The 7 inch LCD module MX-070HL40BFH-N94 features IPS technology, 1024x600 resolution, 1000 nits high brightness, and 40-pin LVDS interface for embedded display integration. This 7 inch LCD display supports 16.7 million colors and wide viewing angles of 85° typical in all four directions, providing clear visibility for operating menus, graphical interfaces, and equipment status information. With slim module profile of 164.70x100.00x3.50 mm and operating temperature range of -20°C to +70°C, it is suitable for industrial HMI panels, EV charging equipment, smart building controls, and monitoring terminals.
Key Features of the 7 Inch TFT LCD Module
This 7 inch TFT LCD display combines high brightness backlighting, IPS wide viewing angles, and LVDS interface to support visibility and integration in industrial and commercial equipment.
IPS LCD Panel with Wide Viewing Angles
The 7 inch LCD panel uses IPS technology to deliver wide viewing angles of 85° typical in all four directions. Combined with 1024×600 resolution and support for 16.7 million colors, it provides consistent visual information for operators viewing the display from different positions.
1000 Nits High Brightness LCD Backlight
With typical high brightness of 1000 nits, this high brightness LCD provides improved visibility in environments with strong ambient lighting. The LED backlight supports clear presentation of operating data, status indicators, and graphical content in bright indoor and sheltered installations.
40-Pin LVDS Interface for Embedded Systems
This LVDS LCD display features a 40-pin interface for integration with compatible embedded controllers. Its compact mechanical design, with a module thickness of 3.50 mm, makes it suitable for equipment where installation space and display interface compatibility are important considerations.
Applications of the 7 Inch High Brightness LCD Display
The 7 inch 1024×600 LCD display provides space for control menus, equipment readings, and graphical information. Its 1000 nits brightness and IPS viewing angles make it a practical display candidate for equipment used under different ambient lighting conditions.
Industrial Control Systems
Measuring Instruments
Compact Medical Devices
Smart Home Devices
Technical Specifications
LCD Pin Definition (40-pin RGB)
| Pin No. | Symbol | Description |
| 1 | VCOM | Common Electrode Voltage |
| 2–3 | VDD | Digital Power Supply |
| 4 | NC | No Connection |
| 5 | RESET | Global Reset, Active Low |
| 6 | STBYB | Standby Mode Control |
| 7 | GND | Ground |
| 8 | NIND0 | Negative LVDS Data Input 0 |
| 9 | PIND0 | Positive LVDS Data Input 0 |
| 10 | GND | Ground |
| 11 | NIND1 | Negative LVDS Data Input 1 |
| 12 | PIND1 | Positive LVDS Data Input 1 |
| 13 | GND | Ground |
| 14 | NIND2 | Negative LVDS Data Input 2 |
| 15 | PIND2 | Positive LVDS Data Input 2 |
| 16 | GND | Ground |
| 17 | NINC | Negative LVDS Clock Input |
| 18 | PINC | Positive LVDS Clock Input |
| 19 | GND | Ground |
| 20 | NIND3 | Negative LVDS Data Input 3 |
| 21 | PIND3 | Positive LVDS Data Input 3 |
| 22 | GND | Ground |
| 23–24 | NC | No Connection |
| 25 | GND | Ground |
| 26–27 | NC | No Connection |
| 28 | SELB | 6-Bit / 8-Bit Mode Selection |
| 29 | AVDD | Analog Power Supply |
| 30 | GND | Ground |
| 31–32 | LED- | LED Backlight Cathode |
| 33 | SHLR | Horizontal Inversion Control |
| 34 | UPDN | Vertical Inversion Control |
| 35 | VGL | Negative TFT Gate Voltage |
| 36–37 | NC | No Connection |
| 38 | VGH | Positive TFT Gate Voltage |
| 39–40 | LED+ | LED Backlight Anode |
Every LCD Module, Carefully Packed
| Individual Protection | Transparent PP Bag |
|---|---|
| Carton Packaging | Cardboard Carton with Individual Slots |
| Bulk Shipping | Palletized Cartons |
| Quantity per Carton | 120 pcs |
| Carton Dimensions | 41*34.5*15.5CM |
| Net Weight per Carton | 12 kg |
| Gross Weight per Carton | 13 kg |
Each 7 inch LCD module is individually packed in a transparent PP bag and placed into dedicated slots inside cardboard cartons to prevent contact between modules during transportation. Each carton contains 120 modules. For bulk shipments, the cartons are palletized for easier handling and secure transportation.
FAQs About the 7 Inch LCD Module
Q
1. What should be checked for LVDS controller compatibility?
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1. What should be checked for LVDS controller compatibility?
The controller must support the module's LVDS signal configuration, interface pin assignment, display timing, and power requirements. The 6-bit/8-bit selection, backlight driver, and reset sequence should also be reviewed. MAXEN recommends checking the datasheet and controller specifications before hardware integration.
Q
2. Are capacitive or resistive touch options available for this LCD module?
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2. Are capacitive or resistive touch options available for this LCD module?
The standard module specification does not include touch panel. Capacitive or resistive touch integration can be evaluated according to project requirements, including cover glass dimensions, touch controller interface, bonding method, and mechanical fit. Final configuration availability requires engineering confirmation.
Q
3. What are the MOQ and production lead time for this 7 inch LCD module?
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3. What are the MOQ and production lead time for this 7 inch LCD module?
MOQ and production lead time depend on the required configuration, component availability, and order quantity. MAXEN can provide pricing, MOQ, and estimated delivery schedules after reviewing the project specifications and purchasing requirements.
Q
4. How does MAXEN support repeat orders and product lifecycle planning?
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4. How does MAXEN support repeat orders and product lifecycle planning?
For ongoing equipment projects, MAXEN can review order forecasts, component availability, and potential product changes with customers. Product change information and suitable replacement options can be discussed when applicable to help manage supply continuity and engineering transitions.
Q
5. How should this high brightness LCD be evaluated for outdoor equipment?
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5. How should this high brightness LCD be evaluated for outdoor equipment?
Although the module offers 1000 nits typical brightness, outdoor readability also depends on ambient reflections, cover glass, enclosure design, and operating temperature. Engineering evaluation should include visibility tests under actual lighting conditions, electrical compatibility, thermal performance, and the suitability of any required optical bonding or protective glass.
