BPI Open debugger burn board
  • Initial page
  • LANGS
  • BPI Open debugger burn board
    • BPI Open debugger burn board Abbreviations
    • Summary
    • Connection CC Debugger and CC85xx
    • Download the program using the SWD in J-Flash
    • Open Debugger Uart use of STC microcontroller programming interface
    • Operating condition
    • Supported PC Tools
    • Open Debugger CC Debugger module functions in use
    • Use SmartRFProg tools to program the CC series chips
    • SWD Interface：
    • Installing the USB device driver
    • Download SWD debug using the IAR EWARM
    • Use SWD debug download the MDK-ARM
    • CC Debugger Interface：
    • CC-Debugger connection and Transceivers Transceiver
    • MDK-ARM SWD interface in single-step debugging
    • Use Uni flash via JTAG and UART interface to TI CC3200 in the curing process
    • SWD interface IAR EWARM single-step debugging
    • CC- Debugger connected to the SoC device
    • CC Debugger LED light
    • Reference
    • SWD interface device connected to the SOC
    • UART Interface：
    • JTAG/Uart Interface：
    • CC Debugger firmware update
  • BPI Open debugger burn board
    • SWD interface device connected to the SOC
    • Reference
    • UART Interface：
    • JTAG/Uart Interface：
    • Use SmartRFProg tools to program the CC series chips
    • Summary
    • Supported PC Tools
    • Connection CC Debugger and CC85xx
    • Installing the USB device driver
    • Download SWD debug using the IAR EWARM
    • Use SWD debug download the MDK-ARM
    • Download the program using the SWD in J-Flash
    • use-steps
    • Open Debugger Uart use of STC microcontroller programming interface
    • Operating condition
    • All banana pi product
    • Open Debugger CC Debugger module functions in use
    • bpi40customizedserver
    • SWD Interface：
    • connect-the-emulator-and-target-board
    • CC Debugger LED light
    • CC Debugger Interface：
    • support-objects
    • CC-Debugger connection and Transceivers Transceiver
    • MDK-ARM SWD interface in single-step debugging
    • Use Uni flash via JTAG and UART interface to TI CC3200 in the curing process
    • SWD interface IAR EWARM single-step debugging
    • CC Debugger firmware update
    • BPI Open debugger burn board Abbreviations
    • CC- Debugger connected to the SoC device
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  1. BPI Open debugger burn board

Download the program using the SWD in J-Flash

PreviousConnection CC Debugger and CC85xxNextOpen Debugger Uart use of STC microcontroller programming interface

Last updated 4 years ago

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To illustrate, here will be used as an example STM32F103C8T6。

1.Install J-Link ARM toolset open one of J-Flash.

Select Create project from template to open the file selection box, find STM32F103C8.jflash, as shown.

2.Open the Options menu bar -> Project settings ..., switch to the Target Interface page, select download SWD, then click OK, as shown in Figure.

3.Then the Open Debugger for SWD interface CLK, DIO, GND based STM32F103C8T6 target plate PA13, PA14 and GND is connected, and then click on the menu bar Target -> Connect, under normal circumstances, the box will print LOG output similar to the following chart information If not, then please check the connection Open Debbuger with your computer and check the Open Debugger device drivers are properly.

4.When you see the above information, you can open the firmware file to be programmed menu bar File - after> Open data file ..., find the file you want to program, there will be a firmware binary data, as shown below.

5.This time click on the menu bar Target -> Auto will start automatically programmed,without question in the following figure LOG successful programming message will appear,if not, please check the wiring of the SWD Open Debugger interface with the target board is correct, power supply is normal.