The 320M's performance is similar to that of the 9600M found in the previous generation 15" and 17" MacBook Pro's.
http://www.notebookcheck.net/NVIDIA-GeForce-9600M-GT.9449.0.html
No it's not; it's not even close.
3D Mark 06 score 320M: 4754
3D Mark 06 score 9600M: 5163
Not even close?
The 320M's benchmark is run at a resolution of 1280x800 whereas the 9600M's benchmark is run at 1280x1024.
That means the 9600M had to draw 28% more pixels compared to the 320M.
So it's not even close.
20% more pixels? A 224 vertical pixel increase isn't going to change the results as much as you think they are.![]()
It is close, you are just trying to backpeddle on your statement.
9600M:Unless your display is only 1 pixel wide, you're looking at 224x1280.
Oh okay.
But just for good measure, there are multiple results on the 9600m notebookcheck page that score lower than the 320m and are running at 1280x800.
9600M:
Pavilion dv7-1050eg ( 1280x800)
T9400
4096 MB
500 / 400MHz
512MB GDDR2 175.53
4419
320M:
MacBook Pro 13" 2010
P8600
4096 MB
4754
What were you saying again?![]()
Hence we should conclude our arguments are both moot.
20% more pixels? A 224 vertical pixel increase isn't going to change the results as much as you think they are.
It is close, you are just trying to backpeddle on your statement. But just for good measure, there are multiple results on the 9600m notebookcheck page that score lower than the 320m and are running at 1280x800.
You also need to note that DDR2 is slower than DDR3; especially when it comes to the GPU. There was a comparison about this, but I believe that was between two integrated GPU chipsets.
Well, to be fair, your statement was, "the 320M's performance is similar to that of the 9600M found in the previous generation 15" and 17" MacBook Pro's.."
The 15" and 17" MacBook Pros had 9600M GTs with GDDR3 which scored 5600+ while the ones that scored lower, i.e., in the 4000s had GDDR2.
So can the 9600M GT.