Xpress 200M for Intel® Processors

Radeon™ Xpress 200M is the industry’s first PCI Express® chipset for notebooks with Intel® Pentium® M, Intel® Celeron®, Celeron® M and Intel® Pentium® 4 processors. Radeon™ Xpress 200M is a highly versatile chipset that appeals to a broad range of notebook designs including thin and light, performance thin, and desktop replacement.

Best-in-class PCI Express® performance with built-in DirectX® 9.0 graphics
Radeon™ Xpress 200M offers a graphics core that is a derivative of Radeon™ X300 technology. It is the fastest DirectX 9.0 integrated graphics platform for Intel-based PCI Express® notebooks, offering high-performance graphics for digital multimedia applications and 3D games.

Multimedia and digital content creation
Radeon™ Xpress 200M offers full support for Microsoft® Windows® Media Center Edition 2005, making your notebook PC a complete Multimedia Center whether at home or on the road. It is the ideal processor for media-intensive tasks, digital content creation, viewing, and editing. Crisp images and smooth DVD playback are assisted by integrated video

Radeon™ Xpress 200M fulfills the promise of universal PC connectivity, with full compatibility for a vast multitude of peripheral devices. It offers the highest performance Gigabit LAN networking, and full USB 2.0 and IEEE 1394 support for connecting digital cameras, CD drives, DVD burners, scanners, printers, MP3 players, and more. Radeon™ Xpress 200M offers visual productivity and features unavailable from any other chipset technology, making it easy to configure and scale your system performance to meet your individual needs. Built for the Future with Longer Battery Life Radeon™ Xpress 200M provides investment protection for next-generation operating systems along with support for DDR2 memory up to 667 MHz. This chipset offers PowerPlay 5.0 functionality that continuously monitors the workload on your notebook and automatically adjusts settings to optimize battery life. You can browse the web, or view a full-length DVD movie without searching for a power outlet. Dynamic Lane Count Switching (DLCS) can reduce GPU power consumption by up to 30 per cent by adjusting power on-the-fly.