vegasmazza3 :
I am looking at motherboards particularly from MSI (mainly since that's what I currently have and it has worked... although this issue exists with the other two brands available for these requirements: Asus and ASRock)
There are like 6 different options with all different price points (just for MSI) and since I am not an expert at this, I really can't tell why there are major price differences (and therefore if it is worth it to spend more)
Any suggestions? http://www.newegg.com/Product/ProductList.aspx?Submit=ENE&N=100007627%20600533616%20600556519%20600562214&IsNodeId=1
Hi m8. Actually the best answer you can get for the reason of major prices between those mobos may vary depending on many facts. For exapmle lets say X brand uses 12k capasitors while the Y brand uses 8k or 10k capasitors; which makes the X brand more expensive due to its durability and long life endurance. For another example; lets say you are comparing 2 mobos. 1 is a regular ATX and the other one is Extended ATX. Which means its slightly bigger than the ATX and it can provide more features like an extra PCIe slot which also makes it more expensive than the others.
As an answer for your question, "if it is worth it to spend more?"; i can say that it may be worthy but it depends that what would you like to do with your build? Would you like it to last longer? Are you going to use it for only gaming purpose / video editing / rendering or would you like it to serve all of your needs at once?
The thing is, you must ask yourself those kind of questions to be sure that if the features you will get from the expensive mobo will serve your needs or if they are unnecessary. For exapmle, if you are not working with Thunderbolt I/O, so this feature will be unnecessary for you. If a mobo comes with a NFC/Wireless charging unit and lets say it has no use for you, so it aint gonna be worthy.
If you wish, you can tell me what is going to be the purpose of the build, i can help you to choose one much more efficiently
I hope it helps a bit as an opinion/solution, at least it can give you a bit of hint