Hahaha

 

//edit: George, since I know I can trust your judgement, how much stretch is there on the MFR performance wise? Higher frequency is not going to help as you keep dragging the RTLs up too, but what about lower tCL and tWL? tRDRD should be possible at 4 with cold, I guess?

Edited July 10, 201311 yr by Massman

But..... but.....1467MHz 32M stable on air!!!!

1600 or GTFO!

It will scale up with cold

 

Heres on air

 

Edited July 10, 201311 yr by dumo

cold and tWCL@8

Tighter not necessarily faster

Problem of performance is single sided, they can do some good timings at c8 and 9 with highvoltage and ln2.

twcl huge performance hit is when tcwl is higher than tcl(CAS).when we speak about cas 11 tcwl 8is fine,pretty sure huge gains will not be seen also max benchable MHZ will go down....

Looks like I just received another MFR kit.

 

 

 

Heh, looks like they were recycling some stickers; this is a 2 x 4G kit.

 

Hmm...I bet the gold would probably go well in a 1337 gank machine! :nana:

 

Wait, no...Gank Machines (which astoundingly do exist) are red & black. This kit goes with the Gank Domination.

Hahaha

 

//edit: George, since I know I can trust your judgement, how much stretch is there on the MFR performance wise? Higher frequency is not going to help as you keep dragging the RTLs up too, but what about lower tCL and tWL? tRDRD should be possible at 4 with cold, I guess?

 

 

I think tighter timings would help especially at lower frequencies, but as Dumo has stated tighter is not always faster.

 

I could not get 3100 with those timings to pass, but the good thing about my kit is it seems to like voltage, 1.9 on air is fine so I am hoping they do well on cold.

 

Hiwa is correct being single sided hurts the most, but I think if you could get 4 dimms (full bank) to run it would cancel out the single sided performance hit, but I am sure the IMC would have a tough time coping with full bank, decently high mhz and tight timings (can't believe I just said tight timings and MFR in the same sentence:p).

 

Thinking about strapping the pot on these suckers but so much more PSC to bin atm.

i would have enjoyed some high binned dual sided samsungs rather

i would have enjoyed some high binned dual sided samsungs rather

 

just for you girl

 

@3000~3100 with optimized rtl helps

 

Edited July 11, 201311 yr by dumo

damn i want some 3000C12 sticks haha

i would have enjoyed some high binned dual sided samsungs rather

 

here is you go vivi,i think with proper sticks and tweaking optimal temperature and a health load of voltage DDR3-3000 9-12-12 is doable.Performance should be somewhere in 2600 cas 6 psc land,not bad,miles ahead of this damn MFR's....

 

nono im saying they should have kept manufacturing samsungs and getting them to higher speeds, i got a nice pair of sammies at home too. but nice scores on air guys.

 

anyone know what volts samsung die at? i mean im close to 2.05v on air and don't know when to stop

should be juat enough on air,on cold i heard that 2.3 is good and they die fast at 2.6

after 2v Sams stops scaling on air vivi, highest i ever boot air is 2900 C9 tight 2.05 and pass 8m, cold gave them more stability and max out close to 3ghz with nice sticks under cold -10 to -50 nothing change here with my sticks, i am more stable when normal air but i guess good temp for IC is about -10

tried them 2.2/3 Cold----Air 2.05 never killed one.

after 2v Sams stops scaling on air vivi, highest i ever boot air is 2900 C9 tight 2.05 and pass 8m, cold gave them more stability and max out close to 3ghz with nice sticks under cold -10 to -50 nothing change here with my sticks, i am more stable when normal air but i guess good temp for IC is about -10

tried them 2.2/3 Cold----Air 2.05 never killed one.

 

Same here i had 0 scaling with volts on air with 3770k, but on Z87X-OC i could get 2800 9-12-12 stable with more volts. But maybe that was just platform change that helped, i will try 2.1 today to see if it yields anything, Yea sucks that they dont scale with cold... that would have been heaven

Aren't you guys worried about your IMC at ~2V+ on air? I'm paranoid about that kind of thing. The max I've put through a Haswell IMC is 1.85V with the CPU on water. Can you degrade an IMC like that or am I being paranoid about nothing?

Aren't you guys worried about your IMC at ~2V+ on air? I'm paranoid about that kind of thing. The max I've put through a Haswell IMC is 1.85V with the CPU on water. Can you degrade an IMC like that or am I being paranoid about nothing?

 

im part of the try and see gang . Then learn from my mistakes lol

I ran a set of 2600C10 at 2.0V 24/7 from Aug2012 to Jan2013 with no damage at all.

Aren't you guys worried about your IMC at ~2V+ on air? I'm paranoid about that kind of thing. The max I've put through a Haswell IMC is 1.85V with the CPU on water. Can you degrade an IMC like that or am I being paranoid about nothing?

 

Ran some Micron PFJ on ivy bridge with 2.2 for exteneded periods,hell i forgot the platform running and went in town,woke up next day to see it was still on.Ofc no damage.Haswell tinkering with 1.9-2V on air,no biggie,guess this IMC fear is because of Nehalem bad experiences,we are already 3 generations after that ...

Huh; maybe I'm more paranoid than I need to be. Thanks for sharing your experiences guys.

Imc Degrade only with high vtt on haswell, 1.35 is enough on air for soft testing.

Tried 2.0 million times on air but test only 32m