banana pi BPI-G1 open source IoT development board
  • Initial page
  • LANGS
  • About BPI-G1 IoT development board
    • BPI-G1 hardware
    • Summary
    • BPI-G1 Other Accessories
    • Which IDE development can use
    • Quick start of TI CC2530
    • Quick Start STM32F103CB
    • BPI-G1 Simple Code Firmware programming manual
    • Quick start of TI CC3200
    • BPI-G1 smart home gateway project
    • Which emulator debugging
    • BPI-G1 Global Power and Ground
    • BPI-G1 Hardware Specifications
    • Some of the features TI CC2540/1
    • Status LEDs for each module
    • BPI-G1 Main features
    • BPI-G1 Quick Start
    • Explanation
    • Some of the features TI CC2530
    • Some of the features TI CC3200
    • Some of the features STM32F103CB
    • TI CC3200 part Peripheral Interface
    • TI CC2530 part Peripheral Interface
    • Button
    • STM32F103CB part Peripheral Interface
    • CC2530 connection with F103
    • CC2540 connection with F103
    • BPI Open debugger burn board
    • TI CC3200 mode selection jumper
    • TI CC2540/1 part Peripheral Interface
    • BPI-G1 Module interconnection
    • BPI-G1 hardware interface
    • BPI-G1 Accessories
    • Quick start of TI CC2540/1
  • About BPI-G1 IoT development board
    • BPI-G1 Global Power and Ground
    • BPI-G1 Schematic
    • Summary
    • BPI-G1 Other Accessories
    • Quick Start STM32F103CB
    • BPI-G1 smart home gateway project
    • CC2530 connection with F103
    • Button
    • BPI Open debugger burn board
    • BPI-G1 Hardware Specifications
    • CC2540 connection with F103
    • All banana pi product
    • bpi40customizedserver
    • BPI-G1 Main features
    • BPI-G1 Quick Start
    • Explanation
    • BPI-G1 hardware interface
    • BPI-G1 Accessories
    • Quick start of TI CC2540/1
    • BPI-G1 hardware
    • BPI-G1 Module interconnection
    • Quick start of TI CC2530
    • Quick start of TI CC3200
    • BPI-G1 Simple Code Firmware programming manual
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  1. About BPI-G1 IoT development board

TI CC3200 mode selection jumper

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Last updated 5 years ago

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Programming mode

Under the programming mode, you need to VI and VO short on power, CC3200 will receive as a writer, it will be the serial data received by the SPI mode file system writes to the external SFLASH, but the programming is completed after not running, you need to disconnect VI and VO, then on again, then it will be read in the file system SFLASH into memory and execute code. As shown in Figure.

Run mode

Run mode, you need to disconnect VI and VO, then power on, CC3200 will SFLASH read from the file system into memory and run. In this mode, plug in the JTAG interface, using the IDE's DEBUG function, and the code will be downloaded from the JTAG interface to the memory to run, you can perform single-step debugging. For fast functional verification, this is the fastest way. However, after a reset circuit, CC3200 will be new to SFLASH read the file system operation. As shown in Figure.