I've spent many a nights staring at rMBP on the Apple store, never being able to get over the $3.3k price tag for an okay configuration.
My 2007 Mac Pro has a 5935 64-bit Geekbench score, so ultimately a $3.3k rMBP would only be twice as fast.
Can someone help me out with this concept? A rMBP would only render twice as quickly as my (don't get me wrong, it's had a great life) shtty, shtty Mac Pro from 5 years ago? Or is this inaccurate, and these scores are just an abstraction? A comp that takes ~10 minutes to boot up sometimes, can't even browse the web without significantly lagging, takes 3 minutes just to open up Civilization 5, and a rMBP would only cut this in half (I know SSD makes a difference)?
On the other hand, right next to my Mac Pro on the charts is a 17" 2010 MBP. Does this infer that high-end MBPs only have a 2-year life span for any demanding work?
And to relate it directly to the topic, of course a new iMac would run much faster with a $3.3k budget (which I don't have).
My 2007 Mac Pro has a 5935 64-bit Geekbench score, so ultimately a $3.3k rMBP would only be twice as fast.
Can someone help me out with this concept? A rMBP would only render twice as quickly as my (don't get me wrong, it's had a great life) shtty, shtty Mac Pro from 5 years ago? Or is this inaccurate, and these scores are just an abstraction? A comp that takes ~10 minutes to boot up sometimes, can't even browse the web without significantly lagging, takes 3 minutes just to open up Civilization 5, and a rMBP would only cut this in half (I know SSD makes a difference)?
On the other hand, right next to my Mac Pro on the charts is a 17" 2010 MBP. Does this infer that high-end MBPs only have a 2-year life span for any demanding work?
And to relate it directly to the topic, of course a new iMac would run much faster with a $3.3k budget (which I don't have).