But giving your CPU a better chance at overclocking by supplying it better controlled voltages due to having more VRM's is what the OP wants, overclocking first and foremost![]()
That's my point, there is no proof Gigabyte overclock better.
But giving your CPU a better chance at overclocking by supplying it better controlled voltages due to having more VRM's is what the OP wants, overclocking first and foremost![]()
That's my point, there is no proof Gigabyte overclock better.


What is a phase or channel? Basically the more phases you have, the more reliable operation because power is split between more phases; the more phases may be smaller, but nevertheless this can be much more reliable, as each component has to handle less current and outputs less heat. More phases/channels is better. Such bigger phases (i.e. 8+2) can be only found on ATX boards usually.
Phase count can still matter. Most of the culprits for VRM failures are the lower end 4+1 phase and 3+1 phase motherboards that aren't equipped to handle processors that consume lots of power and may be overclocked. Failures on motherboards with higher phase counts have been relatively infrequent - so infrequent that it can be called rare
The impressive 16 phases are however managed by a single 4-phase PWM controller from Intersil that has its outputs doubled and doubled again. This solution has obviously been designed with marketing, not engineering in mind — just for the sake of that nice, high number.

I've been reading the ixbtlabs review of the its sister model Gigabyte GA-Z68X-UD4-B3.
http://ixbtlabs.com/articles3/mainboard/gigabyte-z68x-ud4-b3-i68z-p1.html
I guess I put go faster strips on my case and watch it overclock better![]()
please stop scratching for pointless reviews, or shall I find a ASUS P67 pro review which shows it to be crap and completely unrelated to the Z68 version?Again its not the same motherboardplease stop scratching for pointless reviews, or shall I find a ASUS P67 pro review which shows it to be crap and completely unrelated to the Z68 version?
One of my 1st Sandy Bridge boards was an ASUS P8P67 Pro B2 which arrived DOA, got that replaced, ran that for a while which was temperamental has hell with memory and used to boot cycle.
Eventually got that replaced with the B3 revison due to the swap out program, that died after about a month with the red light of death and wouldnt boot-up.
That was my experience with Asus. Moved on to the Gigabyte boards and havn't looked back ever since.
The Asus board has the better looking bios interface but I've got the P8Z68- PRO and I think it holds back my 2500k, I can only reach 4.4 GHz without the core volts going way above 1.4v
Yes but how does it overclock?Just to let you know got my Asus P8Z68 V/Gen3 board installed,love it,no issues and boots every time so no boot issues
Installing software at the moment and typing this post.
4.4Ghz for 1.4 volts? seems a little high don't it? on 2500k.
Even seen some MSIs hit 5.0Ghz on air with a bit less :s
My 2500k sits at 1.320 volts at 4.4 GHz if I try to get 4.5 Ghz out of it the vcore jumps to 1.4v plus. Got an MSI P67A-GD55 I might try the cpu on just to see if it really is the mobo or if I just got unlucky with the cpu.I'm pretty pleased with my -v pro too, I really wanted another Gigabyte board but the Asus spec sounded better. Must admit though, GB's boards with all that extra copper feel so much more robust.Just to let you know got my Asus P8Z68 V/Gen3 board installed,love it,no issues and boots every time so no boot issues
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I'm pretty pleased with my -v pro too, I really wanted another Gigabyte board but the Asus spec sounded better. Must admit though, GB's boards with all that extra copper feel so much more robust.
Currently 4.4GHz @ 1.25v 2700k
Damn I was going to get a 2700k but when I read it needed a £300 mobo it put me off getting one.Damn I was going to get a 2700k but when I read it needed a £300 mobo it put me off getting one.