4.1 inc AMOLED Panel Module 568×1232 Resolution Portrait AMOLED Screen MIPI Interface OLED Module

The LMA068FH002H is a 6.78‑inch AMOLED full module featuring a 1224×2720 (1.5K) resolution and 700 cd/m² typical brightness. Designed for premium smartphones and portable devices, it combines a diamond‑like pixel arrangement, high refresh rates up to 144Hz, and an integrated touch‑on‑display (TOE) solution.

The LMA216SK002C is a 21.6‑inch AMOLED display module designed by EverDisplay Optronics (EDO). Featuring UHD 4K resolution (3840×2160), Real RGB pixel arrangement, and eDP 1.4b interface, it delivers exceptional image quality, wide color gamut, and high brightness — ideal for IFE systems, medical monitors, and industrial control panels.

4.03-Inch AMOLED Display Module – 1080x1200 Resolution, MIPI Interface, On-Cell Touch for VR/AR Headsets This high-performance 4.03-inch AMOLED display module (model: LMA040ND002H-SN) delivers stunning visuals with 1080×1200 resolution and an 8:9 aspect ratio. Designed for next-generation virtual reality (VR) and augmented reality (AR) headsets, it offers exceptional image quality, fast response, and low power consumption.

This product is a high-end integrated touch display module, featuring a 7.8-inch high-resolution AMOLED display screen that provides an excellent visual experience. The physical resolution of its screen is 1440 (horizontal) × 1920 (vertical) pixels, with extremely delicate picture quality, bright and full colors, and extremely high contrast. The module integrates capacitive touch function, providing smooth and precise interactive operation. In terms of interface and connectivity, the module adopts advanced 8-channel MIPI DSI interface for high-speed display data transmission, ensuring smooth and stable images. The entire system is led out through a 62 pin flexible circuit board interface, integrating all necessary signals such as display, touch, and backlight control. The structure is compact and the connection is reliable. Its flexible wiring design provides greater flexibility for the internal layout of the device, making it easy to integrate into various modern electronic devices with limited space.