FarFarAway
New member
n00bs
Right Ian.
A grapics pipeline is something that things like pixel fill data passes through (basically the stuff needed for the picture you see on your screen)
If a card has one pipeline then say you have 24 parts of pixels waiting to be send to the card. Each bit of data needs to get in the queue.
Now x1800 has 16 pipelines so with your 24 bits of data, 16can go at once and the other 8 have to wait to go at the second run.
With the GTX all 24bits of pixel data can go at the same time: no queueing.
The x1800's core is faster so can pump out more chunks of data queue than the GTX, but the GTX catches up when it comes to the data not queueing for so long. This means thatwhile the x1800 is a faster clocked core: the GTX is more efficient at processing the data
OK? I hope thats a nice simple and understandable explanation for you
Right Ian.
A grapics pipeline is something that things like pixel fill data passes through (basically the stuff needed for the picture you see on your screen)
If a card has one pipeline then say you have 24 parts of pixels waiting to be send to the card. Each bit of data needs to get in the queue.
Now x1800 has 16 pipelines so with your 24 bits of data, 16can go at once and the other 8 have to wait to go at the second run.
With the GTX all 24bits of pixel data can go at the same time: no queueing.
The x1800's core is faster so can pump out more chunks of data queue than the GTX, but the GTX catches up when it comes to the data not queueing for so long. This means thatwhile the x1800 is a faster clocked core: the GTX is more efficient at processing the data

OK? I hope thats a nice simple and understandable explanation for you
