Hollyland HL-CON01 Ethernet + Ethernet Connector

Expand Your Hollyland Mars T1000 System with Seamless Connectivity
The Hollyland HL-CON01 Ethernet + Ethernet Connector is an essential solution for expanding your Mars T1000 intercom system. Designed to daisy-chain two Mars T1000 main stations through a network cable, this connector allows seamless communication between up to 8 beltpacks and 2 main stations. Whether you're working in live event production, broadcasting, or theater environments, this accessory ensures uninterrupted and extended communication across your team.

Reliable Connection for Extended Communication
When operating in large venues or multi-room setups, communication between main stations is crucial. The HL-CON01 enables you to bridge the gap between two Mars T1000 units over distances up to 100 meters using an RJ45 or Ethernet cable. This ensures that production teams, directors, and stage crews can stay connected without interference or signal loss.

Supports Up to 8 Beltpacks and Dual Main Stations
With this connector, two main stations can be integrated into a single communication network, allowing all beltpacks to communicate without restriction. This feature is particularly useful for large-scale productions that require expanded team coordination and efficient intercom functionality.

Easy Setup for Professional Workflows
The HL-CON01 is designed for quick and hassle-free installation. Simply connect your Mars T1000 main stations using an Ethernet cable and the connector, and your communication network is ready to go. No additional software or complicated configurations are required, making it an ideal solution for professionals who need reliable intercom expansion.

Designed for Mars T1000 and Syscom 1000T Systems
This Ethernet connector is fully compatible with Hollyland’s Mars T1000 and Syscom 1000T intercom systems. Whether you're upgrading an existing setup or planning a new communication network, this connector provides the flexibility needed for a smooth workflow in demanding production environments.