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co-simulation

OPEN SIMULATION, OPEN SOURCE TOOLS

RENODE INTEGRATION WITH MPACT-CHERIOT FOR SECURE IOT SYSTEMS SIMULATION

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Renode and CHERIoT  illustration The Capability Hardware Extension to RISC-V for Internet of Things (CHERIoT) project provides a hardware platform built around a modified RISC-V Ibex core, designed for enhanced security through limited access of executed applications...
OPEN SOURCE TOOLS, OPEN SIMULATION

RENODE GITHUB ACTION FOR AUTOMATED TESTING ON SIMULATED HARDWARE

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Renode GitHub Action for automated testing in simulation Testing in simulation is a great way to enable parallel development of software and hardware and ensure quality standards starting early into your project. Renode, Antmicro’s open source simulation framework provides a deterministic...
OPEN SOURCE TOOLS, OPEN ASICS, OPEN FPGA

SYSTEMC CO-SIMULATION IN RENODE

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SystemC co-simulation in Renode, hero image SystemC is a C++-based system design and verification language and library that allows for modeling of hardware systems, widely used by IP vendors who often provide SystemC-based models for their blocks. Based on community...
OPEN SOURCE TOOLS, OPEN ISA

DEVELOPING AND TESTING HETEROGENEOUS SPACE SYSTEMS WITH RENODE

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Renode for space - main illustration While landing humans on the Moon was a feat accomplished with very basic compute power of 2MHz provided by the Apollo Guidance Computer, modern spacecraft can take advantage of a much more advanced and capable data processing...
OPEN SOURCE TOOLS, OPEN HARDWARE, OPEN SIMULATION

HIGH-FREQUENCY HARDWARE DESIGN WITH OPEN SOURCE SIGNAL INTEGRITY ANALYSIS

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VSD block diagram of the data processing flow Hardware design of advanced video processing devices is one of the key areas of activity at Antmicro. With a never-ending pursuit of higher data throughput, signal integrity moves to the forefront of challenges in modern PCB...
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