- Smart Performance
This ASUS All-in-One PC A4110 series is powered by the advanced processor and memory, so it delivers easy multitasking and enhanced performance.
- Convenient Connectivity
The A4110 is designed for convenient connectivity, equipped with COM ports, USB 3.0 ports, VGA port and HDMI-out, it can easily connect to other commercial devices – from projectors at school to barcode readers and POS systems at retail. The additional COM port supports a wide variety of devices, allowing more flexible usage – ideal for ever-expanding businesses.
- Password-Free Access
With only one tap, instantly log in to the system without having to key in your password. This is suitable for returning or borrowing software at libraries or membership logon at chain stores.
- Information Sync-Up
NFC technology allows you to simply tap your NFC-enabled device to your A4110 All-in-One PC to transfer files and information, providing a simple way to download information at information centers, mobile payments at retail shops or acquire digital coupon from a digital signage or kiosk.
- Work At Your Fingertips
This PC with full 10-finger capacitive multi-touch capability offers sensitive and smooth touch experience for users to enjoy fast response with easily touch of the fingertip. Less pressure extends the reliability of the touch panel. 10-point touch solution enlarges the possibilities of POS demand, educational and other operating purposes.
- Easily Set Up Password Protection For Your Data With UEFI BIOS
UEFI BIOS not only provides a mouse-controlled interface that enables more flexible and convenient input, but also combines system management tools like drive password protection and USB ports and card reader activation. A user-friendly user interface offers easier system tweaking and greater storage support.
- Fanless Design
The model features a fanless design, giving users a quiet work space by eliminating the ambient noises caused by internal fans. This approach also decreases power consumption, and improves system reliability by avoiding potential dirt-related component failures.