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[[zh:5inch_HDMI_Display-D]]
[[zh:5inch_HDMI_Display-D]]
 
{{#widget:StyledHeader
 
| color = Black
{{#widget:StyledHeader|color=blue}}
 
==<font color="blue"> Product Pictures</font> ==
{{gallery|width=300px|height=300px
|File:MPI7010-7D-2.png|MPI7010-TopView
|File:MPI7010-7D-3.png|MPI7010-ButtomView
}}
}}


== Product Images ==
[[File:MPI5007-Top.png|300px]]
[[File:MPI5007-Bottom.png|300px]]


==<font color="blue"> Product Feature </font> ==
== Product Introduction ==
 
* '''5inch IPS full Angle display'''
 
: ○The viewing Angle is large
 
: ○true color


: ○Dynamic picture quality is excellent
* 5-inch standard display, using an IPS full-view panel
* Physical resolution of 1024×600 dots, with a delicate display effect
* HD input with zoom function supports higher resolutions (up to 1920X1080 input)
* With a capacitive touch screen, supports 5-point touch control, USB touch, driver-free
* Supports USB dimming function, and the online dimming can be achieved with the supporting host computer software
* Has its own OSD menu adjustment function (can adjust contrast/brightness/turn on and off, etc.)
* Compatible with mainstream mini PCs such as Raspberry Pi, BB Black, Banana Pi, etc.
* When used as a Raspberry Pi display, it supports systems such as Raspbian, Ubuntu, and WIN10 IOT, with multi-touch and driver-free
* When used as a computer display, it supports Windows 7/ 8/ 8.1/ 10/11 systems, with 5-point touch and USB driver-free
* Supports commonly used game consoles such as Microsoft Sony PS4, XBOx360, and Nintendo
* This product has passed CE and RoHS certifications.


* '''1024x600 Resolution'''
== Product Parameters ==


: ○HD Vision
* Size: 5.0 (inch)
* SKU: MPI5006
* Resolution: 1024×600 (dots)
* Material: IPS
* Touch: 5-point capacitive touch


: ○Display is very delicate
* Dimensions: 121.11（W）*77.93（H）*13.94（T）(mm)
* Package Dimensions: 153*135*51 (mm)
* Weight (including packaging): 254(g)
* Power Consumption: 2.3W


* '''HDMI video input interfaces'''
== Hardware Instructions ==


: ○High definition video display
==== '''Product Dimensions''' ====
 
{{gallery|width=500px|height=600px
: ○Can be used as an HDMI display
|File:5-D-size.png}}
 
* '''Support multiple device access'''
 
:○Can connect to mainstream development boards such as Raspberry Pi, Banana Pi, BB Black, etc
 
:○Can connect to mainstream game consoles such as PS4, Xbox360, Switch, etc
 
:○Can connect to mainstream TV boxes and digital cameras (display only)
 
* '''Supports multiple system displays'''
 
:○Support systems such as Raspbian, Kali Linux, Ubuntu, Kodi, Win10 IOT, and touch free drive
 
:○Support Win7/8/10/11 and other systems, touch free drive
 
 
==<font color="blue"> Product Description</font> ==  
 
* Product Parameter


==== '''Interface Function Instructions''' ====
{{gallery|width=500px|height=500px
|File:5D接口-1 画板 1.png}}
{| class="wikitable"
{| class="wikitable"
|'''SKU'''
|'''Interface'''
|MPI5006
|'''Description'''
|-
|'''Panel Type'''
|IPS
|-
|-
|'''Panel Size'''
|1:Menu
|5 inch
|Displays the OSD settings menu / selection key
|-
|-
|'''Resolution'''
|2:Left/Up
|1024*600
|Direction key <- (Backlight quick adjustment key)
|-
|-
|'''Luminance(TYP)'''
|3:Right/Down
|430
|Direction key -> (Backlight quick adjustment key)
|-
|-
|'''Backlight Type'''
|4:Return     
|White LED
|When setting the display menu, return to the previous level
|-
|-
|'''Touch Screen Type'''
|5:Power 
|Capacitive Touch Screen
|Turn on or off the LCD display to reduce power consumption
|-
|-
|'''Power'''
|6:M2.5 
|TypeC-USB（5V）
|2.5mm copper post
|-
|-
|'''Total Power'''
|7:Display interface
|2.3W (100%)
|Used to connect the motherboard and the LCD display for HDMI transmission
|-
|-
|'''Video Input Interface'''
|8: HDMI interface
|HDMI
|Connect to the signal source device using an HDMI cable
|-
|-
|'''Active Area'''
|9: Power
|108.00 x 64.80
|Connect to the signal source device using a TypeC-USB cable. This interface is used for touch and power supply
|-
|-
|'''Outline Size'''
|11: PWM external interface
|121.11x77.93x13.94
|This interface can be used for external PWM debugging and needs to be soldered by yourself
|-
|-
|'''Weight'''
|12:Raspberry Pi hole 
|
|2.5mm copper post, which can be used to connect and fix the Raspberry Pi
|}
|}


* Key and Interface Function Description
==== Pin Definition of the 20Pin-0.5mm-FPC⑦ Expansion Interface ====
[[File:MPi5006 key.png]]
{| class="wikitable"
{| class="wikitable"
|'''Key and Interface'''
|1
|'''Description'''
|NC
|Floating
|-
|2
|RX0_N
|Data transmission pin, used to transmit the differential data signal of channel 0
|-
|3
|GND
|Ground pin
|-
|4
|RX0_P
|Data transmission pin, used to transmit the differential data signal of channel 0
|-
|5
|RX1_N
|Data transmission pin, used to transmit the differential data signal of channel 1
|-
|6
|GND
|Ground pin
|-
|7
|RX1_P
|Data transmission pin, used to transmit the differential data signal of channel 1
|-
|8
|RX2_N
|Data transmission pin, used to transmit the differential data signal of channel 2
|-
|9
|GND
|Ground pin
|-
|-
|power
|10
|Connect to the power supply using Type-C cable, only providing power supply function and Touch
|RX2_P
|Data transmission pin, used to transmit the differential data signal of channel 2
|-
|-
|HDMI
|11
|Input HDMI signal, connect using Mini HDMI cable, commonly used to connect to a computer
|RXC_P
|
|Clock transmission pin, used to transmit the differential clock signal
|-
|-
|Earphone
|12
|3.5mm audio output interface for connecting audio devices, such as headphones or audio systems
|GND
|Ground pin
|-
|-
|Touch
|13
|The power and touch interfaces are shared, connected using Type-C cables, and provide both power and touch functions
|RXC_N
|Clock transmission pin, used to transmit the differential clock signal
|-
|-
|PWM
|14
|The backlight brightness can be adjusted by using PWM through external wiring
|NC
|Floating
|-
|-
|Display
|15
|Input HDMI signal, commonly used to connect to a computer
|NC
|Floating
|-
|-
|MENU/RETURN
|16
|Open/Close the System Settings Menu; Return
|HDMI SCL
|IIC clock line, which provides a clock signal for data transmission
|-
|-
|UP/ BRIGHTNESS INCREASED
|17
|Shortcut key, backlight brightness increase; In the System Settings Menu, Up
|HDMI SDA
|IIC data line, used for actual data transmission
|-
|-
|DOWN/ BRIGHTNESS DECREASE
|18
|Shortcut key, backlight brightness reduction; In the System Settings Menu, Down
|GND
|Ground pin
|-
|-
|LEFT/ VOLUME REDUCTION
|19
|Shortcut key, Volume reduction; In the System Settings Menu, Left
|HDMI 5V
|Power pin, providing 5V power supply
|-
|-
|RIGHT/ VOLUME INCREASE
|20
|Shortcut key, Volume increase;In the System Settings Menu, Right
|HDMI HPD0
|It is the hot-plug detection signal pin in the HDMI interface
|}
|}


==== Pin Definition of the 4Pin-1.25mm⑩ Touch Expansion Interface ====
{| class="wikitable"
|Pin
|Identifier
|Function Description
|-
|1
|5V
|Power pin, providing 5V power supply
|-
|2
|D+
|Data transmission pin, used to transmit differential data signals
|-
|3
|D-
|Data transmission pin, used to transmit differential data signals
|-
|4
|GND
|Ground pin
|}


==<font color="blue"> Working with Raspberry Pi </font> ==
== Using in Raspberry Pi Raspbian/Ubuntu Mate/Win10 IoT Core Systems ==
'''Step 1. Download the Official image'''


:1) Download '''Raspbian''' Official Image
* '''Step 1, Install the Official Image'''
::Download URL: '''https://www.raspberrypi.org/downloads/raspbian/'''
::Username: '''pi'''    Password: '''raspberry'''
:2) Download '''Ubuntu Mate''' Official Image
::Download URL: '''https://ubuntu-mate.org/download/'''
::'''The user name and password can be set by yourself after startup'''
:3) Download '''Kail''' Official Image
::Download URL: '''https://www.offensive-security.com/kali-linux-arm-images/'''
::Username: '''kali''' (The old version is '''root''')    Password: '''kali'''(The old version is '''toor''')
:4) Download '''Retropie''' Official Image
::Download URL: '''https://retropie.org.uk/download/'''
::Username: '''pi'''    Password: '''raspberry'''


'''Step 2. Brun Official Image'''
# Download the latest image from the official website
# Install the system according to the official tutorial steps


:1) Download and install tool software（If they are already installed,this step can be ignored）
* '''Step 2, Modify the config.txt Configuration File'''
::SD card format software '''SDCard Formatter''' download URL :
::'''https://www.sdcard.org/downloads/formatter_4/'''
::Image burning software '''win32diskimager''' download URL:
::'''https://sourceforge.net/projects/win32diskimager/'''
:2) Format SD card
::Insert the SD card into the card reader -> Insert the card reader into the computer -> Open the SDFormatter software -> Select SD card ->
::Select quick format (generally select quick format, other options can be selected according to your own needs) -> Click the Format button ->
::Select "Yes" -> Click OK after formatting.
:3) Brun Image
::Open the win32diskimager software -> Select the image file to be burned (xxx.img ) -> Select SD card -> Click the "write" button ->
::Select "Yes" -> Wait for the burning to complete (the whole process lasts about 10 minutes)


'''Step 3. Modify the “config.txt” configuration file'''
:After the burning in Step 1 is completed, open the config.txt file in the root directory of the Micro SD card and add the following code at the end of the file, save it and safely eject the Micro SD card:
 
:Open the “config.txt” file in the root directory of SD card on the computer, Add the following at the end of the file, save and exit.
{{code|1=
{{code|1=
hdmi_force_edid_audio=1
max_usb_current=1
max_usb_current=1
hdmi_force_hotplug=1
hdmi_force_hotplug=1
Line 176: Line 206:
hdmi_mode=87
hdmi_mode=87
hdmi_drive=1
hdmi_drive=1
display_rotate=0                         
hdmi_cvt 1024 600 60 6 0 0 0
hdmi_cvt 1024 600 60 6 0 0 0
}}    
}}
 
'''Step 4. Insert SD card'''


:After the above steps are completed, pop up the SD card on the computer and insert it into the SD card slot on the back of the raspberry pie.
:Note: For the official Raspberry Pi system on 2021-10-30, you also need to comment out dtoverlay=vc4-kms-v3d (modify it to #dtoverlay=vc4-kms-v3d)


'''Step 5. Running system'''  
* '''Step 3, '''


:Connect the HDMI interface and touch interface of the display screen to raspberry pie, connect the power supply of raspberry pie,  
:Insert the Micro SD card into the Raspberry Pi, connect the HDMI cable between the Raspberry Pi and the LCD, connect the USB cable to any one of the 4 USB ports of the Raspberry Pi, and connect the other end of the USB cable to the USB port of the LCD. Then power on the Raspberry Pi. If the display and touch are both normal, the driver installation is successful (please use a power supply of at least 2A).
:and start the machine to display and touch normally..


== <font color="blue"> Work as HDMI touch monitor</font> ==
== How to Use as a Computer Display ==
[[File:Connect to MPI7010 Image.png]]
[[File:Connect to MPI7010 Image.png]]
* Use an HDMI cable to connect the computer's HDMI output signal to the HDMI interface of the LCD;
* Connect one end of the MicroUSB cable to the USB Touch interface of the LCD (either of the two MicroUSB ports can be used), and the other end to the USB port of the computer.
* If there are multiple displays, please first unplug the interfaces of other displays and test this LCD as the only display.


==<font color="blue">Resource</font>==
{{Rotate}}
 
*'''Document'''


#[https://www.lcdwiki.com/res/MPI5001/EN/How_to_install_the_LCD_driver_V1.2.pdf How_to_install_the_LCD_driver_V1.2]
== Frequently Asked Questions ==
#[https://www.lcdwiki.com/res/MPI5001/EN/How_to_install_matchbox-keyboard(En).pdf How_to_install_matchbox-keyboard]
#[https://www.lcdwiki.com/res/PublicFile/How_to_use_Raspberry_Pi(Download,Format,Burn,SSH,PuTTy)-V1.0.pdf How_to_use_Raspberry_Pi(Download,Format,Burn,SSH,PuTTy)-V1.0.pdf]


* [https://www.lcdwiki.com/en/常见问题 '''Common Questions about Raspberry Pi''']
* [https://www.lcdwiki.com/en/RaspberryPi_Ubuntu-mate-18.04系统中，使用电容触摸局部菜单无法使用 In Ubuntu-mate-18.04 System, the Capacitive Touch Local Menu Cannot Be Used]
* [https://www.lcdwiki.com/en/如何在树莓派4中使用双屏显示 How to Use Dual-Screen Display in Raspberry Pi 4]


== Resource Download ==


==== '''Documents''' ====
# [https://www.lcdwiki.com/res/MPI5006/MPI5006_产品手册（En）.pdf MPI5006 Product Manual]
# [https://www.lcdwiki.com/res/PublicFile/%E5%A6%82%E4%BD%95%E5%AE%89%E8%A3%85LCD%E9%A9%B1%E5%8A%A8-V1.2.pdf How to Install LCD Driver-V1.2]
# [https://www.lcdwiki.com/res/PublicFile/如何校准电容触摸屏-V1.0.pdf How to Calibrate the Capacitive Touch Screen-V1.0]
# [https://www.lcdwiki.com/res/PublicFile/如何安装虚拟键盘(CN).pdf How to Install the Virtual Keyboard (CN)]
# [https://www.lcdwiki.com/res/PublicFile/树莓派入门教程(下载，格式化，烧录，SSH，PuTTy)-V1.0.pdf Raspberry Pi Getting Started Tutorial (Download, Format, Burn, SSH, PuTTy)-V1.0]
# [https://www.lcdwiki.com/res/MPI5006/MPI5006-5D-size.pdf Product Dimension Diagram:]
# [https://www.lcdwiki.com/res/PublicFile/HDMI模块如何设置双屏显示-V1.0.pdf How to Set Dual-Screen Display for the HDMI Module-V1.0]
# [https://www.lcdwiki.com/Use_software_to_adjust_the_Brightness Use software to adjust the Brightness]


*'''Software'''
==== '''Driver Download''' ====
# Local Download: [https://www.lcdwiki.com/res/RaspDriver/LCD-show.tar.gz LCD-show.tar.gz]


==== '''Commonly Used Software''' ====
# [[:en:res/software/LCD-USB-BRIGHTNESS-Windows-V1.0.zip|LCD-USB-BRIGHTNESS-Windows-V1.0.zip]]
# [https://www.lcdwiki.com/res/software/Panasonic_SDFormatter.zip Panasonic SDFormatter]
# [https://www.lcdwiki.com/res/software/Panasonic_SDFormatter.zip Panasonic SDFormatter]
# [https://www.lcdwiki.com/res/software/Win32DiskImager.zip Win32DiskImager]
# [https://www.lcdwiki.com/res/software/Win32DiskImager.zip Win32DiskImager]

Latest revision as of 11:26, 1 December 2025

Product Images

Product Introduction

  • 5-inch standard display, using an IPS full-view panel
  • Physical resolution of 1024×600 dots, with a delicate display effect
  • HD input with zoom function supports higher resolutions (up to 1920X1080 input)
  • With a capacitive touch screen, supports 5-point touch control, USB touch, driver-free
  • Supports USB dimming function, and the online dimming can be achieved with the supporting host computer software
  • Has its own OSD menu adjustment function (can adjust contrast/brightness/turn on and off, etc.)
  • Compatible with mainstream mini PCs such as Raspberry Pi, BB Black, Banana Pi, etc.
  • When used as a Raspberry Pi display, it supports systems such as Raspbian, Ubuntu, and WIN10 IOT, with multi-touch and driver-free
  • When used as a computer display, it supports Windows 7/ 8/ 8.1/ 10/11 systems, with 5-point touch and USB driver-free
  • Supports commonly used game consoles such as Microsoft Sony PS4, XBOx360, and Nintendo
  • This product has passed CE and RoHS certifications.

Product Parameters

  • Size: 5.0 (inch)
  • SKU: MPI5006
  • Resolution: 1024×600 (dots)
  • Material: IPS
  • Touch: 5-point capacitive touch
  • Dimensions: 121.11（W）*77.93（H）*13.94（T）(mm)
  • Package Dimensions: 153*135*51 (mm)
  • Weight (including packaging): 254(g)
  • Power Consumption: 2.3W

Hardware Instructions

Product Dimensions


Interface Function Instructions

Interface Description
1:Menu Displays the OSD settings menu / selection key
2:Left/Up Direction key <- (Backlight quick adjustment key)
3:Right/Down Direction key -> (Backlight quick adjustment key)
4:Return When setting the display menu, return to the previous level
5:Power Turn on or off the LCD display to reduce power consumption
6:M2.5 2.5mm copper post
7:Display interface Used to connect the motherboard and the LCD display for HDMI transmission
8: HDMI interface Connect to the signal source device using an HDMI cable
9: Power Connect to the signal source device using a TypeC-USB cable. This interface is used for touch and power supply
11: PWM external interface This interface can be used for external PWM debugging and needs to be soldered by yourself
12:Raspberry Pi hole 2.5mm copper post, which can be used to connect and fix the Raspberry Pi

Pin Definition of the 20Pin-0.5mm-FPC⑦ Expansion Interface

1 NC Floating
2 RX0_N Data transmission pin, used to transmit the differential data signal of channel 0
3 GND Ground pin
4 RX0_P Data transmission pin, used to transmit the differential data signal of channel 0
5 RX1_N Data transmission pin, used to transmit the differential data signal of channel 1
6 GND Ground pin
7 RX1_P Data transmission pin, used to transmit the differential data signal of channel 1
8 RX2_N Data transmission pin, used to transmit the differential data signal of channel 2
9 GND Ground pin
10 RX2_P Data transmission pin, used to transmit the differential data signal of channel 2
11 RXC_P Clock transmission pin, used to transmit the differential clock signal
12 GND Ground pin
13 RXC_N Clock transmission pin, used to transmit the differential clock signal
14 NC Floating
15 NC Floating
16 HDMI SCL IIC clock line, which provides a clock signal for data transmission
17 HDMI SDA IIC data line, used for actual data transmission
18 GND Ground pin
19 HDMI 5V Power pin, providing 5V power supply
20 HDMI HPD0 It is the hot-plug detection signal pin in the HDMI interface

Pin Definition of the 4Pin-1.25mm⑩ Touch Expansion Interface

Pin Identifier Function Description
1 5V Power pin, providing 5V power supply
2 D+ Data transmission pin, used to transmit differential data signals
3 D- Data transmission pin, used to transmit differential data signals
4 GND Ground pin

Using in Raspberry Pi Raspbian/Ubuntu Mate/Win10 IoT Core Systems

  • Step 1, Install the Official Image
  1. Download the latest image from the official website
  2. Install the system according to the official tutorial steps
  • Step 2, Modify the config.txt Configuration File
After the burning in Step 1 is completed, open the config.txt file in the root directory of the Micro SD card and add the following code at the end of the file, save it and safely eject the Micro SD card:
hdmi_force_edid_audio=1
max_usb_current=1
hdmi_force_hotplug=1
config_hdmi_boost=7
hdmi_group=2
hdmi_mode=87
hdmi_drive=1
hdmi_cvt 1024 600 60 6 0 0 0
Note: For the official Raspberry Pi system on 2021-10-30, you also need to comment out dtoverlay=vc4-kms-v3d (modify it to #dtoverlay=vc4-kms-v3d)
  • Step 3,
Insert the Micro SD card into the Raspberry Pi, connect the HDMI cable between the Raspberry Pi and the LCD, connect the USB cable to any one of the 4 USB ports of the Raspberry Pi, and connect the other end of the USB cable to the USB port of the LCD. Then power on the Raspberry Pi. If the display and touch are both normal, the driver installation is successful (please use a power supply of at least 2A).

How to Use as a Computer Display

  • Use an HDMI cable to connect the computer's HDMI output signal to the HDMI interface of the LCD;
  • Connect one end of the MicroUSB cable to the USB Touch interface of the LCD (either of the two MicroUSB ports can be used), and the other end to the USB port of the computer.
  • If there are multiple displays, please first unplug the interfaces of other displays and test this LCD as the only display.

How to rotate the display direction

This method only applies to the Raspberry Pi series of display screens, other display screens do not apply.

  • Method 1，If the driver is not installed, execute the following command (Raspberry Pi needs to connected to the Internet):
sudo rm -rf LCD-show
git clone https://github.com/goodtft/LCD-show.git
chmod -R 755 LCD-show
cd LCD-show/
sudo ./XXX-show 90

After execution, the driver will be installed. The system will automatically restart, and the display screen will rotate 90 degrees to display and touch normally.
（ ' XXX-show ' can be changed to the corresponding driver, and ' 90 ' can be changed to 0, 90, 180 and 270, respectively representing rotation angles of 0 degrees, 90 degrees, 180 degrees, 270 degrees）

  • Method 2，If the driver is already installed, execute the following command:
cd LCD-show/
sudo ./rotate.sh 90

After execution, the system will automatically restart, and the display screen will rotate 90 degrees to display and touch normally.
（ ' 90 ' can be changed to 0, 90, 180 and 270, respectively representing rotation angles of 0 degrees, 90 degrees, 180 degrees, 270 degrees）
If the rotate.sh prompt cannot be found, use Method 1 to install the latest drivers

Frequently Asked Questions

Resource Download

Documents

  1. MPI5006 Product Manual
  2. How to Install LCD Driver-V1.2
  3. How to Calibrate the Capacitive Touch Screen-V1.0
  4. How to Install the Virtual Keyboard (CN)
  5. Raspberry Pi Getting Started Tutorial (Download, Format, Burn, SSH, PuTTy)-V1.0
  6. Product Dimension Diagram:
  7. How to Set Dual-Screen Display for the HDMI Module-V1.0
  8. Use software to adjust the Brightness

Driver Download

  1. Local Download: LCD-show.tar.gz

Commonly Used Software

  1. LCD-USB-BRIGHTNESS-Windows-V1.0.zip
  2. Panasonic SDFormatter
  3. Win32DiskImager
  4. PuTTY

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Contents
Last modified
This page was last edited on 1 December 2025, at 11:26.