Available in different sizes, including 7”, 10.1” and 21.5”, customers can choose the appropriate TFT LCD display size according to application. Ideal for use in a wide variety of industrial environment, medical field, and retail market. They are mainly designed to be used for kiosk, vending machine, control cabinet and smart home applications.
The most distinctive characteristic of RockChip RK3568 22nm-fabricated ARM quad-core A55 processor is its ultra-low power consumption, and support for a wide array of I/O interfaces, providing corresponding I/O expansion slots for diverse applications. Developed with RockChip RK3568 at its core, Avalue OFT-07WR2/ OFT-10WR2/ OFT-21WR2 products combine all the advantages of the processor, including:
- Extremely low power consumption and super long product life cycle
ARM processor uses less than 5W during operation and has a product life cycle guaranteeing supply till 2036, which is highly advantageous for projects with a long period of use.
- User-centric design
With an ultra-thin design, the OFT-07WR2/ OFT-10WR2/ OFT-21WR2 series can be seamlessly embedded into customers’ applications. Its PCAP touch screen also makes it more agile and responsive during operation. Supporting Dual Display, LCD and HDMI 2.0, it is perfect for use as kiosk and vending machine display. Furthermore, it supports a diverse array of I/O expansion interface, including 1 x M.2, Key B for SSD, 1 x Micro SD socket, 3 x RS232, 1 x RS485, 16bit GPIO, 2 x USB3.0, 2W Audio AMP, and built-in WiFi5/BT5.0 module.
- Multiple installation packages available
Designed for embedded applications, OFT series also provides a diverse range of installation packages for different scenarios, including wall mounting, panel mounting and extended bracket. Customers can choose the most suitable installation package according to specific application and requirement.
- Support multiple operating systems
OFT series supports multiple operating systems, i.e. Android 11 and Debian 10. Users can install the required operating system which provides the most optimized flexibility in use.
