Dual core, Double Power To power the most demanding performance, the ASUS F3Ka is equipped with abundant graphics power with top of the line specifications, the latest AMD Turion™ 64 X2 dual-core mobile technology delivers the ultimate on-the-go mobile lifestyle with the most advanced family of dual-core processors made for mobility. ASUS F3Ka performance that keeps up with you — AMD Turion™ 64 X2 dual-core mobile technology delivers true multi-tasking capabilities, long battery life and compatibility with the latest wireless and graphics technologies so you get the dual-core performance on the go. The latest 3D processing Power The new ATI next generation Mobility Radeon HD2600 will boost graphical performance, and utilize ATI’s HyperMemory™ memory management technology to deliver enhanced ‘performance-per-watt’ operations. It will also offer Certified for Windows Vista™ 3D graphics that supports the visually stunning Windows Aero™ user interface. Together with DirectX 10 support, the A8Sr deliver smooth and professional performance with current and future 3D-intensive applications and games. Built-in high resolution webcam for wire-free video communication With the built-in webcam supporting high resolution right out of the box, the F3Ka enables portable video conferencing without the hassle of bringing a bulky camera and tangling cables. Combined with ASUS LifeFrame2, an exclusive software program for convenient image recording, you can take group photos, film parties, see your pal´s face when chatting online and host a video conference. ASUS Splendid Video Intelligence technology The exclusive ASUS Splendid Video Intelligence technology is especially effective for human skin tones, green stretches of grass and trees and blue sky and sea. It takes PC graphics capability to the next level by enhancing depth and color intensity in real time. It further improves contrast, brightness, skin tone and color saturation for vivid image display. Incorporated with the exclusive ASUS Splendid Video Intelligence Engine (activation hot key: Fn+C), the LCD presents clear and sharp images in their true vibrant colors. Stay connected with Wireless Freedom Responding to the emerging demands of notebook users who have a number of simultaneously working Bluetooth peripherals on their system, including mice, keyboards, headsets, and mobile phones, the F3Ka notebooks, with the built-in BluetoothR V2.0+EDR, offer maximum data transfer rates of 3 Mbps, 3 times faster than the current device can manage, and hence reducing power consumption, which greatly benefits battery-dependent mobile devices. In addition, With the Cutting-Edge Draft-N WiFi Support, IntelR´s Next-Gen Wireless-N technology allow users to download stream HD video, music and data while providing up to an extra hour of notebook battery life when compared to existing Draft-N products, Easier and Faster Digital Data Transmission The ExpressCard? standard promises to deliver high- performance, modular expansion to notebooks at a lower cost and in a smaller form factor. You will be able to add memory communications and security devices by simply inserting ExpressCard? modules into the F3Ka. Trusted Platform Module (TPM)* The Trusted Platform Module (TPM) is a security device on the system board that will hold computer-generated keys for encryption. It is a hardware-based solution that helps to avoid attacks by hackers looking to capture passwords and encryption keys to sensitive data. The TPM allows the F3Ka to run applications securely and to make transactions and communications more trustworthy. When bundled with ASUS Security Protect Manager, it ensures overall system security, file protection capabilities and protect against email/privacy concerns. *(optional) RF Biometric Fingerprint Reader (Optional) The F3 Series adopt the unique semiconductor based RF biometric fingerprint scanner. The RF electronic imaging mechanism reads the fingerprint pattern from the live layer of skin that lies just beneath the skins dry outer surface layer. Therefore, the sensor is less affected by common skin surface conditions, including dry, worn, calloused, dirty or oily skin, that can impair the ability of other sensors to acquire accurate fingerprint images.