Simplifying Authenticated Cloud Connectivity for Any Device.
How Wi-Fi and Cellular connectivity modules with ExpressLink can help create secure cloud connected devices. See the blog post.
Designing an energy efficient and cloud-connected IoT solution with CoAP.
A client/server, request/response, UDP-based protocol for efficiency and cloud compatibility. See the blog post.
Introducing FreeRTOS Kernel version 11.0.0:
A Major Release with Symmetric Multiprocessing (SMP) Support. See the blog post.
FreeRTOS Roadmap and Code Contribution process.
The FreeRTOS roadmap and code contribution process are now published here and on GitHub. See the blog post.
OPC-UA over TSN with FreeRTOS.
A development project to give applications consistent access to hardware TSN capabilities. See the blog post.
Statically Allocated FreeRTOS Reference Project
Introduction
RTOS objects, such as tasks, queues, semaphores and software timers, can be created
using automatically allocated RAM, or pre-allocated (statically allocated) RAM.
The following pages provide more details:
This page documents a reference project that demonstrates FreeRTOS being used
with configSUPPORT_DYNAMIC_ALLOCATION set to 0 - so with all the RTOS objects being
created using pre-allocated (potentially statically allocated) RAM, and without
building any of the FreeRTOS heap implementations. The reference uses the
FreeRTOS Windows port,
so it can be built and executed without the need for any specific embedded
hardware.
If you have not done so already, download
and unzip the official FreeRTOS distribution.
Start Visual Studio, then use the File|Open|Project/Solution menu item
to open the Win32.sln solution file, which is located in the
FreeRTOS/Demo/WIN32-MSVC-Static-Allocation-Only directory of the official FreeRTOS
distribution.
Read the comments in main.c, before compiling and then
either debugging or running the application.
The output produced by the 100% statically allocated FreeRTOS
reference project
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