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Anarchist4000 said:I think is what it's saying is that the AMD cores(including X2) can dynamically go from being single core, dual core, or quad core setups at random based on what they're trying to do and how many true cores were included.
A single core would be 32 bits of processing. While if you make 2 cores look like one you have 64bits of processing. Quad would be 128bits. I'm guessing it's mainly a way to accelerate SSE instructions. Since 128 bits of true full speed processing would be great for vectors.
Flyboat said:With Dual processors and dual graphic cards, do we need 1000W PSU? Electrical company will love it.
Flyboat said:With Dual processors and dual graphic cards, do we need 1000W PSU? Electrical company will love it.
Anarchist4000 said:I think is what it's saying is that the AMD cores(including X2) can dynamically go from being single core, dual core, or quad core setups at random based on what they're trying to do and how many true cores were included.
A single core would be 32 bits of processing. While if you make 2 cores look like one you have 64bits of processing. Quad would be 128bits. I'm guessing it's mainly a way to accelerate SSE instructions. Since 128 bits of true full speed processing would be great for vectors.
What?!?
SpoogeMonkey said:WTF is mnogoyadernosti?! It must be cool though cuz I can't pronounce it.
There are other differences, such as virtualization..nst6563 said:ok...so supposedly it's "already" in the A64 X2's...but only for AM2? Why would the socket matter? I thought that the X2-939 and X2-AM2 used the same CPU "cores" whilst using a different mem controller.
Anarchist4000 said:Make one big core instead of a couple smaller ones whenever it is beneficial to do so.
When dealing with 3D space you're typically using vectors(3-4 floats depending on what you're doing). A typical 32 bit processor likes doing math on single 32 bit floats. With SSE you start running the same instructions across multiple floats. So with quad core(128 bit) you could do an entire vector at the same time without doing it in 4 steps.
FreiDOg said:The whole point of SSE is that a vector can be done in one step. On a single core, on a single exectution unit for that matter. Conroe will in fact handle multiple full SSE vectors in a single clock cycle. Breaking an SSE vector up across multiple cores is an extrodinarly inefficient way to doing things.
Anti-hypertheading is just distributing instructions from 1 thread to both cores in an attempt to exploit some degree of parallel exectution with what is compiled as a sequential code path.
BrainC0DE said:yeah
drizzt81 said:Anyway: I have no idea what AMD is doing, so I am taking a wild guess. Since this information is from some 'random' overclocking site that I have never heard of or seen other references too, i will take it with a grain of salt and say that I do not believe that this will happen.
FreiDOg said:Anti-hypertheading is just distributing instructions from 1 thread to both cores in an attempt to exploit some degree of parallel exectution with what is compiled as a sequential code path.
VVVVVVVVVVVVVVVI said:If it's true I'll eat my Athlon!
You heard it here first!
Big Fat Duck said:sorta like SLi, except for processor cores?
QFT.enelson125 said:I'm pretty sure AMD's "Secret Weapon" is the price cuts they just announced recently. I don't think their reverse HT technology is close to done yet.
pxc said:QFT.
When AMD mentioned it earlier in the year, it was as a possible feature for the post-K8L core. i.e. AMD's next generation core coming in 2008.
overclockers.ru is just posting the rumor that was circulating a couple of weeks ago as fact now. I would believe that if reverse HT has instruction extensions that AMD might be releasing software specifications for it this year. Otherwise this is just completely bogus.
reference?DemonDiablo said:all i got to say is you amd fans are truely desperate to hold unto any sliver of hope that the amd wont get trambled by intel for the next coming months. amd mentioned doing this earlier this year and in their implementation of this new technology they would need to do more than just change the way the cpu worked. they would also need to change the way a motherboard worked as well.
if you had actually read the thread, you'd have realized that most people are extremely sceptical about this issue. nice flame-bait nonetheless. Next time, come with facts, if you do not mind.DemonDiablo said:im shocked that you guys are actually believeing the rumors of some backwaters pc site that you probably never heard of up untill that link you just saw.