73% of x86 Processors Now Integrate Graphics
Intel's Sandy Bridge and AMD Fusion processors continue to drive processor revenues, according to data released by IDC.
Q3 CPU revenues were up 12.2 percent sequentially, and up 16.1 percent year over year, the market research firm said. Average selling prices of CPUs climbed more than 5 percent as Sandy Bridge and Fusion processors are claiming a greater share of the product mix. IDC estimates that 73 percent of all processors sold now integrate on-chip graphics capability.
Intel succeeded in the overall processor market as it was able to grow its market share by 0.9 points to 80.2 percent. AMD fell by 0.7 points to 19.7 percent, but it was able to score a substantial gain in the critical mobile market, where AMD was up by 2.4 points to 17.6 percent. Intel was down by 2.1 points to 82.3 percent, IDC said.
"Clearly, Intel's Sandy Bridge and AMD's Fusion microprocessors with integrated graphic processors are rising in each company's product stack and driving the price increase," said IDC's Shane Rau. "At the same time, low-end processors, notably Intel's Atom processors, are declining as a percentage of the unit mix."
Intel was slightly up in the server/workstation market to 95.1 percent and gained an impressive 4.8 point share to 75.8 percent in the desktop segment. AMD was down by 4.8 points to 24.1 percent.
Anyone who actually WORKS in IT knows that integrated graphics (especially today's modern solutions) provide everything most users need. If you never use anything more 3d than Windows Aero, then dedicated graphics only ADD to the expense, while consuming additional power.
If you give someone off the street an Intel i3 box with HD2000 graphics, and an Intel i3 with a Nvidia 580 in it, they absolutely won't be able to tell the difference. I bet more users would appreciate Intel's Quicksync for editing home video footage, than 3d graphics ability in the nVidia 580 (obviously CUDA has the ability to accelerate video, but users are more likely to run into quicksync optimized apps, than CUDA apps going forward). .
You can bet they will continue with arm, although in the next two three years , I supect intel will put his mighty hands around arm neck of arm and put a lot of preasure on them and eventually getting rid of it.
Too many arms in there... how many limbs are we counting?
Intels only advantage over ARM is the fact they fab their own processors. Everyone else ends up with TSMC and they aren't as innovative. In terms of design, fixed instruction width is definitely an advantage over x86, because then you don't waste tons of transistors decoding instructions. The end game of the ARM vs Intel battle will be which platform puts more performance per watt in the smallest transistor package - and ARM is way ahead in that right now.
transistors needed for decoding instruction are well spend compared to transistors in cache 16MB for L2 and L3 in BD is madness,and cache of similar size will be needed if they began putting 16 cores in a diy
as igps get more and more powerful, pcs change with it. with the newer igps pcs like all in one desktops, a.i.o. touch-enabled pcs, netbook 2.0ultrabooks sales gain traction.
amd's gain in mobile cpu market isn't incredible, people naturally responded to the apus' superiority (llano is probably the cheapest quadcore mobile cpu with desktop class igp while one can buy a whole laptop for the price of a quadcore moble i7).
amd's loss may be entirely credited to fx, 32 nm production problem, transition to 32 nm process and general overhyping inferior products (zambezi).
build on the gain, amd.. and release the revised fxes asap.
There, fixed.
You can't not have integrated graphics on sandy bridge.
If there were two versions, I bet half of that would be integrated, furthermore
Lets hope Ivy Bridge?
Don't give them any ideas.
Those that buy integrated either don't care or don't know better.
Anyone who actually WORKS in IT knows that integrated graphics (especially today's modern solutions) provide everything most users need. If you never use anything more 3d than Windows Aero, then dedicated graphics only ADD to the expense, while consuming additional power.
If you give someone off the street an Intel i3 box with HD2000 graphics, and an Intel i3 with a Nvidia 580 in it, they absolutely won't be able to tell the difference. I bet more users would appreciate Intel's Quicksync for editing home video footage, than 3d graphics ability in the nVidia 580 (obviously CUDA has the ability to accelerate video, but users are more likely to run into quicksync optimized apps, than CUDA apps going forward). .
If you give someone off the street an Intel i3 box with HD2000 graphics, and an Intel i3 with a Nvidia 580 in it, they absolutely won't be able to tell the difference. I bet more users would appreciate Intel's Quicksync for editing home video footage, than 3d graphics ability in the nVidia 580 (obviously CUDA has the ability to accelerate video, but users are more likely to run into quicksync optimized apps, than CUDA apps going forward). .
Spoken like somebody that knows a little someth'n-someth'n.