EUROLITE Pixel Art-Net Node DXT 70064886 — rozhranie Art-Net na DMX, 4 univerzá

EUROLITE Pixel Art-Net Node DXT is an Art‑Net to DMX interface designed for converting networked Art‑Net data into multiple DMX output universes. With support for four separate DMX universes, the unit receives Art‑Net over Ethernet and distributes synchronized DMX signal streams to LED pixels, pixel controllers, and conventional DMX fixtures. The compact device is intended to simplify pixel mapping, multi-universe distribution and integration into existing lighting networks.

Advantages

The device converts Art‑Net signals to up to four DMX universes simultaneously, reducing the need for multiple standalone interfaces. Its Ethernet connectivity allows integration into standard network infrastructures and centralized control. The design supports reliable transmission of DMX data to LED pixel installations and stage lighting gear, enabling coordinated control across multiple output lines. The unit’s configuration and operation are suitable for use in permanent installations as well as temporary event setups.

Suitable for

Key specifications

How to use

Install the Pixel Art‑Net Node DXT into the network by connecting an Ethernet cable from the Art‑Net controller or network switch to the unit. Connect DMX output lines from the node to the DMX inputs of pixel controllers, LED drivers, or DMX fixtures. Configure the Art‑Net addressing and universe assignments on the controller or via the node’s configuration interface to match the output mapping. Verify data flow and timing in the lighting control software and perform a channel check to confirm correct mapping of pixels and fixtures.

Recommendations

Use shielded Ethernet cabling for longer runs and proper grounding practices to minimize network noise. Keep firmware and controller software up to date and document universe assignments to simplify maintenance. Where multiple nodes are used, plan IP addressing and Art‑Net universe allocation to avoid conflicts and ensure stable multi‑universe operation.