Displays

Flexible AMOLED replacing traditional glass substrates with advanced plastic materials such as polyimide. These displays offer unprecedented flexibility, durability, and visual performance.

Flexible AMOLED replacing traditional glass substrates with advanced plastic materials such as polyimide. These displays offer unprecedented flexibility, durability, and visual performance.

Flexible AMOLED replacing traditional glass substrates with advanced plastic materials such as polyimide. These displays offer unprecedented flexibility, durability, and visual performance.

This display is a 0.49 inch diagonal, 1920(RGB) X 1080 dots active matrix color OLED module based on single-crystal silicon transistors. This module integrates panel driver and logic driver, and realizes small size, light weight, low power consumption and high resolution. It can be widely used in a various Near-Eye display systems, AR devices, Electronic Viewfinders & Medical portable diagnostic equipment.

This 0.61 inch micro-display, is a high efficiency and active matrix driven silicon-based OLED. It featured low power consumption & high resolution. It can be widely used in a various Near-Eye display systems, AR devices, Electronic Viewfinders & Medical portable diagnostic equipment.

This 0.13 inch micro-OLED display is an active-matrix micro display intended for near-to-eye applications that demand high brightness, compact size and low power consumption.

ADR offers In-Vehicle 7” monitor. Features: * Effortless One-Cable Connection, delivers video, audio, touch signal, and power in one cable connection. * 1280(H)×720(V) High Resolution display, wide View Angle. * High Brightness 560 Nits screen with Projected Capacitive Multi-touch.

panel-pc for vehicles & harsh environment

ADR offers In-Vehicle 7” CAN-BUS open-frame TFT display. Features: 1. CAN bus communication interface. 2. Support Custom CAN ID protocol, default baud rate is 250KB. 3. HOST can be used on multiple platforms, such as Computer (with USB to CAN-Dongle), MCU, Raspberry Pi (with PiCAN2). 4. Self testing after booting function. 5. Built in flash memory, store the font and Object Dictionary Data. 6. Capacitive touch panel (CTP) with anti-glare coating. 7. 12V power supply

This display is a color active matrix TFT LCD module using amorphous silicon TFT's as an active switching devices. This module has a 21.5 inch active area with FHD resolutions (1920x1080). Each pixel is divided into RED, GREEN, BLUE dots, arranged in vertical stripe and this module can display 16.7M colors. The TFT-LCD panel used for this module is adapted for a low reflection and higher color type.

This is a Color Active Matrix Liquid Crystal Display, composed of a TFT display, a driver and power supply circuit, and a LED backlight. The display designed with wide viewing angle, wide temperature and long life LED backlight. It fit industrial applications The module have a unique 2 advantages: it’s high brightness (1500 cd/m2) & it’s wide temperature range (-30/+85°C).

This is a color active matrix TFT (Thin Film Transistor) LCD (liquid crystal display) that uses amorphous silicon TFT as a switching device. The module is composed of a Transmissive type TFT-LCD panel, driver circuit & back-light unit. The module have a unique 2 advantages: it’s high brightness (900 cd/m2) & it’s wide temperature range (-30/+85°C). The resolution of this 2.0” TFT-LCD is quite high— 480x360 pixels, and the contrast ratio is 1000. it can display

Open-frame display with GUI is a perfect tool for a simple & fast programming development. GUI development kit gives an advantage in terms of manpower saving & quick response to market demands. It solve the problem of limited sources for programing the your visual. ADR offers an excellent products that offer the following features: Pictures, animations mix texts ang graphics.

ADR offers a unique combination of Open-Frame display with SBC. This combination is very useful for systems that runs complex visual on the display. In many cases, this solution enable the developer to saves space inside the system. ADR supply industrial & consuming SBC’s in a different formats.

Open-frame displays for military outdoor applications, have unique specifications. The cover glass should be chemically strengthened & Anti-reflective coated. Usually it’s a Gorilla or Dragon glass. EMI conductive layer should attached to the back side of the glass (This layer could be used also as a heater). Resistive or capacitive touch is optically bonded on the front side of the glass.

MIPI interface is mainly used for transfer video signals, usually in mobile-connected devices . The advantages of this interface: High-bandwidth. Low power consumption. Low electromagnetic interference. The most popular version for displays is MIPI-DSI (Display Serial Interface).

MINI-LVDS is a high speed serial interface. A perfect option for Micro– Displays. Main advantages: Good EMI protection. large number of connections between the timing controller and the display drivers. High-bandwidth.

HDMI interface is an easy way to connect a display to your system. It required a very standard cable to transfer high resolution photos and video. Usually, it serves low & medium volume projects. ADR offers a range of small displays (between 2.5” to 8.0”) with HDMI interface.

This 2.4” TFT module is a good choice for outdoor hand-held applications. It combines a good brightness with a low power consumption . Brightness level is about 500cd/m2 . This level enable a reasonable visibility even in a full daily light. The display have other features that help to reduce power consumption as, Normally black screen, a “sleep mode” and internal RAM that reduce the need of continues refresh.

ADR offers a Round a-Si TFT display module with HDMI adapter (optional). Display size is about 3.4 inch ( 87.60 AA ). MIPI 3 lane Interface enable high & low speed modes to serve different applications and to reduce power consumption. The optical aspects are very good and include wide view angles, contrast ration of 800 and luminance of 350 Nits.