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AMD Bulldozer Finally!

It's not the same technology, it's an Athlon II with a very nice IGP attached. Obviously it's more than that due to enhancements in power usage and other optimisations but it's in no way the "same technology".
 
It's not the same technology, it's an Athlon II with a very nice IGP attached. Obviously it's more than that due to enhancements in power usage and other optimisations but it's in no way the "same technology".

so why are people banging on about BD being rubbish based on something that is completly different? im proper confused now
 
so why are people banging on about BD being rubbish based on something that is completly different? im proper confused now

If AMD were able to bring out chips with performance, you'd figure Llano would also be able to.

Llano isn't much special, just buy a 5570 and athlon II X4 for the same price? :p
 
If AMD were able to bring out chips with performance, you'd figure Llano would also be able to.

Llano isn't much special, just buy a 5570 and athlon II X4 for the same price? :p

but why?
im pretty sure the Llano was all about power consumption and offering something for non gaming needs. so why release a silly powered chip that goes against all of this?
it would cost more to by equivilant parts seperatly, and they would generate more heat and more power consumption, which kind of defeats the purpose of having a low powered pc surely?? so if AMD can release the Llano chip that actually meet these requirements, then whats to say bulldozer wont meet its requirements, being their power/performance chip?

would it not of been the same as assuming that sandybridge, or the skt 1156/1366 chips were going to be rubbish based on the intel atom benchmarks?
 
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Llano's TDP is 100W for the higher model, the 2500k's only 95W...
Is Llano still 45nm?
Llano's 32nm. I wonder what causes the high TDP of the top two models, the "lesser" options have 45W and 65W and it's still quad-cores, still the same 6550 GPU. :confused: The GPU frequency on the low-end model is taken down quite a bit though, guessing it's the same for the CPU.
 
Llano's 32nm. I wonder what causes the high TDP of the top two models, the "lesser" options have 45W and 65W and it's still quad-cores, still the same 6550 GPU. :confused: The GPU frequency on the low-end model is taken down quite a bit though, guessing it's the same for the CPU.

The GPU in the LLano is vastly more capable than the one in Sandy Bridge ... it was frequently acheiving 50-200% higher frame rates in tests. Hence the difference. Also, Intel's TDP vis a vis AMD's is misleading. Intel's tends to be best possible case, AMD's worst case. Hence why in battery life tests (particularly under heavy load) the mobile LLanos actually outperformed significantly or matched similar Sandy Bridge stuff. Judging by LLano, AMD's 32nm process is pretty damned good.
 
The GPU in the LLano is vastly more capable than the one in Sandy Bridge ... it was frequently acheiving 50-200% higher frame rates in tests. Hence the difference. Also, Intel's TDP vis a vis AMD's is misleading. Intel's tends to be best possible case, AMD's worst case. Hence why in battery life tests (particularly under heavy load) the mobile LLanos actually outperformed significantly or matched similar Sandy Bridge stuff. Judging by LLano, AMD's 32nm process is pretty damned good.
I'm not comparing Llano to SB, I'm just wondering if there's something other than a difference in clock causing the rather large gap in TDP between low-end Llano and the higher-end models as they're all running the same silicon as far as I can tell.
 
It's going to be clock related I would assume. I expect the higher TDP parts have much more aggressive turbo modes on both the CPU and GPU.

It's similar to the difference between the i7-2600K and the i7-2600S.
 
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