Projects/Led Panels: Difference between revisions
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==Software== | ==Software== | ||
The boards can be controlled with Glediator (from solderlab.de) or with a java application LedPanelGraphics [[https://github.com/bitlair/LedPanelGraphics]]. | The boards can be controlled with Glediator (from solderlab.de) or with a java application LedPanelGraphics [[https://github.com/bitlair/LedPanelGraphics]]. | ||
==Photos== | |||
[[File:production1_s.png|400px]] | |||
Revision as of 11:54, 28 June 2013
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| Project Led Panels | |
| Name | Led Panels |
| Start | 2012/10/01 |
| End | before OHM 2013 |
| Contact | Rogue, Hobbybob |
| Website | |
| Information | Home made rgb led panels with solderlab.de controllers |
| Status | Production |
Goal
We wanted to create 12 led panels each. Rogue wants to put them in his living room, Hobbybob wants to use them with his laser shows. We found a cheap woden board with pre-drilled 5mm holes in them at 13mm spacing. Rogue makes smaller boards with a led every other hole, Hobbybob makes them a little larger with a led every third hole; resulting in boards of about 20x40cm and 30x60cm.
Controllers
The controller boards were bought from solderlab.de [[1]]. They use an atmega328 to control 3 tlc5940's which provide PWM signals for 16 channels. To control a led board of 16x8 leds the PWM signals are multiplexed. The input for the boards it a 1M baud serial signal. The boards can be linked together up to probably 8 boards in a chain.
Led panels
The panels are made the old fashioned way with single rgb leds (common anode). When we started led strings were still hard to get and expensive. Now it would be much easier and probably cost as much to make the panels from led strings.
Software
The boards can be controlled with Glediator (from solderlab.de) or with a java application LedPanelGraphics [[2]].
Photos
