The reason I put the comment in a separate paragraph was to indicate the reference between enthusiast DDR3 platforms and mainstream DDR4 platforms wasn't connected to enthusiast DDR4.
Yes I know all that, and no I never said otherwise lol.
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As you seem to be having difficulty with this I will spell it out very clearly, current enthusiast platforms use four channels of DDR3 which is very over specified and basically only useful if you need >32GB RAM or if you are doing some kind of scientific research. Next generation mainstream systems will use two channels of DDR4. Two channels of DDR4 offers no performance advantage over four channels of DDR3, just power saving. This means that future i7's are not going to be bottlenecked in normal use by either two channels of DDR4 or four channels of DDR3. This means that the four channels of DDR4 coming with Haswell-E are nothing to get excited about as they will give no real world performance advantage over the DDR3 of X79 just energy saving.
Have a feeling this will continue endlessly, as you cannot grasp the fact that this is not the thread (imo) to discuss the benefits of DDR3 vs DDR4. I'm assuming you maybe spent a lot on DDR3 memory recently, and are butt hurt over the idea ddr4 will arrive with Haswell -E, but please just accept it, and stop trying to talk it down.
It's also quite dubious that you seem to assume DDR4 quad channel performance, before there are any real benchmarks out. Yes, we can guess how much of an impact it will be, though the new platform may surprise us all, in one way of the other.
It would be similar to you coming into this thread, and debating the benefit of 8 cores on Haswell -E, compared to the current Haswell mainstream platform, with only 4 cores, as not all games don't fully utilize all 8 cores yet.
Please just accept that for many of us on the older I7 920, 2600K etc, we are excited about finally upgrading to a whole new level of performance, with double the cores, much more L3 cache, higher IPC performance, DDR4 speeds vs our older generation ddr3 etc
