Probably just refined the process a bit, higher clocks, lower temperatures, lower power consumption, probably nothing earth shattering but maybe a 1 - 5 percent difference in all of those is possible, which could make all the difference in the world for certain chip applications. What would be awesome is if they offered 6 core chips with no HT that slotted into socket 1150. They would have to disable HT to differentiate between the socket 1150 and 2011 6 core chips. I doubt it'll happen but it would be awesome if it did.Are there any spec. differences with these newer Haswells?
If they did nobody will buy LGA2011Probably just refined the process a bit, higher clocks, lower temperatures, lower power consumption, probably nothing earth shattering but maybe a 1 - 5 percent difference in all of those is possible, which could make all the difference in the world for certain chip applications. What would be awesome is if they offered 6 core chips with no HT that slotted into socket 1150. They would have to disable HT to differentiate between the socket 1150 and 2011 6 core chips. I doubt it'll happen but it would be awesome if it did.Are there any spec. differences with these newer Haswells?
If they did nobody will buy LGA2011Probably just refined the process a bit, higher clocks, lower temperatures, lower power consumption, probably nothing earth shattering but maybe a 1 - 5 percent difference in all of those is possible, which could make all the difference in the world for certain chip applications. What would be awesome is if they offered 6 core chips with no HT that slotted into socket 1150. They would have to disable HT to differentiate between the socket 1150 and 2011 6 core chips. I doubt it'll happen but it would be awesome if it did.Are there any spec. differences with these newer Haswells?
Probably just refined the process a bit, higher clocks, lower temperatures, lower power consumption, probably nothing earth shattering but maybe a 1 - 5 percent difference in all of those is possible, which could make all the difference in the world for certain chip applications. What would be awesome is if they offered 6 core chips with no HT that slotted into socket 1150. They would have to disable HT to differentiate between the socket 1150 and 2011 6 core chips. I doubt it'll happen but it would be awesome if it did.Are there any spec. differences with these newer Haswells?
I don't see how they can right now. Until the bulldozer architecture runs its course and they come out with a new architecture, and we still have Excavator to go after Steamroller, I don't see how they can compete in the upper half of the desktop market. We're stuck with Bulldozer until at least 2015, and it;s pretty clear that Bulldozer can't compete with Intel in IPC, it can't even come close.I really wish AMD would take another stab at the desktop CPU market. I understand taking some time to get your ducks in a row, but I feel like they really aren't making any effort outside of the APU market, (aside from GPUs of course) and I would really like some processor competition again.
Lower power would be even better for the Surface Pro and competitors. Hopefully Microsoft slips them in like they have once already with the Pro 2Probably just refined the process a bit, higher clocks, lower temperatures, lower power consumption, probably nothing earth shattering but maybe a 1 - 5 percent difference in all of those is possible, which could make all the difference in the world for certain chip applications. What would be awesome is if they offered 6 core chips with no HT that slotted into socket 1150. They would have to disable HT to differentiate between the socket 1150 and 2011 6 core chips. I doubt it'll happen but it would be awesome if it did.Are there any spec. differences with these newer Haswells?