Here is my take on this project. I have updated the protype board to stacked PC Arduino boards. In addition I made PC boards for the LED to mount to underneath the display top. I also mirrored the case on the bottom and the back of the cube enclosure. All of the LED leads attached to the stacked boards by ribbon jumper cables. all control switches and and status lights will be located on the sloped front panel. the USB programing port, power switch, and power cord will be located in the back. Just have the power supply, and the PC boards to finish and install.

OK, Here I hope this helps you out, here is a better look at the boards and a list of the chips on them.

top board:
MAX232CPE            Multichannel RS-232 Drivers/Receivers
ATMEGA32A CPU   8-bit Micro-controller with 32K Bytes In-System Programmable Flash

the top board connects to the bottom via a 16 pin and a 2 pin connector.

bottom board:

8 74HC574N            Octal D-type flip-flop; positive edge-trigger; 3-state
   74HC138N            3-to-8 line decoder/demultiplexer; inverting

I am currently working on the PC board that the led's will solder to underneath. It will have 8 pin connectors for easy connection to the main board. it's the last photo. I will up date this as soon as the boards are made.
<p>Hi, I've added your project to the &quot;A Collection of WAAAY To Many 8X8X8 RGB LED Cubes!&quot; Collection</p><p>This is the link If you are interested:</p><p><a href="https://www.instructables.com/id/A-Collection-of-WAAAY-To-Many-8X8X8-RGB-LED-Cubes/">https://www.instructables.com/id/A-Collection-of-WA...</a></p>
<p>My RGB board is done, and it conforms to the same form factor as the original mono cube. Currently we have code for the ArduinoUNO , and ChipKit UNO32.</p><p>It is configurable for multiple data stream formats. Looks pretty cool so far, even though my camera completely sucks.</p><p><iframe allowfullscreen="" frameborder="0" height="281" src="//www.youtube.com/embed/5tYwl-zKIcw" width="500"></iframe></p><p>Uses a 5V 2A wall wart for a power supply, but has an optional regulator that lets you use old laptop power supplies from 10V up to 35V at 1A (or less depending on voltage)</p>
<p>that is an impressive board , love the video. here is my new project for the Arduino. plan on running it off of three Arduinos, one for the servos, one for sensors, and one for voice command /autonomous mode. then make a dragon skin covering to make it look like this. I will take photos and post them when I am finished.</p>
<p>I've seen those kits before. They had one on MythBusters once (one of Adam's toys). Are you going to use the 6 or the 8 legged kit? Honestly, I think you might do a lot better going with a board built for stepper/servo control like the ones they use for the rep-rap 3D printers. Better yet, design your own. Whenever I need a circuit that has to do exactly what I want it to do, I design my own - that way I am not restricted to what the guy that made it wanted it to do originally. My RGB board is a great example. Not only does it do what I originally wanted it to, I was able to expand on that and make it do what almost anyone could want it to do in terms of what processor you can hook up and how to manage your data streams.</p>
<p>yes that one gave me the drive to build one myself. however Adam's is a robugtix a 700- 800 kit. The one I am building is a hexobot a lot less expensive. I plan to cover mine in latex and make it more realistic. I am adding the extra two front legs and working fangs. this is the 32 servo control unit I am using. Arduino ready, can be controlled with a ps2 controller.</p>
<p>I'm more a fan of making hardware than programming....you seem to be more programming oriented using available hardware.</p><p>The thing I love about hardware is people will pay for it, whereas everyone wants your software for free.</p>
<p>The flipside of that is that you don't have to spend money on more and more parts to write bigger and better programs. My projects basically just support themselves.</p>
<p>before anyone asks, the new RGB cube on the board is on the left, in comparison to the old single colour cube on it's base on the right. I deliberately designed the board to make the cubes the same size - because I may want to link them together in the future.</p>
<p>here's the &quot;blah blah blah&quot; on my board...LOL</p><p><a href="https://www.youtube.com/watch?v=DHHvoMUx5Ec" rel="nofollow">https://www.youtube.com/watch?v=DHHvoMUx5Ec</a></p>
<p>Here's the demo explaining about my RGB board, and it's multi-MCU compatibility.</p><p>I'm hoping someone will write Launchpad and Pi code for it at some point maybe in exchange for a free board since the design allows for any MCU and simple programming due to the versatile nature of the board and data stream configuration.</p><p><a href="http://www.youtube.com/watch?v=DHHvoMUx5Ec" rel="nofollow">http://www.youtube.com/watch?v=DHHvoMUx5Ec</a></p>
<p>Here is a photo of my finished board, Its a dual compatible board for both Arduino and TI MSP-430 Launch pad</p>
<p>here is a sample of the programing in the chip. now I just need to change some of the programing.</p>
<p>This is the board that I finally used, it is a dual compatible board. It can use the Arduino or the TI launch pad. This one is using the TI launch pad. also built a internal power supply with a dual switch on the front.</p>
<p>Thought I'd post an update for you - I am now working on an RGB driver/base and MCU board. I still need to build the actual cube itself, but it should be pretty cool!</p>
sir small doubt regarding the power supply! <br>im doe with ther cube and im using our clg LAB RPS to power my cube.now im planing to use pc smps.ca i dircetly conect the smps 5v rail same as rps? smps has very high current ratings,does it make any damaga to my cube? <br>thankyou
So where is the instructable.This looks like a really nice project. would love to see the board lay out
I see your point on that board they are quit tight. but for a minor league program its till did a great job. And I have not mastered the through hole plating yet. in that case I would of sent off and had mine done too.
You can see my instructable, or the original one by CHR which I link to in mine. <br>This is my controller. It's all one board.
I also include instructions on how to build a more perfect cube (LEDs line up almost perfect using my method)
That does help some. You do beautiful work.

About This Instructable




Bio: AA drgree in Electronic Engineering
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