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Project: Hades

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Joined
6 May 2015
Posts
296
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Hello and welcome to Project Hades by Darwin PC!


Introduction

Hades was the ancient Greek god of the underworld, a son of Titans and brother of Zeus and Poseidon. As Project Hades will feature an inverted ATX conversion, the underworld theme made sense. I have a few mods planned to make this build stand out.


Hardware

  • Case: Cooler Master MasterCase Maker 5
  • Motherboard: Gigabyte GA-Z170X-Ultra Gaming
  • CPU: Intel Core i5-6600K
  • GPU: Palit GeForce GTX 1060 Super JetStream
  • Memory: Kingston HyperX Savage 32GB (4 x 8GB) DDR4
  • PSU: Cooler Master V1000 1000W 80+ gold modular
  • CPU cooler: Cooler Master MasterLiquid Pro 240
  • Cabling: Custom-sleeved with E22 Teleios


Sponsors

Thanks to the following sponsors for making this project possible: Cooler Master, Gigabyte, Palit and Kingston / HyperX.


Updates

  1. Hardware
  2. Test build
  3. Case modding pt. 1
  4. Case modding pt. 2
  5. Build complete
 
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I did a quick test build to make sure everything was working. Assembly was straightforward, although it took some clever positioning of the CPU cooler radiator and fans to not put strain on the tubing.

The test build booted perfectly first time, and with no SSD connected, went straight into the UEFI/BIOS.

The CPU temperatures were good, and the BIOS made easy work of adjusting the fan curves and pump speed. I did have to swap the pump cable to a different fan header, as the ‘pump’ header on the mobo couldn’t control the speed (in voltage or PWM mode). It worked fine on a different header though.

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Interesting, I had the option to go full loop, but I'd looked for full cover blocks and found none. Cheers.

there not as sexy as full blown water blocks but gets the job done at a cheaper cost.

What did your Board do with Auto Overclock? mine did 4.8Ghz with ram at 3000hz. really need to manually set it but was to lazy !
 
there not as sexy as full blown water blocks but gets the job done at a cheaper cost.

What did your Board do with Auto Overclock? mine did 4.8Ghz with ram at 3000hz. really need to manually set it but was to lazy !
Nice, what kind of temps are you getting with that? Presumably on auto it sets the voltage pretty high? I haven't had a go at overclocking with this board yet, but I always do it manually.
 
Nice, what kind of temps are you getting with that? Presumably on auto it sets the voltage pretty high? I haven't had a go at overclocking with this board yet, but I always do it manually.

I think the default voltage was 1.308v for 4.8Ghz, believe running Intel Extreme it hits 66c , but it has all C-States enabled so speeds and power drops. Couldn't get this to work on my Strix Z270E whether Auto OC or manual, had to run at full speed
 
I began work on the case modding. The first task was to invert the motherboard.

Here's the case during stripping down, with most of the panels removed.

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Most of the removeable modules use these retained thumbscrews, which I find pretty useful for not losing the things.

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This is the fan and LED controller on the back.

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All parts removed from the case.

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The case completely stripped down.

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Checking the placement of the motherboard within the case.

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Starting to drill out rivets. I had originally planned to completely disassemble each section, but then decided to keep the middle section intact, and remove the top and bottom sections then swap them over.

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Removing rivets from the corner brackets.

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Bottom section removed.

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Top section removed.

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Checking alignment for reassembly.

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There was a lip in the middle of the top section that prevented the corner joints from lining up.

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I cut off the lip with the Dremel.

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Here is the top section in place.

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On test fitting the IO panel, I found it was blocked by another lip on the front section.

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This part was also removed.

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Edges cleaned up ready for the IO panel.

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The IO panel now fits perfectly.

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To complete the ATX motherboard inversion for the Cooler Master MasterCase Maker 5, the pieces were reassembled and secured by rivets.

Holes where rivets had been drilled out were measured using digital calipers. Here are the rivets, in black, with various sizes to fit different thicknesses of material.
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Here is the heavy duty pop rivet gun to be used for assembly. It is pretty hefty, but clearance in tight spaces can be an issue.
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The case was reassembled without any issues. The case now works just as previously, but with everything upside down.
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I then put together a quick test build to check everything fits properly upside-down...
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... and added the plastic panels.
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