cowboy44mag :
De5_Roy- I do apologize to you, I honestly didn't mean personal insult, and am sorry if I misjudged your comment. There are so many fan boys, on both sides to be fair, that sometimes it gets frustrating. I have seen many a post from guys trying to convince people their i3 is ten times as powerful as an 8350 for example.
no problem.
this is internet, each of us is posting and many, many people(..okay may be 2-3 people in my posts' case
![Stick Out Tongue :p :p](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
) are reading the posts, so opinions will just as varied. just don't let frustration get to you.
cowboy44mag :
To save a lot of goggling, a drag racer is a vehicle expressly designed to go in a straight line very, very fast.
Basically think jet engine strapped to four wheels. A Mustang Cobra is an American muscle car, the fastest version of the Ford Mustang available. From personal experience they have good power to weight ratio and corner very well for a sports car. I was using the analogy because others were using car analogies... but I was pointing out that no sports car, or even stock race car, can beat a drag racer in a drag race. It is a very closed race, straight line see how fast you can go deploy parachute and stop. Quite frankly boring as heck to watch, but they do hit insane speeds.
i only know of drag racers from tv programs such as 'world's most amazing videos' or various wipeout videos.
by my limited knowledge, even if a drag racer can't beat a mustang cobra, an stock race car or f1 racer can beat it, yes? afaik, it also depends on how the drivers are driving the cars. even though drag racers, stock cars and f1 all are typically street-illegal. again, don't think of it as comparing to cpus.
cowboy44mag :
Just like in single core execution no processor can best iCore (and iCore hits insane speed with single core execution), but that is Intels "drag race" an in the box single core benchmark. When you throw in curves and turns, or in other words multi-threaded applications Intel is not in its "box" anymore, just like a drag racer is out of its environment on an oval race track.
in terms of clockrate, i don't think core i cpus can beat zambezi or piledriver. iirc bd(arch) cpus have several clockrate world records under their belts.
multithreaded - is a blanket term. for example, if a software uses 4-5 cores and no more, it's still technically multithreaded, same if one uses 3 cores. multi
core performance doesn't just depend on number of cores, but depends on multiple factors. statements like '8 core fx performs better than core i5' means all other factors are eliminated(cache hit, branch mispredicts, memory perf, ipc for the particular software etc.) and mostly the integer processing performance is being considered. like it or not, this is a highly specific scenario.
cowboy44mag :
No one is denying Intel's superiority in single core execution, they are the king of the mountain. But there is a lot more to computing than single core execution. Newer multi-threaded games are being played with higher FPS and much smoother on 8350 systems for instance. The single core execution benchmarks that Intel loves to flood the internet with are one trick ponies.
i remember seeing just one game, crysis 3, on multiple tech sites showing fx8350 performing on par or better than core i5, and in some cases, same or better than core i7 cpus. then toms tested it and put load on the cpu during the bench - the fx bowed down near core i3 level. it maintained near core i5 average fps but the minimum fps showed it. i don't if crytek later released a patch or anything.
the real problem isn't with developers' bias with intel, it is with amd's execution (e.g. isv-relationship). they have started to take the right steps (finally) and i am interested to see how much they benefit.
when cpu power is demanded, fx8350 is yet to definitively beat a core i3. however, the difference is much closer in 2013, and noticeably better than 2011, where 32nm pentium dual core really embarrassed fx cpus in gaming. core i5 performs visibly better in majority of popular games that demand cpu power (dual core and higher) - numerous benchmarks show that.
people who play games (not just hardcore pc gamers) don't care what compiler it's been compiled on, they care about performance and gaming experience. in an ideal gaming scenario, a cpu shouldn't even be a factor for gaming, the gfx card should be the sole concern. but the reality is different.
in the future, higher core cpus will keep gaining favor from developers but as far as ivy bridge, zambezi and vishera are concerned, both intel and amd will have new cpus available in the future.
the new consoles might be able to change how gaming uses pc hardware, but it will take time. consoles use customized pc hardware, they haven't launched yet, their success (sales) is unknown, pc gaming keeps gaining momentum - factors like these will affect pc gaming. it is also unknown how easy the porting will be, until devs actually start. i don't know how it will change, not gonna even argue if it will favor anyone specific, without seeing any credible proof. the future, unlike in 2011/12, is very interesting and promising this time, but it is also very very blurry. we won't know until we get there.