Yes, the GPU is a processing unit and can therefore be called a processor. Now that we've established what a GPU is, one of many computer processors, lets reexamine the definition of a co-processor:
Just like the math co-processor was once dedicated and used to supplement the ability to do floating-point arithmetic and then became integrated with the CPU, the GPU is slowly turning towards that path. While it's integration may not be as streamlined as the math-coprocessors is, the fact remains that it will become less of a dedicated, add-in component.
However, the fact that it is--for the time being--a dedicated, additional component doesn't mean that it isn't a co-processor. It still serves as a substitute that carries out instructions not fit for the CPU and therefore supplements the functions of the CPU--making it a co-processor. That's what your Wikipedia link states.

Learning is exactly why I ask questions and thoroughly discuss these ideas that DAMIT has about GPU/CPU integration. I didn't consider us arguing but rather trying to discuss the attributes of certain processors, possibly giving us a better understanding as to how two different cores may be integrated together.
I don't know why you think I'm losing anything. I'm only going off of the information you gave me. If you don't agree with me, you don't agree with what you linked as evidence. In this case, that evidence happens to be Wikipedia which is nice. If you don't agree with it, you can actually go to their site and correct their mistake, right? I mean, if you're right and I'm just someone who is only trying to argue with you, then you should be able to correct Wikipedia very easily.
I was never here to argue with you. I wanted to concentrate on the different types of processors in an attempt to possibly speculate how those different types of processors may be incorporated together. Sorry you didn't see this discussion as the same way I did.
In other words, any processor that is used to carry out a specific function not fitting for the CPU is used to supplement that function and is considered a co-processor.A coprocessor is a computer processor used to supplement the functions of the primary processor (the CPU).
Just like the math co-processor was once dedicated and used to supplement the ability to do floating-point arithmetic and then became integrated with the CPU, the GPU is slowly turning towards that path. While it's integration may not be as streamlined as the math-coprocessors is, the fact remains that it will become less of a dedicated, add-in component.
However, the fact that it is--for the time being--a dedicated, additional component doesn't mean that it isn't a co-processor. It still serves as a substitute that carries out instructions not fit for the CPU and therefore supplements the functions of the CPU--making it a co-processor. That's what your Wikipedia link states.
To some extent they opperate independently, but you're right that they use different portions of memory. Perhaps DAMIT's plan to integrate the GPU to the CPU will change that.well, GPU uses different portions of memory than the CPU, they operate independently.
I'm done talking to you. Obviously you are only here to argue, not to learn.
Learning is exactly why I ask questions and thoroughly discuss these ideas that DAMIT has about GPU/CPU integration. I didn't consider us arguing but rather trying to discuss the attributes of certain processors, possibly giving us a better understanding as to how two different cores may be integrated together.
In 2 years time we might be on DDR3 for system memory and who knows what else for other components. I don't understand why you think the technology being designed for the future won't give any performance increases over the current technology, especially when that future tech has a 5.4 billion dollar price tag. 5.4 billion dollars in the hole doesn't sound like a good start to doing nothing but cutting manufacturing costs. They'll have to make something very intriguing about it for the consumers to bite.go ahead, insist on believing CPU/GPU integration to improve performance and mixing up coprocessor vs GPU. its your loss.
I don't know why you think I'm losing anything. I'm only going off of the information you gave me. If you don't agree with me, you don't agree with what you linked as evidence. In this case, that evidence happens to be Wikipedia which is nice. If you don't agree with it, you can actually go to their site and correct their mistake, right? I mean, if you're right and I'm just someone who is only trying to argue with you, then you should be able to correct Wikipedia very easily.
I believe what you consider evidence. It is both a processor and a co-processor, you simply misread your link and determined that it can only be one or the other instead of both.Its also saying that it is a processor, so which one is it? who do you believe ?
So don't. "Waste" your time trying to prove Wikipedia.obviously you don't believe me, so I'm done talking to you. no point wasting my time trying to "prove" to you.
I was never here to argue with you. I wanted to concentrate on the different types of processors in an attempt to possibly speculate how those different types of processors may be incorporated together. Sorry you didn't see this discussion as the same way I did.