7 inch In-Cell Touch Screen

720x1280 IPS In-Cell Touch Display with 45-pin MIPI Interface for Facial Recognition and Access Control Terminals

Main Features

  • Part No. MX-070FM45NFM-T165
  • 7" In-cell touch display
  • 720x1280 resolution
  • Brightness 400 cd/m²
  • 85/85/85/85 all viewing angles (IPS)
  • 45-pin MIPI interface
  • Incell PCAP technology

MX-070FM45NFM-T165

7 inch In-Cell touch screen MX-070FM45NFM-T165 combines 720x1280 portrait resolution, IPS display technology, 400-nit brightness and integrated touch functionality in compact display module. This InCell touch display uses a 45-pin MIPI interface for display signals, while touch communication is provided through I²C-related signals including TP_SCL, TP_SDA, TP_INT and TP_RST. With portrait-format screen, wide IPS viewing performance and Anti-Glare surface treatment, this InCell LCD display is well suited for facial recognition terminals, access control devices, visitor management systems, smart lockers and compact embedded HMI equipment where clear visual interaction and efficient front-panel integration are required.

7 inch 720x1280 mipi interface incell touch display
  • Standard Brightness

    400 nits

  • Working Temp Range

    -10°C to 50°C

  • TFT Interface

    45-pin MIPI

  • Touch Technology

    In-cell

In-Cell Technology, Display Performance and Interface Integration

01
Touch Structure

Integrated In-Cell Touch Structure

The In-Cell touch screen integrates touch sensing into the display structure, reducing the need for a separate external touch sensor layer. This architecture can help simplify module construction, reduce overall thickness and support cleaner integration in compact electronic equipment.

02
Display Performance

IPS In-Cell LCD Display with 720x1280 Resolution

The In-Cell LCD display features 720×1280 portrait resolution, 400-nit typical brightness, 1000:1 contrast ratio and wide IPS viewing performance. Normally-black display mode and Anti-Glare surface treatment support clear image presentation across different viewing positions.

03
SYSTEM INTEGRATION

45-Pin MIPI In-Cell Touch Display Interface

The In-Cell touch display uses a 45-pin MIPI interface with four differential data lanes. The connector also includes TP_SCL, TP_SDA, TP_INT and TP_RST signals for touch communication, supporting compact integration of display and touch functions.

LCM Pin Definition (45-pin MIPI)

PIN NO. Symbol Description
GND Ground
GND Ground
AVDD 5.8V input power
AVDD 5.8V input power
NC NC
AVEE -5.8V input power
AVEE -5.8V input power
GND Ground
GND Ground
10  D3- MIPI differential data3 input(Negative)
11  D3+ MIPI differential data3 input(Positive)
12  GND Ground
13  D0- MIPI differential data0 input(Negative)
14  D0+ MIPI differential data0 input(Positive)
15  GND Ground
16  CLK- MIPI differential clock input(Negative)
17  CLK+ MIPI differential clock input(Positive)
18  GND Ground
19  D1- MIPI differential datal input(Negative)
20  D1+ MIPI differential datal input(Positive)
21  GND Ground
22  D2- MIPI differential data2 input(Negative)
23  D2+ MIPI differential data2 input(Positive)
24  GND Ground
25  GND Ground
26  ID0 System Hardware IDO Select
27  ID1 System Hardware ID1 Select
28  LEDPWM_OUT Output pin for PWM signal of LED driving
29  TE TE
30  REST This signal will reset the device and must be
Applied properly to initialize the chip
31  VDD18 Power supply 1.8V
32  VDD18 Power supply 1.8V
33  GND Ground
34  TP-SCL I2C CLK,TYP.1.8V
35  TP-SDA I2C SDA,TYP.1.8V
36  TP-INT Interrupt signal for TP
37  TP-RST The extemal reset input for TP
38  GND Ground
39  FB1 Power for LED1 Cathode
40  FB2 Power for LED2 Cathode
41  FB3 Power for LED3 Cathode
42  FB4 Power for LED4 Cathode
43  NC NC
44  VLED Power for LED Anode
45  VLED Power for LED Anode

7 inch In-Cell Touch Screen Product Drawing
Tags:

7 Inch In-Cell Touch Screen

7 inch IPS touch screen

7 Inch TFT Touch Screen

In-Cell LCD Display

InCell LCD Display

InCell Touch Display

MIPI DSI Touch Screen

MIPI Touch Screen

FAQs

Learn more about In-Cell touch technology, its advantages, applications and integration.

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1. What is In-Cell touch screen technology?

In-Cell touch technology integrates the touch sensing layer into the LCD cell structure instead of using a separate external touch sensor. This allows display and touch functions to be combined in a more integrated module architecture. MX-070FM45NFM-T165 is specified as a 7 inch IPS In-Cell display with 720×1280 resolution.

2. What are the advantages of an In-Cell touch screen?

An In-Cell touch screen can reduce the number of separate layers used in a conventional LCD and touch assembly. This typically helps achieve a slimmer module structure, lower optical parallax, cleaner front-panel integration and more direct touch interaction. It is especially useful in compact products where installation depth and integrated design are important.

3. How is In-Cell touch different from a conventional capacitive touch screen?

A conventional capacitive touch solution usually combines an LCD with a separate PCAP touch sensor positioned above the display. With In-Cell touch, the touch sensing function is integrated into the LCD cell itself. This reduces the need for a separate external touch sensor layer and creates a more integrated display-and-touch structure.

4. What products and industries are suitable for In-Cell touch displays?

In-Cell touch displays are suitable for products that require compact dimensions, integrated touch interaction and a clean front-panel design. Typical applications include facial recognition terminals, access control devices, visitor management systems, smart lockers, smart home control panels, handheld equipment, building automation interfaces and compact embedded HMI systems. The 7 inch 720×1280 portrait format of MX-070FM45NFM-T165 is particularly suitable for vertically oriented user interfaces.

5. How does the 7 inch In-Cell touch screen connect to an embedded system?

MX-070FM45NFM-T165 uses a 45-pin MIPI interface with four MIPI data lanes for display signals. The same connector also includes TP_SCL, TP_SDA, TP_INT and TP_RST signals for touch communication. This integrated interface arrangement supports compact system integration where both display and touch functions need to connect to the main control board.

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