The 12.1 inch LCD display MX-121FL20BFH-N13 features 1280×800 WXGA resolution, IPS wide viewing angles, and 1000 nits typical brightness for agricultural machinery and industrial control systems. This 12.1 inch LCD panel supports a 20-pin LVDS interface with 8-bit color depth and 16.7 million colors, providing detailed images across an active area of 261.12×163.2 mm. With 1200:1 typical contrast ratio, operating temperature range of -20°C to +70°C, and 50,000-hour rated LED backlight lifetime under specified test conditions, the 12.1 inch display is suitable for agricultural equipment dashboards, machinery monitoring terminals, and industrial control panels.
Explore 12.1 inch Industrial IPS LCD Display Features
This 12.1 inch industrial LCD screen combines high brightness, wide viewing angles, and LVDS interface to support clear visualization and practical integration into professional equipment.
IPS Wide Viewing Angles
The 12.1 inch IPS LCD screen provides 85° viewing angles in all four directions, helping operators read images and data from different positions. Its 1200:1 typical contrast ratio supports clear separation of text, graphics, and interface elements.
1000 Nits High Brightness
With 1000 nits typical brightness and 1280×800 resolution, this 12.1 lcd screen delivers detailed visuals for equipment used under bright indoor lighting. Its high-brightness backlight helps improve readability in demanding work environments.
20-Pin LVDS Interface
The 12.1 lcd panel uses a single-channel, 8-bit LVDS interface with a 20-pin signal connector. The interface supports integration with compatible embedded display controllers, subject to matching signal mapping, operating voltage, and timing requirements.
Applications of the 12.1 inch LCD Display
With its 12.1 inch screen size, 1280×800 resolution, IPS viewing characteristics, and 1000-nit brightness, this LCD display supports clear visualization of operating data, machine status, and control interfaces in agricultural machinery and industrial equipment.
Technical Specifications
LCD Pin Definition (20-pin LVDS)
| Pin | Signal | Pin | Signal |
|---|---|---|---|
| 1 | VCC | 2 | VCC |
| 3 | N.C. | 4 | GND |
| 5 | D0- | 6 | D0+ |
| 7 | GND | 8 | D1- |
| 9 | D1+ | 10 | GND |
| 11 | D2- | 12 | D2+ |
| 13 | GND | 14 | CLK- |
| 15 | CLK+ | 16 | GND |
| 17 | SDA (N.C.) | 18 | SCL (N.C.) |
| 19 | D3- | 20 | D3+ |
FAQs About the 12.1 inch LCD Display
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Q1: Is this 12.1 inch LCD display compatible with standard LVDS controllers?
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Q1: Is this 12.1 inch LCD display compatible with standard LVDS controllers?
The display uses single-channel, 8-bit LVDS interface with a 20-pin connector. Compatibility depends on the controller's LVDS data mapping, resolution, signal timing, power supply, and connector configuration. Engineers should verify these requirements against the datasheet before integration.
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Q2: Does the 12.1 inch IPS LCD screen support capacitive or resistive touch?
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Q2: Does the 12.1 inch IPS LCD screen support capacitive or resistive touch?
The standard specification describes a TFT LCD panel without an integrated touch sensor. MAXEN can evaluate capacitive or resistive touch panel integration based on project requirements, including cover glass, touch interface, and mechanical dimensions. Touch configurations require separate technical confirmation.
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Q3: What are the MOQ and lead time for this 12.1 inch LCD panel?
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Q3: What are the MOQ and lead time for this 12.1 inch LCD panel?
MOQ and production lead time depend on the selected configuration, order quantity, and material availability. MAXEN provides project-specific quotations and delivery schedules after reviewing customer requirements.
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Q4: How is long-term supply managed for this industrial LCD screen?
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Q4: How is long-term supply managed for this industrial LCD screen?
For long-term equipment projects, MAXEN can review supply planning, component availability, and potential replacement options with customers. Product lifecycle arrangements, including change notifications and last-time-buy planning, should be confirmed during project evaluation.
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Q5: What should engineers verify before integrating this 12.1 lcd display?
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Q5: What should engineers verify before integrating this 12.1 lcd display?
Engineers should verify LVDS signal mapping, 3.3V panel power, 12V backlight requirements, power sequencing, thermal conditions, and mechanical mounting. Display performance should be tested in the final equipment under actual operating conditions.
