DMX Interface DMX King eDMX8 MAX

DMX Interface DMX King eDMX8 MAX 1

Technical Specifications

Ports & connectors8 configurable isolated DMX512 IN/OUT ports
Supported protocolsArt-Net I, II, III & IV and sACN support
Ports & connectors 2HTP and LTP stream merging
Supported protocols 2Art-Net + DMX and DMX + DMX merge modes
Ports & connectors 3Built-in show recording and playback via microSD
Recording & playbackStandalone scheduled playback with RTC
Power supplyPower over Ethernet (PoE 802.3af/at)
Power supply 2USB-C power and USB-DMX functionality
Housing/EnclosureRugged metal enclosure
Ports & connectors 4Available with 3-pin or 5-pin Neutrik XLR connectors
In StockSKU: AE85F6Art-Net / sACN
47 114 UAH

The eDMX8 MAX is a high-performance DMX512 node built for demanding entertainment and architectural lighting applications. Housed in a durable metal enclosure, it offers eight fully isolated DMX512 ports that can be individually configured as inputs or outputs.

Supporting Art-Net I, II, III, IV and sACN (E1.31) protocols, the eDMX8 MAX integrates seamlessly into modern lighting control networks. Advanced HTP and LTP stream merging allows multiple controllers to work together by combining two Art-Net sources, Art-Net with DMX input, or two DMX inputs into a single output.

The built-in recording and playback function allows complete lighting shows to be stored on a microSD card for standalone operation. An integrated real-time clock enables scheduled playback even during intermittent power conditions.

Power can be supplied via PoE (IEEE 802.3af/at) or USB-C, while USB-DMX functionality adds further flexibility for programming and testing. Available with either 3-pin or 5-pin Neutrik XLR connectors, the eDMX8 MAX is equally suited for fixed installations and touring applications.

eDMX8 MAX is a rugged 8-port DMX512 node designed for professional lighting networks. It features fully isolated configurable DMX ports, advanced Art-Net and sACN merging capabilities, and built-in show recording for standalone operation.

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