Well, it looks pretty obvious that the real clash it yet to come - Larrabee is indeed just a PowerPoint slide up to now. But, with all this recent confrontation between the Blue and Green giants, I doubt that the Green ones will get a QPI licence to manufacture chipsets for Nehalem.    
 
And their market share isn't very promising.  
 
Yet, with all this multi-core and many-core marketing, what if you could encode your video 10-20x faster with your Nvidia-based Card than with your Quad-Core?  
 

 
http://www.bit-tech.net/hardware/2 [...] at_intel/4
 
Oh, and there's still the PhysX thing within GeForce's heart:    
 

 
Maybe next time I'll feel like buying a GeForce GTX instead of a dozen-cores CPU. What about you?  

Sounds promising

This is either a turn away from the norm, or a possible huge failure from Intel. I know that Intel is currently dull on decent drivers, even for their lowly igps. Once they reach the dicrete market, those drivers become much more demanding. In order for Intel to fully enter the graphics market, theyre going to have to really spend some money doing so, with no returns for awhile. Im thinking they want to divert the direction of graphics as we know it (rasterization) to their more cpu friendly raytracing. For them it would be prudent, with less of a commitment in dollars. This is going to be an interesting situation, and dont forget AMD/ATI. If there is ever going to be a change in how we do 3D, then it should be done on one standard, not completely influenced by one company alone. We will see what the future holds

NV VP said that Intel is cared because we dont need CPUs to be any faster then they already are. It sounds weird but i doesnt make sense to me. He said that a Faster GPU will yield better performance or something. Anyway what I think he means is that there will be a point when we wont need to upgrade our CPUs anymore.

Well SSE4 almost doubles many video encoders. so with new sets in the future, this may not be a problem, but i would not mind encoding with my video card(10x faster sounds sweet)....

Meh, still a long well from replacing a CPU, mainly very niche applications whereas the Nehalem et al can do anything X86 & x64 , like run any version of windows, or OS2 or Linux. Get all of that on the GPU fine, until then it's just a really nice co-processor that still needs and X86/X64 core, and we all know who owns that license.
 
Anywhoo, good thing however it's about Dang time they started using the processing power of the GPUs to do video transcoding. X1K promised it, it looks like CUDA and RapiHD may finally have delivered it.

Too bad rapiHD only does x264 main profile... hopefully they can get high profile working... otherwise its sort of useless.

I like the idea of spare geforce video cards running physics
 
we gotta remember nahlem was just cpu cores, the platform was supposed to allow other specific cores for different tasks to be integrated into the cpu (eg larrabee) - intel may be on to something there, if they get it right.
 
Picture a core that is scaled down frequently (90nm, 65nm etc) and flexible enough to add or remove cores, and designed by the same engineers working on 3ghz+ processors, cooled by decent 100+w coolers with direct and low latency cache, and direct access to the cpu, intel may continue to ride the perfect storm and make this a sucess.
 
if they manage to break even with mid range cards in the market (nvidia 8600, maybe even 9600's etc) then they have it in the bag - game designers will end up designing games with it in mind
 
all pure speculation tho, intels last video card (740) was ok but never made a massive impact like 3Dfx did with 3D or anything
 
just think, Intel may bring there own SLI/Crossfire enthusiast platform - dual sockets with dual-tri channel memory, dual larrabee cores consisting of multiple cores per, anything could happen if they get it right..........
 
AMD atleast has an advantage here - they have a fully operational video card company/wing of the company to help them.
 
Money vs Know How?
 
Gotta remember, Intel still is the biggest supplier of video chipsets, integrated they may be but they can do it.    
 
Hope they dont call it Intel Extreme Graphics X3100 or some lame used name they always use...

Too bad they cant do DX10 on their igps. Or really run games for that matter on their igps. I wondering if this can go the other way? Say, using a huge, fast gpu for the most part, and putting in a lil cpu thats fast for the easy stuff like OS and such, providing they make software for other programs that uses floating point to be run directly off the gpu, then there would be little need for a cpu. The cpu then could be used for just getting info for the gpu, kinda like slaved to it. If they can do it for .264, what about other programs? Surely it can be done, and it makes sense too. Being that cpus are slow compared to gpus, just let them direct, assemble to the gpu for the fastest thruput

 
Your "host CPU" would function much like a memory controller and operation decoding engine in today's CPU.
It figures out where(which part of the CPU) to put incomming data to get the job done.
Certain applications favor GPU - very specific workload processor (video encoding, 3D games, CAD).  
You could say it's just a high performance parallel FPU outside the CPU. The GPU is quite useless in serial processing.  
 
Rewriting software (OSes) to work with GPUs would be difficult. Most OS code is highly serial and not FPU friendly.
 
What needs to happen for future GPU over CPU dominance is a "Virtual Machine" extention/translation engine  
that can use software written in a common language and use any hardware available to execute that software.  
Good luck with that.

But then they come with their unfair practices and I wonder if I wanna give'em my money:    
 
http://www.theinquirer.net/gb/inqu [...] anti-intel
 
Guess I'll go for an ATI 4870.

What Im hoping for, is not a cavilier attitude from any of the players, and the best solutions regarding all of them, hopefully a common standard that lets all parties involved left with the ability to compete and contribute. To me this is the best for them, and us as well. This is a situation for strange bedfellows, as each fanboy aligns to their best scenario. I know what I typed is highly unlikely, but we as consumers would truly benefit from greater competition. If we let company A dominate all the others, then we as consumers are left with much less than we have now. Apply company A to any of the current players as you see fit. Im not a fanboy, more a anti monopolist

Nvidia is dying a slow, painful, well deserved, death. They have chosen to go out kicking, screaming, and defiant to the end.

Agreed.   I do not care if my CPU is from Intel or AMD, nor if my GPU comes from Nvidia or ATI, however, if both solutions start offering a decent price/performance according to my needs and expectations I will pursue other reasons to go with brand A or B. In this case, I would check the driver support, game compatibility AND I would end up minding about those "unfair tatics". I mean, I know that after all everything means $ for them, even if some of them mind a litte more about the end-user experience and the reliability of their products, but their main goal is still profit. But I won't give them two thumbs up to let them do whatever they want just because they're great and they're are on the lead.    
 
But I also must say that I'm quite impressed about the potential of CUDA.   And since ATI doesn't have either PhysX or the almighty Borg Queen (= leadership plus evil)...  
 
I guess I'll wait to see if the GT200 turns out to be a 55nm shrink (probably, since the 9800GT and its G92b will be a 55nm "test" ) and see the probable battle between ATI's GDDR5 vs Nvidia's 512-bit bus (if the FUD is true).  

And now there is this new "Tegra" brand  thing, registered by Nvidia. Its only description is "G & S: Integrated circuits".    
 
Any ideas?