Now PC users can experience the type of dazzling 3D graphics and video previously found only on workstations costing $20,000 or more! Intel now has the Accelerated Graphics Port solutions that will enable OEMs to deliver fast, compelling and lifelike 3D and video performance in their next PC design.

Intel's implementation of AGP is optimized to achieve ultimate performance from the most powerful processor we have ever created, the Intel Pentium II processor with its Dual Independent Bus (DIB) architecture.

The Path to the Visual Connected PC Starts with AGP
Compelling 3D and interactive full-motion video were once reserved for high-end computers costing tens of thousands or more. Today's combination of Intel® AGPsets, such as the Intel® 440BX AGPset and the Intel® 440GX AGPset with the Intel Pentium II processor family is rapidly bringing lifelike 3D and full-motion video within the reach of mainstream PC users.

It's a breakthrough innovation from Intel that promises to evolve PC architecture from today's bandwidth-limited PCI-based systems to the power and performance of the Visual Connected PC. The time to make it happen is now.

Your next PC design can deliver the performance needed for arcade-quality graphics, interactive 3D reference titles, interactive video, advanced CAD/CAM solid modeling applications, breathtaking 3D data visualization and hot new 3D VRML applications for home and business.

The Problem
Emerging 3D graphics applications impose a host of rigorous requirements on the PC platform, including faster geometry calculations, more sophisticated rendering, and more detailed texturing. But while the Intel Pentium II processor is well suited to handle increased geometry rates, and the next generation of graphics controllers can support a wide variety of rendering effects, coping with the growing size of texture maps has become a severe problem.

One problem is the size of local video memory used by graphics controllers. Typically this memory is in the range of 2 to 4 Mbytes. However, 3D applications that use in excess of 20 Mbytes for a single texture map are beginning to appear. Video memory could be expanded to accomodate these demands, but such a solution is terribly expensive and not scalable.

A second issue is the bandwidth supported by the PCI bus. Graphics controllers need to pre-fetch texture maps from system memory into their local RAM. As texture maps have grown in size, the PCI bus has begun to become a bottleneck. The problem is even more acute for applications that involve full-motion video. Add to this the explosion of new high-speed devices that attach to the PCI bus, such as Ultra DMA drives and 100 Mb/s LAN adapters, and its easy to see how congested the PCI bus is becoming.

The Solution: AGP
Accelerated Graphics Port technology improves system performance by providing a high-speed pathway between the PC's graphics controller and system memory. This pathway enables the graphics controller to execute texture maps directly from system memory rather that caching them in its limited local video memory. It also helps speed the flow of decoded video from the CPU to the graphics controller.

• Texture maps of unlimited size, detail, and realism can be employed-see the AGP Demo for an example of how much better 3D graphics get with AGP.
• 3D applications will also run faster when the need to pre-fetch and cache textures in local video memory is eliminated. How much faster? Up to 12.6 times more frames per second, according to the latest Ziff-Davis 3D WinBench* 97 performance comparisons.
• By minimizing the need for video memory, AGP helps OEMs control the costs of new PC designs.
• Video traffic will fly seamlessly across the AGP bus to the user's screen.
• Systems will have more stability when bandwidth-intensive graphics and video traffic is removed from the PCI bus.

And only Intel's implementation of AGP with the Intel Pentium II processor and Intel® chipsets can deliver on these benefits in your next PC.

How to Learn More About AGP
First, take few moments to explore AGP technology in our AGP Tutorial. It outlines everything you need to know about PCs and software applications optimized for AGP. Hardware developers who wish to dig even deeper can download the AGP Specification and the latest engineering revisions. Even more detailed information concerning electromechanical implementation issues and thermal design guidelines is available in the recently updated AGP Platform Design Guide, Revision 1.1.

Then learn more about the building blocks of AGP now available from Intel, including the Intel 440BX AGPset and the Intel Pentium II processor with Dual Independent Bus architecture. Only systems based on Intel's Pentium II processor can deliver solutions optimized for AGP. If you are already designing an Intel Pentium II processor-based system, find out about the benefits of adding AGP capabilities to your design.

Finally, check out the AGP Implementors Forum Web site to get the latest technical insights on AGP. With more than 130 members, the AGP Implementors Forum is an incredible resource for companies looking to build AGP-powered products.

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