This is the key component for creating intelligent LED lighting. The DMX512-PX-2801 is designed to control digitally addressable RGB LED pixel lights using standard DMX512. We developed this product in response to many requests from our customers for easy-to-use intelligent RGB LED lighting. Compatible with standard DMX output, this decoder can be used with a DMX controller or light board control system of your choice.
The DMX512-PX-2801 converts standard DMX output into serial protocol for the WS2801 chip, thereby enabling control of each module or node. We conducted extensive testing on a number of IC chips and chose the best one on the market. The WS2801 chip provides the widest range of colors, is faster, more efficient, and overall performs better than other IC chips.
This is "the missing link." You may have been looking for this! What it does, in plain English, is it takes the DMX output from any standard DMX console or controller, and decodes the signal so you can individually control our PixelPro 2801 lights and modules. RGB PixelPro comes in 5 configurations: square, bullet, circular, dome or strip.
- 12 or 24 Volt DC input is required.
- Outputs clock and data feed into the WS2801 chip to control RGB on each node or module, independently under direction of the DMX input signal.
- DIP switches on the side allow you to set the decoder’s lowest address, so it uses the address you desire from your DMX program. Each decoder has a DMX device address you can set.
- 9 built in functional test modes, active when DIP switch 10 is “on”.
- Default setting with all switches are OFF = 1.
- Decode a maximum of 512 DMX addresses, when DIP switch 10 is “off”.
- -4 to 158°F recommended operating range.
- Max. Power Consumption is 100mA.
- 2 year warranty.
PixelPro lights cannot be powered through the DMX512-PX-2801. Power must be supplied to PixelPro LED lights separately. The only outputs from the decoder are clock and data. Be sure to connect all ground wires together, since the power supplies and PixelPro lights must share a common ground.
Never apply voltage to the decoder, except through the power input ports, as this will damage the decoder.