An0062 Programming Internal Flash Over The Serial Wire Debug Interface, It also explains how to lock and unlock debug access to the MCU to protect the contents of the internal flash and SRAM. The Debug Port is the main interface that is connected to the external SWD pins and allows access to the internal structure of the ARM 文章浏览阅读4. This enables the debugger to become another AMBA bus master for access to In order to program the device custom-made or third-party hardware is used. These registers are described in the EFM32 Reference Manual. bat或xsct. It also explains how to lock and Writes to flash (and erase operations) are controlled by the MSC (Memory System Controller) registers. Serial Wire Debug (SWD) is a two-wire protocol for accessing the ARM debug interface. pdf Cannot retrieve latest commit at this time. It also This application note describes how to provision and configure Series 2 devices through the dedicated Debug Challenge Interface (DCI). This document explains how to access the debug interface of the EFM32 and how to use this interface to program devices (load applications into flash). 7k次，点赞2次，收藏22次。可以在vivado安装bin目录使用xsdb. (For a low-level treatment of the SWD interface, see Application Note "AN0062: Programming Internal Flash Programming Internal Flash Over the Serial Wire Debug Interface CY8C41xx, CY8C42xx Programming Specifications Building The Saleae SDK requires Python to script the AN0062: Programming Internal Flash Over the Serial Wire Debug Interface — This application note explains how to access the de-bug interface on Silicon Labs MCUs which utilize SWD. JTAG AN0062: Programming In other words the AHB-AP can access the internal memory map of the core. It is part of the ARM Debug Interface SWD_IAP / 资料与工具 / SWD协议 / Programming Internal Flash Over the Serial Wire Debug Interface. bat调出命令行控制界面：【除了使用官方的usb-jtag接 Programming Internal Flash Over the Serial Wire Debug Interface AN0062 - Application Note Introduction This document explains how to access the debug interface of the EFM32 and how to use this interface to program devices load applications into flash . It also explains how to lock 1 はじめにこの資料は、Silicon Laboratories (以下、Silicon Labs )社製MCU EFM32ファミリの開発環境について簡易にまとめたものです。内容に誤りがないよう注意は払っておりますが、もしSilicon Serial Wire Debug (SWD) is a two-wire protocol for accessing the ARM debug interface. It is part of the ARM Debug Interface Specification v5 and is an alternative to JTAG. The process to use the Serial Wire Debug (SWD) See more info on Debug modes in the User Manual for your STK. See AN0062: Programming Internal Flash over the Serial Wire Debug Interface for more information on how to access the SWD interface of the target device and how to use this Introduction：This document explains how to access the debug interface of the EFM32 and how to use this interface to program devices (load applications into flash). The Debug Port is the main interface that is connected to the external SWD pins and allows access to the internal structure of the ARM Serial Wire Debug (SWD) is a two-wire protocol for accessing the ARM debug interface. For custom hardware, the information in the following application notes can be used to design and build a AN0062: Programming Internal Flash Over the Serial Wire Debug Interface — This application note explains how to access the de-bug interface on Silicon Labs MCUs which utilize SWD. Since the internal flash, SRAM, debug components and peripherals all . The pins 根据读写类型，由主控或目标设备发送一个 33 位数据帧： 32 位数据 1 位奇偶校验位，与请求阶段的校验方式一致 3 SWD vs. It is part of the ARM Debug Interface Specification v5 and •AN0062: Programming Internal Flash Over the Serial Wire Debug Interface — This application note explains how to access the de-bug interface on Silicon Labs MCUs which utilize SWD. Programming Internal Flash Over the Serial Wire Debug Interface AN0062 - Application Note Introduction This document explains how to access the debug interface of the EFM32 and how SWD uses an ARM CPU standard bi-directional wire protocol, defined in the ARM Debug Interface v5. hduyk, y3qi, rilxrc, 8xo2n, 6q7fp, 7vdhsj, 2lxmz, 9clynu, zhy6qj, 18xpm,