A small, bummer, update:
UPS just delivered my Acrylic Copper Colour 2-way Mirror... but I'm totally pissed! The colour is all wrong. It's more of a 'burnt copper' instead of the 'red copper' colour I'm using. I may still find a use for it, but it's 'mystery purpose' will likely be replaced with carbon fiber pieces. (You can't see though the acrylic here because I've not yet removed it's protective backing).
A User by the name of xtreme0915 over at the nVidia SLi-Zone forums has volunteered to donate his old Aquagate Viva Duo Watercooling kit for the benefit or Prometheus. With this comes a cemented decision to watercool the Pico-ITX unit as well as the main system. I'll be purchasing a 40.2 radiator, and using the Aquagate's waterblock/pump to cool the Pico board.
Another big thanks shout-out goes out to xtreme0915!
In anticipation of this new generous, unprovoked, donation. I've started making the necessary modifications to the Pico-ITX heatsink.
Modifications that will allow me to mount the waterblock/pump from the Aquagave Viva unit to the Pico-ITX board.
This is Part-1 and it is still unacceptably rough. when its finished the edges will be square and it'll sport a mirror shine.
Here is what I started with:
Then after a couple hours of Dremel grinding followed by hand filing I came up with this:
Here you can see the amount of material that needed to be removed, because Via had a recessed spot in the middle of the three screw holes where the fan sat. So I had to bring down the whole surface to be flush.
I've been honored with a nomination for the "Mod Of The Month" competition over at the Bit-tech.net forums! So if it's your prerogative and you have the means - throw me a vote.
Exciting news from AquaComputer... in the form of some one-of-a-kind PrometheusCU special edition parts.
I just want to take a moment to thank everyone again, it's amazing to see how well the community has accepted this project. It started as a passion and has BOOMED into something so much more - sponsors, MOTM nomination, ~430,000 image views. All I can say is WOW.
The excitement has just begun, I still have many plans for this project so stay tuned for more.
I just picked up a dozen BlinkM I2C contolled RGB LEDs - "BlinkM uses a high quality, high power RGB LED and a small AVR microcontroller to allow a user to digitally control an RGB LED over a simple I2C interface"
100 white 3mm LEDs, 100 resistors and 100 Chrome Holders to be copper plated.
and with these comes a USB Arduino Control Board that will allow me to write a control program for the lighting inside the case. I'll have the RGB LEDs change from blue to red depending on the water temperature. The other 100 white LEDs will slowly/randomly fade in and out (Mac style) when they are on.
Also a dozen fiendishly overpriced Countersink Allen Screws made of copper:
Unfortunately my hands are still very much tied, due to many delays (mostly shipping), so progress has been minimal.
I have complete a number of little things this week however: 1- I have completed the lighting design. 2- I've modified and uploaded my verison of pfSense to my Alix board, so it's working nicely now. 3- I think I've completed my arduino lighting software, but I haven't yet got my arduino controller delivered so I don't know if it works as planned just yet. 4- I began designing my front end software that will control my watercooling and run on the from 7" touch screen. 5- I've also ordered a new keyboard, I love my apple slim keyboard but I was unable to find black key replacements for it so I've ordered the bluetooth version.
It looks to me that the new macbooks and the slim bluetooth keyboard use the same keys at least I hope so because new replacement keys were about $2.50 a piece, so I ordered a complete set of black keys for the keyboard. I'll then make new copper housing for it to replace the stock apple aluminum. In theory this should make for a very sexy black/copper keyboard.
Some of the items that have arrived in the mail since my last posting:
Some of my lighting accessories:
The 3mm LED housings that I will paint to look Copper Plated:
White 3mm LEDs:
Resistors that will let me run the LEDs from a 12volt source:
And an assembly overview of what the LED holders look like:
I also got my Laptop WIFI antennas, I will be using 2x antennas for each of the antenna outputs on the WiFi card.
Lastly, my 40.2mm radiator has arrived, so once the aquagate gets here I'll be able to assemble my Pico-ITX watercooling system.
This thing is so bloody tiny, sorry for the bad picture, but keep in mind it's only 40mm wide... too cool.
I used the mill and a frighteningly precarious clamping technique to mill down the Pico's heat sink further
I decided to take some pics of my workshop, it's very dirty and the equipment is tired, but it all does the job well enough:
mill... strongarm style
enerpac press, and sandblaster
I forgot to take pics of the drillpress, but I assume you all know what those look like.
Here's the golden tool - 2.5axis router table
I decided to make an homage to Canadian modding out of some spare carbon panel I had laying around.
If the stars are aligned and my supplies arrive this week, expect HUGE progress over the next little while.
@custom_electronics_man - Thanks for the advice. I have considerable programming experience but Arduino will be new to me, but I figure it can't be that hard. As for the 100 or so white LEDs I'm going to split them into 5-6different zones, which will help with the wiring a little bit. You'll probably end up getting some communications from me in the future, thanks a lot for the offer.
@DrumThumper - Thanks man... tune in and we'll see how well they work out.
Again many many thanks to my sponsor AquaComputer for generously providing the following:
For those of you who aren't aware of the power of the AquaComputer components. here is a small demonstration video showing the power of the AquaComputer system (aquaero display, aquastream pump, multiswitch, tubemeter water level sensor, aquasuite software).
Here you will find AquaCopmuter's explanation of the AquaComputer automated "monitoring" hardware.
AquaComputer 90degree swivel elbows:
AquaComputer Flow Sensor:
And the center pieces of the system... PrometheusCU Edition G200 waterblocks. Aquacomputer was generous enough to build two of these fore this project. (Note that the Prometheus text appears 'burnt' in the images but this doesn't show up to the naked eye)