Industrial HDMI LCD Controller Board 30 Pin eDP Driver Board 1920×1200 60Hz Display Module
The H2E25BE_E_V3.0 is a compact industrial-grade LCD driver board designed for embedded display systems, industrial monitors, smart terminals, and custom LCD integration projects. Featuring HDMI input, 30-pin eDP display output, and support for resolutions up to 1920×1200 at 60Hz, the board delivers stable signal transmission and reliable display performance across a wide range of applications.
Designed for compatibility with Windows, Android, and Raspberry Pi platforms, the board supports multiple display configurations and optional external touch integration, making it suitable for industrial equipment, portable monitors, multimedia systems, and embedded display solutions.
Its compact mechanical structure, flexible interface configuration, and customizable hardware options make it a practical solution for OEM and professional display integration projects.
- Industrial HDMI to eDP LCD driver board
- 30-pin eDP display interface
- Supports resolutions up to 1920×1200 @ 60Hz
- HDMI 1.4 signal input
- Compatible with Windows, Android, and Raspberry Pi
- Supports external USB touch functionality
- Compact PCB structure for embedded integration
- Adjustable display parameters and backlight control
- Multiple power input options
- Suitable for industrial and commercial display systems
| Item | Specification |
|---|---|
| Model Number | H2E25BE_E_V3.0 |
| Product Type | HDMI to eDP Driver Board |
| Maximum Resolution | 1920 × 1200 @ 60Hz |
| Input Interface | HDMI 1.4 |
| Output Interface | 30-Pin eDP |
| Display Support | Multiple LCD Panel Configurations |
| Touch Support | External USB Touch |
| Power Input | 5V / 12V |
| Outline Dimension | 72.0 × 52.3 mm |
| Operating Temperature | -20°C ~ +85°C |
| Storage Temperature | -40°C ~ +85°C |
| Expansion Support | Button Board / Speaker |
| Certification | CE / RoHS |
The board supports display resolutions up to 1920×1200 at 60Hz, providing stable image performance and clear visual output for industrial monitors, embedded terminals, and multimedia display systems.
The integrated scaling function supports flexible compatibility across different LCD panel resolutions.
Featuring HDMI 1.4 input support, the controller board enables stable and efficient signal transmission for embedded display applications and custom monitor projects.
The compact hardware design helps simplify integration into industrial and commercial systems.
Compatible with multiple operating platforms including:
- Windows
- Android
- Raspberry Pi
Suitable for embedded systems, smart terminals, industrial control equipment, and multimedia applications.
The board supports eDP output and MIPI DSI display compatibility across various panel configurations, supporting flexible LCD integration for custom display projects.
Multiple lane configurations and scalable display support improve compatibility with a wide range of LCD modules.
The controller board supports external USB touch solutions and optional IIC touch integration for interactive display applications.
Compatible touch controller solutions include mainstream capacitive touch platforms for embedded systems.
The compact PCB structure supports embedded installation in space-constrained systems while maintaining stable thermal and electrical performance.
Designed for industrial operating environments with extended temperature support.
Integrated user control functions support adjustment of:
- Backlight brightness
- Contrast
- Color temperature
- Display configuration settings
The button interface allows convenient on-device configuration.
| Interface | Description |
|---|---|
| CN1 | 12V DC Power Input |
| CN3 | HDMI 1.4 Signal Input |
| CN4 | USB Type-C Power Input |
| CN5 | Key/Button Interface |
| FPC1 | MIPI DSI Display Output |
| FPC2 | IIC Touch Interface |
| Pin | Signal | Description |
|---|---|---|
| 2-5 | LED_VCCS | LED Power |
| 8 | LED_PWM | Backlight Brightness Control |
| 9 | LED_EN | Backlight Enable |
| 14 | HPD | Hot Plug Detect |
| 18-19 | 3V3_PANEL | Panel Power |
| 21-22 | AUX-/AUX+ | Auxiliary Channel Signals |
| 24-28 | D0/D1 Differential Pairs | Display Data Output |
The H2E25BE_E_V3.0 is suitable for:
- Industrial display systems
- Embedded monitor solutions
- Raspberry Pi display projects
- Smart home control terminals
- Portable monitor applications
- Multimedia display equipment
- Medical display systems
- Self-service terminals
- Commercial touch displays
- Custom LCD integration projects
Customization services available for OEM and professional integration projects:
- PCB size optimization
- Interface layout adjustment
- Connector modification
- Logo printing
- Silk screen customization
- Additional display interfaces
- VGA integration support
- Custom connector solutions
- Higher resolution support
- Refresh rate optimization
- Driver IC configuration upgrades
Each controller board undergoes inspection and functional verification before shipment to support stable operation and reliable display performance.
Verification procedures include:
- Signal transmission testing
- Power stability inspection
- Display compatibility verification
- Interface connection testing
- Packaging and transportation protection checks
Technical assistance and customization support available for long-term projects:
- LCD compatibility consultation
- Embedded integration support
- Touch configuration assistance
- Driver optimization support
- Hardware development assistance
- Professional export packaging
- Anti-static protective handling
- Secure transportation support
- International logistics solutions available
- Sample orders available
- Flexible MOQ support
- Stable production capacity
- OEM / ODM cooperation support
- Technical integration assistance
The H2E25BE_E_V3.0 combines stable HDMI signal processing, high-resolution display support, flexible interface compatibility, and industrial-grade reliability in a compact LCD driver board solution.
It is an ideal choice for embedded displays, industrial monitor systems, smart terminals, and custom LCD integration projects requiring stable performance, efficient integration, and flexible customization capability.
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