5.0″ UART HMI Touch Display for Embedded Control
The ND050SHR800480-B01 is a 5.0-inch UART HMI touch display designed for embedded control, smart equipment, industrial interfaces, and interactive display applications. It combines an 800×480 IPS TFT display, 4-wire resistive touchscreen, SWM34S HMI controller, and TTL UART or RS-232 communication options in a compact open-frame module. An RS-485 version is available subject to hardware configuration.
Key Features
- 5.0-Inch IPS Display: 800×480 resolution with 300 cd/m² brightness for clear indoor user interfaces.
- Resistive Touch Control: Standard 4-wire resistive touchscreen suitable for precise operation and gloved use.
- SWM34S HMI Platform: 150 MHz embedded controller for graphical interface operation and serial communication.
- Serial Interface Options: Available with TTL UART or RS-232. RS-485 can be provided through an optional hardware configuration.
- 5 V Power Input: The standard module requires a regulated 5 V DC power supply.
- Compact Open-Frame Design: 143.5 × 80.9 mm module format with a 108.0 × 64.8 mm active display area.
- Embedded Integration: Designed for control panels, smart equipment, test instruments, and custom enclosures.
- Development Support: GUI software, command protocol, interface documentation, and sample code can be provided according to the selected configuration.
5.0″ UART HMI Touch Display Technical Specifications
| Model | ND050SHR800480-B01 |
|---|---|
| Display | 5.0″ IPS TFT, 800 × 480 |
| Brightness | 300 cd/m² |
| Touch | 4-Wire Resistive Touchscreen |
| Touch Options | Capacitive Touch or No Touch optional |
| HMI Controller | Synwit SWM34S, 150 MHz |
| Operating System | FreeRTOS |
| Communication Protocol | UART Serial Protocol |
| Interface Options | TTL UART or RS-232 |
| Optional Interface | RS-485, subject to hardware configuration |
| Power Input | 5 V DC |
| Project Storage | Subject to confirmed hardware configuration |
| Structure | TFT + PCBA + RTP |
| Connector | 7-Pin Connector, 2.54 mm Pitch |
| Overall Dimensions | 143.5 × 80.9 mm |
| Active Area | 108.0 × 64.8 mm |
| Mounting | Open-Frame / Embedded Integration |
| Controller Compatibility | Arduino, ESP32, and other UART-capable MCUs through the TTL UART version; use an appropriate level converter or transceiver for RS-232 or RS-485 versions |
| Operating Temperature | −10°C to +60°C |
| Storage Temperature | −20°C to +70°C |
Display Drawing
Interface Definition
DIN and DOUT directions are defined from the display module perspective. Confirm the selected TTL UART, RS-232, or optional RS-485 hardware configuration before wiring.
| PIN No. | Definition | Remarks |
|---|---|---|
| 1 | VIN | Power supply |
| 2 | VIN | Power supply |
| 3 | GND | GND |
| 4 | GND | GND |
| 5 | DIN/A | Data input to display: TTL UART/RS-232 RX or RS-485 A |
| 6 | DOUT/B | Data output from display: TTL UART/RS-232 TX or RS-485 B |
| 7 | BUSY | Display terminal is busy,waiting signal |
Development Support
GUI development software, command protocol, interface documentation, and sample code are supplied according to the confirmed hardware and firmware configuration. Contact NoseDisplay with model ND050SHR800480-B01 and the required interface version for the applicable development package.
Customization Options
Hardware Customization
Optional customization includes display brightness, touch solution, PCBA functions, connector layout, regulated power input, memory configuration, and mechanical structure. Final specifications are subject to engineering evaluation.
Interface Customization
Standard configurations include TTL UART or RS-232. An RS-485 version and other communication interfaces may be developed based on project requirements and technical evaluation.
Software & UI Customization
Optional services include GUI development, communication protocol customization, multilingual fonts, boot screens, icons, themes, and application-specific interface design.
Environmental Customization
Optional enhancements may include extended-temperature components, optical bonding, customized cover glass or enclosures, EMC improvements, and upgraded environmental protection. Final specifications are subject to engineering evaluation.
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