The ARM Cortex-M0+ processor is the most energy efficient ARM processor available. It builds on the very successful Cortex-M0 processor, retaining full instruction set and tool compatibility, while ...

ARM have announced their latest processor, the ARM Cortex-M0, which the company is describing as their smallest, lowest power and most energy efficient processor to date. The Cortex-M0 consumes as ...

Highlighting its role as a leader in ARM®-based embedded processing, Freescale Semiconductor (NYSE: FSL) announced it will demonstrate its new Kinetis L series microcontrollers (MCUs) built on the ...

The scope and capabilities of the Cortex-M0+. The potential advantages of a two-stage vs. three-stage pipeline architecture. How Cortex-M0+ delivers performance and low energy consumption. Cortex-M0+ ...

Arm researchers have rolled out a prototype of what the company calls the world's first fully operational 32-bit Arm-based microprocessor based on a flexible plastic substrate instead of a brittle ...

我们常说的单片机，目前32位的绝大部分都是基于Cortex-M内核。 像意法半导体的STM32F1系列是Cortex-M3内核、瑞萨的RA8D1系列是Cortex-M85内核、兆易创新的GD32F4系列是Cortex-M4内核。 基于 ARM 内核的单片机，除了Cortex-M内核之外，早期还有像ARM7、 ARM9、 ARM11的单片机（80后 ...

ARM is a company that should need little introduction. Its Cortex A-series CPU architecture is now as synonymous with smartphones and low-power mobile devices as Intel is with x86 desktops, servers ...

While we would expect a barrage of new CPU announcements from someone like Intel or AMD, it's been ARM of late pushing out the new silicon. Just days after showcasing its first 32 nanometer chip, the ...

A team of researchers at the University of Cambridge successfully replaced a battery with algae to provide continuous power to a microprocessor. The tiny system is roughly the same size as an AA ...

When a WFI instruction is executed or when the processor enters sleep mode using the Sleep-On-Exit feature, the processor stops instruction execution and wakes up when an (higher priority) interrupt ...

Why it matters: As you can probably attest, modern wearables can be slapped on a wrist or slotted in an ear without a problem. But they're not subtle enough, neither in their design or cost, to be ...