010TheMaster010 :
boosted1g :
The short answer is no.
That AMD fx cpu is just flat out not good.
All that CPUS is is a factory overclocked 8350 with a supplied water cooler at double the cost.
The end result is a very hot running CPU that gulps power that cant STILL cant beat a $175 i5 at 4 core/thead tasks; and if your program can actually use all 8 cores/threads then a Xeon or i7 even at a lower cpu hz will beat it by a fair margin.
So in short no matter what your needs are, you could literally spend less for better performance.
As far as the rest of the build:
32gb is completely unnecessary unless you are running some high end 3d modeling or engineering programs.
It will be a good 4-6 years before 32gb would at all be a considered a norm. 16gb is just now the enthusiast point.
750w PSU is massive overkill for your current build, and EVGA makes a better PSU for cheaper anyways.
Apevia is junk, not even their fans are quality. Even if abstentious green lighting is your goal.
That Xeon or i7 would cost double the price. If he wants the AMD let him. But I agree a 9590 isn't worth it, just grab an 8350 and OC it. the 32GB is probably useless for him, but you never know. wait and see what his uses are. The PSU really isn't that overkill and will support him into the future, but yes EVGA does generally make good PSUs so he can take that into consideration. As for the fans, you're probably right but they will serve his purpose well enough for a while, but he could do with some better ones.
Xeon is around $250 and i7 is $300-350, certainly not double the cost of the 9550 he was looking at.
If the OP needs speed then get an i5-4690k, if the OP needs threads then get the Xeon 1231, either way it will be cheaper then the 9550 and will do the task better.
As far as ram I fully acknowledged that there are genuine needs for 32gb, they are just few and far between.
Not sure how you don't think 750w is overkill for a GPU that will run just fine on 500w. At 750w you are well beyond your efficiency sweet spot and it will actually be more work on the PSU to run the system, and consume more electricity due to being less efficient at say 30% max load then 40% load.