7.0” 800*480 IPS Display 16BIT Parallel LCD Module| SSD1963 Driver |Capacitive Touch¶
Description¶
This 7.0-inch module is equipped with an IPS screen, provides a high resolution of 800x480, supports 16BIT RGB 65K color display, and can present colorful and delicate images and text.
This display has a capacitive touchscreen that provides accurate and flexible touch response.
Its 16-bit parallel bus design ensures the high speed and stability of data transmission, improving system response and operation efficiency.
The module supports SPI FLASH and SD card expansion, providing users with a flexible storage solution to meet the requirements of different projects.
It also supports two backlight control methods: GPIO and PWM control. Users can choose according to specific requirements to balance energy efficiency and functionality.
No matter you are a beginner or an experienced developer, you can quickly get started and easily start your project development journey.
We provide rich example learning programs, covering a variety of mainstream development platforms such as STM32 and C51.
We also provide underlying driver technology support, making it ideal for applications in intelligent hardware development and industrial automation applications.
This 7.0-inch module offers a stable, efficient, and convenient display solution, perfect for your development needs.
Customized requests can be discussed(based on MOQ), you can contact us at service@elecrow.com
Model DLP34070B
Feature¶
- 7.0-inch color screen, supporting 16-bit RGB 65K color with rich display colors
- IPS screen with 800x480 resolution
- Capacitive touch supports a sensitive response
- Using 16-bit parallel bus transmission with a fast transfer speed
- Support SPI flash
- With SD card slot for easy storage expansion
- Support two backlight control modes (GPIO control, PWM control)
- Provides a rich sample program for STM32 and C51 platforms
- Provide underlying driver technical support
Specification¶
| Screen Size | 7.0(inch) |
|---|---|
| Display Color | 16BIT RGB 65K color |
| Screen Type | IPS TFT |
| Resolution | 800x480(pixels) |
| Touch Screen Type | Capacitive touch screen |
| Driver IC | SSD1963 |
| Touch IC | GT911 |
| Module Interface | 16Bit parallel interface |
| Operating Voltage | 5V |
| IO Voltage | 3.3V |
| Operating Temperature | -10℃~60℃ |
| Storage Temperature | -20℃~70℃ |
| Active Area | 154.08x85.92(mm) |
| Module PCB Size | 181.00x108.00(mm) |
ESP32 Pin Assignment
| Number | Pin Name | Pin Name |
|---|---|---|
| 1 | GND | power ground pin |
| 2 | EX_3.3V | Power input pin (connected to 3.3V), not used |
| 3 | NC | Undefined, reserved |
| 4 | RS | LCD register / data selection control pin (high level: register, low level: data) |
| 5 | WR | LCD write control pin |
| 6 | RD | LCD read control pin |
| 7~14 | DB8 ~ DB15 | LCD data bus high 8-bit pin |
| 15 | CS | LCD reset control pin( low level enable) |
| 16 | F_CS | SPI FLASH chip select control pin( low level enable) |
| 17 | REST | LCD reset control pin( low level reset) |
| 18 | 5V | Power input pin (connected to 5V) |
| 19 | LED_A | LCD backlight control pin(it needs to be used according to the selection) |
| 20 | NC/INT | Used as interrupt pin |
| 21~28 | DB0~DB7 | LCD data bus low 8-bit pin |
| 29 | T_CLK | No definition |
| 30 | T_CS | No definition |
| 31 | T_DIN | No definition |
| 32 | NC/CRT | Used as reset pin when connected to capacitive touch screen (low level reset) |
| 33 | T_DO | No definition |
| 34 | T_IRQ | No definition |
| 35 | SD_DO | SD card SDIO bus read data pin |
| 36 | SD_CLK | SD card SDIO bus clock pin |
| 37 | SD_DIN | SD card SDIO bus write data pin |
| 38 | SD_CS | SD card pin selection (low level enable) |
| 39 | NC/SDA | Used as IIC bus data pin |
| 40 | NC/SCL | Used as IIC bus clock pin |
Resources¶
How to buy¶
Please visit this page to purchase 5.0” 800*480 IPS Display 16BIT Parallel LCD Module.
Support¶
If you have any problem about how to use it, you can connect to us at the bottom-right of bazzer or contact to techsupport@elecrow.com to get technology support.