.insn r opcode, func3, func7, rd, rs1, rs2 注意:其他type的insn写法见参考2 opcode需使用上述RISC-V base opcode map表格custom-0/custom-1/custom-2/custom-3中的一种,func3/func7字段可以自定义,注意不要超过了位宽限制。 硬件实现了这条自定义指令后,接下来就是软件上
图1.3 RISC-V系列MCU Roadmap 1.3 工业级互联型MCU CH32V307 基于工业级互联型RISC-V MCU CH32V307,通过讲解RISC-V常用汇编指令,分析CH32V307的每个外设功能及使用方法,配合详细的示例代码,帮助大家熟悉RISC-V平台的嵌入式开发。 CH32V307配备了硬件堆栈区、快速中断入口,在标准RISC-V基础上大大提高了中断响...
RISC-V系列MCU Roadmap如下图1.3所示: 图1.3 RISC-V系列MCU Roadmap 1.3工业级互联型MCU CH32V307 基于工业级互联型RISC-V MCU CH32V307,通过讲解RISC-V常用汇编指令,分析CH32V307的每个外设功能及使用方法,配合详细的示例代码,帮助大家熟悉RISC-V平台的嵌入式开发。 CH32V307配备了硬件堆栈区、快速中断入口...
Timer interrupts (Interrupt ID #7) are triggered when the memory-mapped register mtime is greater than or equal to the global timebase register mtimecmp, and both registers are part of the CLINT memory map. mtimecmp can be written by other harts to set up timer interrupts. The mtime and ...
Table 1. RISC-V base opcode map, inst[1 : 0] = 11. inst[4 : 2]000001010011100101110111 (> 32b) inst[6 : 5] 00 LOAD LOAD-FP custom-0 MISC-MEM OP-IMM AUIPC OP-IMM-32 48b 01 STORE STORE-FP custom-1 AMO OP LUI OP-32 64b 10 MADD MSUB NMSUB NMADD OP-FP...
/dts-v1/; / { #address-cells = <2>; #size-cells = <2>; compatible = "ucbbar,spike-bare-dev"; model = "ucbbar,spike-bare"; chosen { stdout-path = &SERIAL0; bootargs = "console=ttyS0 earlycon"; }; cpus { #address-cells = <1>; #size-cells = <0>; timebase-frequency =...
查找交叉编译工具链中的objdump:进入你的RISC-V交叉编译工具链的安装目录,通常是在类似于/opt/riscv/bin/的路径下。在该路径下,找到与RISC-V架构兼容的objdump执行文件,例如riscv64-unknown-elf-objdump。 在命令中使用绝对路径:使用正确的objdump执行文件的绝对路径来运行命令,例如: /opt/riscv/bin/riscv64-unkn...
www.elitestek.com 25 Sapphire RISC-V SoC Hardware and Software User Guide • axiDemo.elf—Use this file when debugging with the OpenOCD debugger. • axiDemo.hex—Hex file for the firmware. (Do not use it to program the FPGA.) • axiDemo.map—Contains the SoC address map. www....
base addresses (SoC-600) ; Configure APB base address ; of RISC-V debug module SYStem.Up ; Reset the target, stop the ; core at the reset vector and ; enter debug mode For additional configuration examples of a RISC-V system integrated into an Arm CoreSight SoC-600 system, please see...
ThephoeniXRISC-V HW/SW platform inludes anRV32IEMcore designed in Verilog HDL based on the 32-bit Base Instrcution Set ofRISC-V Instruction Set ArchitectureV2.2, with specialized features supported forapproximate computingtechniques.ThephoeniXis a novel modular and extensive RISC-V processor for ap...