I've been approved for student ADC membership, and I'm now certain that I am buying a MBP (need FW for external drives and it will essentially be my only computer, so the 15" is appreciated).
Now for the real decision - what specs to get? I know that I'm getting 4gb of ram either way, and I planned on getting a 320gb 7200 rpm HD.
I've narrowed down my choices to:
1) Less Expensive
2.4GHz Intel Core 2 Duo (3MB L2 Cache)
4GB 1066MHz DDR3 SDRAM - 2x2GB
320GB Serial ATA @ 5400
9600M GT with 256MB
$1799
OR
2) Faster
2.53GHz Intel Core 2 Duo (6MB L2 Cache)
4GB 1066MHz DDR3 SDRAM - 2x2GB
320GB Serial ATA @ 7200
9600M GT with 512MB
$2039
Originally, I figured I'd just go with the first configuration, then noticed it was "only" another $244 to bump up to the next. The dollar amount difference isn't a huge deal, but if it's absolutely pointless, $244 is $244. FWIW, I do a fair amount of work poking around molecular datasets (some work with sequences, tree building, and microarray data). I also use photoshop a fair amount, and will be doing a small amount of video editing.
Thanks for your input.
Cheers,
Anthony
Now for the real decision - what specs to get? I know that I'm getting 4gb of ram either way, and I planned on getting a 320gb 7200 rpm HD.
I've narrowed down my choices to:
1) Less Expensive
2.4GHz Intel Core 2 Duo (3MB L2 Cache)
4GB 1066MHz DDR3 SDRAM - 2x2GB
320GB Serial ATA @ 5400
9600M GT with 256MB
$1799
OR
2) Faster
2.53GHz Intel Core 2 Duo (6MB L2 Cache)
4GB 1066MHz DDR3 SDRAM - 2x2GB
320GB Serial ATA @ 7200
9600M GT with 512MB
$2039
Originally, I figured I'd just go with the first configuration, then noticed it was "only" another $244 to bump up to the next. The dollar amount difference isn't a huge deal, but if it's absolutely pointless, $244 is $244. FWIW, I do a fair amount of work poking around molecular datasets (some work with sequences, tree building, and microarray data). I also use photoshop a fair amount, and will be doing a small amount of video editing.
Thanks for your input.
Cheers,
Anthony