Built on the same power-saving architecture used in everything from IoT devices to high-end smartphones, Arm’s Cortex-R family of real-time CPU cores is becoming one of the main building blocks ...

To date, over 300 billion Arm ISA-based processors have been deployed, approximately 38 Arm cortex processors per person.

Cortex-R has programmer and exceptional model is same as Classical Series of ARM where as (Small change in Exception processing, Cortex-R makes use of SRS,CPS,RFE for exception entry and exit)Cortex-M ...

Ferrous Systems, the leader in Rust solutions for safety-critical systems, announces that they have succeeded in porting Rust to the Armv8-R based Arm Cortex-R52 and are donating the resulting ...

Introduction The ARM® Cortex™-A8 microprocessor is the first applications ... Applications (A) processors, Realtime (R) processors and Microcontrollors (M). Applications processors are intended for ...

Arm Cortex-A320 is a low-power Armv9 CPU core optimized for Edge AI and IoT applications, with up to 50% efficiency improvements over the Cortex-A520 CPU ...

In a surprising move, ARM has made two Cortex-M cores available for FPGA development at no cost. In the over three decades since [Sophie Wilson] created the first ARM processor design for the ...

It was announced last year, but ST is finally rolling out the STM32F7, the first microcontroller in production that is based on the ARM Cortex-M7. Right now there a few STM32F7 parts out ...

Geehy Semiconductor has introduced the G32R501 Cortex-M52 industrial AI MCU, the industry's first real-time MCU based on a ...

Built on the same power-saving architecture used in everything from IoT devices to high-end smartphones, Arm’s Cortex-R family of real-time CPU cores is becoming one of the main building blocks ...

To resolve this, Ferrous Systems has now published a collection of Rust library crates and examples for Rust on Arm Cortex-R, mirroring those available for Rust on Arm Cortex-M. These include the ...