Eurolite DXT Pixel Art-Net Node IV

Eurolite DXT Pixel Art-Net Node IV in detail

The Eurolite DXT Pixel Art-Net Node IV is an innovative Art-Net interface that has been specially developed for the sophisticated control of digital LED channels. With its impressive ability to control up to 50,000 digital LED channels, this device sets new standards in lighting technology. It is capable of receiving and processing up to 2048 DMX channels, making it an indispensable tool for professional lighting designers.

One of the outstanding features of the DXT Pixel Art-Net Node IV is its flexibility in color design. It supports 1 to 6 colors per pixel, which makes it possible to create a wide range of visual effects and color nuances. The device also offers the ability to create pixel groups from 1 to 9999, allowing precise and creative control of LED arrangements.

The device is conveniently controlled via ArtNet or sACN, and configuration can be carried out either via a website or directly via Art-Net. This offers a high degree of flexibility and user-friendliness. The DXT Pixel Art-Net Node IV is compatible with a wide range of LED types, including WS2801, WS2811, WS2812, SK6812 and APA102, which underlines its versatility.

Another notable feature is that the device does not require a separate power supply. Instead, it is powered by the LED strip (5-12 V), which simplifies installation and eliminates the need for additional cabling.

The robust metal housing of the DXT Pixel Art-Net Node IV ensures durability and reliability, even under difficult conditions. The desk-top housing is both practical and aesthetically pleasing, allowing it to fit seamlessly into any professional lighting control environment. "Made in Germany" also promises the highest quality and technical precision.

The device is equipped with an RJ-45 etherCON (W) built-in version for connection to a PC. It is compatible with various lighting control software such as FreeStyler, DMXControl 3, PC_DIMMER and Lightkey (MAC), which simplifies integration into existing systems.