0.71″ FHD OLED Micro Display 1920×1080 MIPI Module 2000nits
0.71" FHD OLED Micro Display: A Technological Marvel for AR/VR Solutions Overview and Applications
The B071FH8P01A0/F01A0 module represents a compact yet powerful solution in the field of micro displays, designed to cater to cutting-edge applications in augmented and virtual reality. Featuring a 0.71-inch diagonal active matrix OLED panel with an impressive 1920×1080 Full HD resolution, this display leverages a single crystal silicon backplane for high precision, reduced power consumption, and robust performance. Integrated pixel circuits and driving ICs contribute to its lightweight, compact design while ensuring seamless operation across demanding environments.
This module finds its primary use in AR/VR head-mounted displays, near-eye displays, and various immersive technologies where visual fidelity and power efficiency are paramount.
Key Features: Cutting-Edge Innovation in Micro Displays
High Resolution and Pixel Density
The B071FH8P01A0/F01A0 offers unmatched clarity with its Full HD 1920×1080 resolution packed into a 0.71-inch display, resulting in an exceptional 3135 PPI (Pixels Per Inch). This high pixel density ensures smooth, artifact-free visuals, critical for near-eye applications.
Advanced Color and Contrast
Supporting 16.7 million colors in full color mode, the display delivers vibrant and accurate color reproduction. Coupled with its high contrast ratio and IR compensation, users experience deep blacks, bright highlights, and natural color gradations.
Fast Response Time and Refresh Rate
The OLED module boasts ultra-fast response times and refresh rates of up to 90Hz, ensuring lag-free, fluid motion for dynamic applications like virtual simulations, AR/VR gaming, and professional visualization tools.
Optimized Power Management
- Idle mode: Saves power during inactivity.
- Scan direction selection: Allows flexibility for display orientation (up or down).
- Sequential/Global Emission: Optimizes display performance for energy efficiency.
Flexible Interface Options
The display supports both MIPI (Mobile Industry Processor Interface) and a combined MIPI + I2C command interface for versatile system integration. Additional support for VESA-DSC in-chip decoding with compression ratios of 3X and 3.75X ensures high data efficiency without compromising image quality. It also includes scaling options:
- 1.33x scaling (1440×810 → 1920×1080)
- 1.5x scaling (1280×720 → 1920×1080)
General Specifications
| Parameter | Specification |
|---|---|
| Display Size | 0.71 inches |
| Appearance Dimensions | 10.783 mm × 6.065 mm |
| Resolution | 1920 × 1080 (Full HD) |
| Pixel Density | 3135 PPI |
| Brightness | 2000 cd/m² |
| Interface | MIPI only / MIPI + I2C |
| Working Temperature | -20°C to +70°C |
| Storage Temperature | -40°C to +80°C |
Why Choose the 0.71" FHD Micro Display OLED Module?
1. Perfect for AR/VR and Beyond
With its combination of high resolution, ultra-fast response, and color accuracy, this display meets the stringent requirements of AR/VR headsets, delivering an immersive and distortion-free user experience.
2. Compact Design, Powerful Performance
The single-crystal silicon backplane allows the integration of driving ICs, resulting in a thin, lightweight display. This makes it ideal for wearable devices without compromising on performance.
3. Versatile Integration Capabilities
Support for MIPI and I2C interfaces, along with compression technology, ensures seamless integration into a variety of platforms. The ability to scale input resolutions further enhances its flexibility for developers.
Applications in Real-World Scenarios
- Augmented Reality (AR): Enhances real-world visuals with digital overlays, perfect for industries like retail, manufacturing, and healthcare.
- Virtual Reality (VR): Offers fully immersive experiences for gaming, education, and virtual training simulations.
- Near-Eye Displays: Supports professional tools, smart glasses, and optical instruments where clarity and portability are critical.
Conclusion
The 0.71″ FHD OLED Micro Display is a technological leap forward in delivering unparalleled visual quality and efficiency for next-generation AR/VR devices and near-eye displays. Its compact form factor, energy efficiency, and advanced interface options make it a preferred choice for immersive applications demanding precision and reliability.
By integrating this display into your devices, you’re investing in superior performance and a future-ready solution for the evolving tech landscape.
Drawing
Pin Description
Pin Description of FPC Module
| PIN No. (FPC Side) | Symbol | Type | Description |
|---|---|---|---|
| 1 | GND | Power Supply | Circuit ground |
| 2 | OCP_OUT | Output | Over current protect flag |
| 3 | AVEE | Power Supply | Power supply for OLED cell, Connect a capacitor for stabilization |
| 4 | AVEE | Power Supply | Power supply for OLED cell, Connect a capacitor for stabilization |
| 5 | AVDD | Power Supply | Power supply for OLED cell, Connect a capacitor for stabilization |
| 6 | AVDD | Power Supply | Power supply for OLED cell, Connect a capacitor for stabilization |
| 7 | GND | Power Supply | Circuit ground |
| 8 | ELVDD | Output | Power supply for OLED cell, Connect a capacitor for stabilization |
| 9 | ELVDD | Output | Power supply for OLED cell, Connect a capacitor for stabilization |
| 10 | GND | Power Supply | Circuit ground |
| 11 | VREF2 | Output | VREF voltage, Connect a capacitor for stabilization |
| 12 | VREF3 | Output | VREF voltage, Connect a capacitor for stabilization |
| 13 | VGMP | Output | Gamma top voltage, Connect a capacitor for stabilization |
| 14 | VGSP | Output | Gamma bottom voltage, Connect a capacitor for stabilization |
| 15 | VREF1 | Output | VREF voltage, Connect a capacitor for stabilization |
| 16 | GND | Power Supply | Circuit ground |
| 17 | VDD | Output | Internal system power, Connect a capacitor for stabilization |
| 18 | VDD | Output | Internal system power, Connect a capacitor for stabilization |
| 19 | VDDI | Power Supply | External power supply (1.8V for digital system power) |
| 20 | VDDI | Power Supply | External power supply (1.8V for digital system power) |
| 21 | VCOM | Output | Power supply for OLED cell, Connect a capacitor for stabilization |
| 22 | VCOM | Output | Power supply for OLED cell, Connect a capacitor for stabilization |
| 23 | GND | Power Supply | Circuit ground |
| 24 | TEST PIN 1 | Input | TEST pin (no connect, floating) |
| 25 | TEST PIN 2 | Input | TEST pin, connect to GND |
| 26 | SDA | Input/Output | Bi-direction data pin in I2C I/F; connect to VDDI if not used |
| 27 | SCL_WRX | Input | Synchronous clock signal in I2C I/F; connect to VDDI if not used |
| 28 | TEST PIN 3 | Input/Output | TEST pin, (no connect, floating) |
| 29 | IM [0] | Input | Use to select the Interface type: IM[0]=0: MIPI/MIPI, IM[0]=1: I2C/MIPI |
| 30 | RESX | Input | This signal will reset the device; signal is active low |
| 31 | MVDDL | Output | Internal system power, Connect a capacitor for stabilization |
| 32 | MVDD A | Output | Internal system power, Connect a capacitor for stabilization |
| 33 | GND | Input | Circuit ground for MIPI |
| 34 | DATAP2 | Input | Differential small amplitude signal of MIPI data input |
| 35 | DATAN2 | Input | Differential small amplitude signal of MIPI data input |
| 36 | GND | Input | Circuit ground for MIPI |
| 37 | DATAP1 | Input | Differential small amplitude signal of MIPI data input |
| 38 | DATAN1 | Input | Differential small amplitude signal of MIPI data input |
| 39 | GND | Input | Circuit ground for MIPI |
| 40 | CLKP | Input | Differential small amplitude signal of MIPI data input |
| 41 | CLKN | Input | Differential small amplitude signal of MIPI data input |
| 42 | GND | Input | Circuit ground for MIPI |
| 43 | DATAP0 | Input | Differential small amplitude signal of MIPI data input |
| 44 | DATAN0 | Input | Differential small amplitude signal of MIPI data input |
| 45 | GND | Input | Circuit ground for MIPI |
| 46 | DATAP3 | Input | Differential small amplitude signal of MIPI data input |
| 47 | DATAN3 | Input | Differential small amplitude signal of MIPI data input |
| 48 | GND | Input | Circuit ground for MIPI |
Pin Description of PCB Module
| PIN No. (FPC Side) | Symbol | Type | Description |
|---|---|---|---|
| 1 | GND | Power Supply | Circuit ground |
| 2 | GND | Power Supply | Circuit ground |
| 3 | GND | Power Supply | Circuit ground |
| 4 | OCP_OUT | Output | Over current protect flag |
| 5 | GND | Power Supply | Circuit ground |
| 6 | GND | Input | Circuit ground |
| 7 | DATAP2 | Input | Differential small amplitude signal of MIPI data input |
| 8 | DATAN2 | Input | Differential small amplitude signal of MIPI data input |
| 9 | GND | Input | Circuit ground for MIPI |
| 10 | DATAP1 | Input | Differential small amplitude signal of MIPI data input |
| 11 | DATAN1 | Input | Differential small amplitude signal of MIPI data input |
| 12 | GND | Input | Circuit ground for MIPI |
| 13 | CLKP | Input | Differential small amplitude signal of MIPI data input |
| 14 | CLKN | Input | Differential small amplitude signal of MIPI data input |
| 15 | GND | Input | Circuit ground for MIPI |
| 16 | DATAP0 | Input | Differential small amplitude signal of MIPI data input |
| 17 | DATAN0 | Input | Differential small amplitude signal of MIPI data input |
| 18 | GND | Input | Circuit ground for MIPI |
| 19 | DATAP3 | Input | Differential small amplitude signal of MIPI data input |
| 20 | DATAN3 | Input | Differential small amplitude signal of MIPI data input |
| 21 | GND | Input | Circuit ground for MIPI |
| 22 | GND | Power Supply | Circuit ground |
| 23 | GND | Power Supply | Circuit ground |
| 24 | TEST PIN 1 | Input | TEST pin (no connect, floating) |
| 25 | GND | Power Supply | Circuit ground |
| 26 | GND | Power Supply | Circuit ground |
| 27 | TEST PIN 2 | Input | TEST pin, connect to GND |
| 28 | SDA | Input/Output | Bi-direction data pin in I2C I/F; If this pin is not used, connect to VDDI |
| 29 | SCL_WRX | Input | Synchronous clock signal in I2C I/F; If not used, connect to VDDI |
| 30 | TEST PIN 3 | Input | TEST pin (no connect, floating) |
| 31 | IM [0] | Input | Use to select the Interface type: IM[0]=0: MIPI/MIPI, IM[0]=1: I2C/MIPI |
| 32 | RESX | Input | This signal will reset the device; signal is active low |
| 33 | TEST PIN 3 | Input | TEST pin (no connect, floating) |
| 34 | TEST PIN 4 | Input | TEST pin (no connect, floating) |
| 35 | GND | Power Supply | Circuit ground |
| 36 | GND | Power Supply | Circuit ground |
| 37 | GND | Power Supply | Circuit ground |
| 38 | GND | Power Supply | Circuit ground |
| 39 | GND | Power Supply | Circuit ground |
| 40 | GND | Power Supply | Circuit ground |
| 41 | GND | Power Supply | Circuit ground |
| 42 | GND | Power Supply | Circuit ground |
| 43 | VDDI | Power Supply | External power supply (1.8V for digital system power) |
| 44 | VDDI | Power Supply | External power supply (1.8V for digital system power) |
| 45 | VDDI | Power Supply | External power supply (1.8V for digital system power) |
| 46 | VIN | Power Supply | External power supply |
| 47 | VIN | Power Supply | External power supply |
| 48 | VIN | Power Supply | External power supply |
| 49 | VIN | Power Supply | External power supply |
| 50 | GND | Power Supply | Circuit ground |
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Frequently Asked Question
The display features a 1920×1080 Full HD resolution and measures 0.71 inches diagonally.
The display has an exceptionally high 3135 PPI (Pixels Per Inch), ensuring sharp and artifact-free visuals for near-eye applications.
The module is primarily used in:
- AR (Augmented Reality) devices
- VR (Virtual Reality) head-mounted displays
- Near-eye displays for smart glasses and optical tools
The display offers a 2000 cd/m² brightness, which ensures excellent visibility in both low-light and bright environments, making it ideal for immersive applications.
The display includes features like:
- Idle Mode to save power during inactivity.
- Scan direction selection (up or down).
- Sequential and Global emission modes for optimized performance.
The display supports:
- MIPI only interface for standard data transfer.
- MIPI + I2C interface for command execution.
It also supports VESA-DSC compression and scaling options to optimize resolution input.
- Working Temperature: -20°C to +70°C
- Storage Temperature: -40°C to +80°C
These ranges ensure reliability in diverse operating conditions.
The display supports resolution scaling:
- 1.33x scaling: From 1440×810 to 1920×1080
- 1.5x scaling: From 1280×720 to 1920×1080
The display’s high resolution, ultra-fast response time, and compact design make it ideal for immersive experiences, ensuring smooth visuals with accurate colors and reduced motion blur.
The key specifications include:
- Size: 0.71 inches
- Resolution: 1920×1080 (Full HD)
- Brightness: 2000 cd/m²
- Interface: MIPI only / MIPI + I2C
- Pixel Density: 3135 PPI
- Temperature Range: -20°C to +70°C (working), -40°C to +80°C (storage)
