Renode framework
@renodeio
Renode is an open source tool revolutionizing embedded/IoT development. It lets you run unmodified SW for complex (e.g. multinode) systems in virtual HW setups.
.@risc_v & @ZephyrIoT are rapidly evolving. Antmicro helps both communities by keeping the Zephyr port for RISC-V up to speed, like support for the Zaamo and Zalrsc Extension split from A Extension, useful for devices not utilizing cached memory github.com/zephyrproject-… @renodeio
With SystemRDL support in Renode you can now generate C# stubs from SystemRDL w/ a PeakRDL plugin, as well as extract SystemRDL from Renode models w/ Renode Model Analyzer. Learn how to simplify platform support prototyping in Renode: renode.io/news/systemrdl… @accellera @antmicro
Using @renodeio's extensive execution tracing capabilities and the new integration with Coverview you can now track code coverage, without additional instrumentation of the code, and aggregate results into a unified, interactive dashboard: antmicro.com/blog/2025/06/r…
We extended @Google Pigweed SDK to support Bluetooth on @Arm Cortex-M33 @NXP MIMXRT595 MCU for use in constrained wireless devices. Check out the PoC using 1x MIMXRT595 MCU runing Pigweed and 3x @NordicTweets nRF52840 SoCs with @ZephyrIoT and @renodeio antmicro.com/blog/2025/05/p…
See how you can benefit from full-system simulation of CHERI-enabled hardware in @renodeio thanks to its integration with MPACT-Cheriot, and try a co-simulation demo of a complete CHERI-based @risc_v platform: antmicro.com/blog/2025/05/r… @Google
Discover how we improved @renodeio's performance on 64-bit @Arm-based machines such as @Apple Macs, @Raspberry_Pi and server infrastructure with native 64-bit Arm host support, now available for both macOS and Linux: antmicro.com/blog/2025/05/n…
Watch our RISC-V in Space talk on using Renode to create digital twins of platforms, run unmodified SW in multi-node heterogeneous systems, debug in a fully controlled environment and test rigorously end to end youtube.com/watch?v=xFaI39… @antmicro @risc_v @gaisler_space @esa

See how we extended @renodeio with new complex DPI-based HDL co-simulation scenarios and find out how we can help you accelerate FPGA & ASIC design, development and testing with a flexible, deterministic co-simulation environment antmicro.com/blog/2025/04/c… @MicrochipTech #Verilator
We return to @TheAmpHour with a deep dive into System Designer + @renodeio and how to conceptualize, simulate and build advanced HW/SW systems from the chip upwards; @ZephyrIoT, an AutoML module in Kenning AI framework, @CHIPSAlliance Caliptra RoT & more theamphour.com/691-system-des…
Antmicro presenting the open source @renodeio simulation framework and how it helps accelerate development and testing of RISC-V systems destined to go to orbit and beyond at RISC-V in Space in Gothenburg. @risc_v @gaisler_space @esa Find out more: lnkd.in/dxiwhzZz
You can quickly deploy optimized AI models generated with @antmicro's Kenning on platforms supported in Renode via the recently added VS Code plugin.
ADI and @Antmicro are making it easier to run AI on small, power-efficient devices with Kenning. Dive into the details: ow.ly/MN2Q50Vguyu and see it live in action at #EW25. Hall4A, Booth 360. #ADIatEW
Swing by @ADI_News 4A-360 for a demo of the open source AutoML for Embedded module in our Kenning AI library: generate anomaly detection models for time-series sensory data, get model summaries, deploy! AI execution is handled with Kenning Zephyr Runtime antmicro.com/blog/2025/03/a……
Hello @embedded_world! Stop by Antmicro at @ZephyrIoT 4-170 to discover a unique methodology for fast Zephyr product development with System Designer that leverages the RTOS' structuredness. See Zephyr-based software running in @renodeio simulation, with VSCode plugin, tracing,…
In collaboration with @ADI_News, we present an open source AutoML framework based on our Kenning library. Easily create and evaluate AI models for MCUs like MAX32690 via VS Code and quickly deploy on device or @renodeio simulation antmicro.com/blog/2025/03/a… @zephyriot @AutoML_org
Introducing Renode support for the @NXP S32K Automotive General-Purpose MCU. Read more about the implementation, interact w/ Zephyr shell over UART on the simulated MCU and test CAN support with @robotframework: renode.io/news/renode-su… @ZephyrIoT @antmicro
Meet Antmicro & @ZephyrIoT at @embedded_world! Learn to build Zephyr-based products in System Designer and @renodeio simulation feat. VSCode plugin, coverage reporting and Zephyr awareness enhancements for faster and smoother development: zephyrproject.org/zephyr-project… @linuxfoundation
Renode now supports the ultra-low-power, 16-bit @TXInstruments MSP430 MCU family. Learn how we can help you develop, simulate & test MSP430-based devices for space & other applications like 6LoWPAN networks using Renode & try a @contiki_ng demo: renode.io/news/simulatin… @antmicro
Introducing a Renode VS Code/Theia extension that lets you integrate simulation-based tests and debugging into your editor flow. See how you can set it up locally and in a web IDE: renode.io/news/introduci… @antmicro @code @theia_ide
Introducing a Renode VS Code/Theia extension that lets you integrate simulation-based tests and debugging into your editor flow. See how you can set it up locally and in a web IDE: antmicro.com/blog/2024/12/i… @renodeio @code @theia_ide
Discover how to create multi-node CAN networks in Antmicro's @renodeio simulation framework with the help of #SocketCAN, including integration with #Wireshark and illustrated with a @ZephyrIoT demo. antmicro.com/blog/2024/11/d… @WiresharkNews @linuxfoundation