As I mentioned in another article, ARM Cortex-M3 is not compatible with ARM7TDMI in interrupt, ISA, bus structure and JTAG protocol (SWD). You have to upgrade ARM7TDMI tools to support Cortex-M3 microcontrollers. After a small research, I summarize following tool related information for your reference.

As soon as any benefit can be drawn out of such an activity, deployed electronic systems are subject to hacking in the same manner as regular PCs are. This article will briefly describe the methods employed by microcontroller hardware hackers and will also shed some light on the method employed by the micro manufacturers to prevent this kind on activities.

The pedal sub routine’s responsibility is to move the pedal. Okay. So, first thing we’re going to do is we’re going to clear the old pedal position.

Freescale has developed a scalable portfolio of low-power microcontroller solutions blending leadingedge battery saving technology with a range of performance and peripheral options.

Freescale has an interesting product line: embedded MCU plus power, MM908Exxx. It is a combination of analog features such as high side and low side switches, H-bridge stepper motor drivers using SMARTMOS technologies with Freescale standard flash microcontroller (HC08/HC12) in a single package.

Like I said, we’re now in an interactive debugging session. We just stopped the program. We can actually continue the program

Freescale announced a smart metering solution based on the new MCF51EM Family of ColdFire V1 MCUs. The MCF51EM256/128 devices integrate on-chip 16-bit ADC, a flexible LCD controller etc

Microchip introduced 2 new development tools to its simple and easy-to-use graphics display portfolio for 16- and 32-bit PIC microcontrollers and dsPIC digital signal controllers.

The MPLAB Starter Kit for PIC18 Microcontrollers, contains all of the components, documentation, schematics, debugging and programming capabilities needed to evaluate the high-performance PIC18 8-bit microcontroller (MCU) family in low-power USB and touch-sensing applications.

In just ten minutes you can easily build a 2.4GHz wireless programmable doorbell chime, using just a pair of CPUSticks, a switch, and a buzzer.