Dec 14
2023
Automotive engineering in the past 30 years has been transformed by the growing capabilities of microprocessors, enabling their use in a wide range of the vehicle’s capabilities related to safety, convenience and efficiency. Modern vehicles can have hundreds of microcontrollers and application processors, managing anything from engine and transmission control systems, cruise control, brakes and other safety-critical systems, to infotainment, in cabin systems and more. Read more
Dec 6
2023
With the rapid uptick in the adoption of our Renode open source embedded system simulation framework in areas like automotive and space, Antmicro has been steadily expanding support for new hardware targets, most recently with the addition of ARM Cortex-R5 and Cortex-R8. Read more
Nov 24
2023
Following the announcement of support for ARMv8-A and ARMv8-R ISAs earlier this year, Antmicro has now extended its Renode system simulation framework with initial support for Cortex-R5 and Cortex-R8 cores implementing the 32-bit ARMv7-R instruction set, thus expanding the already great coverage of the ARM architecture portfolio. Read more
Nov 10
2023
A user-friendly, well-structured Command Line Interface (CLI) is especially critical in software development tools used for scripting, automation and CI. With our open source Renode simulation framework, Antmicro helps product development teams create, debug, and test multi-node device systems, and Renode’s CLI plays a big part in facilitating just that. Read more
Oct 27
2023
Around two years ago, Antmicro introduced the Renode Zephyr Dashboard that combines structured data from the Zephyr RTOS with the capabilities of our open source Renode simulation framework. The dashboard is essentially a window into a massive CI setup testing hundreds of Zephyr targets across a range of demos against Renode, providing a status of support with all relevant artifacts, and has been used as the basis for our consecutive projects aiming at gathering and unifying information about the hardware ecosystem. Read more