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n/t
quite simply, more graphics data can be transferred through an agp 8x port rather than an agp 4x port
high end graphics cards need an 8x agp enable motherboard to really maximise their use
it is possible to use an agp 8x graphics card on a motherboard with an agp 4x agp slot, however, you will not be getting the full graphical power of the card
http://www.google.com
Oh, well don't say i'm not kind to you. :)
http://www.geek.com/
i think the difference in rendering speed isn't that great, but it's primarily the swapping of texture files between the video card's RAM and the motherboard's RAM which is faster. if your graphics card has a lot of RAM (128mb, 256mb), it makes the higher AGP speed less necessary because it can just store more textures on the card without having to swap into the motherboard's RAM.
nevertheless, 4x is better than 2x, and 8x is better than 4x. the difference in performance is revealed when a game uses more texture data than can fit on the video card's RAM.
and pci express should be even better still...when it comes that isQuote:
Originally posted by 3RA1N1AC@5 August 2003 - 05:06
nevertheless, 4x is better than 2x, and 8x is better than 4x.
and pci express should be even better still...when it comes that is [/b][/quote]Quote:
Originally posted by 3rd gen noob+5 August 2003 - 05:10--></div><table border='0' align='center' width='95%' cellpadding='3' cellspacing='1'><tr><td>QUOTE (3rd gen noob @ 5 August 2003 - 05:10)</td></tr><tr><td id='QUOTE'> <!--QuoteBegin-3RA1N1AC@5 August 2003 - 05:06
nevertheless, 4x is better than 2x, and 8x is better than 4x.
If it comes.
PCI Express? never heard of it...what kind of bus speed will it run?
For instance, today's graphics cards are linked via Accelerated Graphics Ports (AGP) and at AGP 8x rates, which can transfer data at around 2 GB/second. By comparison, with 16 lanes of PCI Express (each lane transfers data serially at 2.5 Gb/second), 4GB/second can be transferred each wayQuote:
Originally posted by bigdawgfoxx@5 August 2003 - 14:19
PCI Express? never heard of it...what kind of bus speed will it run?
source: http://www.intel.com/english/home/trends/f...pci_express.htm
For instance, today's graphics cards are linked via Accelerated Graphics Ports (AGP) and at AGP 8x rates, which can transfer data at around 2 GB/second. By comparison, with 16 lanes of PCI Express (each lane transfers data serially at 2.5 Gb/second), 4GB/second can be transferred each wayQuote:
Originally posted by 3rd gen noob+5 August 2003 - 14:21--></div><table border='0' align='center' width='95%' cellpadding='3' cellspacing='1'><tr><td>QUOTE (3rd gen noob @ 5 August 2003 - 14:21)</td></tr><tr><td id='QUOTE'> <!--QuoteBegin-bigdawgfoxx@5 August 2003 - 14:19
PCI Express? never heard of it...what kind of bus speed will it run?
source: http://www.intel.com/english/home/trends/f...pci_express.htm [/b][/quote]
I think you mean 40Gb/second (16 times 2.5)
Edit:
My apologies, you do mean 4Gb/s.
Well, that's intel for you, about as efficient as the pentium chip.
Edit: Double Post