Precision-Tailored AMOLED Vision

Custom-Built Displays Engineered for Your Unique Device Specs

OLED Display Modules for Industrial, Wearable & Commercial Applications

Premium OLED Display Modules for Advanced Applications

BrownOpto offers a comprehensive range of high-performance OLED display modules designed for next-generation electronics. Featuring self-illuminating technology, our OLED screens deliver infinite contrast ratios, ultra-fast response times, and exceptional color reproduction—all in an ultra-thin form factor with extremely low power consumption.

From compact 0.95" displays for smart wearables to high-resolution 15.6" panels for IT and medical devices, our solutions meet the most demanding visual requirements. Whether you are upgrading from traditional TFT LCD modules or seeking custom display solutions for industrial handhelds, our engineering team ensures seamless integration.

Explore our standard OLED specifications below, or visit our Download Center for detailed datasheets and technical drawings.

Custom Display Solutions

From Compact Shapes to Industrial-Grade Performance

Custom industrial OLED displays: compact shapes, powerful performance. Tailored to your needs.

Premium OLED Display Collection

Shenzhen-Engineered Excellence | In-Stock & Ready to Ship

Source high-quality OLED displays from our Shenzhen warehouse. Fast delivery, competitive pricing, and expert support for your next project.

OLED Display Module Specifications

Wearable & Small Displays (0.95" - 2.06")

Size	Resolution	Interface	Brightness (nits)	Main Application
0.95 inch	120 x 240	SPI / I2C	350	Smart Band
1.20 inch	390 x 390	MIPI / SPI	400	Smart Watch
1.39 inch	454 x 454	MIPI	450	High-end Wearable
1.50 inch	128 x 128	SPI	300	Medical Device
2.06 inch	410 x 502	MIPI	500	Smart Watch / IoT

Industrial & Handheld Displays (3.92" - 8.0")

Size	Resolution	Interface	Brightness (nits)	Main Application
3.92 inch	1080 x 1200	MIPI	400	VR / AR Headset
5.00 inch	1080 x 1920	MIPI	450	Handheld Terminal
5.50 inch	1080 x 1920	MIPI	500	Smart Home Control
6.00 inch	1440 x 2880	MIPI	450	Industrial PDA
7.00 inch	1080 x 1920	MIPI	500	Vertical Handheld Device
7.00 inch	1280 x 800	LVDS	450	Industrial / Medical Monitor
8.00 inch	1200 x 1920	MIPI	500	Tablet / Smart Panel

IT & Laptop Displays (12.6" - 15.6")

Size	Resolution	Interface	Brightness (nits)	Main Application
12.6 inch	2560 x 1600	eDP	400	Premium Tablet
13.3 inch	1920 x 1080	eDP	400	Ultrabook / Laptop
14.0 inch	2880 x 1800	eDP	500	High-end Laptop
15.6 inch	3840 x 2160	eDP	400	Portable Monitor / Laptop

OLED Display Selection Guide

Select Size

Choose the right form factor for your device:

< 2": Wearables & Smart Rings
2"-5": Handheld HMI & Medical
> 5": Automotive & Control Panels

Select Color

Pick the mode that fits your power and visual needs:

Monochrome: High contrast, ultra-low power consumption.
Full Color: 16-bit RGB for rich graphics and video.

Select Interface

Match the driver to your processor speed:

SPI Interface: Best for simple wiring and standard MCUs.
MIPI Interface: Essential for high-speed data and HD video streaming.

Select the Ideal OLED Display Size

From sub-2" screens for smart wearables to 5"+ displays for automotive panels, we offer customizable sizes to ensure a perfect fit and seamless integration for any device.

Select Color Mode

Choose monochrome for ultra-low power consumption, or 16-bit Full Color RGB for rich graphics. For high-ambient light environments, our top configurations deliver brightness up to 1200 nits, ensuring exceptional outdoor visibility.

Match the Interface

Standard SPI/I2C interfaces are ideal for simple wiring and standard MCUs, while MIPI is essential for high-speed HD video streaming. Our plug-and-play designs simplify development and reduce time-to-market.

Engineered to Perform in Demanding Environments

OLED Applications Across Industries: Where Vision Meets Reliability

Brownopto OLED displays are purpose-built for the most challenging applications. From the curved wrists of fitness trackers to the high-vibration cabins of automobiles, our technology ensures superior visibility, durability, and performance. Explore how ourIndustrial-Grade OLEDsandCustom AMOLEDsare powering the next generation of innovation in:

Small AMOLED display modules integrated into smartwatches and wearable devices

OLED Series: Wearables

Industrial grade OLED displays for HMI and control panel applications

OLED for Industrial Control & HMI

High contrast OLED display modules used in portable medical devices

OLED for Portable Medical Devices

Custom OLED screens for smart home control panels and thermostats

Smart Home OLED Displays

Automotive OLED Displays

Premium OLED Display Features

Premium OLED Display Features

Contact Us

Get a Quote for Custom OLED Displays

OLED DISPLAY

Before/After: Sunlight Readability of OLED & TFT Screens

Compare how OLED and TFT-LCD displays perform under bright sunlight. See the difference in visibility, contrast, and glare resistance—OLED maintains vivid colors and deep blacks, while TFT often appears washed out. Ideal for outdoor devices, this comparison highlights why OLED excels in sunny environments.

Standard TFT LCD display visibility under direct sunlight

Before

High brightness OLED display showing clear visibility under direct sunlight

After

Standard vs. Custom High-Brightness OLED

Custom OLED Solutions: Engineered for High Visibility

"Transform your outdoor device's performance with our tailored OLED solutions. While standard displays often fade under direct sunlight, ourcustom OLED modulesfeature enhanced luminance and optical bonding.

Before (Standard): Low contrast, washed-out colors, and poor readability.
After (Custom OLED): Crystal-clear visibility, vivid colors, and superior sunlight legibility.

Perfect for automotive, industrial, and handheld outdoor applications."

Brownopto OLED display manufacturing facility and automated bonding production line

Innovating Display Technology

Company Overview

We are a leading manufacturer and solution provider of OLED and TFT LCD displays. Evolving from a component supplier to a comprehensive partner, we bridge the gap between complex display technology and seamless hardware integration for global industries.

OLED display module R&D and optical tuning laboratory

Dedicated Engineering Team

R&D Capabilities

Our in-house R&D team excels in hardware/software design, optical tuning, and signal compatibility. We offer highly flexible OEM and ODM services—from custom FPC layouts to specialized touch panel integration—engineered to meet your exact project specifications.

Strict quality control and reliability testing for custom OLED modules

Advanced Production Lines

Manufacturing Strength

Equipped with automated COG and FPC bonding lines, our cleanroom facilities deliver sub-micron precision. We offer a robust monthly capacity of 500K pieces for both custom batches and large-scale orders, fully backed by 24/7 Engineering Support for immediate global response.

Reliability testing laboratory for OLED display modules including temperature and aging tests

Rigorous Testing Processes

Quality Control

To guarantee exceptional durability, every display module undergoes comprehensive reliability testing during production. Our in-house laboratory conducts high/low-temperature cycling, aging tests, and precise optical measurements to ensure flawless operation even in demanding environments.

Strict Standards and Global Support

Quality Assurance

Operating under ISO-certified systems, we enforce strict traceability from raw material inspection (IQC) to final testing (FQC). All displays undergo rigorous environmental and optical testing, comply with RoHS/REACH, and are backed by responsive global technical support.

Common Inquiries About Custom OLED Modules

FAQ

OLED Technology FAQs

What are the main differences between OLED and LCD displays?

OLEDs are self-emissive, meaning they don't need a backlight. This results in true blacks, infinite contrast, and a much thinner profile than LCDs. They also deliver faster response times and consume less power when displaying dark interfaces.

Can OLED displays be used outdoors in direct sunlight?

Very well. Their naturally high contrast makes them highly readable in sunlight. For extreme outdoor conditions, we can add a circular polarizer to cut down surface glare and maximize visibility.

Do you offer customization for FPC pinout and connectors?

We can fully customize the FPC length, pin definitions, and connector types to fit your mainboard seamlessly. This saves you redesign time and simplifies your final assembly.

Can touch panels be integrated with these OLED modules?

We support In-Cell, On-Cell, and custom laminated capacitive or resistive touch panels. Our integration keeps the module thin without sacrificing touch sensitivity or optical clarity.

How do you address the issue of "burn-in" or lifespan?

We use advanced emissive materials and pixel compensation algorithms to maximize lifespan and minimize burn-in. If your application requires static images, our engineering team can help you implement pixel-shifting techniques to further protect the display.

Are these OLEDs suitable for extreme temperature environments?

Most of our industrial and automotive OLEDs operate reliably from -40°C to 85°C. They are built to handle harsh environments, making them ideal for outdoor terminals and automotive dashboards.

How do I choose between PMOLED and AMOLED?

Go with PMOLED for smaller screens (under 3 inches) displaying simple graphics—it's highly cost-effective. Choose AMOLED for larger displays, high resolutions, or complex dynamic GUIs where fast refresh rates and power efficiency are critical.

What is the viewing angle performance of your OLEDs?

OLEDs provide a near 180-degree viewing angle with zero color shift or contrast loss from the sides. This is a major advantage for medical and industrial instruments that need to be read from various angles.

Do you provide driver ICs and development support?

We provide matching driver ICs, controller boards, and dev kits (including Arduino/Raspberry Pi support). Our engineers are also available to help with initial code debugging and hardware integration.

Are your OLED displays compliant with international standards?

All our displays are RoHS and REACH compliant. If your project requires specific automotive or medical certifications, we can provide the necessary reliability testing and documentation support.

Our customer support is available Monday to Friday: 8am-8:30pm.Average answer time: 24h

Expert Resources & Guides

Industrial Display Technology Insights

Explore our comprehensive engineering guides and technical articles on industrial OLED and LCD display modules. From driving architecture and DDIC troubleshooting to lifespan management in harsh environments, find the expert knowledge you need for your custom display solutions.

View all OLED Technical Guides

Inside Industrial OLED DISPLAY Modules: A Hardware Engineer's Guide to Driving Architecture

Table of Contents 1. The Basics: Why AMOLED Won the Industrial Market PMOLED Limits in Industrial Use Why AMOLED Became the Standard 2. The DDIC: Doing the Heavy Lifting Signal Conversio...

May 8, 2026

The Ultimate 2026 Guide to Industrial OLED DISPLAY: High Reliability, HMI Innovation, and Lifespan Management

Table of Contents 1. High-Reliability Selection & Anti-Interference Design for Harsh Environments Conquering Extreme Environments: Wide-Temperature Operations EMI Resistance and Automot...

May 7, 2026

The Ultimate Guide to OLED Screen Technology: Principles, Power Supply, and IC Troubleshooting

Table of Contents 1. What is an OLED Screen? Principles vs. LCD 2. The Evolution: OLED vs. AMOLED vs. POLED 3. Core Advantages and Disadvantages of an OLED Screen The Advantages The Disadva...

Mar 18, 2026

Custom OLED Display Solutions: The Ultimate Guide to FPC, Touch, and Cover Glass Integration

Table of Contents 1. Why Off-the-Shelf Often Fails in Mass Production 2. FPC Customization: The Nervous System A. Shape and Routing B. Interface Conversion and Pin Definition C. EMI Shieldi...

Mar 3, 2026

I2C, SPI, Parallel, or MIPI? The Ultimate Guide to OLED Display Interfaces (2026 Edition)

Table of Contents Introduction to OLED Technology Why OLED Lifespan Matters Key Factors Affecting Longevity Blue Subpixel Degradation Heat and Brightness Levels Technological Solutions C...

Mar 3, 2026

$3 Billion Bet Lands! Countdown to Mass Production for 8.6-Gen OLED Line

Table of Contents 1. Mass Production Timeline 2. Apple’s Strategy Shift 3. Scale War Begins 4. Complexity and Yield 5. Cost and Pricing 6. China vs. Korea 7. The Final Verdict A new batt...

Mar 3, 2026