EDN

The Many Ways of Programming an ARM® Cortex®-M MCU – Part 7

In the previous discussion, we started examining on design supports such as MATLAB and Simulink on ARM Cortex-M processor-based microcontrollers. In this installment, we will explore on LabVIEW™, a ...
EDN

The Many Ways of Programming an ARM® Cortex®-M MCU – Part 6

In the previous parts of this article series, we discussed on Java applications and their significance in programming ARM® Cortex®-M microcontrollers. In this sixth installment, we will shift our ...
New Electronics

Renesas RA8 series of MCUs based on Arm Cortex-M85 processor

Renesas Electronics has introduced powerful new microcontrollers (MCUs), that can deliver a breakthrough performance of over 3000 CoreMark points, and fully deterministic, low latency, real-time ...
Design-Reuse

The basics of low power programming on the Cortex-M0

The ARM Cortex-M0 processor has been designed to provide low-power advantages over other processors. In this article I will discuss how some of these features can be used to advantage in programming ...
Semiconductor Engineering

Building Safe And Secure Software With Rust On Arm

The Rust Programming Language has gained the attention of government security agencies, and even the White House, due to its unique blend of safety, performance and productivity. Rust is designed to ...
Electronic Design

The Cortex-M85 Makes Its Debut

The RA8 main feature set is provided by the Arm V8.1-M architecture used in the Cortex-M85 (Fig. 2). The platform can deliver 6.39 CoreMarks/MHz and run at speeds up to 480 MHz. The architecture ...
Electronic Design

New Cortex-A Targets Edge AI

What’s in Arm’s new edge compute platform? Quad-core Cortex-A320 handles many AI/ML tasks itself. Cortex-A320 boasts improved security. Arm’s low-end edge-computing solution combines the Cortex-M85 ...