7 inch Display with Touch Screen

7 inch MIPI LCD Display with Capacitive Touch, OCA Bonding and Custom Transparent Window

Main Features

  • Part No. MX-I70FM31-ILX40-F1685
  • 7 Inch MIPI LCD Touch Display with OCA Optical Bonding
  • 800x1280 resolution
  • Standard brightness 250 cd/m²
  • 80/80/80/80 all viewing angles (IPS)
  • 31-pin MIPI interface
  • Capacitive Touch with GT911 Controller (I²C interface)

MX-I70FM31-ILX40-F1685

7 inch display with touch screen MX-I70FM31-ILX40-F1685 combines 7 inch IPS LCD, PCAP touch panel and OCA bonding in a compact display solution for embedded equipment. This 7 inch MIPI LCD display delivers 250-nit brightness through 31-pin MIPI interface, while GT911 touch controller supports responsive capacitive touch operation through 6-pin I²C connection. OCA structure creates direct optical bonding between LCD and touch panel, reducing internal reflections and providing cleaner visual integration than conventional air bonding. Custom transparent window on cover glass can be produced according to customer housing, sensor or indicator-light requirements. With overall dimensions of 119.78x180.00x4.66 mm and active area of 94.20x150.72 mm, this 7 inch touch screen display can be integrated as a custom LCD display module for smart control panels, embedded terminals and compact HMI equipment requiring MIPI LCD, capacitive touch and customized cover glass design.

7 inch Touch TFT LCD with Step Grinding PCAP
  • Standard Brightness

    250 nits

  • Working Temp Range

    -10°C to 60°C

  • TFT Interface

    31-pin MIPI

  • Touch IC

    GT911

LCM Pin Definition (31-pin MIPI)

PIN NO. SYMBOL DESCRIPTION
LEDA Power for LED backlight(Anode)
LEDA Power for LED backlight(Anode)
LEDA Power for LED backlight(Anode)
NC No connect
LEDK Power for LED backlight(Cathode)
LEDK Power for LED backlight(Cathode)
LEDK Power for LED backlight(Cathode)
LEDK Power for LED backlight(Cathode)
GND Ground
10  GND Ground
11  MIPI_D2+ HSSI_D2_Pare differential small amplitude signals
12  MIPI_D2- HSSI_D2_Nare differential small amplitude signals
13  GND Ground
14  MIPI_D1+ HSSI_D1_Pare differential small amplitude signals
15  MIPI_D1- HSSI_D1_Nare differential small amplitude signals
16  GND Ground
17  MIPI_CLK+ HSSI_CLK_Pare differential small amplitude signals
18  MIPI_CLK- HSSI_CLK_N are differential small-amplitude signals
19  GND Ground
20  MIPI_D0+ HSSI_D0_Pare differential small amplitude signals
21  MIPI_D0- HSSI_D0_Nare differential small-amplitude signals
22  GND Ground
23  MIPI_D3+ HSSI_D3_Pare differential small amplitude signals
24  MIPI_D3- HSSI_D3_Nare differential small-amplitude signals
25  GND Ground
26  NC  
27  RESET Reset signal
28  NC  
29  VDD1V8 I/O power supply
30  VDD3V3 Power supply 3.0-3.6V
31  VDD3V3 Power supply 3.0-3.6V

I²C-TP Interface

PIN NO. Assignment
GND
SDA
SCL
INT
RST
VDD

7 inch Display with Touch Screen Product Drawing
Tags:

7 inch display with touch screen

7 inch MIPI LCD display

7 inch touch screen display

capacitive touch screen

custom transparent window

GT911 Touch Controller

MIPI LCD display

OCA bonded display

FAQs

People Also Ask

Contact Us
Can you provide LCD and touch screen together?

Yes. We can provide TFT LCD modules with matching capacitive touch screens, including custom cover glass, touch interface, bonding, and display module integration.

What information is needed for a custom touch screen project?

Usually we need the LCD drawing, cover glass drawing, active area, viewing area, interface requirement, operating environment, and application details.

When should I choose OCA bonding?

OCA bonding is suitable for flat TFT LCD modules, standard cover glass structures, and projects that require stable bonding quality, efficient processing, and consistent optical performance. It is often recommended for indoor industrial devices, smart control panels, and regular HMI display modules.

When should I choose OCR / LOCA bonding?

OCR / LOCA bonding is recommended when the display requires stronger gap filling, better durability, or improved outdoor readability. It is suitable for high-brightness LCD displays, outdoor equipment, vehicle displays, medical devices, and applications exposed to stronger light or harsher environments.

Which bonding method is better for outdoor LCD displays?

For outdoor LCD displays, OCR / LOCA bonding is often preferred because it offers strong adhesion, high optical clarity, and good gap-filling performance. When combined with high brightness, wide temperature design, and suitable cover glass, it can help improve sunlight readability and display durability.

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