Tokyo, Japan. eSOL now supports the Arm Cortex-R82AE, highlighting enhancements utilizing virtual prototypes of Arm's leading Automotive Enhanced IP under Arm Virtual Hardware (AVH), developed by Corellium. Arm's Cortex-R82AE processor, implementing the 64-bit ISA, is designed for applications requiring advanced real-time control while ensuring system functional safety. With the ability to run eMCOS POSIX on the Cortex-R82AE and Arm’s Cortex-A processors, eMCOS POSIX becomes a scalable OS, supporting microcontrollers to high-end SoCs, making it optimal for mission-critical systems.

Embedded Computing Design’s Road to Embedded World will highlight a host of embedded suppliers who will be showcasing their latest products and technologies at Embedded World, April 9th to 11th in Nuremberg, Germany. Embedded World is the largest global gathering of its kind. Check back regularly to see where the Road to Embedded World takes us.

Tokyo, Japan. In Spring 2023 eSOL will issue the latest versions of its CC-Link IE TSN SDK supporting CC-Link IE TSN, specified by the CC-Link Partner Association. It proliferates a shorter development time for industrial devices supporting the standards set for CC-Link IE TSN to enable communication for factory automation and IT environments.

eSOL announced a new partner solution which will allow customers to exploit the full potential of the Rust programming language across a host of mission-critical and functional safety applications.

eSOL announced a proof of concept (PoC) demonstrating a communication gateway ECU based on an open standard software model using a SOA on Renesas Electronics’ in-vehicle SoC (System on Chip) products.

Most of today’s safety-critical embedded software applications are comprised of three components: developer written application code, standard library components, and a real-time operating system (RTOS). Rolland Dudemaine, the Vice-President of Engineering at eSOL Europe, verifies that the latter piece is why compliance with safety standards, such as ISO 26262 for automotive, is so important.

Working with real-time operating systems has historically been an esoteric endeavor – especially if the RTOS controls safety- and security-critical equipment like industrial machinery or advanced driver assistance systems (ADAS).