Asus Vintage AE1

Asus Vintage AE1 ... quality and the latest technology that is ideal for budget conscious users and everyday applications.

Combining trustworthy performance, essential features and affordability, the Asus Vintage-AE1 barebone is a simple and high-performance PC built with recognized quality and the latest technology that is ideal for budget conscious users and everyday applications.

The Asus Vintage-AE1, the first Vintage model that supports AMD 64 bit platform, is subjected to a series of stringent quality tests, thus ensuring reliability, compatibility and electromagnetic interference level.

Designed to be easily managed and deployed, the Asus Vintage-AE1 is a space saving PC with exceptional value and performance delivered through proven technology. If you are looking for a solid and stylish PC to balance the tempo of your life, the Asus Vintage-AE1 is definitely your best choice! ASUS Vintage-AE1, the PC that grants you out-of-the-box productivity and most fun!

The Asus Vintage-AE1 offers practical functionality for both home users and enterprise. With it's capability to upgrade into a multimedia machine, through 1 x PCI-e, 2 x PCI, 1 x AGP and 2 optical drive bays, the Asus Vintage-AE1 made PC expansion easy and remarkable. Get ready to enjoy all of your needs for both work and play with Asus Vintage-AE1!

The Asus Vintage-AE1 supports the latest AMD Athlon 64 (64bit) processor, SiS integrated 3 D graphics and DDR400 Memory with enhanced expandability for robust performance.

Recover Pro is an always available recovery tool. It stores user data, applications and the operating system in the host-protected area of the hard drive. Users can easily recover system to their original factory conditions or to a more recent state without restore CDs. No need to worry about losing data due to virus attacks.

ASUS subjects its desktop barebone systems through a series of stringent quality tests to provide the very best in performance, stability and compatibility. Even the electromagnetic level are measured and improved to limit interference with other devices to provide a superior computing environment.