As the title says I have hardly any knowledge of motherboards or what makes them perform well.
The system I'm using now I built on a budget with an AMD FX 6300 CPU on an ASRock 960GM/U3S3 Motherboard (very much a 'budget board' from what I've been told) with Windows 7 OEM. I am now looking to upgrade my processor to either an i5 or an i7 to overclock, meaning I will need a new motherboard and one that will be able to handle this overclocking.
For cooling I currently have the Corsair H80i GT liquid cpu cooler, which right now isn't serving much purpose on a non-OC'd budget CPU, but I got it a while ago as part of this upgrade. So I'm guessing that liquid cooling will be sufficient for the processor, but now comes the problem of the motherboard. When I was initially doing research on this liquid cooler before I bought it, I read that liquid CPU cooling took away from some of the motherboard's essential cooling because there is no fan to blow down on it. I had also been asking about overclocking and was told that the area of the mobo around the cpu could get severely damaged without a sufficient motherboard setup.
Sorry if anything was confusing or I left out any information, just let me know. Thanks for any info you might have!
The system I'm using now I built on a budget with an AMD FX 6300 CPU on an ASRock 960GM/U3S3 Motherboard (very much a 'budget board' from what I've been told) with Windows 7 OEM. I am now looking to upgrade my processor to either an i5 or an i7 to overclock, meaning I will need a new motherboard and one that will be able to handle this overclocking.
For cooling I currently have the Corsair H80i GT liquid cpu cooler, which right now isn't serving much purpose on a non-OC'd budget CPU, but I got it a while ago as part of this upgrade. So I'm guessing that liquid cooling will be sufficient for the processor, but now comes the problem of the motherboard. When I was initially doing research on this liquid cooler before I bought it, I read that liquid CPU cooling took away from some of the motherboard's essential cooling because there is no fan to blow down on it. I had also been asking about overclocking and was told that the area of the mobo around the cpu could get severely damaged without a sufficient motherboard setup.
- So first off, I am looking for a motherboard to use with either an i5 or an i7 that I can safely overclock with, using my h80i GT as the cpu cooling. Most importantly, I'm trying to make an upgrade that will last a while and that I can expand off of much easier. This means SLI support is a must (I'm an nvidia fanboy so CrossFire support isn't essential), as well as having preferably at least 32 GB RAM support.
- Secondly, the decision of whether to settle for the i5 6600K or pay more for the i7 6700K. I currently have about $550 for this upgrade, and taking away ~$100 for the copy of Windows, that leaves $450. So now I need to figure out my options for a motherboard with price compared to quality, meaning if I need a pretty expensive motherboard for the requirements I specified earlier, I'll have to go with that + the i5 6600K. But if I wait to save another $100, I'm wondering if I'll be able to go with the i7 6700K (~$349) and be able to afford a good motherboard that I can overclock on without worry and be ready for future upgrades (i.e. SLI support and decent max RAM). I'm basically just clueless as to what goes into making the high performance of those really expensive motherboards, and why one would even be necessary, so I'm trying to figure out the best way to distribute my budget between CPU and motherboard.
Sorry if anything was confusing or I left out any information, just let me know. Thanks for any info you might have!