MSI’s GPU Boost Technology

Enhances laptop display performance by up to fivefold

Taipei—Standing by its principle “Insist on the best,” MSI has designed GPU Boost Technology for notebook computers which enhances display performance fivefold instantly, so you can enjoy both the superior image processing power of MSI’s discrete graphics card and extended battery power.

MSI’s exclusive GPU Boost Technology, a display enhancement technology tailor-made for laptop users, employs a discrete graphics card that offers the ultimate in image processing performance as you enjoy large screens, high performance, and more battery time per charge. You can switch over at will from discrete graphics card to integrated display chip enabling your machine to strike the optimal balance between multimedia performance and battery power, so that you can squeeze out the most battery time on each battery charge.

One-touch display mode switching: MSI’s exclusive GPU Boost Technology, a unique enhancement technology produced for dual-graphics architecture, allows you to switch to the screen mode you need at the touch of a finger without rebooting. It allows you to achieve the ideal balance between discrete graphics card and integrated display chip, giving you the power and battery performance you need for the task at hand.

High performance discrete graphics, increase display performance fivefold: When you use applications that require high performance image processing, such as high resolution movies or video games, just one touch of MSI’s graphics enhancing GPU hot key will switch your machine from integrated display chip mode to discrete graphics mode, maximizing graphics processing performance. Performance increases by as much as 5X at the touch of a finger.

Extended battery mode for as much as 50% more time per charge: If you’re engaged in a task that doesn’t require high image processing, like surfing the net or word processing, simply depress the battery power maximizing hot key to shut off the discrete graphics card and switch over to integrated display chip mode. This gives your notebook the flexibility to meet your power needs when you need them and increases battery time by as much as 50% per charge.

Optimal balance between performance and battery time

MSI’s exclusive GPU Boost Technology works in tandem with Intel’s most advanced processing technology and the high performance ATi discrete graphics card, allowing MSI Gaming, Classic, X-Slim, and F series notebooks to strike the ideal balance between display performance and battery time.

GE700	X620

The G series—the ultimate in multimedia entertainment: The GE600 and GE700 of MSI’s G series of notebook computers come equipped with high performance ATI Radeon HD5730 (1GB of display memory) for superior graphics and processing and MSI’s GPU Boost Technology for smooth multimedia performance and more battery time per charge.

The X-Slim series—MSI’s lean and mean flagship series: The X-Slim’s X620 and X420 laptops, which come with ATi Mobility Radeon HD 5430 (DDR3 1GB of display memory), boast extended battery power and high display performance in a slender package. MSI’s GPU Boost Technology blends beautifully with other ideal laptop elements, such as lightness, slimness, extended battery life, and high display performance, to give you the ultimate in mobile computing.

The Classic series—excellent multimedia in a chic package: The CX420 and CX620 of MSI’s Classic series are equipped with the ATi Radeon HD5470 discrete graphics card (DDR3 1GB of display memory) and GPU Boost Technology to give you plenty of battery power as you enjoy videos or music with friends and family.

The new F series—fast and beauty heretofore: Boasting lines, power, and beauty heretofore only seen in supercars, MSI’s new F series utilizes the most advanced processors and discrete graphics card. Soon to be rolled out, the MSI FX610 comes with MSI’s exclusive GPU Boost Image Enhancing Technology, so you can enjoy seamless performance whether you are watching HD films, killing orcs in a 3D game, or using other multimedia graphics applications.