Martin DC + Ethernet Adapter DCE to Ethernet

Martin DC + Ethernet Adapter DCE to EtherCON

This hybrid adapter bridges Martin's DCE (DC + Ethernet) connector system to standard EtherCON connectivity, enabling seamless integration between Martin's professional LED lighting fixtures and conventional networked control infrastructure. The compact form factor and robust connector design make field deployment straightforward without compromising signal integrity or power delivery across hybrid connections.

Connector Compatibility & Integration

The adapter terminates Martin's proprietary DCE hybrid connector on one end while presenting a standard EtherCON jack on the other, allowing direct connection to Ethernet networks and compatible control systems. This configuration eliminates the need for separate power and data cables, consolidating two signal paths into a single hybrid connection point—critical for session flexibility and reducing cable clutter in studio and production environments.

Session Reliability & Build Quality

Built to Martin Lighting's manufacturing standards, this adapter delivers the repeatable performance required in demanding recording and production workflows. The robust connector design withstands repeated mating cycles and maintains consistent electrical contact, ensuring your networked lighting infrastructure remains stable across long sessions, multi-day shoots, and complex setups.

Key Features

• Martin DCE hybrid connector (input side)
• Standard EtherCON connector (output side)
• Supports simultaneous DC power and Ethernet data transmission
• Part number MAR-91700114
• Professional-grade connector construction
• Compatible with Martin LED lighting fixtures using DCE architecture
• Enables integration with standard Ethernet network infrastructure
• Compact form factor for equipment-dense installations
• Rated for repeated mating and field deployment
• Maintains signal integrity across hybrid connections

This adapter is essential infrastructure for integrating Martin's DCE-equipped lighting systems into conventional Ethernet-based control networks, streamlining your studio's technical workflow and enabling deeper creative control over networked lighting in recording and production setups.