of materials used, and the main factors that will affect the price of your boards.
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Discover the various options that are available when transitioning from a Raspberry Pi prototype to a custom PCB design for mass production.
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In this in-depth article you will learn how to develop embedded firmware for STM32 Cortex-M 32-bit microcontrollers using the various development tools.
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In this article you will discover the process of transitioning Arduino shields to your own custom board for mass production. Two specific examples of Arduino shields are covered.
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Learn how Design-for-Manufacturability (DFM) and Design-for-Assembly (DFA) help prevent possible design mistakes before moving to production, making your development process more cost-effective and efficient.
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This article is a guest post by Alex Berrou who is a mechanical design engineer, and one of the experts available to help you inside the Hardware Academy.
The beginning of mass production can be one of the most daunting … read more
Discover the steps required to transition both the hardware and firmware from an Arduino Mega based protype to a fully custom PCB that can be mass produced.
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You will learn how to build an early prototype for a new IoT product based on the popular ESP32 microcontroller series which is also a great solution for mass production.
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Discover how to build the various prototypes required to go from idea to production for a modern product that requires both electronics and plastic.
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In this in-depth guide you will discover how to build an Arduino prototype, the pros and cons of using an Arduino in a commercial product, and how to design your own custom PCB that can be mass manufactured.
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In this article we’ll deconstruct the auto-generated STM32Cube initialization code and go over examples of how and why it can break down.
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This article will help you select the best wireless technology for your specific new product. The various wireless technologies are reviewed based on functionality, data speed, operating range, and cost.
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In this article you will discover how to format data such that it can be efficiently transmitted, received, and processed via a serial communication interface.
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In this updated article we’ll review the current microchips and modules available for incorporating Bluetooth into your new product in 2022.
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In this article you will learn how Printed Circuit Boards (PCBs) incorporating Surface-Mount Technology (SMT) components are assembled in a production environment.
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This article explores the different types of LCD touch displays, communication protocols, and the various software options for designing and building a graphical user interface.
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You will learn the process for Over the Air (OTA) updates of firmware on IoT devices without having to physically interface with the device. We’ll review a simple example using Amazon Web Services (AWS) servers.
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Learn the basics of 3D printing, including the pros and cons of 3D printing as a general technology and its appropriate use cases. We’ll also discuss four different 3D printing technologies.
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Arduino is a fantastic platform for learning electronics and building proof-of-concept prototypes, but it’s not typically feasible for commercial products. Discover what it takes to migrate from Arduino to an STM32 microcontroller.
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Discover which method is best for low-volume manufacturing of custom shaped plastic parts (typically a product enclosure): 3D printing, urethane casting, or injection molding.
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