0.39" Micro OLED Display 1920×1080 - MIPI, I2C

Micro OLED display screen compared in size to a water-based pen

A Micro OLED display under a microscope, displaying a webpage on it

Micro OLED display under high magnification of a microscope

0.39" Micro OLED Display 1920×1080 - MIPI, I2C

SKU: DM-OLED039-694

$139.00

💹 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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Order samples, immediate delivery.

Factory bulk lead time: 3 weeks.

0.39" Micro OLED Display 1920×1080 - MIPI, I2C

$139.00

0.39" Micro OLED Display Module 1920x1080

Active Matrix Color OLED utilizing single-crystal silicon backplane technology. Integrates pixel circuits and driving ICs directly on the silicon substrate, yielding a 5644 PPI density for ultra-high-resolution imaging in constrained optical environments.

5644 PPI

Pixel Density

1500 cd/m²

Typical Luminance

>10,000:1

Contrast Ratio

Optical & Electrical Specifications

Parameter	Specification
Display Size	0.39 inch diagonal
Resolution	1920(RGB) × 1080 (FHD)
Color Depth	24-bit (16.7 Million Colors)
Color Gamut	>80% NTSC
Data Interface	MIPI DSI (Video Data)
Control Interface	I2C (Command/Register Configuration)
Operating Voltage	1.8V (Logic), 5.4V & -5.4V (OLED Power)
Operating Temperature	-10°C to 80°C
Reliability Rating	MTBF > 50,000 Hours (at room temperature & 50% luminance), RoHS Compliant

Architecture & Integration

MIPI & I2C Protocol

Supports purely MIPI video data streaming combined with standard I2C for register writing. Allows independent control of high-fluency mode and gamma calibration without interrupting video data lanes.

Flexible Resolution Mapping

Programmable resolution operation supporting (8*M, M=40~240) x RGB x (8*N, N=30~135) configurations. Hardware-level image scaling matches varied input sources.

Power Management

Integrated Deep Standby mode via I2C commands minimizes quiescent current. Thermal compensation algorithms dynamically adjust voltage to maintain chromaticity across the -10°C to 80°C range.

Validated Deployment Scenarios

Augmented Reality Glasses

High pixel density prevents the screen-door effect at close focusing distances. Low weight and minimal footprint fit micro-optical engine constraints.

Medical Imaging Endoscopy

10,000:1 contrast ratio and 16.7 million colors reproduce exact tissue differentiations. Reliable operation under continuous clinical usage.

Thermal & Night Vision

Wide operating temperature (-10°C to 80°C) guarantees ultra-low latency or artifacting in extreme tactical and outdoor environments.

Engineering & OEM Integration Support

We provide comprehensive PCB layout guidelines, initialization source code, FPC customization, and stable supply chain management for volume OEM/ODM manufacturing.

Review the technical documentation for exact dimensional tolerances, register mapping, and absolute maximum electrical ratings.

Download Official Datasheet (PDF)

Product FAQs

Key technical and purchasing guidance for product evaluation, integration planning, samples, and volume orders.

Need more help? Contact our technical team.

Does DM-OLED039-694 support 2-lane MIPI DSI operation through register configuration?

No. DM-OLED039-694 does not support 2-lane MIPI DSI operation, and this limitation cannot be changed through register settings. Design the host interface around the supported lane configuration in the datasheet.

Is single-port operation PTA only supported, or must both ports be driven?

DM-OLED039-694 supports switching between single-port and dual-port operation. Evaluation results indicate that ESP32-P4 cannot drive this display, so a compatible host or driver board is required.

In 2-lane mode, what is maximum pixel clock/frame rate at 1920 x 1080?

This operating point is not applicable because DM-OLED039-694 does not support 2-lane MIPI DSI. Use the supported lane configuration and refer to the corresponding timing limits in the datasheet.

What should be tested next when DM-OLED039-694 with DM-ADTTR-027 shows no image even though the PC supports USB-C video output?

First test the module with another known USB-C DisplayPort Alt Mode source, such as a compatible phone, or use an HDMI-to-USB-C video converter known to support the required direction. This helps separate a host or cable compatibility issue from a display or adapter-board issue.

장바구니

0.39" Micro OLED Display 1920×1080 - MIPI, I2C