joset
Distinguished
I'd only suggest a sticky if this thread matures with it's info.
D'accord.
Cheers!
I'd only suggest a sticky if this thread matures with it's info.
how do I go about finding the 35w 3800+ x2? Can't seen to bring them up on pricewatch.
We're now introducing AM2, and of course AM2 will be quad-core compatible.
2. There will be dualcore and quadcore K8L:And the fact that the AM2 socket allows us to have a seamless transition to quadcore tells me that I can buy a 4×4 platform, in the later part of this year, and then take it to eight cores sometime in 2007.
3. There will be upgrades on K8 in 2007((ALU, FPU, memory bandwidth, interconnections)), before they bring the K8L:Our plan is to have both dual-core and quad-core K8L-based processors within the same timeframe. The K8L development, from the ground up, is a quad-core development.
We've talked about the refresh of the current K8 architecture that will come in '07, with significant improvements in many different areas of the processor, including integer performance, floating point performance, memory bandwidth, interconnections and so on. You know that platform still has a lot of legs under it, but of course we're not standing still, and there's a next-generation core that's being worked on.
Revision G needs coverage (is it just a 65nm shrink or what? I haven't been paying much attention lately)
I am suspicous about it. The DDR IMC on the K8 is excelent. The RAM efficiency depends on the RAM latency. I don't know how AMD can improve RAM efficiency with rework on the IMC. It is much more likely that the OOO load/store execution will do the job much better and we don't know if it will be fature on Rev G.They should also have the ddr2 memory controller fixed.... Once they get it running at like 90% efficiencey am2 will rock.... If they had it running right when am2 chips were first released AMD would not be thought as being so far behind conroe....
I am suspicous about it. The DDR IMC on the K8 is excelent. The RAM efficiency depends on the RAM latency. I don't know how AMD can improve RAM efficiency with rework on the IMC. It is much more likely that the OOO load/store execution will do the job much better and we don't know if it will be fature on Rev G.They should also have the ddr2 memory controller fixed.... Once they get it running at like 90% efficiencey am2 will rock.... If they had it running right when am2 chips were first released AMD would not be thought as being so far behind conroe....
Hehe, why people think so radical. If you don't like ignorant and blinded AMD fanboys that does not mean that you are an Intel fanboy.I am truly shocked & amazed & in total awe by this post action man.
Is there some hidden agenda?
Did you travle north & get your head right side up so you could think different?
Just messing with you ,,,...
Really good post/thread, not because its about AMD but because you want to do facts & I guess because you HATE AMD so much it must have taken a lot out of you to be doing it.
Regular:
AMD Athlon 64 FX 62 - 2.8GHz - 64+64K L1 - 1MBx2 L2 - 125W - $1031
AMD Athlon 64 X2 5000+ - 2.6GHz - 64+64K L1 - 512KBx2 L2 - 89W - $696
AMD Athlon 64 X2 4800+ - 2.4GHz - 64+64K L1 - 1MBx2 L2 - 89W - $645
AMD Athlon 64 X2 4600+ - 2.4GHz - 64+64K L1 - 512KBx2 L2 - 89W - $558
AMD Athlon 64 X2 4400+ - 2.2GHz - 64+64K L1 - 1MBx2 L2 - 89W - $470
AMD Athlon 64 X2 4200+ - 2.2GHz - 64+64K L1 - 512KBx2 L2 - 89W - $365
AMD Athlon 64 X2 4000+ - 2.0GHz - 64+64K L1 - 1MBx2 L2 - 89W - $328
AMD Athlon 64 X2 3800+ - 2.0GHz - 64+64K L1 - 512KBx2 L2 - 89W - $303
AMD Athlon 64 3800+ - 2.4GHz - 64+64K L1 - 512KB L2 - 62W - $290
AMD Athlon 64 3500+ - 2.2GHz - 64+64K L1 - 512KB L2 - 62W - $189
AMD Sempron 3600+ - 2.0GHz - 64+64K L1 - 256KB L2 - 62W - $123
AMD Sempron 3500+ - 2.0GHz - 64+64K L1 - 128KB L2 - 62W - $109
AMD Sempron 3400+ - 1.8GHz - 64+64K L1 - 256KB L2 - 62W - $97
AMD Sempron 3200+ - 1.8GHz - 64+64K L1 - 128KB L2 - 62W - $87
AMD Sempron 3000+ - 1.6GHz - 64+64K L1 - 256KB L2 - 62W - $77
it should be 2x(64+64)I didnt read the thread but as soon as I read the first chart I knew the L1 cache figures for all the X2's were incorrect. Should be 128 + 128.