Otellini briefly responded to concerns that Intel's first quad-core packages are simply "glued-together" dual-core processors while AMD is working on a native, single-die quad-core chip. "So what?," said Otellini . "The public doesn't care what's inside a processor." he said.
coming outYorkfield (eight-core, 2009)
I too think he is retarded especially because he said this
Otellini briefly responded to concerns that Intel's first quad-core packages are simply "glued-together" dual-core processors while AMD is working on a native, single-die quad-core chip. "So what?," said Otellini . "The public doesn't care what's inside a processor." he said.
I too think he is retarded especially because he said this
Otellini briefly responded to concerns that Intel's first quad-core packages are simply "glued-together" dual-core processors while AMD is working on a native, single-die quad-core chip. "So what?," said Otellini . "The public doesn't care what's inside a processor." he said.
http://www.tgdaily.com/2006/09/26/intel_core_2_quad_announcement/
what do you think?
I too think he is retarded especially because he said this
Otellini briefly responded to concerns that Intel's first quad-core packages are simply "glued-together" dual-core processors while AMD is working on a native, single-die quad-core chip. "So what?," said Otellini . "The public doesn't care what's inside a processor." he said.
I too think he is retarded especially because he said this
Otellini briefly responded to concerns that Intel's first quad-core packages are simply "glued-together" dual-core processors while AMD is working on a native, single-die quad-core chip. "So what?," said Otellini . "The public doesn't care what's inside a processor." he said.
LOL, Otellini you moron, us gamers actually do care.
I'm sorry, but I still think Otellini is right.
His comment is quite true. We do not care what is inside. As enthusiasts, we might even know what is in there, but care? No sir.
We care about what we can get from what is there.
After all, why the hell are we heartily recommending C2Ds if C2Ds still use an obsolete (or at least less-than-optimal) front side bus?
Nossir, we don't care and he's right. What I care about is performance in executing code. I don't care how, because it simply doesn't matter. If one CPU takes 5 minutes to do a given task and the other takes 4 minutes, I don't care why that is, though I might be able to explain it convincingly if asked.
As end users, we can only perceive perfomance and energy consumption, that's it. All other architectural concerns, like FSB/HT/and so on are merely things for us to quabble about in forums like this one. We don't actually "want" a CPU for a given internal architectural trait; we "want" it for an external, measurable advantage, either feature- or performance-wise.
Being 2 chips on a wafer is one such irrelevant trait, as long as it doesn't affect performance. As is HT vs FSB.
Will I get flamed by "the horde" for this?
I'm sorry, but I still think Otellini is right.
His comment is quite true. We do not care what is inside. As enthusiasts, we might even know what is in there, but care? No sir.
We care about what we can get from what is there.
After all, why the hell are we heartily recommending C2Ds if C2Ds still use an obsolete (or at least less-than-optimal) front side bus?
Nossir, we don't care and he's right. What I care about is performance in executing code. I don't care how, because it simply doesn't matter. If one CPU takes 5 minutes to do a given task and the other takes 4 minutes, I don't care why that is, though I might be able to explain it convincingly if asked.
As end users, we can only perceive perfomance and energy consumption, that's it. All other architectural concerns, like FSB/HT/and so on are merely things for us to quabble about in forums like this one. We don't actually "want" a CPU for a given internal architectural trait; we "want" it for an external, measurable advantage, either feature- or performance-wise.
Being 2 chips on a wafer is one such irrelevant trait, as long as it doesn't affect performance. As is HT vs FSB.
Will I get flamed by "the horde" for this?
I think Intel CEO is retarded...but that's my personal opinion =). About the news, I think C2Q will be a great platform --momentarily 'til AMD's A64KRBK FX-70 or FX-74 appears. Just to think about 70% gains over a X6800 is more than enough reasons to wait until its release and get one.
I'm sorry, but I still think Otellini is right.
His comment is quite true. We do not care what is inside. As enthusiasts, we might even know what is in there, but care? No sir.
We care about what we can get from what is there.
After all, why the hell are we heartily recommending C2Ds if C2Ds still use an obsolete (or at least less-than-optimal) front side bus?
Nossir, we don't care and he's right. What I care about is performance in executing code. I don't care how, because it simply doesn't matter. If one CPU takes 5 minutes to do a given task and the other takes 4 minutes, I don't care why that is, though I might be able to explain it convincingly if asked.
As end users, we can only perceive perfomance and energy consumption, that's it. All other architectural concerns, like FSB/HT/and so on are merely things for us to quabble about in forums like this one. We don't actually "want" a CPU for a given internal architectural trait; we "want" it for an external, measurable advantage, either feature- or performance-wise.
Being 2 chips on a wafer is one such irrelevant trait, as long as it doesn't affect performance. As is HT vs FSB.
Will I get flamed by "the horde" for this?
Just real quick, do you think the FX-70 or FX-74 will be pitted against an X6800 or a QX6700? Which one do you think would win?
I'm sorry, but I still think Otellini is right.
His comment is quite true. We do not care what is inside. As enthusiasts, we might even know what is in there, but care? No sir.
We care about what we can get from what is there.
After all, why the hell are we heartily recommending C2Ds if C2Ds still use an obsolete (or at least less-than-optimal) front side bus?
Nossir, we don't care and he's right. What I care about is performance in executing code. I don't care how, because it simply doesn't matter. If one CPU takes 5 minutes to do a given task and the other takes 4 minutes, I don't care why that is, though I might be able to explain it convincingly if asked.
As end users, we can only perceive perfomance and energy consumption, that's it. All other architectural concerns, like FSB/HT/and so on are merely things for us to quabble about in forums like this one. We don't actually "want" a CPU for a given internal architectural trait; we "want" it for an external, measurable advantage, either feature- or performance-wise.
Being 2 chips on a wafer is one such irrelevant trait, as long as it doesn't affect performance. As is HT vs FSB.
Will I get flamed by "the horde" for this?
"So what?," said Otellini, adding, "The public doesn't care what's inside a processor."