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verilog

OPEN SOURCE TOOLS, OPEN FPGA, OPEN ASICS, OPEN CLOUD SYSTEMS

AUTOMATIC SYSTEMVERILOG LINTING IN GITHUB ACTIONS WITH VERIBLE

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Diagram depicting Verible integration with Github Actions With the recent advances in open source ASIC development tools such as Verible, it has become easier to automate tasks and boost developer productivity. The Verible linter is a static code analysis tool that has been helping...
OPEN SOURCE TOOLS, OPEN FPGA, OPEN ASICS, OPEN ISA

OPEN SOURCE SYSTEMVERILOG TOOLS IN ASIC DESIGN

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Diagram depicting SystemVerilog tools Open source hardware is undeniably undergoing a renaissance whose origin can be traced to the establishment of RISC-V Foundation (later redubbed RISC-V International). The open ISA and ecosystem, in which Antmicro participated...
OPEN FPGA, OPEN ASICS

DYNAMIC SCHEDULING IN VERILATOR - MILESTONE TOWARDS OPEN SOURCE UVM

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Dynamic scheduling in Verilator UVM is a verification methodology traditionally used in chip design which has historically been missing from the open source landscape of verification-focused tooling. While new, open source approaches to verification have...
OPEN FPGA, OPEN SOURCE TOOLS

TESTING OPEN SOURCE USB IP CORES WITH PYTHON AND COCOTB

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USB testing diagram USB is often a daunting topic for developers, and implementing support for it from scratch is a time consuming task. When the expected result is more complicated than a USB-to-serial bridge, the solution would be to either...
OPEN FPGA, OPEN SOURCE TOOLS, OPEN ASICS

AN OPEN SOURCE SYSTEMVERILOG TEST SUITE

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SystemVerilog logo At Antmicro, we work with improving development flows for both software, hardware, FPGA and ASIC design, for which we use, contribute to and produce a wide variety of open source tools. Verilog, SystemVerilog and open tooling
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