LED Panel 30x7: Difference between revisions
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{{Project | {{Project | ||
|name=LED Panel 30x7 | |name=LED Panel 30x7 | ||
|image= | |image=LED_panel_30x7.jpg | ||
|founder=Buger | |founder=Buger | ||
|status=active | |status=active | ||
| Line 8: | Line 8: | ||
|created=2026-28-10 | |created=2026-28-10 | ||
}} | }} | ||
= | = What is this about = | ||
This project is about to make these LED panels working. We got them for free including power supplies and some cables, however the communication protocol is unknown. | |||
To be able to use them we need to find out the protocol, or make our own firmware. | |||
== Hack the protocol! == | |||
The device is equipped with pair of XLR connectors connected in parallel suggesting use of DMX or RS485 protocol with daisy-chaining in mind, also the vendor (https://www.srs-group.com) is making a lot of DMX stuff, however I tried to send it DMX data on all 512 channels but no luck. I also tried to send it RS485 data in various formats, baudrates, etc - nothing worked. | |||
I also tried to read the firmware of the main controller (atmega16) but its locked (as usual). | |||
So I deciced to go "my firmware" way... | |||
== Make our own firmware == | |||
To be able to make our own firmware we need to know how this works - so I spent couple of hours reverse engineering the control board so we have the schematic | |||
[[File:LED_panel_30x7_schematic.jpg|center|frameless|600x600px|LED & driver layout]] | |||
Revision as of 23:20, 28 October 2026
What is this about
This project is about to make these LED panels working. We got them for free including power supplies and some cables, however the communication protocol is unknown.
To be able to use them we need to find out the protocol, or make our own firmware.
Hack the protocol!
The device is equipped with pair of XLR connectors connected in parallel suggesting use of DMX or RS485 protocol with daisy-chaining in mind, also the vendor (https://www.srs-group.com) is making a lot of DMX stuff, however I tried to send it DMX data on all 512 channels but no luck. I also tried to send it RS485 data in various formats, baudrates, etc - nothing worked.
I also tried to read the firmware of the main controller (atmega16) but its locked (as usual).
So I deciced to go "my firmware" way...
Make our own firmware
To be able to make our own firmware we need to know how this works - so I spent couple of hours reverse engineering the control board so we have the schematic
