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I was thinking about doing this too cbutters, but was worried that the additional thickness of DDR4 modules might make those heatspreaders not fit correctly.
The PCB spec increased from 1.0mm to 1.2mm, and the IC thickness also increased by .1mm (so .2mm if double sided ram).
Let us know how it works out for you!
Those Crucial DDR4 DIMMS that have no heat spreader on them are readily available...
You realize they are only DDR4-2133, right ?
Really hating the lack of DDR4 available.
It's funny that I have over $500 worth of new water cooling parts coming, a third Titan on the way, a 5820K and 5960X sitting here in front of me (I'll have to pick one), am looking get a $400-$500 X99 motherboard, yet I cannot seem to stomach paying $400-$450 for 32GB of value RAM. And then if I want "good" RAM, it's like $600+. It's just a tough pill to swallow when you've got ultimate DDR3 ram like this set going for less than the value stuff.
Really hating the lack of DDR4 available.
It's funny that I have over $500 worth of new water cooling parts coming, a third Titan on the way, a 5820K and 5960X sitting here in front of me (I'll have to pick one), am looking get a $400-$500 X99 motherboard, yet I cannot seem to stomach paying $400-$450 for 32GB of value RAM. And then if I want "good" RAM, it's like $600+. It's just a tough pill to swallow when you've got ultimate DDR3 ram like this set going for less than the value stuff.
probably wait to see what happens with the micro atx boards. i'd like to see a gene from asus before i do anything more. not trusting evga or asrock with this one.
I can say in 2014 there certainly won't be any more ROG boards. Apart from X99-A and Pro launching by ~Oct, we are researching what TUF users will need for a possible Sabertooth X99 late in Q4, but so far that's it.
During 2015 - when the X99 market size potentially increases as price of DDR4 and some new components come down - I guess we will re-evaluate adding Formula/Gene/BE boards to the lineup.
Then you are going to continue waiting. Asus is not releasing a gene and if they do, it will be sometime next year.
From MarshallR@ASUS on the rog forums.
If you're going for 100% stability 4.2-4.3GHz.
If you're looking for 'bench stable' you'll do 4.5-4.6GHz.
If you're going for 100% stability 4.2-4.3GHz.
If you're looking for 'bench stable' you'll do 4.5-4.6GHz.
Thanks! Follow-up question: Rough estimate of performance increase %? It seems hard to find clock-for-clock comparisons.
at 4.2GHz you get a 16% performance increase. more or less.
Intel sent two photographers to my apartment yesterday and they took a bunch of pics of my rig! They're gonna show up on Intel's instagram feed!
So clock-for-clock there is really not much difference between a i7 920 and a 5820K? That seems pretty disappointing.
EDIT: Unless you mean just overclocking the 5820K from stock, in which case my question was more related to what I have currently versus the 5820K (sorry if that was confusing).
I tried running LinX 0.65 to see what all the fuss was about, and in the first 10 seconds it hovered around 60C. I was like "oh, this isn't that bad". And then all of a sudden all my CPU cores showed 90-100C, and then my computer turned off (overcurrent protection on motherboard shut it down). This was at 4.5ghz 1.3v, but on custom water. The water in my loop was not very warm either. Someone else on OCN said they throttled (also on water) and were getting power draw readings above 400W.
So yeah, I'm not doing that again!
Honestly, I tried a 4.6GHz overclock that passed realbench, but it wouldn't do x264 encoding while playing a game. Dropped to the 4.4GHz linx stable overclock and i'm golden.
Same for me. I've found 4.5ghz passed stability tests overnight at 1.25v and 4.6ghz at 1.29v, but would crash once in a while. I backed off to 4.4ghz and been solid since. But I'm not running LinX. I tried once and it tripped over current protection on my board while temperatures soared to 100C.
LinX and Prime95 28.x is very hard to pass.
What testing software are you using to say "solid" ?
After much tinkering around. I have found that running at 4.3GHz with a voltage setting of 1.3 works perfectly. Anything higher, the system becomes unstable.
So clock-for-clock there is really not much difference between a i7 920 and a 5820K? That seems pretty disappointing.
EDIT: Unless you mean just overclocking the 5820K from stock, in which case my question was more related to what I have currently versus the 5820K (sorry if that was confusing).