Well, I've been doing more and more research on this thing and I think I've about got it dialed down gents. I also just blew up my Creative Labs Inspire 5300 speaker system. I think I've got a line on both a set of Creative Labs GigaWorks ProGamer G500's and a set of Logitech X-530's. Not sure which way I'll go but the Logitechs are much smaller.
As for the computer, I've had to rethink a couple things, here's my build list thus far.
WARMACHINE 3.0 What I Already Own
Case - Corsair Obsidian CC800DW
PSU - Corsair HX620 Modular PSU
Radiator - Swiftech MCR320-QP
CPU Waterblock - Swiftech Apogee GTZ w/ 1155 adaptor plate
Pump - Swiftech MCP-655
Fan Controller - NZXT Sentry LX
Case Fans - Yate Loon 120mm High Speed Blue w/ LED x 5
Hard Drives - Western Digital WD6401AALS x 2
Optical - LiteOn LH-20A1L05 SATA DVR-R/W
What I'm Buying
CPU - Intel i5 2500K Sandy Bridge ($209.99USD)
RAM - 16GB G.Skill Sniper 1.35V DDR3 1600 9-9-9-24 ($109.99USD)
GPU - eVGA GTX 570 Classified ($359.99USD)
Motheboard - eVGA Z68 FTW w/o bay adapter ($269.99USD)
Total: $949.96USD
Reason for my choices:
Processor:
This should be pretty self evident. The i5 Sandy Bridge is the spiritual successor to my E6600 Core2Duo. It's overclocking potential is staggering! I have no need of hyper threading as I don't encode anything with this machine so the i7 is totally unnecessary.
RAM:
G.Skill is one of the top RAM makers period. Their products have always been super reliable. As
these benchmarks show we're talking a 2-5% increase in performance between DDR3 1600 and DDR 1866. That doesn't justify the price hike between the two. I can get 16GB of DDR3 1600 for $110 where 16GB of 1866 jumps to $160. Nice low voltage at 1.35V should help keep things frosty cool.
GPU:
It's eVGA. That should be enough for most diehard enthusiast. The GTX 570 Classified is apparently based on the 580's PCB making it tremendously stable. It gets
excellent reviews for it's price point.
Motherboard:
Again, it's eVGA. Supports 5 PCI-E lanes at 8X thanks to the NF200. Excellent overclocking potential. Massive heat syncs on all surfaces. Excellent board layout.
Thoughts? Idea's?