DJI E‑Port V2 Ribbon Cable Suit – Onboard Integration for Matrice 400 Developments

The DJI E‑Port V2 Ribbon Cable Suit is a specialized accessory for the Metatrice 400 Series, designed to empower developers to integrate custom onboard computing devices directly via the drone’s E‑Port V2 system. This high-quality ribbon cable ensures reliable communication and power transmission between your payload and the aircraft’s flight controller.

Ideal for research, AI customizations, or third-party sensor developments, this cable enables a wide range of DIY and enterprise integrations using round ribbon cable and exposed pin configurations.

Key Features

• Seamless Hardware Integration
  Designed for Matrice 400 use, this ribbon cable connects directly to the E‑Port V2 interface, enabling high-speed data access and stable power supply to external computing modules or sensors developer.dji.com+8heliguy.com+8djioslo.no+8.

• Developer-Focused Connectivity
  Lays out clear pin assignments for serial communication, power output, and ground. Easily connect your devices to interface with the flight controller for custom telemetry, autonomous control loops, or analytic processing during flight.

• Secure, Drone-Grade Design
  Built to DJI’s standards, this cable ensures a stable and vibration-resistant connection. No modifications are required—just plug and program for fast deployment.

• Works with Expansion Kits
  Optimized for use with the DJI E‑Port V2 Development Kit or Coaxial Cable Kit, allowing deep integration with devices like AI modules, sensor arrays, or real-time processing systems.

Development & Use Cases

• On‑Board AI
  Power and connect edge-computing platforms like Jetson-based modules, enabling real-time image recognition, obstacle avoidance, or data filtering onboard the drone.

• Telemetry & Data Logging
  Retrieve GPS, IMU, or environmental data and log it to custom hardware for offline analysis or cloud uplink.

• Autonomous Control
  Implement control algorithms, mission logic, or payload actuation directly on the aircraft without relying on the ground station.

• Sensor Prototyping
  Test custom sensors—such as LiDAR, gas detectors, or speakers—with real-time integration and power over the ribbon cable interface.