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github.com | ||
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www.elektormagazine.com
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| | | | | The K210 from Kendryte is a RISC-V-based microcontroller with an AI accelerator. In this article, we detail how you can run Quake 1 on the microcontroller. | |
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andreas.welcomes-you.com
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| | | | | The short story The objective of the work described below was for me: There is a long description below for those interested on how to generate the binaries for the RISC-V board and produce the root fs containing Debian Linux. For those who don't want... | |
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jborza.com
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| | | | | For reference, I wanted to check how qemu boots RISC-V Linux. Loosely following a guide , I describe how to build and boot a Linux environment targeting the 32-bit RISC-V architecture. There are three things we will need: QEMU the emulator Linux kernel root filesystem with some binaries I'm reusing a custom riscv-gnu-toolchain I've built previously, targeting the RV32IMA architecure. For targeting the 64-bit machine, it's easier to riscv64-linux-gnu- cross-compiler toolchain with the gcc-riscv64-linux-gn... | |
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tomscii.sig7.se
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| | | [AI summary] This is a detailed account of the development and construction of a DCF77-controlled clock with additional features like temperature and humidity sensing. The author describes the design process, hardware components, and software implementation, including the use of a simulator for development. The project includes a bill of materials, cost analysis, and future improvements. The source code and hardware design are shared under an open license. | ||
