Small Active Area
The 6.48 × 4.86 mm image area supports miniature eyepieces and compact near-eye product architectures.
A compact 800 × 600 real-RGB Micro OLED platform with up to 120 Hz operation for FPV goggles, electronic viewfinders, head-mounted displays and professional optical instruments.
The 0.32″ Micro OLED display is an active-matrix color OLED-on-Silicon module within DisplayMan’s broader Micro OLED displays portfolio. It provides an 800 × 600 real RGB resolution, while its 6.48 × 4.86 mm active area delivers high pixel density in a compact package.
Because every pixel is self-emissive, the display provides true black, high contrast and fast response without a separate LCD backlight. It is designed as the image source inside an optical system rather than as a direct-view screen.
SY032WEM01 is the main 2000 cd/m² reference model. A lower-brightness 400 cd/m² direction may also be reviewed for suitable applications and supply conditions.
The Micro OLED panel must be matched with compatible driver electronics, optics, mechanics and a host input architecture.
The following values are engineering references for the SY032WEM01 platform. Final production specifications should be confirmed against the selected model and approved drawing.
| Model Direction | SY032WEM01 series |
|---|---|
| Display Technology | Active-matrix color OLED-on-Silicon / OLEDoS |
| Diagonal Size | 0.32 inch |
| Native Resolution | 800 (H) × 600 (V), real RGB |
| Supported Input Resolutions | 800 × 600, 768 × 576 and 320 × 240 reference modes |
| Number of Dots | 1.44 million subpixels: 800 × 600 × 3 |
| Pixel Size | 8.1 × 8.1 μm |
| Active Area | 6.48 × 4.86 mm |
| Brightness | 2000 cd/m² reference; 400 cd/m² direction subject to model and availability review |
| Contrast Ratio | 100,000:1 reference |
| Uniformity | >85% reference |
| Color Depth | 16.7 million colors, 24-bit RGB |
| Frame Rate | 15–120 Hz; 800 × 600 up to 120 Hz |
| Interfaces | 2-lane MIPI D-PHY, 24-bit RGB and I²C control |
| Reference Power Consumption | Approximately 220 mW under specified test conditions |
| Operating Temperature | −20°C to +70°C |
| Storage Temperature | −40°C to +80°C |
Brightness, power consumption and supported modes depend on operating conditions, drive settings and the exact production version. Confirm current availability before completing the optical and electronic design.
The 6.48 × 4.86 mm image area supports miniature eyepieces and compact near-eye product architectures.
800 × 600 native resolution provides clear menus, telemetry, targeting information and viewfinder composition.
A high-frame-rate direction supports smoother motion when the host, driver and complete pipeline are configured accordingly.
True black and high contrast help small graphics and image edges remain visible after optical magnification.
MIPI D-PHY, RGB video and I²C control provide practical integration paths for compact embedded systems.
The reference operating range supports evaluation for industrial and professional optical products.
Compact size, fast response and strong contrast for live camera viewing, telemetry and flight information.
A small SVGA image source for cameras, inspection systems and professional imaging equipment.
Suitable for compact monocular viewers and lightweight near-eye modules where small size is critical.
Applicable to microscope eyepieces, diagnostic viewers and specialized professional optical instruments.
High contrast supports compact thermal viewers and portable observation instruments.
Useful for inspection, measurement and embedded optical equipment requiring a compact electronic eyepiece.
The panel is one part of the complete image chain. System performance depends on every element around it.
Use the Near-Eye Display Solution page when your project also requires display selection, driver electronics, optical matching, mechanical integration and prototype review.
Display size, resolution, brightness, field of view, focal length, interface and mechanical envelope must be reviewed together.
The native resolution is 800 × 600 pixels in a real RGB configuration, providing an SVGA image in a 6.48 × 4.86 mm active area.
SY032WEM01 is referenced at 2000 cd/m². A 400 cd/m² product direction may also be reviewed, but the exact model and current availability should be confirmed before design-in.
The platform supports a 2-lane MIPI D-PHY video interface, a 24-bit RGB interface and I²C control. A compatible driver design is still required.
Normally no. HDMI or Type-C sources require a matching driver or conversion board that outputs the correct panel interface, timing, control and power sequence.
Yes. Its compact size, SVGA resolution, high contrast and fast response make it a practical image-source direction for compact FPV goggles, subject to complete latency and optical-system evaluation.
No. The Micro OLED display is the image source. Eyepiece optics, focus mechanics and housing are separate unless an integrated optical module is specified.
DisplayMan can review matching driver electronics, optical engines and near-eye integration requirements according to the application, host input, field of view and mechanical space.
Please provide the application, required quantity, brightness, interface or host input, optical requirements, mechanical limits and prototype or mass-production schedule.
Send the application, required quantity, brightness target, host input, optical requirement, available mechanical space and project schedule. DisplayMan will review whether the SY032WEM01 platform is suitable.
Please share your application, display size, quantity and project background. We will review the most practical display direction.