Martin DC + Ethernet Cable DCE-DCE 2.5m

Martin DC + Ethernet Cable DCE-DCE 2.5m

The Martin DC + Ethernet Cable DCE-DCE 2.5m is a hybrid interconnect designed to streamline installation and operation of Martin professional LED fixture systems. This cable consolidates 48 VDC power delivery and Ethernet data transmission into a single robust connector, eliminating the need for separate power and control lines and reducing setup complexity in studio or live lighting rigs.

Connectivity & Power Integration

This hybrid cable combines 48 VDC power and Ethernet data in one DCE-to-DCE connection, allowing simplified daisy-chaining and control of Martin LED fixtures without separate power runs. The 2.5-meter length provides practical spacing between fixtures while maintaining signal integrity and reliable power distribution across the chain—critical for maintaining stable DMX control and consistent fixture illumination in studio and venue setups.

Build & Deployment

Engineered as an OEM accessory for Martin's professional fixture ecosystem, this cable integrates seamlessly with Martin's control protocols and hardware specifications. The durable construction supports both fixed studio installation and mobile deployment where reliability under repeated connection cycles and consistent performance are essential.

Key Features

• Model: DC + Ethernet Cable DCE-DCE 2.5m (P/N MAR-91700101)
• Hybrid cable delivering 48 VDC power and Ethernet data transmission
• DCE-to-DCE connector configuration for fixture-to-fixture daisy-chaining
• 2.5-meter cable length for practical fixture spacing
• Designed for Martin professional LED fixture systems
• Supports integrated power and control network architecture
• Eliminates separate power and Ethernet cable runs
• OEM-quality construction for touring and permanent installation
• Compatible with Martin's control protocols and fixture hardware

This purpose-built hybrid cable is an essential accessory for studio and venue operators building or expanding Martin LED-based lighting systems, delivering the connectivity and power infrastructure these systems require without the complexity of dual-cable setups.