Page 1:Hybrid Graphics Platforms to Fire Up Multi-GPU Rendering?
Page 2:The Rebirth of Multi-GPU Graphics
Page 3:AMD 780G Chipset: PCIe and SB700
Page 4:AMD 780G Chipset: Flexible Radeon HD 3200 Graphics
Page 5:AMD 780G Chipset: Video, Power and Block Diagram
Page 6:ASRock A780FullDisplayPort
Page 7:ASRock A780FullDisplayPort Details
Page 8:ASRock A780FullDisplayPort Utilities
Page 9:Nvidia GeForce 8200/8300 mGPU
Page 10:GeForce 8200 Graphics with PureVideo HD
Page 11:GeForce 8200: Hybrid SLI Saves Power, Boosts Performance
Page 12:ASRock K10N78FullHD hSLI R3.0
Page 13:ASRock K10N78FullHD hSLI Details
Page 14:Chipset Comparison Table
Page 15:Test System and Benchmark Setup
Page 16:Benchmarks: Vista Experience Index and Synthetic Benchmarks
Page 17:Benchmarks: Audio/Video
Page 18:Benchmarks: Application Benchmarks
Page 19:Benchmarks: 3D Games
Page 20:Benchmarks: SYSmark 2007 Preview
Page 21:Power Consumption
Page 22:Performance per Watt Analysis
Page 23:Blu-ray Playback
The Rebirth of Multi-GPU Graphics
The Crossfire multi-GPU graphics mode from AMD/ATI and Nvidia’s equivalent SLI have been around for many years, but neither has had a real breakthrough in the mainstream. Although AMD and Nvidia don’t like it, multi-graphics setups remain a high-end feature. Just look to see how many users have either bought a high-end Crossfire or SLI system right away, or for actually purchased a second graphics card to upgrade graphics performance. Typically it has made more sense to invest into a next-generation stand-alone graphics card instead of creating a two-way graphics solution.
However, multi-GPU graphics is in the middle of a rebirth, going all the way from the high end down to the mainstream and budget segments. The chipset solutions from AMD and Nvidia, together with the two ASRock motherboards we looked at, are perfect examples of how graphics will be handled in the future.
One Graphics Solution to Rule Them All
It makes a lot of sense to integrate graphics features into virtually all PC platforms, since displaying Windows or other types of 2D and simple 3D information is a key requirement for PCs, with very few exceptions. Current integrated graphics are easy to integrate; they offer sufficient performance and a modern feature set to meet the requirements of 2D desktops, basic 3D animation and video playback up to high definition levels.
Looking at applications that aren’t graphics intensive, the integrated solutions we found in AMD’s 780G and Nvidia’s GeForce 8200/8300 mGPU are suitable for almost everyone. AMD’s and Intel’s approach to turn graphics into an integral part of the chipset isn’t just a temporary fad.
One Graphics Approach to Find Them
Many of you will probably complain here, as gamers do want a powerful graphics solution. But that can be accomplished easily: just plug in any discrete graphics card into your system, and the integrated graphics unit will be disabled.
While this has been the case for many years, the approach makes much more sense now: 55 nm and 65 nm fabrication technology allows for integrating a graphics unit into a chipset for a justifiable amount of silicon real estate, making it cheap. Power consumption has been decreasing as well. In the end, the most economical approach for chipset makers is to include graphics into all their products, and let users decide whether or not they want to use it.
One Shot to Bring Them All
AMD and Nvidia have realized that integrated graphics can actually be turned into a business advantage, as Hybrid Crossfire X and Hybrid SLI allow users to actually combine the graphics capabilities of an integrated solution with those of a discrete graphics card. Once a customer buys a platform based on an AMD Hybrid Crossfire enabled motherboard or one using Nvidia’s Hybrid SLI approach, many will at least consider purchasing a matching upgrade instead of getting a different card that simply shuts down the integrated graphics unit.
Combining the integrated graphics unit and a discrete graphics card allows the graphics rendering power of both units to be used, although power does not quite reach the levels of powerful discrete graphics cards. These are left out of the Hybrid option by AMD, although Nvidia allows its platforms to shut down the discrete graphics card when it is not needed. And although the current product generation is limited to hybrid modes running the integrated plus one discrete graphics unit, future products could allow for setting up multi-GPU solutions for 3D scenarios, and only using the integrated unit for Windows display and video.
… and in Proprietary Bind Them
Finally, there is a potential downside to the approach, as it can be designed in a way that excludes other suppliers. Crossfire and SLI are already proprietary solutions, and this will certainly not change in the brave new hybrid world. In the end, AMD and Nvidia will get the opportunity to sell more products thanks to brand dependencies. But let’s look first at what both firms have created.
- Hybrid Graphics Platforms to Fire Up Multi-GPU Rendering?
- The Rebirth of Multi-GPU Graphics
- AMD 780G Chipset: PCIe and SB700
- AMD 780G Chipset: Flexible Radeon HD 3200 Graphics
- AMD 780G Chipset: Video, Power and Block Diagram
- ASRock A780FullDisplayPort
- ASRock A780FullDisplayPort Details
- ASRock A780FullDisplayPort Utilities
- Nvidia GeForce 8200/8300 mGPU
- GeForce 8200 Graphics with PureVideo HD
- GeForce 8200: Hybrid SLI Saves Power, Boosts Performance
- ASRock K10N78FullHD hSLI R3.0
- ASRock K10N78FullHD hSLI Details
- Chipset Comparison Table
- Test System and Benchmark Setup
- Benchmarks: Vista Experience Index and Synthetic Benchmarks
- Benchmarks: Audio/Video
- Benchmarks: Application Benchmarks
- Benchmarks: 3D Games
- Benchmarks: SYSmark 2007 Preview
- Power Consumption
- Performance per Watt Analysis
- Blu-ray Playback