Bumpy bump! Come on :)
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E8400 @ 3.6Ghz // ATI HD6870 1gb // 6gb Kingston HyperX // Samsung Spinpoint F1 500gb & Seagate 250gb & WD MyBook 500gb (Ekstern) // Antec 300

This motherboard looks much better: http://www.proshop.dk[...] Alternative: http://www.proshop.dk[...] But if you would like to OC @ high levels then ASUS P8P67: http://www.proshop.dk[...] For +-2500dkk there`s not much choice.
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P183 V3 @ 300rpm, P8P67 Deluxe, i7-2600K @ 4GHz, NH-D14 @ 500rpm, C300 128GB, GTX 580, AX850 G:9x/15/25/35, Xonar STX + SP2500, BenQ 120Hz

Hi again! Thanks for the answer. So what is the big difference between the MBO's? I see most of them can handle up to PC3-12800 ram, which should be enough for a slight overclock? Anyways you gave me a couple of more ideas for the setup and that were exactly what I was looking for. PS: Is there a reason why you answer in English? :-> Kind regards - Quam
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E8400 @ 3.6Ghz // ATI HD6870 1gb // 6gb Kingston HyperX // Samsung Spinpoint F1 500gb & Seagate 250gb & WD MyBook 500gb (Ekstern) // Antec 300

You should get into more specific details as motherboard`s power phase (P8P67 use 12+2 DIGI+VRM power phase system which is very good, P67 Pro3 use 8+2 power phase - not as advanced as ASUS`s but better than AsRock P67 which is probably simple 4+1 power phase), motherboard`s heatsinks, quality of capacitors and features you would like to have. If you would like to OC - buy ASUS P8P67, if not (or just slight f.e. up to 4GHz 24/7) - MSI P67A-C45 or AsRock P67 Pro3. PC-12800 it`s a RAM speed ... hmm ... i`m talking about overclocking cpu ... and OC with Sandy Bridge is different than before - you just simply raise multiplier (not BUS speed as before) ... and you don`t OC RAM automatically. P.S. Jeg kommer fra Polen og jeg snakker / skriver ikke sa godt pa dansk.
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P183 V3 @ 300rpm, P8P67 Deluxe, i7-2600K @ 4GHz, NH-D14 @ 500rpm, C300 128GB, GTX 580, AX850 G:9x/15/25/35, Xonar STX + SP2500, BenQ 120Hz

Ahh okay mate. Im sorry I wasn't very precise in the post before. This makes alot of sense. I was thinking of a slight oc to the 4ghz, so I'm going for the PRO3 or the ASUS :D. I think the MSI is out of the question, because it only supports up to 1333Mhz ram. Obviously I have gotten some facts wrong according to RAM - bare with me :). Thanks for the answer! (Also the thing about writing in English =P) - Quam
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E8400 @ 3.6Ghz // ATI HD6870 1gb // 6gb Kingston HyperX // Samsung Spinpoint F1 500gb & Seagate 250gb & WD MyBook 500gb (Ekstern) // Antec 300

fruit if i were you i would look that stuff up on " www.komplett.dk[...] they are MUCH cheaper :) ,
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Live or Die

All those motherboards support RAM up to 2133MHz. 1333MHz is default, you have to go into BIOS and set RAM manually @ 1600/1866/2133 ... but that`s not a big deal. # 6 Aren`t you Danish also? :D And komplett.dk isn`t always cheaper, f.e. i5-2300
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P183 V3 @ 300rpm, P8P67 Deluxe, i7-2600K @ 4GHz, NH-D14 @ 500rpm, C300 128GB, GTX 580, AX850 G:9x/15/25/35, Xonar STX + SP2500, BenQ 120Hz

#7 I'm confused I guess! :) and Yeah I'm a dane but English is rather easy for me to write! #6 no the parts are cheaper on proshop..
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E8400 @ 3.6Ghz // ATI HD6870 1gb // 6gb Kingston HyperX // Samsung Spinpoint F1 500gb & Seagate 250gb & WD MyBook 500gb (Ekstern) // Antec 300

Whether the amount of power phases for the CPU are really worth the (somtimes relatively high) cost difference is a highly debatable topic. What it essentially affects, and possibly improves, is the supply's response to transients and a potentially significantly improved Vdroop (cycle to cycle voltage drop, ie. ripple). All this sounds like something you'd of course always strive to improve, but it really all comes down to cost and available board area. It's obvious a 16-phase power supply takes up twice as much area as an 8-phase power supply does, and obviously also costs nearly twice as much for the components alone. What one really needs to look into is the actual current draw of the CPU, which also directly affects the Vdroop. It's highly recognized that an efficient 8 phase power supply can easily supply modern days CPU's, even in a highly overclocked scenario. The extra phases would, in theory, further improve the CPU's stability, but indeed only in extreme situations. The average consumer... Heck, even the average enthusiast would never feel the difference. If you want to know more, http://www.thetechrepository.com[...] provides an absolutely excellent read.
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