8-bit MCUs continue to thrive via continued innovations in several areas including memory, power consumption, packaging, and core-independent peripherals (CIPs). New generations of MCUs incorporate an ...
This article presents the aspects of building USB3.0 application using low performance 8-bit microcontroller taking an 8051 derivative as an example. First it gives a technical overview of the USB ...
… or is the 16-bit microcontroller family dead? Over the years, the lines have blurred between the 8-, 16-, and 32-bit microcontroller families with designers confused to when they should select which ...
Although the CRT has largely disappeared from our everyday lives, there was a decades-long timeframe when this was effectively the only display available. It’s an analog display for an analog world, ...
http://www.dalsemi.comAt first glance, using an 8-bit microcontroller to connect to a network seems as far-fetched as playing Everquest on a Timex Sinclair. In ...
The year Intel rolled out its first 8-bit microprocessor, Apollo 17 landed on the Moon. The Volkswagen Beetle became the best-selling car in history, surpassing the Ford Model T. And “The Godfather” ...
The year Intel rolled out its first 8-bit microprocessor, Apollo 17 landed on the Moon. The Volkswagen Beetle became the best-selling car in history, surpassing the Ford Model T. And “The Godfather” ...
The rise in popularity of 32-bit microcontroller (MCU) devices across the embedded community comes as no surprise. These function-rich devices suit an array of different applications, which explains ...
As amazing as CircuitPython is, it hasn’t yet been ported to any 8-bit microcontrollers. [Chris Heo] was unsatisfied with his inability to use Python on his 8-bit ATmega4808 AVR, so he worked out a ...
Modern embedded designs require a wide range of capabilities, including low power support, high performance/throughput, function-rich peripherals, different ...
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