Convertitore per pixel LED EUROLITE DXT DMX per pixel LED da 5 V e 12 V

The EUROLITE DXT DMX Pixel Converter is a compact interface that converts standard DMX signals into outputs suitable for individually addressable 5V and 12V LED pixels. Designed to bridge conventional DMX control systems and pixel-based LED installations, the unit enables synchronized color effects and pixel-level control for strips, modules, and fixtures that require separate pixel data lines. The converter supports common pixel protocols and provides stable signal translation between a DMX controller and LED pixels in stage, architectural, and installation environments.

Advantages

The device provides reliable DMX-to-pixel conversion for both 5V and 12V LED pixels, allowing mixed-voltage installations to be driven from a single DMX universe. Its compact housing and standard DMX connectors simplify integration into existing lighting rigs. By maintaining signal integrity and timing, the converter enables smooth animations and accurate color reproduction across addressable pixels. The model is compatible with common pixel wiring schemes and reduces the need for specialized pixel controllers when using standard DMX desks.

Suitable for

Key specifications

How to use

Connect the DMX output from your lighting console or DMX splitter to the converter’s DMX input using standard DMX cabling. Configure the DMX addressing and any required channel mapping on your console to match the converter’s expected pixel mapping. Route the pixel data outputs from the converter to the 5V or 12V LED pixel strips or modules, ensuring correct voltage selection and wiring polarity. Power the LED pixels from an appropriate power supply sized for the number and type of pixels used; the converter translates control signals but does not replace pixel power sources.

Recommendations

For stable operation, use shielded DMX cabling and keep signal runs within recommended lengths; separate power and data cable runs where possible to reduce electrical interference. Verify pixel protocol compatibility and test a small pixel segment before deploying a full installation to confirm addressing and color mapping. Ensure the LED pixel power supply matches the voltage of the connected pixels (5V or 12V) and provides sufficient current for peak draw.