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co-simulation

OPEN SOURCE TOOLS, OPEN FPGA

ADVANCED CO-SIMULATION WITH RENODE AND VERILATOR: ZYNQ AND FASTVDMA

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Diagram depicting co-simulation of Zynq Co-simulation is extremely useful for developing complex systems, especially those targeting FPGA SoCs, where specialized IP cores often interact with advanced software running on the hard CPU. Co-simulation has been available...
OPEN SOURCE TOOLS, OPEN NETWORKING

INITIAL BLUETOOTH SUPPORT FOR NRF52840 IN RENODE

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Nordic chips communicating in Renode For several years now we have been working with the Google TensorFlow Lite Micro team on making their ML framework aimed at MCUs and other low-power devices easier to test and demonstrate using our open source simulation framework...
OPEN ISA, EDGE AI, OPEN SOURCE TOOLS, OPEN HARDWARE

RENODE 1.12 RELEASE - NEW PLATFORMS, SENSORS AND DEBUGGING FEATURES

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RE 1.12 Originally created to meet Antmicro’s internal need for a flexible system design and testing tool, Renode has been in use by numerous projects and organizations including internet giants like Google, Microsoft and Amazon,...
OPEN SOURCE TOOLS, OPEN HARDWARE

USING RENODE FOR EDUCATION, RESEARCH AND DEMONSTRATION

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Renode for education Throughout Renode’s history, our open source framework has been applied in a variety of use cases, some of them entirely expectable, given that the tool was initially created to cover embedded software development and testing...
OPEN SECURITY / SAFETY, OPEN HARDWARE, OPEN ASICS, OPEN OS

BUILDING RISC-V SYSTEMS ON THE SECURE SEL4 MICROKERNEL IN RENODE

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seL4 and Renode logos The increasing complexity of IoT applications comes with a bigger risk of potential cyber-attacks that can target multiple layers and components of a system. The ever-growing Common Weakness Enumeration (CWE) list, with thousands...
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