RISC-V-Guide
ch32v307
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RISC-V-Guide | ch32v307 | |
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9 | 8 | |
449 | 342 | |
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6.3 | 4.0 | |
4 months ago | about 2 months ago | |
Assembly | C | |
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RISC-V-Guide
- RISC-V Development with Android and Linux
- Android Development on RISC-V
- Getting started with Android Development on RISC-V
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Experiences with RISC-V boards and general development?
I know RISC-V has a been around for several years now and companies like Western Digital use it for their NAS products and even Apple has hired a few RISC-V engineers in the past year. Though, what are other peoples experiences with RISC-V engineering and development? Also, for those that haven't heard of RISC-V here some some helpful Tools, Projects, and Learning Resources.
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Tools & Resources for RISC-V development
Useful Tools & Resources for RISC-V development.
- Useful Tools and Resources for RISC-V development
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Tools and Resources for RISC-V
A useful set of Tools and Learning for RISC-V.
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Useful Tools and Programs for RISC-V
I found a useful list of Tools, Programs, and Resources for RISC-V. Looks like it covers RISC-V models, RISC-V Operating systems, RISC-V Tools, 5G, and Machine Learning. I thought I'd share it for anyone that's interested. https://github.com/mikeroyal/RISC-V-Guide
- Cool Risc-V Guide/Wiki on GitHub
ch32v307
- My alpha Pico-based CH32V003 debug tool is ready for a few testers
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Hardware/software to run RISC-V ASM?
VCC-GND Studio is about to launch similar boards based on CH32V307.
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EPS32 but for wired Ethernet instead?
But if you're looking for RISC-V + integrated PHY, take a look at WCH's CH32V307 - just add magnetics, termination and an RJ45 jack and you've got 10BaseT.
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MCU dev board with 5 UARTs?
Yes, English datasheets can be found - along with code examples, board schematics etc - at the openwch/ch32v307 Github repo.
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Useful Tools and Resources for RISC-V development
More realistically, I DO think there's value for a terminal server that's just an ethernet connection (even one that's ancient) with some amount of programmability that's connected to 80 GPIO pins, some of which may be serial ports. I could imagine testing 1-2 Raspberry Pi-class with a bed of nails style test jig that confirms that all the GPIO, JTAG, and such are at least toggleable by sending synchronized signals to the BeagleBone/VisionFive/ESP32-C3/ whatever to confirm that all the I/O pins survived the fine wires from the wafer to the package plus all intervening PCB vias and soldering and so on. (Maybe you can't test board X with another board X because there's a different number of inputs and outputs.)
- The RISC-V MCU CH32V307 is a bad boy
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New $10 Risc-V development board
looks to be IMAFC from the PDF on their github (https://github.com/openwch/ch32v307/blob/main/Datasheet/CH32V20x_30xDS0.PDF)
What are some alternatives?
ch32-rs - Embedded Rust device crates for WCH's RISC-V and Cortex-M microcontrollers
pico-examples
jupiter - RISC-V Assembler and Runtime Simulator
Cores-VeeR-EH1 - VeeR EH1 core
Energia - Fork of Arduino for the Texas Instruments LaunchPad's
ch32v103
freedom-tools - Tools for SiFive's Freedom Platform
lxp32-cpu - A lightweight, open source and FPGA-friendly 32-bit CPU core based on an original instruction set
riscv-openocd-wch - This is the OpenOCD source code modified to support WCHlink and CH32Vxxx MCUs, received from MounRiver after my GPL request, and published here as a service for everyone interested, BTW: 8bitgeek is putting in a lot of effort to make it workable on Linux, check their fork! I claim no copyright on any of it, and I'm only exercising the rights granted by the GPL.
riscv_em - Simple risc-v emulator, able to run linux, written in C.
picorvd - GDB-compatible RISC-V Debugger for CH32V003 that runs on a Raspberry Pi Pico