High-Performance OLED Display Modules for Your Innovative Designs
• Vivid Colors & High Contrast
• Wide Viewing Angles & Fast Response
• Customizable Size, Interface & Integration
• Prototype to Mass Production Support
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0.96‑inch OLED Display – High Contrast 128×64 Screen
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1.3‑inch OLED Display Module – High Contrast 128×64 Screen
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1.5‑inch OLED Display Module – 128×128 High Contrast Screen
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1.54‑inch OLED Display Module – 128×64 High Contrast Screen
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2.23‑inch OLED Display Module – 128×32 High Contrast Screen
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2.42‑inch OLED Display Module – 128×64 High Contrast Screen
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2.7‑inch OLED Display Module – 128×64 High Contrast Screen
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3.12-inch Wide OLED Display Module | 256×64 Pixels, 2000:1 Contrast
OLED Display Module Customization Service
Core Advantages of OLED Customization
Customizable Technical Parameters
The specifications below represent our standard capabilities. We provide deep customization across all parameters to meet your exact product requirements.
| Parameter Category | Example Configurations | Description |
|---|---|---|
| Screen Size | 0.66″, 0.96″, 1.3″, 1.5″, 1.54″, 2.23″, 2.42″, 2.7″, 3.12″, etc. | Non-standard sizes and flexible cutting supported |
| Resolution | 64×48, 128×64, 128×128, 256×64, etc. | Higher resolutions and custom aspect ratios available |
| Display Colors | Monochrome (white/blue/yellow), dual-color, zone-color, full-color (RGB) | Select grayscale or color mode based on application |
| Driver IC | SSD1306, SSD1315, CH1116, SH1107, SSD1309, SSD1327, SSD1322, etc. | I²C, SPI interfaces supported; custom initialization code available |
| Interface Type | I²C, SPI, 8080/6800 parallel interface | Matched to host controller resources and speed requirements |
| Supply Voltage | 3.3V, 5V, wide voltage input (2.8V–5.5V) | Adapts to different system power designs |
| Brightness Control | PWM dimming, command dimming, auto-brightness sensing | Multi-level brightness and dynamic adjustment supported |
| Form Factor & Structure | Rigid PCB, flexible FPC, ultra-thin module, irregular cutting, transparent window design | Curved designs and wearable device integration supported |
| Additional Features | Integrated touch (capacitive/resistive), ambient light sensor, under-display components | Modular integration reduces peripheral components |
| Application Scenarios | Wearables, medical instruments, industrial HMI, smart home, automotive secondary displays, portable devices, etc. | Low-power, high-reliability solutions provided |
Contact us with your specifications for a tailored quote within 24 hours.
Application Scenario Stories
When Technology Meets Demand: How We Solve Industry Challenges
Frequently Asked Question
If you don’t find your answer here, contact our professional engineers immediately for assistance.
A: OLED displays offer superior image quality with perfect black levels (since each pixel is self-emissive), an extremely high contrast ratio, faster response time for smoother motion, and a wider viewing angle. They are also thinner, lighter, and can be made flexible, enabling more innovative product designs.
A: Absolutely. Our OLED products are developed with high-reliability standards, and our IATF 16949 certification specifically supports our commitment to the automotive industry. They are designed to meet stringent requirements for temperature stability, brightness, and long-term durability in vehicles.
A: We utilize advanced OLED materials and driver technologies to maximize operational lifespan. While OLEDs can be susceptible to burn-in under extreme static content conditions, we implement pixel shifting and other compensation algorithms in our modules to significantly mitigate this risk, making them robust for industrial and automotive use.
A: Yes. Our vertically integrated production lines and R&D focus allow for extensive customization. We can tailor the size, special shapes (cut-outs), interface (LVDS, MIPI, etc.), and even develop flexible OLED solutions to fit your unique mechanical and electrical design requirements.
A: Power consumption depends heavily on the content being displayed. OLEDs are more energy-efficient when showing dark or black images because the individual pixels can be turned off completely. For predominantly bright content, an LCD with a constant backlight might be more efficient. We can help you analyze which technology is optimal for your specific application.
A: Yes. We provide complete solutions by integrating high-performance capacitive touch panels (such as On-Cell or Cover Glass) with our OLED displays. This offers a sleek, integrated module with excellent optical clarity and responsive touch experience for interactive applications.
Ready to Bring Your Display Project to Life?
Contact our display experts today for a free consultation and quote.