Hello I'm about to order an i5 2500K to replace my Phenom II X4, and I'm looking to spend as little money as possible on a motherboard. First off, I'm not too familiar with the socket for Intel at all, so, what sockets are compatible with the i5 2500K? It says that the i5 is compatible with the LGA 1155 socket, but is that the only one it is compatible with?
What I'm looking for is a motherboard that will allow me to OC my processor fairly easily. I'm not looking to OC the thing too much, I'll be picking up an after market heatsink and fan some time, and I'll be limiting my OC to the capabilities of that. Also, I'm looking for at least 1 16x/8x PCI slot, however, 2 would be better as I may have more than one card in my build at a time (I have a 560 (non ti) version right now). However, if the price is right, I am definitely willing to sacrifice the possibility to have another card on this mobo.
The places from where I'm looking for a mobo are the sites as follows:
Oh, and I don't think I want a micro or a mini motherboard, I'd rather have something full size as I've heard that they are much better (unless I'm wrong, in which case I can be easily persuaded)
First of all with the Intel® Core™ i5-2500K you want to make sure that you are using a P67 or a Z68 chipset based board or you will find that you are unable to really overclock it. H61, H67, and Q67 chipset don't support overclocking of the core clock speed of the "K" processors.
I'd say the i7 is overkill for gaming, unless you've got the money for an awesome GPU. It's hard to say anything is overkill if you've got other things to bottleneck, ie weak graphics card, resolution, etc
Biostar, or Foxconn... are built on cheaper and therefore less reliable parts; ditto can be said about any low-end MOBO. Further, MOBO's with less than 12 Phases to the CPU (LGA 1155) typically render a higher vCore. Higher vCore = Lower OC = Higher Temps. If you think of Phases like 'steps' to the same level the least requires more energy (vCore) to get the the same level as opposed to more 'steps'; as in the analogy, the higher peaks/drops translates into a Higher vCore to keep stability.
I realize you want a $60 MOBO to work the same as a $200 and so would I, but reality is what it is. If you choose a non-K SB or really don't plan on OC too much then sure look at cheaper MOBO's, but IMO ones with 8 Phase at minimum.
This motherboard seems to be the sweet spot between budget and what I need, and it also has UEFI BIOS which is something I have right now, and love.
Now, under the discription, it says it has 2 PCI slots at 16x, but it describes them as (16x, 4x). This is somewhat irrelevant because I'm going to get this motherboard either way (probably), but does that leave the option for 2 graphics cards?
The ASUS P8Z68-V LE is a decent MOBO, it'll OC to 4.0GHz~4.4GHz with an acceptable vCore. In any case of OC'ing you need a good HSF, the issue is the higher the vCore the more expensive the HSF to cool -- so it was a pay now or pay later or pay somehow.