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Its tiresome that the duopoly that Graphics chips has become has remained for so long. I wonder what happened to all that price fixing problems. I think is was a slap on the wrist. It looks like everyone is getting into everyones elses pool Nvidia/AMD/Intel X86 + cutting edge graphics.
Its interesting especially now that Intel is more in-bed with Linux, whether they will try to avoid the Microsoft slowing technology, by working around their limitations on a platform that has none.
I'd like to know more on that "slowing Microsoft technology" and how Intel will overcome it on a platform "with no limitations". Last I heard, Intel was developing GPUs with mediocre performance and I don't expect a change soon.
Yes, I am quite skeptical of Larrabee. Developing a GPU around the x86 ISA is just strange to me. I understand that x86 compilers are more mature than the ones used for proprietary architectures, but massive parallelisation is quite a new field. Thus, I suppose they are pretty much at the same point. Furthermore, NVidia and ATI will have enough time to develop alternatives, especially since Larrabee won't ship until next year. Sure, Larrabee will get 32 cores, but the current NVidia offerings already have 240. Oh, they lack functionnalities, but that's exactly why it's easier to put more of them on a silicon wafer.
I'm happy to see more competition, but I just don't expect a savior, even for Linux graphics, as high-end 3D graphics is a cut-throat business.
What I don't get is why people seem to think "massive parallelism" is a new field. It's been around since super computers first started appearing... The Crays, Thinking Machines, etc were MASSIVELY parallel. It is how they had such insane performance for the 80s and early 90s.
Even current super computers are that way. It ain't a new field.
Yes, I am quite skeptical of Larrabee. Developing a GPU around the x86 ISA is just strange to me. I understand that x86 compilers are more mature than the ones used for proprietary architectures, but massive parallelisation is quite a new field. Thus, I suppose they are pretty much at the same point. Furthermore, NVidia and ATI will have enough time to develop alternatives, especially since Larrabee won't ship until next year. Sure, Larrabee will get 32 cores, but the current NVidia offerings already have 240. Oh, they lack functionnalities, but that's exactly why it's easier to put more of them on a silicon wafer.
I'm happy to see more competition, but I just don't expect a savior, even for Linux graphics, as high-end 3D graphics is a cut-throat business.
IE4-->Netscape, Word-->Wordperfect, XP-->Vista, Monopoly-->Governments Worldwide etc etc. I'll keep my words short fill in the sentences yourself.
This is not about 3D graphics this is about selling an end to end Hardware computing platform and AMD;Intel;Via;Nvidia are up for it.
Some people think that "Intel is pro-OSS" because of that. What they forget is that Intel is _HUGE_. While there are departments that are involved with Linux, many are not, and are outright hostile to open source.
No idea where the larabee team is on the scale, but I wouldn't be too hopeful just yet.
Like most commercial companies they only embrace Linux as long as it helps their business.
For example the lastest tools for graphics optimization target only DirectX.
http://software.intel.com/en-us/articles/intel-gpa/
And their multithread tools target only Windows.
http://software.intel.com/en-us/intel-parallel-studio-home/
It is nice to have Intel helping OSS projects, but don't expect too much.
...at least for the game industry? I think that this interview on ArsTechnica explains it all ;-)
http://arstechnica.com/gaming/news/2008/09/gpu-sweeney-interview.ar...
Its true thanks to the awesome open source drivers intel has for its graphics card (even tho they used shared mem.) It performs great using beryl/compiz/fusion for a cool 3d desktop experience with little to no cofiguation besides the OUT OF THE BOX support.I remember a couple of years back when vista came out it required crazy specs 2ghz + cpu sumthing like 4gb of ram with a svga with 512mb of dedicated video ram to run aero. I had a 900mhz laptop with an intel 915gm leaching system ram that ran beryl flawlessly and i never once could see anything aero could do that compiz couldnt, but ive seen plenty of things compiz can do for effects that aero simply caint. Im not sure if this is A good example of what great drivers can do or how geat the 915 is or if simply linux can be given all the credit.



