It's supposed to be a high end laptop already. I'm not saying it's unusable, just weak sauce.A 1680x1050 option would be nice for some higher end customers who don't want a 17".
It's supposed to be a high end laptop already. I'm not saying it's unusable, just weak sauce.
Because everybody would moan about it. Personally I'd like the higher res option to be there but I wouldn't want it as standard I don't think.
I'm also not sure I'd go for it myself, I'm fairly happy with my current 15" and I'm not sure OSX demands high resolution in the same way which windows does - I've used 20" 1600x1200 screens for years on my windows desktops at work but I've never felt the need on OSX...
So you'd find the MBP17 completely unusable? As said, even if the MBP15.4 had 1680x1050, it'd still be lower density than the MBP17.I'd hate a 1680x1050 resolution on my MBP, everything would be far too small. It works well as it is.
Bear in mind that new MBPs will almost certainly be out in January with the new i5 and i7 mobile CPUs, so that should drive down the price of the current ones, or speed up any new one you decide to go for.
AppleInsider claims that Apple will forgo the use of Intel's Montevina chipset in their next generation laptops. Instead, Apple will either design their own chipsets or could adopt 3rd part chipsets from AMD or Via.
It should be said however, this does not mean that Apple will be moving away from Intel's processors. The chipsets are simply the support chips required to interconnect the processor and the rest of the computer. Intel's Montevina platform (now known as Centrino 2) consists of a Penryn processor, the Montevina chipset and wireless networking interface. Future laptops will continue to use Intel's most recent Penryn processors which provide improved bus-speeds (1066MHz).
To the customer, Apple's decision to use 3rd party or custom chipsets is not of great significance, as all the chipsets should be functionally identical. However, AppleInsider speculates that Apple must believe there is some competitive advantage in pursuing alternative chipsets, such as improved power consumption.


