The Dell Laptop we tested the ViDock on has an Athlon X2 1.7 GHz processor. This isn’t the most powerful laptop processor by a long shot, so it will provide a decent representation of what the ViDock Pro can do for a typical machine.
It’s important to mention that the driver included in the ViDock installer was the older Catalyst 7.10 driver. Because of this, it’s the driver we used in all of our testing, including the video cards we jury-rigged to work with the ViDock.
First, let’s look at what the ViDock Pro accomplished compared to the integrated chipset in games and 3D production benchmarks.
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Call of Duty 4 is so much easier on hardware, I prefer to concentrate on stuff that will really challenge it like Crysis and SupCom so we have a worst-case scenario.
There are several interesting points here. The fact that card compatability is dependant on chipset type is interesting but not really shocking. It's (sort of) similar to the hybrid SLI and Crossfire capability of the 780 series chipsets and the way the chipsets support specific GPU series. It sounds as though another header or bus type is needed to fully support the concept. The expresscard/USB bus was the holdup a year ago and it appears to still be the main bottleneck. I'm curious to see if AMD's PUMA platform or Intel's version (forgot the name) will show us something in this area. Am also wondering if one of the laptop OEM's might offer the external card setup for specific models of their computers. Will be interesting to see what others are doing. Haven't heard anything at all from ASUS since early last year.
would it be possible to run crossfire/sli with two of these things? (largely out of curiosity, twould be insane to actuall sensibly do it...) That way wouldn't you have 2 seperate pcie 1x bandwidths to play with/