0.5 Inch 1280×960 OLED Micro Display For AR VR Head Mounted
0.5-Inch 1280x960 OLED Micro Display for AR/VR Head-Mounted Applications Overview
The 0.5-inch (1.3 cm diagonal) OLED Micro Display is a high-performance active-matrix module featuring 1280(RGB) × 960 resolution and driven by single-crystal silicon transistors. This compact and lightweight display integrates panel and logic drivers into a single unit, delivering stunning image quality with remarkable resolution. Its design makes it ideal for applications such as head-mounted displays (HMDs), electronic viewfinders, small monitors, and next-generation augmented reality (AR) and virtual reality (VR) systems.
With advanced features like ultra-high contrast, wide color gamut, and a thin profile, the display meets the growing demand for precision visuals in cutting-edge wearable technology.
Features and Functional Highlights
Exceptional Visual Performance
This OLED micro display offers a high-resolution output with 1280 x RGB x 960 effective dots. Including the orbit function, it extends to 1300 x RGB x 980 dots (3.82 million total dots), ensuring razor-sharp image clarity.
- Ultra-High Contrast: Provides deeper blacks and brighter whites for unmatched detail.
- Wide Color Gamut: Delivers vibrant and lifelike colors suitable for immersive AR/VR environments.
- Fast Response Time: Ensures minimal latency, a critical feature for real-time applications like gaming and motion tracking.
Compact and Lightweight Design
The display’s thin and light form factor makes it particularly suited for wearable devices:
- Display Size: 0.5 inches (1.3 cm diagonal)
- Appearance: 17.8 mm (H) × 15.2 mm (V)
This compact size contributes to reduced weight in HMD systems, enhancing user comfort during prolonged use.
Energy Efficiency and Flexibility
The Power Saving (PS) Mode optimizes energy usage without sacrificing display performance. Additionally, the integrated scan direction selection (up/down, left/right) ensures design flexibility for a range of mounting and viewing configurations.
General Specifications
The table below outlines the key specifications of the 0.5-inch OLED Micro Display:
| Parameter | Specification |
|---|---|
| Size | 0.5 inch / 10.14 mm (H) × 7.644 mm (V) |
| Appearance Size (mm) | 17.8 (H) × 15.2 (V) |
| Interface | MIPI |
| Resolution | 1280 x 960 |
| Brightness | 1000 cd/m² |
| Working Temperature | -10°C ~ +70°C |
| Storage Temperature | -30°C ~ +80°C |
| Pin Count | 61 Pins |
| Driver Board | HDMI Board |
Applications and Use Cases
Augmented Reality (AR) and Virtual Reality (VR)
The high resolution and fast response speed make this OLED micro display perfect for AR and VR applications. It ensures immersive experiences with realistic visuals and seamless performance, critical for gaming, simulations, and training systems.
Head-Mounted Displays (HMDs)
Compact and lightweight, the module reduces strain on users wearing HMDs for extended periods. The high brightness of 1000 cd/m² ensures visibility even in varying lighting conditions.
Professional Viewfinders and Small Monitors
With its sharp resolution and ultra-high contrast, the display serves as an excellent component for electronic viewfinders used in cameras and professional imaging equipment.
Key Advantages
High Precision and Visual Quality
The micro display’s superior resolution, contrast, and color performance ensure unparalleled image precision for professional and consumer applications alike.
Versatility
With a flexible MIPI interface and scan direction options, the display is adaptable to a variety of devices, from AR glasses to compact monitors.
Reliability and Durability
Designed to operate in a wide temperature range (-10°C to 70°C), it guarantees stability across diverse environments, making it suitable for both indoor and outdoor applications.
Conclusion
The 0.5-inch OLED Micro Display is a powerhouse of performance, offering unmatched image clarity and versatility in an incredibly compact design. Its advanced features cater to the needs of AR/VR developers, imaging professionals, and wearable device manufacturers. With a focus on efficiency, durability, and visual precision, this micro display represents a leap forward in modern display technology.
Drawing
Pin Description
| Pin No. (FPC Side) | Symbol | I/O Type | Voltage System | Description | Equivalent Circuit |
|---|---|---|---|---|---|
| 1 | VCATH | GND(0) | 10V | EL Cathode Voltage (Connect to GND) | |
| 2 | VCCP_O | Power Output | 10V | LDO Output | ※8 |
| 3 | VDD2 | Power Input | 10V | VDD2 Power Supply | |
| 4 | VSS | GND | 10V | Ground | |
| 5 | VDD1 | Power Input | 1.8V | VDD1 Power Supply | |
| 6 | TEST | Power Input | 10V | Test Pin (Connect to GND) | ※7 |
| 7 | TEST | Input | 1.8V | Test Pin (Connect to GND) | ※5 |
| 8 | XCS | Input | 1.8V | SPI Communication Chip Select | ※1 |
| 9 | XSCK | Input | 1.8V | SPI Communication Clock | ※1 |
| 10 | SI | Input | 1.8V | SPI Communication Data Input | ※1 |
| 11 | SO | Output | 1.8V | SPI Communication Data Output | ※2 |
| 12 | TEST | Output | 1.8V | Test Pin (Open) | ※3 |
| 13 | TEST | Input | 1.8V | Test Pin (Connect to GND) | ※1 |
| 14 | TEST | Input | 1.8V | Test Pin (Connect to VDD1) | ※1 |
| 15 | XCLR | Input | 1.8V | System Reset Signal | ※1 |
| 16 | VSSIF | GND | 1.8V | Interface GND ※ | |
| 17 | VDD1IF | Power Input | 1.8V | Interface VDD1 Power Supply | |
| 18 | TEST | Output | 1.8V | Test Pin (Open) | ※4 |
| 19 | LVCLK0A | Input | 1.8V | sub-LVDS / LVDS clock (Positive) | ※6 |
| 20 | LVCLK0B | Input | 1.8V | sub-LVDS / LVDS clock (Negative) | ※6 |
| 21 | LV0A | Input | 1.8V | Data signal (Positive) | ※6 |
| 22 | LV0B | Input | 1.8V | Data signal (Negative) | ※6 |
| 23 | LV1A | Input | 1.8V | Data signal (Positive) | ※6 |
| 24 | LV1B | Input | 1.8V | Data signal (Negative) | ※6 |
| 25 | LV2A | Input | 1.8V | Data signal (Positive) | ※6 |
| 26 | LV2B | Input | 1.8V | Data signal (Negative) | ※6 |
| 27 | LV3A | Input | 1.8V | Data signal (Positive) | ※6 |
| 28 | LV3B | Input | 1.8V | Data signal (Negative) | ※6 |
| 29 | LV4A | Input | 1.8V | Data signal (Positive) | ※6 |
| 30 | LV4B | Input | 1.8V | Data signal (Negative) | ※6 |
| 31 | VDD1IF | Power Input | 1.8V | Interface VDD1 Power Supply | |
| 32 | VSSIF | GND | 1.8V | Interface Ground ※ | |
| 33 | TEST | GND | 1.8V | Test Pin (Connect to Interface Ground) | |
| 34 | TEST | GND | 1.8V | Test Pin (Connect to Interface Ground) | ※6 |
| 35 | VSSIF | GND | 1.8V | Interface Ground ※ | |
| 36 | VDD1IF | Power Input | 1.8V | Interface VDD1 Power Supply | |
| 37 | LV5A | Input | 1.8V | Data signal (Positive) | ※6 |
| 38 | LV5B | Input | 1.8V | Data signal (Negative) | ※6 |
| 39 | LV6A | Input | 1.8V | Data signal (Positive) | ※6 |
| 40 | LV6B | Input | 1.8V | Data signal (Negative) | ※6 |
| 41 | LV7A | Input | 1.8V | Data signal (Positive) | ※6 |
| 42 | LV7B | Input | 1.8V | Data signal (Negative) | ※6 |
| 43 | LV8A | Input | 1.8V | Data signal (Positive) | ※6 |
| 44 | LV8B | Input | 1.8V | Data signal (Negative) | ※6 |
| 45 | LV9A | Input | 1.8V | Data signal (Positive) | ※6 |
| 46 | LV9B | Input | 1.8V | Data signal (Negative) | ※6 |
| 47 | LVCLK1A | Input | 1.8V | sub-LVDS / LVDS clock (Positive) | ※6 |
| 48 | LVCLK1B | Input | 1.8V | sub-LVDS / LVDS clock (Negative) | ※6 |
| 49 | VDD1IF | Power Input | 1.8V | Interface VDD1 Power Supply | |
| 50 | VSSIF | GND | 1.8V | Interface Ground ※ | |
| 51 | VDD1 | Power Input | 1.8V | VDD1 Power Supply | |
| 52 | VSS | GND | 10V | Ground | |
| 53 | VDD2 | Power Input | 10V | VDD2 Power Supply | |
| 54 | VGC | Power Output | 10V | Gamma Voltage | ※8 |
| 55 | VCAL | Power Output | 10V | Temperature Sensor Output Voltage | ※8 |
| 56 | VG255 | Power Output | 10V | Gamma Reference Voltage | ※8 |
| 57 | VG0 | Power Output | 10V | Gamma Reference Voltage | ※8 |
| 58 | VOFS | Power Output | 10V | Offset Voltage | ※8 |
| 59 | VREF | Power Output | 10V | Reference Voltage | ※8 |
| 60 | VCCP_I | Power Input | 10V | Panel Power Supply | |
| 61 | VCATH | GND | 10V | EL Cathode Voltage (Connect to GND) |
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Frequently Asked Question
The resolution of the display is 1280 x RGB x 960, with a total of 3.69 million effective dots. It can reach 1300 x RGB x 980 dots (3.82 million dots) when including the orbit function.
The display is ideal for AR/VR head-mounted displays (HMDs), professional electronic viewfinders, and small monitors. It is particularly suited for wearable devices that require high resolution and fast response times.
The display has a diagonal size of 0.5 inches (1.3 cm) with an appearance size of 17.8 mm (H) x 15.2 mm (V), making it compact and lightweight.
The display provides a brightness of 1000 cd/m², ensuring clear visuals even in varying lighting conditions.
The OLED Micro Display uses a MIPI interface for data communication, making it compatible with modern devices and systems.
The display includes a Power Saving (PS) Mode, which optimizes energy usage while maintaining high-quality performance.
The display operates reliably within a -10°C to +70°C temperature range and can be stored in temperatures ranging from -30°C to +80°C.
Its high resolution, ultra-high contrast, and fast response speed make it perfect for delivering smooth, immersive visuals in augmented reality (AR) and virtual reality (VR) systems.
The display has a 61-pin configuration, providing versatile connectivity for different applications.
The OLED technology provides:
- Ultra-high contrast for deeper blacks and brighter whites.
- Wide color gamut for vivid visuals.
- Fast response time to minimize motion blur.
- A thin and lightweight design for wearable and compact devices.
