BO039M1920M 0.39-inch Micro AMOLED 1920×1080 MIPI Display

This 0.39-inch Micro AMOLED display features 1920×1080 resolution, 16.7 million colors, and MIPI connectivity with optional I2C command control. BOE BO039M1920M supports compact AR and near-eye display integration.

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The BOE BO039M1920M is a 0.39-inch Micro AMOLED display for compact near-eye imaging systems. Its 1920×1080 resolution and full-color output support detailed visual presentation in AR glasses and optical viewing equipment. The self-emissive panel requires no backlight, helping engineers integrate the display into space-constrained assemblies.

Applications include AR viewing systems, electronic telescopes, and thermal imaging displays. The module supports MIPI-only operation or MIPI image data with I2C command control. Before integration, confirm the panel pinout, power requirements, initialization sequence, and optical alignment. Specify the required brightness version and confirm whether controller boards, optics, and cables are included.

BO039M1920M 0.39 inch Micro AMOLED 1920x1080 MIPI Display 1 BO039M1920M 0.39 inch Micro AMOLED 1920x1080 MIPI Display 1 BO039M1920M 0.39 inch Micro AMOLED 1920x1080 MIPI Display 2 BO039M1920M 0.39 inch Micro AMOLED 1920x1080 MIPI Display 2 BO039M1920M 0.39 inch Micro AMOLED 1920x1080 MIPI Display 3

Brand

BOE

Model Number

BO039M1920M

Product Type

Micro OLED display module

Display Technology

Active-matrix OLED (AMOLED)

Backplane Technology

Single-crystal silicon

Screen Size

0.39 inch diagonal

Resolution

1920 × 1080 pixels

Aspect Ratio

16:9

Orientation

Landscape

Active Area

8.7495 × 4.9689 mm

Brightness

1500 cd/m² (typical)

Contrast Ratio

>100,000:1

Viewing Angle

−55° to +55°; axis unspecified

Display Colors

16.7 million colors

Interface Type

MIPI

Command Interface

MIPI or I2C, depending on selected mode

Supported Interface Modes

MIPI only; MIPI image data with I2C commands

Panel Pin Count

60

Backlight Type

None; self-emissive

Touch Panel

None

Intended Applications

AR glasses; electronic telescopes; gunsight displays; thermal imaging displays