0.5" Micro OLEDoS Display 1600x1200 120Hz 1000nits - MIPI
- 💹 Enjoy a 20% discount for orders over 500
- 📉 A 15% discount is available for orders ranging from 200 to 499
- 🎁 A 10% discount is available for orders ranging from 50 to 199
- 🎁 A 5% discount is available when ordering 10-49
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Factory bulk lead time: 3 weeks.
0.5" Micro OLEDoS Display 1600x1200 120Hz 1000nits - MIPI
- 💹 Enjoy a 20% discount for orders over 500
- 📉 A 15% discount is available for orders ranging from 200 to 499
- 🎁 A 10% discount is available for orders ranging from 50 to 199
- 🎁 A 5% discount is available when ordering 10-49
Resources & Downloads
DM-OLED050-1005 · Micro OLEDoS Display Module
0.5-Inch Micro OLEDoS Display, 1600×1200, 120Hz, 1000 cd/m², MIPI Interface
This 0.5-inch Micro OLEDoS display module uses a single-crystal silicon backplane with integrated panel-driver and logic-driver circuits. It is designed for compact near-eye display evaluation, electronic viewfinder systems, and head-mounted display projects requiring high resolution, high contrast, compact dimensions, and MIPI-based video input.
The module provides 1600(H) × 1200(V) real RGB resolution, 1000 cd/m² luminance, a 100,000:1 typical contrast ratio, 90% DCI-P3 color-gamut coverage, 60Hz to 120Hz frame-rate operation, MIPI and I2C interfaces, VESA DSC v1.1 decoding, a 6.3μm pixel size, and a 10.08mm × 7.56mm usable display area.
1600 × 1200
Real RGB Resolution
1000 cd/m²
Luminance
100,000:1
Typical Contrast
MIPI + I2C
Video + Control
Display Area: 10.08mm × 7.56mm
Pixel Size: 6.3μm
Frame Rate: 60–120Hz
Optical Performance Data
Calculated at Approximately 4000 PPI
Pixel density is calculated from 1600 pixels across a 10.08mm active width and 1200 pixels across a 7.56mm active height. This density helps reduce visible pixel structure in magnified near-eye optical systems.
1000 cd/m² Luminance
The luminance value is specified at the display-module level. Final eye-side brightness depends on optical efficiency, lens or prism transmission, coating design, mechanical light leakage, and operating conditions.
100,000:1 Typical Contrast
OLED self-emissive pixels support deep-black image areas without LCD backlight leakage. Perceived contrast should still be verified inside the completed optical engine and enclosure.
90% DCI-P3 Color Gamut
The specified color coverage supports vivid display output. For color-sensitive systems, gamma, white point, calibration, brightness level, and the completed optical stack should be tested together.
Product Specifications
| Parameter | Specification | Engineering Note |
|---|---|---|
| Display Type | Micro-OLED / OLEDoS | Active-matrix color OLED panel module built on a single-crystal silicon transistor backplane. |
| Display Size | 0.5-inch diagonal | Compact format for near-eye display modules, electronic viewfinders, and head-mounted display evaluation. |
| Resolution | 1600(H) × 1200(V) | Real RGB resolution for detailed symbols, user interfaces, viewfinder previews, and optical-engine testing. |
| Number of Dots | 5.76M (1600 × 1200 × 3) | RGB dot count based on the module specification. |
| Usable Display Area | 10.08mm × 7.56mm | Used when calculating optical magnification, field of view, and mechanical alignment requirements. |
| Pixel Size | 6.3μm × 6.3μm | The small pixel pitch supports high pixel density in magnified optical systems. |
| Pixel Density | Calculated at approximately 4000 PPI | Calculated from the active display area and resolution; confirm suitability through complete optical-system evaluation. |
| Luminance | 1000 cd/m² | Display-side luminance; final eye-side brightness depends on optical transmission efficiency and operating conditions. |
| Contrast Ratio | 100,000:1 typical | OLED self-emission supports deep-black image areas without a separate backlight unit. |
| Uniformity | >85% | Uniformity evaluation should follow the measurement conditions defined in the datasheet. |
| Color Gamut | 90% DCI-P3 | Final color accuracy depends on calibration, gamma settings, brightness, and optical-stack design. |
| Gray Levels | 256 / 1024, mode dependent | Available gray-level depth depends on the selected driving and image-data configuration. |
| Frame Rate | 60Hz to 120Hz | Host-controller timing, thermal behavior, signal bandwidth, and power margin should be verified at 120Hz. |
| Interface | MIPI + I2C | MIPI carries display data, while I2C is used for commands and register configuration. |
| MIPI Physical Layer | MIPI D-PHY v1.1, 1 port, 4 lanes, 1.0Gbps/lane | Check the host platform for lane count, lane speed, timing compatibility, and initialization requirements. |
| MIPI DSI Mode | MIPI DSI v1.02 r11 video mode | Use the specified initialization sequence and timing requirements during controller bring-up. |
| Compression | VESA DSC v1.1 decoder, 3:1 and 3.75:1 ratios | Compression mode, bandwidth margin, output timing, and image quality should be tested on the target SoC. |
| Scaling | ×1.33 and ×2 supported | Supports 1200×900 to 1600×1200 and 800×600 to 1600×1200 scaling modes. |
| Power Consumption | 500mW typical | Actual consumption varies with image content, brightness, frame rate, initialization settings, and operating temperature. |
| Operating Temperature | −20°C to +70°C | System-level operation should be tested inside the completed enclosure and thermal design. |
| Storage Temperature | −40°C to +80°C | Relevant to warehousing, transport, logistics, and non-operating product storage. |
| Weight | TBD | The preliminary datasheet lists the weight as TBD. Do not use a fixed value until it has been confirmed. |
Interface, Compression & Driving Architecture
MIPI DSI Video Input
The module uses MIPI DSI video mode with MIPI D-PHY v1.1. The one-port, four-lane configuration at up to 1.0Gbps per lane should be matched to the host controller, connector, PCB routing, and initialization design.
VESA DSC v1.1 Decoder
The integrated DSC decoder supports 3:1 and 3.75:1 compression ratios. Compression settings, output timing, bandwidth, visual quality, and host compatibility should be validated on the selected controller platform.
I2C Register Control
I2C is used for commands and register configuration. Brightness adjustment, scan direction, scaling mode, temperature compensation, and initialization should follow the official datasheet and approved register sequence.
Electrical & Optical Design Checklist
Power & Thermal Margin
The 500mW figure is a typical specification. Validate temperature rise, enclosure heat dissipation, brightness, frame rate, image content, supply stability, and full-white operation in the completed device.
MIPI Signal Integrity
Route MIPI differential pairs with controlled impedance, closely matched lengths, minimal stubs, a continuous ground reference, and reliable connector contact. Keep high-speed lanes away from noisy switching-power areas.
Optical Alignment
Check the active-area position, optical center, panel tilt, FPC exit direction, lens distance, display orientation, alignment method, and mechanical tolerances before tooling.
Reliability Review
Review initialization stability, brightness uniformity, image-retention risk, temperature exposure, humidity, vibration, storage conditions, supply sequencing, and long-duration operating behavior.
Application Fit by System Type
Head-Mounted Displays
The 0.5-inch display area, high calculated pixel density, compact format, and 60Hz to 120Hz operating range support near-eye display and head-mounted optical-system evaluation.
Electronic Viewfinders
The 1600×1200 resolution, 100,000:1 typical contrast ratio, and 90% DCI-P3 specification support EVF prototypes and compact optical-viewer development.
Medical Imaging Display Evaluation
The module may be evaluated for medical imaging display systems that require compact, high-resolution visualization. Final use depends on complete-device design, optical validation, reliability testing, risk management, and applicable regulatory requirements.
Industrial Optical Equipment
The module can be evaluated for handheld inspection tools, compact measurement instruments, microscope viewing systems, and other optical products requiring a small high-resolution display.
Technical FAQ
What is the pixel density of this 0.5-inch Micro OLEDoS display?
The calculated pixel density is approximately 4000 PPI, based on 1600 pixels across a 10.08mm active width and 1200 pixels across a 7.56mm active height.
Does this display support 120Hz operation?
Yes. The specified frame-rate range is 60Hz to 120Hz. For 120Hz operation, validate MIPI timing, DSC settings, power stability, image quality, and thermal behavior on the target controller.
Which interface does this module use?
The module uses MIPI for display data and I2C for commands and register control. The physical layer is specified as MIPI D-PHY v1.1 with one port, four lanes, and up to 1.0Gbps per lane.
Can this module be used directly in medical equipment?
The module can be evaluated for medical imaging display systems, but final use depends on the complete device, optical design, electrical safety, regulatory requirements, reliability testing, and system-level validation.
Downloads, Product Page & Engineering Support
Use the datasheet to review electrical characteristics, interface requirements, optical specifications, operating conditions, and integration details. For controller compatibility, initialization guidance, or project-specific questions, contact the DisplayModule engineering team before production release.
From $299
Screen-Only Price
5%–20%
Volume Discount Tiers
Approximately 3 Weeks
Factory Bulk Lead Time