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#51
Actually yes, from what I heard listening to a Haswell intro today, this on board power capabilities has great tuning of the ram and being able of maximizing the mobo ram speed settings. I would consider going with a higher Mhz ram set. Around 9:45 he speaks to the voltage advantages.
It's a bit of a guess to know where the sweet spot is but your seeing MSI touting 3000Mhz....wow !
Guys, remember the news we are getting from the hardware review sites was most likely from engineering samples. The retail version may be a lot different. Remember what we all heard about Ivy Bridge from the hardware sites when they came out. The retail versions that a lot of us have are very different than the reviews were.
That's right, we will have a slew of information to read about soon enough. I've always thought that whatever the final word, there is no reason to upgrade to it unless you are running a system older than Sandy Bridge.......and I'll stick by that.
That seems to be the focus of Intel's attention. Although the unlocked desktop CPUs have a higher TDP than ivy Bridge. There does not seem to be a lot of improvement in the efficiency of the processor though. I'm waiting to see what some of the overclockers clubs say about it when they have had time to have a go at it. There does seem to be a few advantages to the chipset though, and some of the higher end motherboards have some nice features. Whether they are part of the chipset or add ons, I don't know. I still think most of the hardware review sites tested with engineering samples. That is traditionally Intel's SOP. They have to sign non disclosure agreements not to release the info until a certain date. That is Intel's MO. The sites have to have the chips early enough to build the rigs and do the testing and write the articles so they will have them ready in time. Sometimes it takes them a while to figure out how the Chipset and CPU operate to try their tests. This one overclocks much more like the Sandy Bridge-E than the Sandy Bridge or Ivy Bridge. It takes time to play with them.
What makes me nervous and I think we'll find with the overclockers is that with this extremely fine wire inside its design must control voltage and amps or it would just meltdown. I wonder if the smaller we go the more fragile and less overclockable these chips become?