[QUOTE="Nagidar"][QUOTE="coolguy1111"][QUOTE="gnutux"][QUOTE="The_Nemacyst"][QUOTE="Nagidar"][QUOTE="coolguy1111"][QUOTE="Nagidar"][QUOTE="coolguy1111"]The only system that has peaked is the wii.coolguy1111
lmao, No it hasn't.
How hasnt it? Systems dont peak because the developers dont know how to fully use the new technology. The wii has no new technology. PS3 has cell, 360 has an advanced GPU, wii has a... slightly better cpu/gpu then the xbox. What you see with the new mario game is the best youll get.And you know this how? No one knows what the in depth technical specs on the Wii are, you're talking out of opinion.
And so are you. Seriously, no one knows the Wii specs than Nintendo really. gnutux Uhhh no, theres these people out there, called smart people with money. They can take apart and hack the wii, and find out how powerful the wii is. We know generally the wiis specs. Sure I cant give you the exact glock speed, but we know where about it is, its not new architecture, its nothing new.General specs do not tell you how powerfull a system is, a 1.8 GHz P4 is faster than a 3 GHz Celeron. Of course I'm in no way saying the Wii can compete with the PS3 and 360, thats just dumb.
No, these do. You know how to program for all 7 series cards if youve done them before, even if it is way more powerful. You know how to program for a x64 proc, even if it is 3ghz instead of 2.2You're not getting it, to measure power, you have to completely understand the technology, just because something has a higher clock speed than something else, doesn't mean its more powerfull.
 Heres an example, The X1900 XTX has a peak pixel fillrate of 10.4Gigasamples/s, the 7900GTX has a peak pixel fillrate of 15.6Gigasamples/s. Neither of them is actually able to achieve and sustain those peak fillrate performance numbers though due to not being efficient enough, but they get away with it in this case since they can also bank on all the raw power. The performance winner between the 7900GTX and the X1900XTX is actually the X1900XTX despite a lower pixel fillrate because it has twice as many pixel pipes and is the more efficient.
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