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risc-v

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OPEN ISA, OPEN SIMULATION

RECENT DEVELOPMENTS IN THE ZEPHYR PORT FOR RISC-V

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Visualization of RISC-V running in Zephyr As the open source Zephyr RTOS continues to grow in popularity, with most of the leading semiconductor vendors supporting the project as members, so does the open RISC-V ISA see ever-increasing adoption in real-world use cases...
OPEN SOURCE TOOLS, OPEN SIMULATION, OPEN SOFTWARE LIBRARIES

IMPROVING DATA SOURCES AND TESTS IN THE RENODE ZEPHYR DASHBOARD AND RENODEPEDIA

Published:

A representation of the updates to the Zephyr and U-Boot Dashboards Since its launch in 2021, we’ve been developing the Renode Zephyr Dashboard, a CI system combining structured data obtained from the Zephyr RTOS with our own Renode simulation framework, running a range of samples on over 470...
OPEN ASICS, OPEN SOURCE TOOLS

SPEEDING UP OPENROAD FOR FAST TURNAROUND DESIGN FEEDBACK

Published:

OpenROAD optimizations illustration The OpenROAD project provides an open source ASIC toolchain that reduces the entry barriers to the field of hardware development and allows fast-turnaround feedback about your design, helping increase productivity of silicon...
OPEN SOURCE TOOLS, OPEN ASICS, OPEN FPGA

INTRODUCING CONSTRAINED RANDOMIZATION IN VERILATOR

Published:

Constrained randomization in Verilator illustration Large and complex SystemVerilog designs, such as CPUs, are difficult to test thoroughly, as there are many interesting signal combinations that influence a design’s behavior, including corner cases that are easy to overlook...
OPEN SOURCE TOOLS, OPEN SIMULATION

INTRODUCING CODE COVERAGE REPORTING IN RENODE

Published:

Code coverage reporting in Renode illustration One of the key metrics helping ensure code quality is test coverage, providing objective, automatic ways of making sure that all of the most important branches of the code are verified. Antmicro’s open source Renode simulation...
OPEN SOURCE TOOLS, OPEN ISA

DEVELOPING AND TESTING HETEROGENEOUS SPACE SYSTEMS WITH RENODE

Published:

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...
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