The 10.1 inch LCD display MX-B101HR50-IS411K-DB features IPS technology, 1024x600 resolution, 1000 nits high brightness, and 50-pin RGB interface for embedded system integration. Its normally black, transmissive LCD panel delivers wide viewing angles, consistent color performance, and 16.7 million colors for industrial control panels, EV charging equipment, and marine instruments. With operating temperature range of -20°C to +70°C and module dimensions of 235.0x143.0x5.2 mm, this 10.1 inch LCD screen provides high-brightness display solution for industrial and embedded applications.
Explore More Features of the 10.1 inch LCD Display
Built for embedded systems that require high brightness, wide viewing angles, and stable RGB signal integration.
IPS Technology with All Viewing Angles
This 10.1 inch LCD panel provides 1024x600 resolution, 16.7 million colors, and wide viewing angles of up to 85° typical in all four directions. The normally black display configuration delivers an 800:1 typical contrast ratio, making it suitable for control interfaces, equipment status displays, and graphical data presentation.
1000 Nits Brightness for Clear Visibility
The 1000 nits typical brightness helps maintain screen visibility in bright indoor environments and selected outdoor installations. Its 42-LED white backlight supports high-brightness operation, while optical performance should be evaluated under the equipment's actual lighting conditions.
RGB 50-Pin Interface for Embedded Integration
The 24-bit RGB interface uses 50-pin FPC with dedicated display timing, power, and control signals. Its defined pin assignments and mechanical dimensions allow engineers to assess compatibility with embedded controllers and custom hardware designs before integration.
Applications for the 10.1 inch LCD Screen
With 1000 nits brightness, 1024x600 display area, and -20°C to +70°C operating range, this LCD module is a candidate for embedded equipment used in varied lighting and temperature conditions.
Industrial Control Systems
Measuring Instruments
Compact Medical Devices
Smart Home Devices
Technical Specifications
LCD Pin Definition (50-pin RGB)
| Pin | Symbol | Description |
|---|---|---|
| 1 | VLED+ | LED backlight anode |
| 2 | VLED+ | LED backlight anode |
| 3 | VLED- | LED backlight cathode |
| 4 | VLED- | LED backlight cathode |
| 5 | GND | Power ground |
| 6 | VCOM | Common voltage |
| 7 | DVDD | Digital power supply |
| 8 | MODE | DE/SYNC mode select |
| 9 | DE | Data enable signal |
| 10 | VSYNC | Vertical sync input |
| 11 | HSYNC | Horizontal sync input |
| 12 | B7 | Blue data MSB |
| 13 | B6 | Blue data |
| 14 | B5 | Blue data |
| 15 | B4 | Blue data |
| 16 | B3 | Blue data |
| 17 | B2 | Blue data |
| 18 | B1 | Blue data |
| 19 | B0 | Blue data LSB |
| 20 | G7 | Green data MSB |
| 21 | G6 | Green data |
| 22 | G5 | Green data |
| 23 | G4 | Green data |
| 24 | G3 | Green data |
| 25 | G2 | Green data |
| 26 | G1 | Green data |
| 27 | G0 | Green data LSB |
| 28 | R7 | Red data MSB |
| 29 | R6 | Red data |
| 30 | R5 | Red data |
| 31 | R4 | Red data |
| 32 | R3 | Red data |
| 33 | R2 | Red data |
| 34 | R1 | Red data |
| 35 | R0 | Red data LSB |
| 36 | GND | Power ground |
| 37 | DCLK | Pixel clock input |
| 38 | GND | Power ground |
| 39 | SHLR | Left/right scan selection |
| 40 | UPDN | Up/down scan selection |
| 41 | VGH | Gate ON voltage |
| 42 | VGL | Gate OFF voltage |
| 43 | AVDD | Analog circuit power |
| 44 | RESET | Global reset, active low |
| 45 | NC | Not connected |
| 46 | VCOM | Common voltage |
| 47 | DITH | Dithering function control |
| 48 | GND | Power ground |
| 49 | NC | Not connected |
| 50 | NC | Not connected |
Every LCD Module, Carefully Packed
| Individual Protection | Transparent PP Bag |
|---|---|
| Carton Packaging | Cardboard Carton with Individual Slots |
| Bulk Shipping | Palletized Cartons |
| Quantity per Carton | 60 pcs |
| Carton Dimensions | 54*29*19CM |
| Net Weight per Carton | 15 kg |
| Gross Weight per Carton | 16 kg |
MAXEN considers module protection, separation, and shipment conditions when preparing LCD display packaging. Packaging materials, carton capacity, and pallet arrangements are selected according to the approved product configuration and shipping requirements.
FAQs
Q
1. What controllers are compatible with this 10.1 inch LCD display?
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1. What controllers are compatible with this 10.1 inch LCD display?
The module uses a 24-bit parallel RGB interface with a 50-pin FPC connection. Compatibility depends on the controller's ability to provide 1024×600 video timing, RGB data signals, synchronization, and the required power supplies. The controller pinout and timing parameters should be verified before integration.
Q
2. Is touchscreen included with this LCD module?
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2. Is touchscreen included with this LCD module?
The standard datasheet describes TFT LCD module without integrated touch panel. For projects requiring touch functionality, PCAP or resistive touch integration can be discussed with MAXEN. Touch panel dimensions, controller IC, interface, and bonding requirements must be evaluated separately.
Q
3. What are the MOQ and lead time for this LCD display?
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3. What are the MOQ and lead time for this LCD display?
The standard minimum order quantity (MOQ) for this 10.1 inch LCD display is 500 pieces, with typical production lead time of 4–6 weeks. Delivery schedules may vary depending on order quantity and customization requirements.
Q
5. How should this 10.1 inch LCD screen be validated before production?
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5. How should this 10.1 inch LCD screen be validated before production?
Long-term supply planning should consider component availability, project demand forecasts, and product lifecycle status. Customers are encouraged to confirm availability, product change notification arrangements, and potential replacement options with MAXEN before production planning.
Q
5. How does MAXEN support long-term LCD supply for OEM projects?
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5. How does MAXEN support long-term LCD supply for OEM projects?
Engineering validation should cover RGB signal timing, power supply requirements, backlight driving, FPC connection, mechanical fit, and operating temperature performance. Sample testing under actual equipment conditions is recommended before production approval.
