Definitely waiting until next year. The combination of things that just weren't included in this plus the price is just so disappointing. It seems that Intel is charging huge prices for Thunderbolt technology, because otherwise those prices are just unexplainable.
Although it is my first year at university, and it'd be nice to have a laptop to help me, the reality is that it just isn't necessary. There's computers readily available in the library and aside from quick note taking (which I can do on my iPhone, albeit more slowly), I really don't need a computer for university.
My problem is wanting a mac. Can I wait until (hopefully) the end of this year? I hope so. If I can, it'll definitely pay off. A major overhaul is imminent, and one can only hope that Thunderbolt prices have decreased by then (a price decrease is expected with its release to the mainstream market, however by the time the next round of MacBook Pros are released it still won't be available).
Hopes and speculations for the next generation:
- Complete redesign with liquidmetal (lowering production costs)
- Liquidmetal-based batteries (increasing battery life)
- Quad core implementation across the board (these new MacBook Pros are the first step, so this can be expected for next gen)
- Screen resolution upgrades (I'm tempted to say resolution doubling, looking at what Lion's HiDPI setting is hinting at, but that's probably too ambitious)
And finally,
- Generational CPU & Graphics upgrades (Ivy Bridge and whatever comes next for graphics - I'm completely out of the loop there so whatever)
If there's no redesign I'll shoot myself. I actually don't mind if they don't go quad core in the 13" though I am in the market for them, it just seems like unnecessary processing power to me. Anything to reduce the price further.
Anyways, that's me. Slowly going crazy with how much I'd like to finally buy my first mac. I guess today isn't the day, though.
I buy a new computer every 2 years based on Intel's Tick-Tock schedule. This is how it is explained by Intel:
Year 1: First the "Tick"
Intel delivers new silicon process technology, dramatically increasing transistor density while enhancing performance and energy efficiency within a smaller, more refined version of our existing microarchitecture.
Year 2: Then the "Tock"
Intel delivers entirely new processor microarchitecture to optimize the value of the increased number of transistors and technology updates now available.
So, this year is the "Tock" with entirely new processor microarchitecture with the Sandy Bridge processor.