Gigabyte launches dual graphics mobo - for any PCIe graphics card
Chicago (IL) - Thinking about a dual graphics card system ? Not sure about Nvidia’s SLI ? Here is another option : Gigabyte just announced its own dual graphics card technology and offers a new motherboard that lets users combine any two graphics cards.
It may be expensive, but there is no doubt that the idea of combining two graphics cards within one system has spurred a flurry of new products can sparked innovation of motherboard and graphics card manufacturers. However, only Nvidia’s SLI technology currently is available and users will have to work with GeForce 6600GT or higher graphics card, if they want to accelerate graphic performance in games that support SLI. Alienware’s Video Array as well as ATI’s Multi Rendering are still in the works.
While most motherboard manufacturers and system builders currently follow the SLI track and offer systems mainly for Nvidia’s nForce4 chipset and AMD 64 systems, Taiwan manufacturer Gigabyte recently surprised with its 3D1 dual core graphics card. The side step was widely applauded and Gigabyte apparently has more ideas left in its drawers : The company now announced the first dual PCI Express for Intel processors. Since Nvidia’s SLI does not officially support Intel yet, Gigabyte came up with its own approach of combining two graphic cards. The new GA-I915P board will be offered for about $150 and allows users to combine any current and future PCI Express graphic cards.
According to a spokesperson, Gigabyte engineers were able to "make the 915P chipset function like a SLI feature". The company did not disclose many details, but said that the patent pending design makes use of the PCI Express lane from the South Bridge to support an additional graphics card. The new motherboard also supports up to four displays
The company said that the GA-I915P is "not just about performance" but about innovating new solutions, this time for enthusiasts using Intel systems. Speed increases are not as dramatic as with SLI, but apparently can reach levels of 33 to 53 percent, according to benchmark results provided by Gigabyte (depending on applications and graphic cards).
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