SoCs incorporate programmable elements (microcontrollers (MCUs) and digital signal processors (DSPs)) making their software content as expensive and time-consuming to develop as their hardware. Using ...

From tiny embedded microcontrollers in domestic appliances to super-powerful 64-bit multi-core behemoths in high-end mobile phones, it’s certain you’ll own quite a few ARM processors even if ...

ARM has introduced its smallest Cortex processor yet. At 12,000 gates ... The core is considerably simpler than the Cortex-M3 – the embedded microcontroller core that was the first ARM to be widely ...

Texas Instruments’ latest MCU, part of its Arm Cortex-M0+ series ... have centered on making processors faster and more ...

while maintaining the industry leading capabilities of the ARM® Cortex-M family of processors for advanced microcontroller (MCU) applications. NXP intends to use the Cortex-M4 processor for a wide ...

We use ARM devices in everything from our microcontroller projects to our laptops, and many of us are aware of the architecture’s humble beginnings in a 1980s Acorn Archimedes computer. ARM ...

British company ARM® specialises in designing the CPU architecture that powers the vast majority of smartphones and tablets available today. Not only that, ARM also builds the blueprints for ...

‘For a person that has worked for years in semiconductors the day that your microprocessor is put into a new system is really the day that you celebrate the fact that it becomes real for ...