The two cards are permanently soldered together.
http://legitreviews.com/article/354/1/
While technically it is two boards screwed together, it is a single card solution in that it only requires a single PCI-E slot.
The two cards are permanently soldered together.
While technically it is two boards screwed together, it is a single card solution in that it only requires a single PCI-E slot.
Originally posted by: BFG10K
If you need help with this then Barney might be able to explain it to you.
Originally posted by: BFG10K
He's simply repeating what you said.Josh, stop the your sig crap. You are making yourself look like a fool.
break data into parts and assign device ID to its protocol information. 16 parts. one for each pci-lane. each piece of data contain protocoled information which will reach a decoder to decode protocol info. protocoled information contain device ID which will only be processed by GPU with correct device ID.Yes, into TWO parts, one for EACH GPU. Why do you still not get it? Why do you continue to dodge the issue while parroting your simpleton responses?
you said "(SLI Driver Path) requires no software changes according to your logic ..."Let me quote the signature again:and which logic did I imply it requires no software changes?
...SOFTWARE HAS NOTHING TO DO WITH HARDWARE!!!!!
really. so what does SLI do?Data distribution to TWO GPUs.profiles are used to optimize data distribution.
Completely unrelated to this discussion..So how do I get SLI AA working onto single cards?OMG, you just don't get it. Software don't "see" your 2 GPU, it sees which lane to distribute data to.
[/quote] each GPU does AA on its own data. that is it. same as in a dualcore cpu each core only process its own part...Answer the question: how do I get SLI AA working onto a single card?
Originally posted by: beggerking
Originally posted by: josh6079
It doesn't change the fact that there are two destinations for the "data" to go to. If their is one GPU, there is one destination, if there is two GPU's, there is two destinations, etc. You're right, it doesn't "see" GPU's like you do, it "sees" two destinations.
Now the driver path is SLI, and when put with another card like this it is?????? Yep, QUAD (as in four) SLI. That means that there is 4 GPU's. So some simple math is 4/2=1 in dramaqueen land.
Josh, stop the your sig crap. You are making yourself look like a fool.
1. umm..you were quite adamant when you said "data see 2 GPUs" before, what happened there? now you are flipflopping? data don't see destination, data don't have eyes. Data are feed into the correct PCI-e lane, it has nothing to do with GPU or destination.
to break data into parts
profiles are used to optimize data distribution.
2.You are dumb, are you? what are you talking about? regardless of # of GPU it is still a single card.
This is TOO FUNNY!!! You've once again gotten me confused with someone else. I never said that it "sees" two GPU's, that was BFG10K. Also, I didn't say that it "saw" data. I said that the data HAS TWO destinations. In order for your precious data to be sent, it has to go somewhere. It doesn't just get shot out for nothing
Josh said:
It doesn't change the fact that there are two destinations for the "data" to go to. If their is one GPU, there is one destination, if there is two GPU's, there is two destinations, etc. You're right, it doesn't "see" GPU's like you do, it "sees" two destinations. Gee, why would it need to do that? Couldn't be because it has to go to two different places.....
so? whats your point?profiles are used to optimize data distribution.
Yep. That's right. And what are those profiles? (whispers: Shhhhhh, they're S. L. I. profiles)
Oh, pu-lease. You're the one slinging insults at people and looking down at them just because you've taken a C++ class or something.Josh, you are just thread crapping and initiating personal attacks at this point. If you keep your sig, I'm going to PM mods.
No, are you? It looks like a direct quote to me.are you blind?
Yeah, and? Or in your world is a NIC the same thing as a GPU because they're both subjected to the mechanics of the PCIe protocol?break data into parts and assign device ID to its protocol information. 16 parts. one for each pci-lane. each piece of data contain protocoled information which will reach a decoder to decode protocol info. protocoled information contain device ID which will only be processed by GPU with correct device ID.
No, nVidia "made it up" when they implemented SLI support in the driver, something that was not necessary (or in fact undefined) for single cards.I'm referring to your "SLI Driver path"..Never even heard of it. . did you make that up? How do I imply on something I don't even know?
Load balancing to two (or more) GPUs. It doesn't operate or even exist on single cards hence a 7950GX2 can't possibly be classed as single card.really. so what does SLI do?
The hell it's unrelated. You claim the 7950 is a single card yet by definition SLI AA requires composition from multiple GPUs. That is to say the concept of SLI AA doesn't even exist on single cards.Completely unrelated to this discussion..
Right, the two GPUs that are on the card which means it's not a single card. This is unlike a true single card that doesn't even have the concept of SLI AA or even the concept of SLI.each GPU does its own AA on its data..
:roll:tired of you popping up new questions that are completely unrelated to the discussion...
Originally posted by: beggerking
here is the thread you become JoshTheDramaQueen. Congrads!
Originally posted by: beggerking
I'm going to ignore your crap about dramaqueen which only makes you look childish and stupid.
bfg:
If the "hardware has nothing to do with the software" in your world the NIC must use the same drivers as the GPU, right? It's all PCIe in your world, right?
bfg:
The hell it's unrelated. You claim the 7950 is a single card yet by definition SLI AA requires composition from multiple GPUs. That is to say the concept of SLI AA doesn't even exist on single cards.
bfg:
Right, the two GPUs that are on the card which means it's not a single card. This is unlike a true single card that doesn't even have the concept of SLI AA or even the concept of SLI.
exact same reason why dualcore CPU / multiCPU system needs WindowsXP's support to make use of the 2nd core/CPU. aka load balancing/data distribution. Google and howstuffworks.com is your friend.If the 7950 is one card both hardware-wise and software-wise, why does it need SLI to be enabled to work?
Originally posted by: beggerking
Its the other way around..it decomposes data into parts..
Originally posted by: beggerking
exact same reason why dualcore CPU / multiCPU system needs WindowsXP's support to make use of the 2nd core/CPU. aka load balancing/data distribution. Google and howstuffworks.com is your friend.If the 7950 is one card both hardware-wise and software-wise, why does it need SLI to be enabled to work?
Originally posted by: beggerking
to Josh:
exact same reason why dualcore CPU / multiCPU system needs WindowsXP's support to make use of the 2nd core/CPU. aka load balancing/data distribution. Google and howstuffworks.com is your friend.If the 7950 is one card both hardware-wise and software-wise, why does it need SLI to be enabled to work?
No, it makes it dual GPUs from a software perspective.Originally posted by: josh6079
Right, so from a software standpoint, it registers to TWO devices. This makes it a dual card from a software perspective.
Originally posted by: Wreckage
No, it makes it dual GPUs from a software perspective.Originally posted by: josh6079
Right, so from a software standpoint, it registers to TWO devices. This makes it a dual card from a software perspective.
Asus made a dual 6800 with 2 GPUs on the same PCB, is that 2 cards as well?
http://www.guru3d.com/newsitem.php?id=2422
It's one card and some are in denial because they are unhappy that it's the fastest single card on the planet. Get over it.
Originally posted by: m21s
I honestly wish this thread would disapear.
You're the one that lacks a basic understanding of key issues but you accuse others of being stupid.Obviously you have no idea what you are talking about...
You don't know what a driver path is? It's a path that is taken in order to operate a given hardware device.You used the term "SLI Driver path" many times to explain your reasoning, yet when I ask you to define exactly what a "SLI Driver path" is,
What protocol? Certainly not PCIe since as far as it's is concerned the only real difference is less lanes.Incorrect. NIC driver uses a different protocol in its data.
What the hell are you talking about? That's exactly what it is. SLI composes one frame from multiple parts, each sitting on a different GPU.once again , incorrect. SLi was never a composition from multiple GPU.
That's only one part of it.Its the other way around..it decomposes data into parts..
Except you missed the most important bit, the offset from each GPU in SLI AA that is then merged into one frame. That's why it can't exist on single cards.in oridinary AA, 4x = apply 4 AA passes on a whole screen with a single GPU.
This is totally wrong and proves you don't have a clue what you're talking about.SLI AA = 2 GPUs each apply 8x on 1/2 screen which produce 8x AA.
A dual-core processor is not one CPU, it's two combined onto one die to use one socket.concept of SLI = concept of windowsXP dualcore CPU support.
Originally posted by: beggerking
From: "Replies here are out of control"
...you have admitted you were wrong about your "Driver path is SLI" theory which you used to make your whole argument in about 8 pages in another thread.
Originally posted by: BFG10K
You're the one that lacks a basic understanding of key issues but you accuse others of being stupid.
You don't know what a driver path is? It's a path that is taken in order to operate a given hardware device.
Originally posted by: josh6079
You were simply trying to prove the point that the hardware does not necessarily need a driver to throw an image on your screen. That is correct..
Originally posted by: BFG10K
Beggerking:
so are you saying dualcore CPU is not a single CPU?
Correct.
The main difference between multi-CPU and multi-core is the number of sockets needed along with some internal bridging differences, much like the 7950GX2 compared to two separate cards.
From a software standpoint it reacts to both situations as two CPUs/GPUs, irrespective of the number of sockets they use. To use the number of sockets as a basis of whether something is single or not is quite simpleton.