Ah yes, this is perfect. I'm looking to get a 15" MBP this fall, and I'll certainly take an extra 200MHz. Broadwell won't provide much of a performance boost anyways (~6%). Now let's hope they update the GPU and put DDR4 RAM in it.
Waiting for Broadwell is a waste of time and money.
If you need a machine now, just buy it. If you don't need one now, don't buy one.
But whatever, enough of the "Should I wait for the 'Xxxxx' chip" nonsense. If you're in a position to where the next generation will be meaningfully better enough, you're in a position to buy a current model RIGHT NOW. If not, then you generally don't NEED the next generation.
Waiting for Broadwell is a waste of time and money.
If you need a machine now, just buy it. If you don't need one now, don't buy one.
But whatever, enough of the "Should I wait for the 'Xxxxx' chip" nonsense. If you're in a position to where the next generation will be meaningfully better enough, you're in a position to buy a current model RIGHT NOW. If not, then you generally don't NEED the next generation.
Why not? I don't think they went out of their way to do it. Manufacturing processes mature over time and this is likely a result of that. Intel could have sold the same SKU's or taken advantage of the improved processes and simply increased the multi by 1 across the range and create new SKU's. Someone with an existing haswell CPU may not buy it, but not everyone is running a Haswell CPU. I'm on a C2D and this is likely enough for me to upgrade.
Why did Intel even bother ?
Someone explain what makes price difference between CPU models.
As long as I know a CPU is manufactured with something like a print technology. The cost of making (printing) a CPU and a CPU with higher clock speed should not be much different, but the retail prices are very different among models.
Why is that?
Someone explain what makes price difference between CPU models.
As long as I know a CPU is manufactured with something like a print technology. The cost of making (printing) a CPU and a CPU with higher clock speed should not be much different, but the retail prices are very different among models.
Why is that?
No need to wait anymore, Haswell MBP has been out since October last year.Man, I've been waiting so long for Haswell that I think that I can wait a bit more.
Any word on gpu performance?
Still doesn't answer my question[COLOR="#808080".
Waiting for Broadwell is a waste of time and money.
If you need a machine now, just buy it. If you don't need one now, don't buy one.
But whatever, enough of the "Should I wait for the 'Xxxxx' chip" nonsense. If you're in a position to where the next generation will be meaningfully better enough, you're in a position to buy a current model RIGHT NOW. If not, then you generally don't NEED the next generation.
Well I still have a Early 2011 Macbook Pro, so I think it's time for an upgradeI don't even have Retina yet. But then, there could be some amazing new features in the next version so I don't know
To wait, or not to wait...
Because the cost of direct manufacturing is insignificant compared to all the R&D that goes into actually designing the processor. Also it's more difficult to obtain units that will clock higher and without any defects (supposedly those located near the middle of silicone wafer, or from a specific batch).
https://en.wikipedia.org/wiki/Wafer_testing
In some very specific cases, a die that passes some but not all test patterns can still be used as a product, typically with limited functionality. The most common example of this is a microprocessor for which only one part of the on-die cache memory is functional. In this case, the processor can sometimes still be sold as a lower cost part with a smaller amount of memory and thus lower performance.
R&D. The end product is made out of the same materials but the "architecture" varies wildly from chip to chip. Ex. GPU, Cores, Cache, etc.