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The new GPUs are based off the GK 106 and feature a slightly different name.
GTX 675M --> GTX 675MX
GTX 670M --> GTX 670MX
The GTX 675MX scores around 16.3k in vantage, which is a solid 25% boost over it's predecessor, the 675M. That and the 3DMark11 score was at 3900, which is another 20% bump in performance. There's no word on the 670MX's performance in ths regard.
The trade-off here, folks, is that the 675MX is a 75w TDP vs the older 100w TDP 675M it replaced, and the 670MX is more than likely going to use only slightly more than the 660M, probably somewhere around 55w.
If you ask me, the 675MX actually looks nice enough to buy if you want a sizable bump in performance. I'd say that's a nice improvement.
EDIT:
-GeForce Specifications-
GTX 675MX
GTX 670MX
960 CUDA cores based off Kepler it seems. Only noticeable difference between either is the lower memory clock and the bus width. Essentially halving the bandwidth.
The new GPUs are based off the GK 106 and feature a slightly different name.
GTX 675M --> GTX 675MX
GTX 670M --> GTX 670MX
The GTX 675MX scores around 16.3k in vantage, which is a solid 25% boost over it's predecessor, the 675M. That and the 3DMark11 score was at 3900, which is another 20% bump in performance. There's no word on the 670MX's performance in ths regard.
The trade-off here, folks, is that the 675MX is a 75w TDP vs the older 100w TDP 675M it replaced, and the 670MX is more than likely going to use only slightly more than the 660M, probably somewhere around 55w.
If you ask me, the 675MX actually looks nice enough to buy if you want a sizable bump in performance. I'd say that's a nice improvement.

EDIT:
-GeForce Specifications-
GTX 675MX
GTX 670MX
960 CUDA cores based off Kepler it seems. Only noticeable difference between either is the lower memory clock and the bus width. Essentially halving the bandwidth.