Embedded Computing Design

This is the fourth part of a four-part series of articles presenting a unique product MPU Plus? and a methodology for using the Cortex-M MPU to achieve improved MCU security.

This is the third part of a four-part series of articles presenting a unique product MPU Plus? and a methodology for using the Cortex-M MPU to achieve improved MCU security.

This is the second part of a four-part series of articles presenting a unique product MPU Plus and a methodology for using the Cortex-M MPU to achieve MCU security.

This is the first part of a four-part series of articles presenting a unique product MPU?Plus? and a methodology for using the Cortex-M Memory Protection Unit (MPU) to achieve improved MCU security.

  The Cortex-M v7 memory protection unit (MPU) is difficult to use, but it is the main means of hardware memory protection available for Cortex-M3, -M4, and -M7 processors[1]. These processors are...

As noted in my previous blog, Security and the Cortex-M MPU, embedded systems are being drawn more into the Internet of Things (IoT), and consequently...

Many embedded systems use no heap. Many of those that do use a heap use a serial heap that must be searched sequentially, and thus can be very slow. M...

Make time for error-handling aids. It'll pay off in the long run. Most RTOSs provide monitoring and reporting of service call and other types of error...

The economics of consumer electronics is driving ever smaller semiconductor feature sizes, also known as "nodes." The node size determines a transisto...

Follow some simple steps and you'll make the right RTOS choice An RTOS consists of a kernel plus middleware. Middleware is needed to do certain functi...

Task switching is important. But don't overdue it. Task switching is what multitasking is all about. However, too much of it may spoil the stew for th...

Embedded systems should be designed the same way that we decorate Christmas trees. The tree is the RTOS, and there are many to choose from. You should...