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And it still sucks that Netbooks with ION processors have to cost more because of the fact that "standalone" Atom procs cost significantly more than the full integrated versions. I hope Intel gets a big swift kick in the ass so this sort of thing can change for the better.
But seeing all the educational, law enforcement and military uses of the chip (military being the operative word, like a few articles down about the air force), I thought it was going to be still vastly used and developed.
@Kirkaiya: The cell was not an X86 compeditor.. the commercial cell was a RISC core, like PowerPC chips before it, along with the Cell stream processors it controled(. Basically, it was a CPU/GPU SOC.. With the RISC core controling the streams..
It was, at best, a Co-Processor, like the GPUS on ATI and Nvidia cards.
The cell CPU is hardly even fully utilized in the PS3 anyway. Most game devs don’t want to deal the difficulty of utilizing the CPU's full potential. Muti-core is likely the future for Playstaion.
Guessing it's just IBM's production of it. As Toshiba and Sony produce the chips they use at thier own fabs.. IBM was contuning development for use in Supercomputing.. The fact is that the performance was being bypassed by GPUs, and it wasn't a very attractive option as again, it was hard to code for. With Direct compute and Cuda, and Nvidia's C, & C++ compiler, ATI and Stream, it was being left behind.
@Random434: Actually, it's not much harder to code for than any of those other extremely parallel designs. In a way, it sort of proved that they were necessary, and some of the technology is bound to get recycled into newer chips.
It just means ths PS4 won't have a cell chip. Being that Sony seems to be sticking to their 10yr console, I think its a non issue. By the time Sony release a PS4, their will be something significantly more powerfull out.
Though it sounded like a silly comment at the time, but it's quite possible the PS3 could actually last 10yrs considering PS2s are still sold, and just recently started development halt. I think the 360 is already strained under the weight of it's games, but the PS3 is still going pretty strong. I give it 5 more years at least, which takes it out to 9yrs.
Sux because the Cell was a kewl chip, nonissue when 8-16 core chips will be readily available by the time a next version is made.
@helfrez: I'm not sure what you mean about "straining" - I am sure there are developers who would love to have more than 9GB of disc space to play with, but otherwise the 360 seems to be pretty powerful - powerful enough to cook itself anyway.
@helfrez: Hardly silly. Sony's 10-year strategy has been clear since the original PS1. There are ~5.5 years of active life and then ~5.5 years of life support.
The PS1 launched in 1995 and had its last batch of strong games in 2000. It was discontinued in 2006.
The PS2 launched in 2000 and had its last batch of strong games in 2006. It'll probably be discontinued in 2010/2011.
The PS3 launched in 2006. It'll probably run strong until 2012, around the launch of its successor.
I need an explanation, as I've never been much of a hardware guy but...
The lower the number, the less the processing power of a chip correct? So while lighter and less power-hungry is great, aren't these also less powerful, by a long way???
If someone can explain I'd be grateful, as I clearly don't get it (still running a P4 on my desktop at home so, I'm a little bit behind I suppose) #intel
First of all, not all GHz are equal. Back in the day when Intel and AMD were in major competition, Intel chips ran at higher Hz while AMD ran "better" Hz, meaning a lower Hz AMD machine was equivalent to a higher Intel one. This still applies today as one moves from one processor generation to the next.
Also these new i5/i7 processors can significantly over-clock or under-clock themselves in real-time according to need and energy efficiency. #intel
@D0rk: I think they're praying for mobile i5s and i7s. These are CULV chips, by the sounds of it, which you see in the Acer Timeline and similar laptops. Such a chip would be better suited for the Air than the MBP. [en.wikipedia.org]#intel
@ezrashapiro: They arent really slower. These are replacing older Core2 chips of the same speed that went into tiny laptops. They were ultra low voltage chips so they werent as powerful as the bigger ones going into desktops.
The ones they will be announcing in Jan for desktops will be much faster, as fast or more than the current crops. #intel
@ezrashapiro: Well, it's not clear from the very brief Giz post whether the new "thin" Core i7/i5 chips will be quad-core or dual-core. Obviously, a CPU with 4 cores running at 1.2 GHz is, for many things, faster than a 2-core chip running at 1.8 GHz (for example).
And since these new chips can dynamically speed up one core, while slowing down/shutting down another, for single-threaded apps that don't use multiple cores well, the overall effect is a more powerful chip.
Finally, the Core i7/i5 family uses a new architecture (design), which speeds up communications between the cores and between the cpu and memory, among other things. Just like a 4-cylinder Lotus engine beats the crap out of a 4-cylinder Chrysler... #intel
@Kirkaiya: Arrandale and Clarkdale will only be dual core in their whole lifetime. They do have an on-package GPU, so that's taking up the space. On-die GPU plus quad-core will come with Sandy Bridge in late 2010 or 2011.
@Kirkaiya: Thanks again. It's still not completely clear but perhaps it more an issue of programs knowing how to use the new hardware. I have an x9100 in my laptop with 4 GB of DDR2 RAM, and from the benchmarks, it rates higher than some quad core desktop processors, so it's still not completely clear. I understand the theory, but in practice with everyday computing, I want to see the theory flesh out. #intel
12/03/09
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The PowerPC, the UltraSparc, the DEC/Compaq/Whoever "Alpha", are all either going, or near, extinct.
"And one architecture to rule them all, one instruction set to bind them, one design to bring them all, and in the PC bind them..."
11/23/09
It was, at best, a Co-Processor, like the GPUS on ATI and Nvidia cards.
11/23/09
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Though it sounded like a silly comment at the time, but it's quite possible the PS3 could actually last 10yrs considering PS2s are still sold, and just recently started development halt. I think the 360 is already strained under the weight of it's games, but the PS3 is still going pretty strong. I give it 5 more years at least, which takes it out to 9yrs.
Sux because the Cell was a kewl chip, nonissue when 8-16 core chips will be readily available by the time a next version is made.
11/23/09
11/23/09
The PS1 launched in 1995 and had its last batch of strong games in 2000. It was discontinued in 2006.
The PS2 launched in 2000 and had its last batch of strong games in 2006. It'll probably be discontinued in 2010/2011.
The PS3 launched in 2006. It'll probably run strong until 2012, around the launch of its successor.
11/23/09
11/23/09
That's a goooood question. With the PS3 supposed 10 year product. They will need the "Cell Processor" for about 6 more years.
11/23/09
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11/12/09
The lower the number, the less the processing power of a chip correct? So while lighter and less power-hungry is great, aren't these also less powerful, by a long way???
If someone can explain I'd be grateful, as I clearly don't get it (still running a P4 on my desktop at home so, I'm a little bit behind I suppose) #intel
11/12/09
First of all, not all GHz are equal. Back in the day when Intel and AMD were in major competition, Intel chips ran at higher Hz while AMD ran "better" Hz, meaning a lower Hz AMD machine was equivalent to a higher Intel one. This still applies today as one moves from one processor generation to the next.
Also these new i5/i7 processors can significantly over-clock or under-clock themselves in real-time according to need and energy efficiency. #intel
11/12/09
They certainly look delicious.. #intel
11/12/09
11/12/09
11/12/09
11/12/09
The ones they will be announcing in Jan for desktops will be much faster, as fast or more than the current crops. #intel
11/12/09
And since these new chips can dynamically speed up one core, while slowing down/shutting down another, for single-threaded apps that don't use multiple cores well, the overall effect is a more powerful chip.
Finally, the Core i7/i5 family uses a new architecture (design), which speeds up communications between the cores and between the cpu and memory, among other things. Just like a 4-cylinder Lotus engine beats the crap out of a 4-cylinder Chrysler... #intel
11/13/09
11/13/09