I'm still having a difficult time figuring out why ppl would go for the i7. I'm not trying to tell anyone how to spend their money, but for .1GHz more and 1MB cache extra. I only honestly see the cache doing something, because thinking about it, 4 virtual core, each 1MB rather than .75MB. 33% increase of cache per core. I know it's not how it technically works, but it helps separate things to look at it like that.
I'm still having a difficult time figuring out why ppl would go for the i7. I'm not trying to tell anyone how to spend their money, but for .1GHz more and 1MB cache extra. I only honestly see the cache doing something, because thinking about it, 4 virtual core, each 1MB rather than .75MB. 33% increase of cache per core. I know it's not how it technically works, but it helps separate things to look at it like that.
On the 11" it's not .1 ghz more. When turbo boost is enabled (when you are actually using the processor) there is a 600mhz difference (2.3 v 2.9) alongside the extra 1mb cache - means if you are doing more than light work on the machine the extra boost will certainly be felt.
On the 11" it's not .1 ghz more. When turbo boost is enabled (when you are actually using the processor) there is a 600mhz difference (2.3 v 2.9) alongside the extra 1mb cache - means if you are doing more than light work on the machine the extra boost will certainly be felt.
On the 11" it's not .1 ghz more. When turbo boost is enabled (when you are actually using the processor) there is a 600mhz difference (2.3 v 2.9) alongside the extra 1mb cache - means if you are doing more than light work on the machine the extra boost will certainly be felt.