Luminex DMX 8 MK II (Artnet to 8 Universe DMX Node)

The Ethernet-DMX8 MkII is an Ethernet node that serves 8 x DMX512
outlets, compatible with the following protocols: DMX512, DMX512-A,
RDM (ANSI E1.20), sACN (ANSI E1.31) and Art-Net™.
All 8 outlets can be used as input or output. The Ethernet links are
100BaseTx connections on shielded Neutrik RJ45 Ethercon connectors.
All configuration can be done over Ethernet through a built in website, or
the front panel display.
This all comes in a 19” unit high metal housing for the Ethernet-DMX8
MkII. The Ethernet-DMX8/Truss MkII comes in a rugged truss mountable
metal housing with two M10 inserts. This enclosure allows to use the node
in a truss, on a wall or as a table top device.


  • 2 x 10/100BaseTX Ethernet connections on shielded Neutrik RJ45 Ethercon connectors
  • 8 x DMX512-A in/outputs on shielded and isolated gold plated 5 pin female XLR, with termination (DMX512-A)


  • DMX routing, universe setting
  • Input and output enable / disable
  • DMX output frame rate setting
  • Supported protocols: DMX, DMX512-A, RDM, Art-Net™, sACN
  • Protocol selection per port
  • IP settings
  • Unit ID and labeling
  • Ethernet activity indication on front panel
  • Up to 40 programmable profiles and routings
  • Up to 10 predefined profiles (splitters, mergers…)
  • Multi language Web interface


  • Ethernet <-> DMX conversion
  • Ethernet and DMX Merger
  • Ethernet and DMX Backup
  • DMX splitter / booster
  • DMX trigger. Remote selection of the control source
  • Built-in DMX softpatch
  • Wysiwyg enabled. DMX inputs can be visualised in Wysiwyg
  • DMX snapshot. Capture 3 fixed lighting states per outlet
  • Modification of captured values from the Web interface
  • Auto-load capture on boot-up (ideal for expo)

Contact us about this product

If you’d like more information about this product, or would like to arrange hire, please complete the details in the form and we’ll get back to you very soon.

Thank you.

Product: Luminex DMX 8 MK II (Artnet to 8 Universe DMX Node)