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| IL-2 Sturmovik The famous combat flight simulator. |
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#1
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I imagine that once you get over the hurdle of making something dual core capable that moving things around to four cores isn't that big of a deal as you already have the frameworks in place. I'm saying this without any real programming knowledge...just some general reading on the subject.
What they should say is mutlicore programming or multithreaded programming. Once you get past just doing everything for one core I would think you could scare upwards...as long as you had threads that could be broken out into and still remain synchronized.
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Find my missions and much more at Mission4Today.com |
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#2
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Both cards are at the moment basically used for eyecandy only. I think it would be pretty hard to make it worth much more. Consider that not everybody will buy this hardware and if you dedicate parts of the physics to these systems, you have to make physics the same for single- and multicore-PCs and both in combination with a physics coprocessor.
As tempting as it may sound, I doubt it will be more than providing additional eyecandy. |
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#3
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I thought Nvidia was implementing PhysX through it's drivers somehow. Maybe I misunderstood what I read (somewhere)
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the warrior creed: crap happens to the other guy! |
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#4
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I doubt that - at least not as the PhysX-Chip. The statements were merely plans how it could be implemented, but on the technical side, the interface between the card and the mainboard still is a bottleneck, especially at higher resolutions with 16xAF & 16XFSAA.
Considering the bandwidth and functionality of this chip, I doubt a shared interface will be the solution. On the other hand, there may be parts of the former PhysX-Chip being implemented on the GFX-card to support graphics further. Basically the same thing with the step from pure 2D-Cards that were aided with 3D-Acceleration by the 3DFX-Voodoo-Chipset. All cried out how completely useless it was, a short while later everybody implemented the functionality on their own chip in one way or the other. |
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#5
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All Nvidia 8XXX cards have the ability to run the PhysX software. The new ATI boards about to come out also will be able to run PhysX too because they went into partnership with Nvidia as long as they used the CUDA programming model.
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#6
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Quote:
I though ATI went with Intel and HAVOQ.... No? |
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#7
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That's what I heared, yes. At least the new 4xxx-cards are being released with full HAVOK-Support.
@ urufu's post: Be advised, that this driver-modification does NOT work with G80 GPUs. Not all 8800-series cards do have the newer G92-chipset, but you will need that in order to have the PhysX-support. Without that, you run in danger of destroying your current drivers and settings! |
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#8
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Got all now!
Thank you Urufu_Shinjiro! Thx all! Regards, Solrac. |
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#9
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#10
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Quote:
Here is the link: http://www.tomshardware.com/news/nvi...hysx,5841.html |
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