Pine64's $2 “PADI IoT Stamp” module is based on Realtek’s new “RTL8710AF” Cortex-M3 WiFi SoC, a cheaper FreeRTOS-ready competitor to the ESP8266.
The USB-enabled 55 x 25mm “Explore M3” board is based on NXP’s LPC1768 Cortex-M3 MCU, and supports Arduino IDE, FreeRTOS, and bare metal development.
SeeedStudio's "ESP3212" COM taps Espressif's IoT-focused ESP32 follow-on to the ESP8266 SoC, which uses a faster Tensilica LX6 MCU and adds BLE and sensors.
MediaTek’s $20 "LinkIt Development Platform for RTOS" and "LinkIt 7687 HDK" run FreeRTOS on its WiFi-enabled, Cortex-M4 MT7687F SoC and supports Arduino shields.
Artila’s “RIO-2015PG” remote I/O module runs FreeRTOS on an Atmel SAM4E16E Cortex M4 MCU, and offers isolated RS485 and analog and digital I/O.
FreeRTOS will now be available for Cadence Design Systems’ Tensilica processors.
SiFive’s Arduino ready “HiFive1” dev kit features its 320MHz FE310, the first MCU using the open RISC-V ISA. Also, Samsung is rumored to be using RISC-V.
This ARM-powered Aithon board runs Chibios/RT
I was interested in NilRTOS since it is quite small and the installation was simple.
[Igor b] plays in a band and wanted a way to use a foot pedal to trigger samples. Since he had a STM32F429 evaluation board handy, he decided to build the Stmpler using the board, a touch screen, an ...
[Sashi]'s PURE modules system wants your next wireless microcontroller and sensor module project to be put together using card-edge connectors. But it's a lot deeper than that -- PURE is an entire wir...
Anyone who enjoys creating Internet of Things projects may be interested in a new range of building blocks which have been specifically created for IoT
Pure Engineering's Arduino IDE compatible “PUREmodules” kit offers solderless IoT prototyping, and features a Nordic NRF52 Bluetooth SoC and sensors.
Over the past decade, the majority of new open source OS projects have shifted from the mobile market to the Internet of Things. In this fifth article in our IoT series, we look at the many new open source operating systems that target IoT.
Cet article observe l’évolution des OS serveurs et de leur passage vers le Cloud
Google poursuit son ancrage dans l'Internet des objets en lançant l’OS Android Things (succédant à Brillo) et enrichit sa plateforme de développement Weave.
Previous posts in this IoT series have examined frameworks, development hardware, privacy/security issues, and smart hubs. But it all starts with the OS.
A little more than the month after the companies announced their digital partnership, the app appears at the Windows Store.
Esta quinta-feira, descola da Guiana Francesa um lançador com quatro satélites Galileo, da ESA. A bordo segue um sistema operativo criado pela Edisoft, que gere todas as funcionalidades de cada um dos satélites
To achieve FACE alignment, a safety-critical embedded operating system must provide a combination of features historically found in certified ARINC 653 OSs, as well as POSIX APIs found in real-time OSs.