Renode framework

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.

[Antmicro @antmicro]

@ADI_News and Antmicro collaborate to make it faster and easier for developers to build high‑performance embedded applications with extended Armv8.1-M Helium instruction support in the @renodeio simulator.
Read the article on Analog's Developer Portal: https://t.co/7xek7ttp4M

[Antmicro @antmicro]

Read how @Google's RISC-V-based Coral NPU can serve as an accelerator for SoCs and how we use tools such as @renodeio and Verilator for simulation-driven development and UVM-based verification of Coral-enhanced platforms: https://t.co/oFeMOx3e8f @googledevs @CHIPSAlliance

[Antmicro @antmicro]

The @Arm Cortex-A53-based @NXP https://t.co/5f0VY4Uvgd 8M Plus platform offers advanced ML processing, audio/video support and various connectivity options. See how you can simulate it in @renodeio to develop and test your system, and try a Linux demo: https://t.co/61R7ExbWhQ

[Antmicro @antmicro]

In collaboration with @ADI_News, we improved @Arm v8.1-M support in @renodeio with M-Profile Vector Extension (a.k.a. Helium), extending Renode's use cases even further with DSP and ML applications. See how you can use Renode for testing Cortex-M platforms:
https://t.co/F2YvG4sbuL

[Antmicro @antmicro]

With @renodeio support for the @RISC_V @Andes_Tech D25F core, platforms like the Egis ET171 can be simulated easier. Find out how we expanded the fingerprint module test suite for @Google's @ZephyrIoT-based Chromebook EC and how Renode aids in CI-driven testing of production-grade devices: https://t.co/ZsqQa6mIS9

[Antmicro @antmicro]

See how you can now connect @renodeio to the Internet on macOS through the recently introduced vmnet support using socket-based networking:
https://t.co/14BDeL1Hif

[Antmicro @antmicro]

Final day at @embedded_world! Don't miss the chance to see what's new in our portfolio of open source @ZephyrIoT tools and workflows: the grvl GUI lib, RDFM-based OTA update systems for MCUs running Zephyr, the Zephelin AI profiling & tracing library, and new boards in @renodeio

[Antmicro @antmicro]

As we celebrate @ZephyrIoT 10 year anniversary at @embedded_world and the rapidly growing ecosystem, check out the #ZephyrRTOS @renodeio Dashboard, a massive CI system showing which Zephyr-compatible boards are currently supported in our simulation framework: https://t.co/tdBX6YGmSk

[Renode framework @renodeio]

Renode received a new GUI! Experiment with a new way of interacting, combining all the different aspects of Renode into a single viewport, and see how it can be easily integrated with WebUIs such as @antmicro's System Designer https://t.co/WICbXJaHhV

[Antmicro @antmicro]

Introducing @renodeio support for the high-performance, low power @NXP https://t.co/5f0VY4Uvgd RT700 MCUs, well-suited for building AI-enabled devices such as wearables or AR/XR headsets. Read about the implementation and try a @ZephyrIoT audio demo:
https://t.co/uKm35o7nNg

[Antmicro @antmicro]

We've improved inter-core atomic instructions behavior in @renodeio by implementing an HST algorithm for memory reservations. Check out increased performance and accuracy on SMP platforms and contact us for simulating multi-core systems, optimization, and other services: https://t.co/lnHFKb1JL2

[Antmicro @antmicro]

Introducing support for reverse execution in @renodeio for single core machines, allowing you to rewind and replay your program for easier debugging. See how we extended Renode's integration with GDB and try a reverse debugging demo:
https://t.co/AKHM6oMZGI

[Antmicro @antmicro]

SMMU translation is now available in @renodeio for software running on @Arm Armv8-A and Armv8-R CPUs. Coupled with Renode's extensive testing features, precise simulation of SMMU behavior enables a simple way to ensure memory integrity on heterogeneous multi-core platforms: https://t.co/h5YMEG0vPa

[Antmicro @antmicro]

See how you can use our @bazelbuild rules for @renodeio to integrate Renode with existing development workflows to benefit from the hermetic, reproducible builds & comprehensive testing flows. Learn more & try a co-simulation demo with Verilator over DPI: https://t.co/CYJbx5Uqpi

[Antmicro @antmicro]

Use girdl, our open source Ghidra plugin, to automatically detect peripherals and their registers in decompiled code, based on files such as SVDs and RDLs generated from @renodeio; useful for analyzing drivers. See an analysis of @chipsalliance I3C core: https://t.co/zUip6P6y5h

[Renode framework @renodeio]

With support for Kernel-based Virtual Machine in @antmicro's Renode you can now simulate x86 and x86-64 platforms on Linux-based x86-64 machines significantly faster. Read about the KVM CPU implementation and try the demo: https://t.co/82Nr0Qx9Jg

[Antmicro @antmicro]

Join our @FossiFoundation #ORConf talk where we demonstrate a complete set of open source, vendor-agnostic tools allowing to automatically overview, document and analyze digital design development: Topwrap for SoC aggregation, PeakRDL, uvmdvgen, Testplanner, Coverview & @renodeio https://t.co/bEhVvc3rvT

[Renode framework @renodeio]

You can now simulate and test complex low-power mesh IoT systems in @antmicro's open source Renode, such as home automation solutions, based on the @siliconlabs Wireless Gecko Series 2 SoCs, with their built-in multi-protocol radio connectivity features: https://t.co/1LoAk8JA4s

[Antmicro @antmicro]

In @Renodeio, you can now test the embedded system you are designing based on the @Arm ARMv8-A @RenesasGlobal RZ/G2L MPU - try it with Linux and @ZephyrIoT demos running on its two dedicated processors:

https://t.co/2TYsqSmJUm

[Antmicro @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: https://t.co/gEubPLY6eA