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[Build Log] Shades of Blue- X99, 5820K, SLI 980 Ti's...

post #1 of 7
Thread Starter 
This thread is wayyy late in the making. I built this PC last Xmas, so calling it a build log is a bit of a misnomer. Maybe "Build Logged" would be better. Anyways, I've been meaning to do this for a while, but have never got around to it until now. I also apologize in advance for the mediocre pictures taken by my Note 2, and Note 4 later.


A preview of the completed build:

20150725_133804.jpg


This will have been my second desktop I've built, but I am by no means new to tinkering, turning wrenches, and get electrocuted biggrin.gif. Here is a picture of my first build:

*********NOT PICTURES OF THE CURRENT BUILD*********THIS IS MY OLD PC************

20141110_183211.jpg

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I started with 780's, then 780 Ti's, then got out for a while, then hopped back in with 290's lol. Lots of experimentation.

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Quick bio of my interest in PC's...
I grew up around them as my mom was a software engineer. Chips was probably the best game ever...I started looking for the best performance I could afford in a PC when I got my first laptop for college, a Gateway that had discreet graphics (ATI 2600) that was barely enough to run COD4 at 800x600 at 30 FPS mad.gif. I didn't know what I was missing, and made it work, had a blast, and got my money's worth out of it. I kept that baby for 4 years until I bought a Sager with an i7 and a AMD 6990m. Helluva card for a laptop, and friggin hot too. I could have cooked some eggs on the keyboard! Halfway through my first tour, I decided to make the jump from laptops to a real desktop and get more bang for my buck. I always wanted to build a PC, regardless of how powerful it was. I like all the options, control, and creativity involved. I learned a lot from my first build, what I would have done different, pros and cons, and whether certain things are worth it. Now I am insatiable with the stuff. It is my crack-cocaine. Before getting out of the service, I decided to do another build and sell off my old one while I still had a stable income, hence this build log.



So here is the original parts list:
Intel Core i7 5820K CPU
MSI X99S XPower Motherboard
32GB G.Skill 2666mhz DDR4 RAM
3x Sapphire R9 290 Vapor X GPU's
Corsair 900D Case
2x EVGA 1300w G2 PSU's
2x Samsung Evo 840 500GB SSD's
1x Corsair Neutron 256GB SSD
2x Seagate 7200RPM 3TB HDD's
2x Western Digital 7200RPM 1TB HDD's
Gelid SpeedTouch 6 Fan Controller
10x Corsair SP120's
1x Corsair AF140
LGA-2011 V3 Vapor chamber air cooler
PCI Single Slot Blower

Watercooling:

XSPC AX360 Rad
XSPC AX480 Rad
XSPC D5 Photon Res/Pump Combo
XSPC Raystorm CPU Block
EK VRM block
An assortment of G1/4 7/16's Black Chrome XSPC straight and 90° fittings

Other:
Lutro Customs Sleeving
Assorted sleeving tools and connectors
Sheetmetal
Cuttingboard
LED light strip
Mirror
Glass
Angled Aluminum
Lots of patience

Since changed:
2x EVGA GTX 980 Ti Classifieds---swapped in place of R9 290's
2x Toshiba 5TB 7200RPM HDD's----swapped in place of 1TB HDD's
1x 1TB Samsung 850 Evo SSD----swapped in place of 256GB Corsair Neutron SSD
Removed 1x EVGA 1300w G2 PSU


Ok...This build was prompted by my not being happy and content with the build pictured above. I wasn't happy with the cable management, the cooling, the cramped space, the noise of the GPU's blowing hard, and the AIO cooler also blowing hard to keep temps down on a 4.7Ghz 4770k. I wanted to expand in every way. I wanted more room for mods, and to simply make it easier to change things out and not scratch stuff in the process. While the C70 case had its merits (few I now realize), I wanted something with a more sleek design that would stand out in an office, yet not look clunky. Sharp smooth sleek edges instead of funny imitation buttons and handles on the top etc... I wanted to try my hand at sleeving again with better materials than actual paracord redface.gif


So, here we go!

I had better pictures of it, but can't find them. And lets be honest, we've all seen the 900D.
20141127_232357.jpg

Component roundup
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Ended up returning the Mushkins
20141128_122839.jpg


A little test fitting
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I didn't want the drive cages in the top. I wanted it clean up top, and to use the lower space as a "maintenance space" where I could swap drives and change cables, yet keep all the ugliness hidden.

20141205_170315.jpg

The 360 rad was going to have to extend into the CD bay area in order to mount to the front fan section and have the fittings on top to prevent air pockets.
20141205_170321.jpg


Out to the shop to do some case modding!!!!!! thumb.gif
20141205_173604.jpg

In order to run the 360 rad down the the front, I had to move the drive cages back a little, so time for the hole drilling.
20141205_173619.jpg

To get an idea of how far to push the cages to the rear, I needed to get the radiator in first and mount some fans to take measurements. I needed all the space I could keep in the back for those long dual PSU's!
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CD drive floor cut out for the 360 rad
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Some new holes
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Mounted again
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Since the cages moved, I needed a new way to support the top of the cages so they wouldn't flex. I bent some 1/8" aluminum into a bracket and drilled baby!! Mounts up perfect and solid.
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More test fitting
20141205_210844.jpg

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Jumping around a bit, as they aren't in order in my Photobucket

Here are some shots of the Vapor chamber cooler
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Lots of sleeving for later....mad.gif
20141205_231112.jpg

Time for some backplate cutting
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Looking good, so time to move on to the custom light box. It consists of a frame of angle aluminum, a bottom layer of mirror, 2 layers of glass, and a frosted top cut from a cutting board!!! And of course a strip of white led's around the inside edge wired to a molex connector.
20141207_005608.jpg


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Electrical tape rocks...
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A little paint thrown on some parts...
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The lightbox lives!!!!
20141207_163343.jpg

Top 480 rad test fitting with some plates installed.
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I really like how at some angles you can see the difference in brightness towards the edges of the box.
20141207_190643.jpg


Sleeving the 24pin connector. It is a pain to do on the EVGA 1300w PSU's because of the in-line capacitors. The corsair PSU's dont have them, but they are way more expensive. I got each of my 1300W G2's for $140 each! Compared to ~$400ish for a single Corsair 1200w platinum, I'll take my chances with 2!!
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20141208_221331.jpg

The motherboard.
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The top heatpipe is getting removed for the waterblock, and the bottom one is getting painted blue.
20141209_105724.jpg


More pictures
20141209_163339.jpg


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Testing the fit between the board and backplate.
20141209_180208.jpg


In order to fit GPU's with backplates in the top PCI-E slot, you have to trip the lower tips of the DRAM slots.
20141209_221613.jpg

These tips have to go.
20141209_221617.jpg


More mounting and fitting
20141210_230745.jpg


First coat of paint. I tried to paint in the recessed lines on the I/O cover but couldn't get it to work well, so it stayed black.
20141210_230808.jpg

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20141211_215625.jpg


Some extra cooling for the CPU. I don't recall which CPU brace I used to mount this cooler on, but using some thermal pads of the right thickness and position allows it to mount up perfectly. Does it make a huge difference? Probably not, but it was easy and "cool". Pun intended.
20141211_224430.jpg

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Some naked VRM's
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EK block mounted
20141215_181052.jpg

CPU Block mounted
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More fitting
20141215_190335.jpg


20141215_191134.jpg


Bleeding the loop
20141215_201811.jpg


That's a lot of GPU...Too bad the MSI rep was retarded and couldn't provide accurate information... I chose these cards because they were affordable at the time, and kicked a** in BF4 which is just about all I play. Because they are 2.5 slot coolers, I had to used them in slots 1, 4, and 7. I double checked with an MSI rep that I could deviate from the recommended 3-way configuration with a 28 lane CPU to make this work in 8x8x8x, but turns out one of the slots I needed shared lanes with the southbridge, so it couldn't communicate properly. I ended up selling one and sticking with 2 of them until recently when I jumped to 980 Ti's and watercooled them. Here is the thread I started on the whole PCI-E slot config
http://www.overclock.net/t/1524587/msi-x99-gaming-9-pcie-configurations
20141216_001147.jpg


20141216_010849.jpg


She runs!!!
20141217_083653.jpg


I tried screwing around with PCI-E risers to get the 3-way working, but I couldn't. No matter the slots I used, I would run into an issue. Sometimes a bad connection because the riser had to twist to meet the card, sometimes I could have sworn the PC gods were screwing with me.
20141219_161219.jpg

More shots of the Vapor chamber cooler
20150103_141306.jpg

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20150103_141749.jpg

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This is how it sat for several months, with unfinished sleeving...My fingers were sore and I needed several months to mentally recoup myself for another round of sleeving cables lol biggrin.gif
20150104_231158.jpg



Now she has 980 Ti Classifieds under water in her
20150721_210440.jpg


Some testing before I put them under water...Oh yeah, I finished the sleeving.
20150717_150307.jpg

I used the stock backplates with the EK block. it just took the right screws and some double checking. I did a small write up for another member her on how to: post # 51, 55, and 56
http://www.overclock.net/t/1562749/evga-980-ti-classified-fc-block/50


20150721_201801%20edited.jpg

And they are in! You can also see the 1TB ssd that replaced the Corsair Neutron in the top right.
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20150725_133731.jpg[/URL

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Overall, I am extremely happy now. I will hold onto this PC for atleast 2-3 years. I will do minor upgrades I'm sure, but this will last me through college just fine. Once I land that top dollar engineering job, expect an over the top 8 -way SLI build with Nvidia Volta card!!!!! devil.gif






.
Edited by Uraniumz - 7/28/15 at 12:11pm
post #2 of 7
Thread Starter 
Some afterthoughts...

For those of you on the edge of buying/using the D5 photon, beware... It is a quality piece at good price in my opinion, but it is an absolute pain to fill up from the top. I bought it because I needed a res/pump combo to keep things from getting to cluttered, and didn't want one that goes in a CD drive bay. I am very happy with it when its all said and done, but filling has its issues.

The cap is large enough, so you would think you can fill right from the top easy enough, right? WRONG!!! Underneath the cap, they have a sort of hanging structure, with slim ports on the side that then goes down into the tube. Kind of like a circular caged filter, without the filter, just slim ports. The problem is when you start filling it up, if water manages to cover up all the ports, it creates a "bubble", or suction if you will. The water blocks any air from escaping, and then it starts to overflow from the top. Then you have to wiggle and tap the crap out of it to break the water "plug" of the fill holes, and keep going at a snails pace for a split second until it plugs again. I tried alleviating the problem by jamming a couple small straws through it so it could breath while filling, but it would still manage to get plugged. Overall, a royal pain to fill, but other than that an excellent design. A good way to circumvent this would be to install a separate fill port at the top of your loop somewhere. I wish I had incorporated that into my design, and also a better drain port. Those are the biggest lessons I learned with this build. Spend plenty of time incorporating into you loop a solid fill/drain/bleed solution.

To drain my loop as much as possible, I have a "T" join in the back that runs from the top 480 rad, behind the motherboard on the backside of the case, and back through to the top of the 360 rad. I have to put the case on its back over a ledge, and take off the cap and let it drain, then pull the center port cap off the reservoir to let it drain further, then tip it back and forth and blow on it with a tube. After all that, it still isn't fully drained. I do my best, but my best this time around wasn't that good. Next time...Its functional this time around, but next time it will be perfect, simple, and elegant. A good fill port would allow me to fully bleed the system (which it isn't I'm sure). I probably have some large air pockets that will always be there in my loop, but oh well, I still have good temps.

The other downside to my loop is in order to clean the reservoir, I would have to take off the custom motherboard cover/backplate I made that the reservoir mount is bolted to. You can't remove the entire cap while it is mounted in the bracket. It blocks it from being removed. That would mean disconnecting every cable that runs through the plate, and scratching the h*** out of things to get it out. In hindsight, I would have been better served with a reservoir that would allow you to take the entire top off without having to remove it from the bracket.

Those are the 2 big flaws in my entire build that I see and am slightly unhappy with. But I am very happy overall. It is a functioning, aesthetically pleasing PC that just requires a little extra maintenance and know how to clean. Any thoughts on whether I should put some coolant dye in there????
post #3 of 7
AWESOME BUILD, but what is that thing in the back plate of the socket? A cooler for the back side of the CPU, never heard of that
post #4 of 7
Thread Starter 
Quote:
Originally Posted by Erick View Post

AWESOME BUILD, but what is that thing in the back plate of the socket? A cooler for the back side of the CPU, never heard of that

I thought of it while planning the build. I was thinking of any ways to try and ensure that the CPU wasn't going to have any hot spots, without going to any type of below ambient or sub-zero cooling. I wasn't sure if it would work out, so I started looking around and seeing if anyone else had done something similar. There is a fella on here who did some extensive testing with the idea, and did it with his 900D build. I can't remember his username, but his build is pretty recognizable. He had a massive lions head airbrushed onto the case lol. I really wanted to mount a waterblock onto there, but the only block that would have worked was an old XSPC block that wasn't made anymore. It had the right mount pattern, and had the ports come out the top (if it was mounted vertically). All the blocks you buy nowadays have the ports coming straight out the face, and even with a 90° fitting, it wouldnt fit between the back of the board, and the back case panel. I found this vapor chamber cooler on Amazon while looking around at aircooled solutions for the LGA-2011 v3 socket. Given the good reputation of vapor chambers, and my experience with them on the R9 290 Vapor X's (which were awesome for an air cooler), it was a no brainer to buy it. A simply PCI-E fan could also fit back there and direct flow through it. From what I remember in the other guys testing, he saw around 1-3° less in his different temperatures. The gain from it was negligible for most, but I like the peace of mind. The cooler was $30 and the fan another $10, and it all "bolted" right up. It was nice not having to deal with more fittings and tubes also. It certainly doesn't trap heat in, so it can't hurt anything. I wish I had done some temp testing. Maybe the next time I dig into the PC to change some things, I will pull it off and run some temp test, then put it back on and run them again.
post #5 of 7
That is awesome, really amazing build! You're entering college now? Good luck with that hopefully it won't distract you from gaming on your PC tongue.gif.
White Bear
(6 items)
 
  
CPUMotherboardGraphicsRAM
I7 5820K MSI X99S SLI Sapphire R9 290 Tri-X HyperX Fury 
Hard DriveOS
840 EVO Windows 7 Home 
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White Bear
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CPUMotherboardGraphicsRAM
I7 5820K MSI X99S SLI Sapphire R9 290 Tri-X HyperX Fury 
Hard DriveOS
840 EVO Windows 7 Home 
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post #6 of 7
Thread Starter 
Thanks fellas, I'm glad it struck a note with a few people. My family just thinks I'm crazy whenever they see it biggrin.gif
post #7 of 7
Thread Starter 
Has anyone regretted putting plain or neon dye in their loop? It would only be visible in thew reservoir for my build, but I still think It might be cool.
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