GODIAG Full Protocol Breakout Tricore Cable for ECU Programming

Unlock advanced ECU programming capabilities with the GODIAG Full Protocol OBD2 Jumper. This essential diagnostic tool is designed for seamless connection to your vehicle's ECU, enabling comprehensive programming and data reading functions. It supports a wide range of protocols, ensuring compatibility with various automotive systems.

Key Benefits

• Facilitates direct ECU connection for programming tasks.
• Supports multiple power supply options, including DC power and dedicated banana head connections.
• Features independent GND4 and GND5 ports for specialised ECU programming needs.
• Includes a boot GND4 clip compatible with various programming equipment.
• Equipped with a GND4/GND5 short-circuit switch for specific ECU requirements.
• Offers an analog ignition switch with dedicated cables for simulated ignition signals.
• Ensures broad compatibility with standard OBD2 full protocols, including double K-line and double CAN line.
• Built-in CAN protocol communication resistance for stable data transfer.

Specifications & Details

• Product: GODIAG Breakout Tricore Cable
• Interface: OBD2 Full Protocol
• Power Supply: DC Power, Safety Protection Banana Head
• Ground Ports: Independent GND4, GND5
• Boot Connection: GND4 Clip
• Switching: GND4/GND5 Short-circuit Switch
• Ignition Simulation: Analog Ignition Switch with 1 large, 2 small cables
• Protocol Support: Double K-line, Double CAN line
• Power Plugs: 3 large, 2 small
• Ground Connections: 4 large GND, 4 small GND
• Accessory: CAN protocol communication resistance

Usage & Tips

• Connect the OBD2 jumper to your vehicle's diagnostic port and the ECU.
• Utilise the independent GND ports and switches as per specific ECU programming requirements.
• The analog ignition switch can simulate ignition signals when needed for certain ECU read operations.
• Refer to connection diagrams for accurate setup.
• Ensure all connections are secure before initiating programming.

FAQs

• What is the purpose of the GND4 and GND5 ports? They are for specialised ECU programming requiring independent ground connections.
• How does the analog ignition switch work? It provides a simulated 12V signal to the ING12V line when pressed, mimicking ignition status.
• Is this cable compatible with all ECUs? It supports standard OBD2 full protocols and specific GND configurations for broad compatibility.
• What does the CAN resistance do? It helps ensure stable communication over the CAN bus during programming.