High-Speed DAP Debugger DAPLink Emulator STM32 Programming Tool (1 Piece) + OpenCTR Dedicated Cable

High-Speed DAP Debugger DAPLink Emulator STM32 Programming Tool (1 Piece) + OpenCTR Dedicated Cable

High-Speed DAP Debugger (1 Piece) + OpenCTR Dedicated Cable:
* A single debugger can only be used as a high-speed wired debugger. For wireless debugging, two debuggers need to be purchased.
* The dedicated OpenCTR connection cable supports SWD and serial ports, allows blind plugging, and is used together with the OpenCTR controller.

New Upgraded DAP Debugger:
* Completely Upgraded Appearance – Cooler and more durable. The top protective board is now made of a stronger black PCB material with a hollowed-out lighting effect. The overall look is more striking and features clear silkscreen labels for easier operation.
* Optimized Button Design – The side button from the old version has been replaced with a bottom upright button to solve the issue of button damage caused by excessive pressure on the side.
* The New and Old Wireless Debuggers are Compatible: They can each function as either the transmitter or receiver, allowing seamless switching.
* Note: Two pieces of DAP debuggers are required for the wireless mode.
* This product is officially authorized by the original developer.

Advantages of High-Speed DAP Debugger:
* Built-in ESP32 high-performance wireless chip
* Integrated master-slave design
* Supports wireless serial communication (requires two debuggers)
* Supports wired and wireless mode switching (requires two debuggers)
* Long-range communication over 30 meters
* 45KB/s high-speed wireless downloading (requires two debuggers)
* Especially suitable for use with OpenCTR controllers

Description:
The wireless performance is approximately twice as fast as that of common wired FS+HID DAP debuggers, and even approaches the speed of wired ST-Link V2. Communication range exceeds 30 meters. In addition to wireless mode, it can also be switched to wired mode.

A set of optional wireless debuggers includes a transmitting end and receiving end. Both ends are identical in hardware and software, and the mode can be configured via buttons. Once paired, they are plug-and-play with no driver installation required (for Windows 10 and above).

Just like standard DAP devices, the debugger supports microcontroller debugging for ARM (such as STM32, GD32, etc.), and is compatible with SWD and JTAG interfaces. It also supports hardware reset, software reset, and virtual serial ports.

This device can be used as a universal high-performance wireless debugger, and it works particularly well with our OpenCTR controllers. It's especially suitable for debugging ROS robots, smart cars, and balance cars.

Features:
Compatible with OpenCTR Controllers
* Optional dedicated connection cables are available for the OpenCTR controller series, featuring easy plug-and-play operation. These cables support SWD debugging and virtual serial port functions. The wireless feature is especially suitable for using OpenCTR controllers in the development of robots and smart car projects.
* Fully compatible with the entire XTARK OpenCTR STM32 controller series, including models such as B20, H60, and all others.

A Powerful Tool for Debugging Smart Cars and Robots
* Traditionally, debugging mobile smart cars and robots requires bringing the robot close to the development PC and connecting it to a debugger for code updates. This process is inconvenient—especially for larger robots.
* With a wireless debugger, there's no need to move the robot or chase the car around. You can update code remotely, and the device supports wireless serial communication, making it easy to print logs, debug data, and configure parameters from a distance. Its performance rivals that of wired debuggers—making it an essential tool for robot development.
* All XTARK products, including ROS robots, smart cars, and balance cars, are fully compatible with this debugger, delivering an excellent development and debugging experience for users.

Integrated Master-Slave Design
* In wireless mode, this emulator can be configured as either the master or the slave device. The master and slave modules are fully integrated into a single unit.
* Note: When used as a slave (receiver), the target board must supply power to the receiver.

Supports Wired/Wireless Modes
* This device allows for quick switching between wired debugging mode and wireless debugging mode. Both modes support virtual serial port functionality.

High Transmission Speed
* In the Keil development environment, the download speed reaches 95KB/s in wired mode and approximately 45KB/s in wireless mode, offering performance that surpasses most emulators on the market.

Supports All Cortex-M Core Chips
* Compatible with mainstream software for debugging and program downloading. It supports the majority of chips in the Cortex-M core series.

Specifications:
* Model: High-Speed DAP Emulator
* Supported Modes: Wired/Wireless Mode
* Debug Interfaces: JTAG, SWD, Serial Port
* Development Environments: MDK ≥ 5.29, IAR ≥ 8.32
* Target Chips: All chips based on Cortex-M core
* Communication Range: ≥ 30 meters (open space)
* Download Speed: 95KB/s (wired), 45KB/s (wireless)

Packing List:
* 1 x DAP Debugger
* 1 x Type-C Data Cable
* 1 x OpenCTR Dedicated Cable

Packaging Details:
* Weight: 0.25kg

Attention:
* A single debugger can only be used as a high-speed wired debugger. For wireless debugging, two debuggers need to be purchased.