I received my STM32F411RE Nucleo board last weekend (Thanks to Carissa for selecting my idea). Overall board looks good and worth it's price with powerful STM32F411RE and on board ST Link debugger. The only drawback I noticed was missing USB OTG connector…

This is the third in a four part series on the ARM® Wall of Boards at Embedded World 2016.

Today, I’ll present the 40 plus ARM mbed Enabled™ boards we have on the wall this year. If you’re not yet familiar with the ARM mbed™ IoT…

As presented in Bee Hayes-Thakore blog here, and in my preview blog here, the mbed Zone is one of the central pieces of this year's Techcon.

The first thing when walking around the showroom, is seeing how big the zone is! Where to start?! Here is a…

ARM Executive VP Dipesh Patel delivered a keynote address at the recent 25th anniversary Synopsys Users' Group event in Silicon Valley on designing products for the IoT. The full title is: "The Internet of Completely Different Things."

We…

The ARM team have just come back from another successful Embedded World. For those who aren’t familiar, Embedded World is the biggest embedded trade show, attracting exhibitors and visitors from across the embedded industry, and hosted in Nuremberg, Germany…

Hello ARM community!

This one is my very first blog post in here and I want to share a project I have been working on: a weather station/datalogger reading temperature, humidity and light levels from the surroundings and saving it all inside a microSD…

Embedded developers should know the differences between cellular and Wi-Fi types of connectivity, especially when moving from prototyping to production designs.

Is cellular connectivity more difficult to add to an embedded design that a WiFi connection…

Wearable technology is the most talked about next-generation trend, predicted to hugely disrupt the consumer electronics landscape - and ARM is right at the centre of its emergence and growth.

Today, the wearable market includes a variety of products…

The Concept:

The batteryless energy harvesting remote control was a project undertaken to demonstrate the low power of the ARM Cortex-M0+ processor. We wanted to create an extremely low power remote control that was compatible with the vast majority of…