Multiple Resolutions
Full HD, SXGA and SVGA directions allow the same nominal display size to serve different optical products.
A versatile Micro OLED platform with Full HD, SXGA and SVGA directions, including high-brightness MIPI and lower-brightness RGB configurations for AR, HUD, EVF and professional optical systems.
The 0.6″ Micro OLED display family is a flexible OLED-on-Silicon platform within DisplayMan’s broader Micro OLED displays portfolio. It includes Full HD MIPI models for higher-resolution near-eye systems and lower-resolution RGB models for EVF, thermal and industrial viewers.
The correct configuration should be selected by resolution, brightness, interface, frame rate and optical efficiency—not by diagonal size alone.
The 1920 × 1080 platform includes 3000 cd/m² and a 6000-nit micro-lens direction for optical systems with greater light loss.
Lower-brightness SXGA and SVGA configurations provide RGB input for EVF, thermal viewers and professional optical instruments.
These configurations share the same nominal 0.6″ size but target different optical and electronic requirements. Confirm the exact model and current supply status before design-in.
| Model Direction | Resolution | Brightness | Interface | Typical Use |
|---|---|---|---|---|
| SY060WDM01 | 1920 × 1080 Full HD | 3000 cd/m² | MIPI | AR, HUD, high-brightness near-eye optics |
| SY060LDM01 | 1920 × 1080 Full HD | 6000 cd/m² with micro lens; 3500 cd/m² without micro lens | MIPI | High-loss AR / HUD optical engines |
| TAS060SXC01 | 1280 × 1024 SXGA | 200 cd/m² | RGB | EVF, thermal and industrial viewers |
| TAS060SVC01 | 800 × 600 SVGA | 200 cd/m² | RGB | Compact optical instruments and viewers |
| Display Technology | Active-matrix color OLED-on-Silicon / OLEDoS |
|---|---|
| Diagonal Size | 0.6 inch |
| Native Resolution | 1920 × 1080 Full HD |
| Active Area | 13.2192 × 7.4358 mm |
| Calculated Pixel Pitch | Approximately 6.885 × 6.885 μm |
| Brightness with Micro Lens | 6000 cd/m² typical |
| Brightness without Micro Lens | 3500 cd/m² reference |
| Luminance Uniformity | >85% reference, 9-point measurement |
| Contrast Ratio | >200,000:1 |
| Frame Rate | 25–120 Hz |
| Display Interface | One-port MIPI |
| Supported Functions | Color-temperature adjustment, dynamic frame rate, temperature/current protection, AOI and BIST modes |
| Operating Temperature | Confirm for the selected production version |
The 6000 cd/m² value applies to the micro-lens configuration of SY060LDM01. Resolution, brightness, interface and optical structure must be confirmed together.
Full HD, SXGA and SVGA directions allow the same nominal display size to serve different optical products.
The micro-lens Full HD configuration supports high-loss optical engines that require stronger panel luminance.
The Full HD high-brightness direction supports 25–120 Hz operation for smoother near-eye motion.
True black and high contrast help imagery and overlays remain clear after optical magnification.
Choose MIPI for Full HD high-brightness systems or RGB for lower-resolution instrument designs.
Each model direction balances resolution, brightness, bandwidth, power and optical efficiency differently.
Full HD 3000 / 6000-nit directions for near-eye optical engines with moderate to high light loss.
A larger Full HD image source for head-mounted information systems and professional HUD architectures.
SXGA, SVGA or Full HD directions for cameras, professional imaging and optical inspection.
RGB SXGA and SVGA configurations for portable thermal viewers and observation equipment.
Compact self-emissive image sources for diagnostic viewers, microscopes and professional optical systems.
A flexible platform for comparing resolution, brightness, interface and micro-lens optical performance.
The selected panel, driver electronics and optical engine must be treated as one system. A model suitable for EVF may not be suitable for a high-loss AR architecture.
Use the Near-Eye Display Solution page for display selection, driver electronics, optical-engine matching, mechanics and prototype evaluation.
The maximum brightness is tied to a specific Full HD micro-lens configuration. Confirm the exact panel structure, interface and driver before optical design release.
The current reference directions include 1920 × 1080 Full HD, 1280 × 1024 SXGA and 800 × 600 SVGA configurations.
Reference directions include 200 cd/m² for RGB instrument models, 3000 cd/m² for a Full HD MIPI model, and 6000 cd/m² for the SY060LDM01 micro-lens configuration.
No. The 6000-nit value applies specifically to the micro-lens configuration of SY060LDM01. The same model is referenced at 3500 cd/m² without the micro lens.
The Full HD high-brightness directions use MIPI, while the lower-brightness SXGA and SVGA instrument directions use RGB.
Normally no. A compatible driver or conversion board must provide the exact MIPI or RGB timing, control and power sequence required by the selected model.
The Full HD 3000 cd/m² or micro-lens 6000 cd/m² directions are relevant starting points, but final selection depends on optical transmission, field of view, eye box, heat and brightness at the eye.
The RGB SXGA or SVGA directions may be practical for enclosed eyepieces where 200 cd/m² is adequate, subject to resolution and optical evaluation.
Please provide the application, quantity, required resolution, brightness, interface or host input, optical specifications, mechanical limits and project schedule.
Send the application, quantity, required resolution, brightness, host input, optical specifications, mechanical limits and project schedule. DisplayMan will review the suitable 0.6-inch model direction.
Please share your application, display size, quantity and project background. We will review the most practical display direction.