DescriptionThe GigaDevice GD-Link V3 Debugger Programmer Adapter is a portable debugging and programming tool for the GD32 MCU series. According to the official user guide, the GD-Link V3 Adapter supports GD32 ARM and RISC-V core MCUs and connects to the PC through a USB2.0 high-speed interface.The GD-Link V3 Adapter combines SWD, JTAG, OL, offline programming, virtual USB disk drag-and-drop programming, SWO, virtual serial port printing, and a multi-protocol ISP bridge for SPI, I2C, UART, and CAN. It is useful for development, firmware download, debugging, production test, and service work on GD32-based boards.Features GigaDevice GD-Link V3 debugger and programmer for GD32 MCUs. Supports GD32 ARM and RISC-V core series according to the official user guide. USB2.0 high-speed interface for PC connection. SWD / JTAG / OL debugging and programming interfaces. Selectable target-chip power output: 5V, 3.3V, or 1.8V. Compatible with KEIL, IAR, Eclipse, and GD32EmbeddedBuilder workflows. Offline programming, machine-signal triggered programming, and virtual USB disk drag-and-drop programming. SWO function, virtual serial port printing, and USB-to-SPI/I2C/UART/CAN ISP bridge. Specifications SKU GD-LINK-V3 Product Name GigaDevice GD-Link V3 Adapter Product Type Debugger, programmer, and ISP bridge adapter Target MCU Family GD32 ARM and RISC-V core MCU series PC Interface USB2.0 high-speed interface Debug / Programming Interfaces SWD, JTAG, and OL debugging/programming interface Target Power Output Selectable 5V, 3.3V, and 1.8V target-chip power supply Software Support GDLinkUtilityProgrammer firmware update and programming IDE Support KEIL, IAR, Eclipse, and GD32EmbeddedBuilder Programming Modes IDE programming, GD-Link programming, offline programming, machine-signal triggered programming, and virtual USB disk drag-and-drop programming Debug Features SWD/JTAG debugging and SWO function Virtual Serial Port USB virtual serial port printing ISP Bridge USB to SPI, I2C, UART, and CAN bridge mode Indicators / Controls Single K1 button, buzzer, and status LEDs Target Connector Pins T_Vref, T_TMS/IO, GND, T_TCK/CLK, USART/I2C/CAN pins, T_TDO, T_TDI, SPI_SCK/OL, and T_Reset/SPI_NSS Estimated Weight 0.15 kg, estimated because the official user guide does not list package weight Applications Firmware programming and debugging for GD32 development boards. Production programming with offline and machine-signal triggered programming. SWO trace and debug output in KEIL-based workflows. UART/I2C/CAN/SPI ISP bridge for service, test, and bring-up tasks. Laboratory, education, and embedded development environments using GD32 MCUs. Product List1 x GigaDevice GD-Link V3 AdapterOther ContentBefore connection, match the target voltage with the GD32 target board. Incorrect voltage selection or pin wiring can damage the debugger and the target MCU.The official hardware overview shows the K1 button, status LEDs, buzzer, USB connector, 10-pin target connector, machine-signal connector, and voltage selection area on the GD-Link V3 Adapter.The pinout diagram maps SWDIO, SWCLK, reset, ground, UART, I2C, CAN, SPI, and one-line signals. Connect only the pins required by the target MCU interface.The output voltage can be selected for 1.8V, 3.3V, or 5V. Always verify the target GD32 board voltage before connecting the adapter.Resources Official GD-Link V3 Adapter User Guide Rev1.2 GigaDevice GD-Link downloads CMSIS-DAP documentation FAQWhich GD32 chips does the GD-Link V3 Adapter support?The official user guide states support for the full GD32 ARM and RISC-V core series.Which debug interfaces are available?The adapter supports SWD, JTAG, and OL debugging/programming interfaces.Can the adapter power the target hardware?Yes. The user guide lists selectable 5V, 3.3V, and 1.8V target-chip power output. Always check the target voltage before connecting.Which IDEs are supported?The official guide lists KEIL, IAR, Eclipse, and GD32EmbeddedBuilder.Does it support offline programming?Yes. The GD-Link V3 Adapter supports offline programming and virtual USB disk drag-and-drop programming.
Related
Related
Related
Related