English
简体中文

English
简体中文

Product Series
- FPGA+ARM
  - GM-3568JHF
    - Introduction
      - GM-3568JHF Introduction
    - Quick Start
    - Peripherals & Interfaces
    - Application Development
    - QT Development
      - ARM64 Cross-Compiler Environment Setup
      - Adding a QT Program to Boot Auto-Start
    - RKNN_NPU Development
    - FPGA Development
      - ARM and FPGA Communication
      - FPGA Development Manual
    - Others
      - Modifying the Root Filesystem
      - System Auto-Start Services
    - Downloads
      - Downloads
  - MB-E30P
    - Introduction
      - MB-E30P Introduction
    - Quick Start
    - Peripherals & Interfaces
    - Application Development
    - QT Development
      - ARM64 Cross-Compiler Environment Setup
      - Adding a QT Program to the Boot Auto-Start Service
    - RKNN_NPU Development
    - FPGA Development
      - ARM and FPGA Communication
      - FPGA Development Manual
    - Others
      - Modifying the Root Filesystem
      - System Auto-Start Service
    - Downloads
      - Downloads
- ShimetaPi
  - M4-R1
    - Introduction
      - M4-R1 Introduction
    - Quick Start
    - Application Development
    - Device Development
      - Ubuntu Development
        Environment Setup
        Download Source Code
        Compile Source Code
      - DevEco Device Tool
        Tool Introduction
        Development Environment Construction
        Import the SDK
        HUAWEI DevEco Tool Function Introduction
    - Kernel Peripherals & Interfaces
    - Downloads
      - Downloads
  - M5-R1
    - Introduction
      - M5-R1 Development Docs
    - Quick Start
    - Peripherals & Interfaces
    - Downloads
      - Downloads
  - Pico-G1
- OpenHarmony
  - SC-3568HA
    - Introduction
      - SC-3568HA Overview
    - Quick Start Guide
    - Application Development
      - ArkUI
        Introduction to ArkTS Language
        Introduction to UI Components and Practical Applications (Part 1)
        Introduction to UI Components and Practical Applications (Part 2)
        Introduction to UI Components and Practical Applications (Part 3)
      - Expand
        Getting Started Guide
        Referencing and Using Third-Party Libraries
        Application Compilation and Deployment
        Command-Line Factory Reset
        System Debugging -- HDC Debugging
        APP Stability Testing
        Chapter 7 Application Testing
    - Device Development
    - Peripheral And Interface
    - Downloads
      - Downloads
  - M-K1HSE
    - Introduction
      - M-K1HSE Introduction
    - Quick Start
    - Application Development
      - Application Development Environment Setup
      - First Application - Hello World
    - Peripherals and interfaces
    - System customization development
    - Downloads
      - Downloads
- HVS Camera
  - Quick Start
  - Development
    - Programming Guides
    - Toolkit SDK
    - Algorithm
    - Samples Overview
    - Applications
  - Fundamentals
  - USB Cameras
    - HVS Camera Quick Start
    - Networking Capabilities
    - HVS Camera Compatibility Matrix
    - FAQ & Troubleshooting Guide
    - Products
      - CF-NRS1 (Lingguang No.1 Hybrid Vision Camera)
  - MIPI Modules
- AI-model
  - 1684XB-32T
    - Introduction
      - AIBOX-1684XB-32 Introduction
    - Quick Start
    - Application Development
    - Downloads
      - Downloads
  - 1684X-416T
    - Introduction
      - AIBOX-1684X-416 Introduction
    - Demo Quick Guide
      - ShimeTai Intelligent Monitoring Demo Quick Usage Guide
  - RDK-X5
  - RDK-S100
  - RK1828
- Core-Board
  - C-3568BQ
    - Introduction
      - C-3568BQ Overview
  - C-3588LQ
    - Introduction
      - C-3588LQ Overview
  - GC-3568JBAF
    - Introduction
      - GC-3568JBAF Overview
  - C-K1BA
    - Introduction
      - C-K1BA Overview
- Software Platform
  - ShiMetaPi Workbench
  - ShimetaPi Repository
    - Introduction
      - ShimetaPi Software Repository
    - Pico G1 (GK7206)
      - Quick Start
        Installation & First Inference
        shimeta_infer — Image Inference
        shimeta_camera — Real-time Camera Inference
        SVP Scene Detection
        File Transfer & Built-in Model Reference
        FAQ
      - HTTP API & Python SDK
        HTTP API Reference
  - Model Fine-tuning Platform
    - Introduction
      - Model Training Platform
    - Quick Start
      - Register & Login
      - Create Your First Model (30-Minute Quick Experience)
    - Training Guide
    - Model Deployment
      - Export Model
      - Deploy to Edge Device

Display

The M5-R1 currently supports three display outputs: MIPI0, eDP, and HDMI. The default is simultaneous display on MIPI0 + HDMI.

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