The palm-sized ASUS MyPal A696 GPS PDA Navigator offers a high quality design in a compact size for your "on-the-go" computing needs. Incorporating full GPS functionality without a protruding antenna, this PDA is encased in stainless steel. Together with the anti-glare touch screen, the MyPal A696 exudes a solid and high quality feel expected of luxury accessories.
Global Positioning System (GPS) puts an end to fumbling with maps and compass by harnessing satellite technology to pinpoint one's precise location, and other trip information. No mere gimmick, Asus PDA Navigator has a great variety of everyday applications like trip planning and navigating venues, taking users anywhere, for both fun and work.
In situations where utilizing a notebook is more of a hassle than convenience, its wireless capability Wi-Fi keeps you connected to email, Internet and corporate networks while Bluetooth 2.0 with Enhanced Data Rate speeds up data exchange with a huge range of digital peripherals. With user-friendly application "Remote Presenter", it can also be easily used to link and control presentations on a computer via Bluetooth. Moreover, all the data is stored in flash memory, so that the precious information remains stored even if all battery power in the handheld has drained away.
On the A696, GPS technology comes in an extremely slim PDA with embedded antenna discreetly hidden from view, and the information is displayed on an anti-glare 3.5-inch color screen providing a better view while driving. In addition, the A696's GPS module uses the latest energy-efficient SiRF Star III chipset, enabling accurate navigation over extended periods.
The Asus A696 runs on Microsoft Windows Mobile 5.0 and also provides multimedia entertainment options. With front-mounted speakers, it takes you on a joy-ride while playing your favorite video or audio files supporting wide range of video formats. With a combination of powerful suite of applications and an ultra-slim outlook that radiates elegance, the A696 is an ideal PDA for those who demand performance on the move.