500767-2110-MM

MuxLab 500767-2110-MM - 3G-SDI/ST2110 over IP Gateway Transceiver, MM

MuxLab 500767-2110-MM is a professional AV over IP transceiver supporting the SMPTE ST-2110 standard for broadcast applications. The unit can be configured as either a transmitter or receiver, offering flexibility in deployment. It enables uncompressed 3G-SDI video transmission up to 1080p/60Hz over a 10Gb Ethernet network using duplex OM4 multimode fiber with LC connectors, up to 400m. UTP transmission is supported up to 30m.

The device supports point-to-point, point-to-multipoint and multipoint-to-multipoint configurations, and includes ST-2022-7 (Class D) redundancy for critical fail-safe applications, allowing AV signals to run over two independent 10Gb Ethernet networks. A 1G Ethernet port is provided for integration with third-party control platforms supporting RestAPI and NMOS (IS-04 for discovery and IS-05 for connectivity management). Audio and RS-232 ports are reserved for future use.

Functionality

• uncompressed 3G-SDI video transmission up to 1080p/60Hz
• SMPTE ST-2110 compliant - AV over IP for broadcast environments
• ST-2022-7 (Class D) redundancy - dual 10Gb network support
• transmission range: up to 400m over OM4 fiber (LC), up to 30m over UTP
• supports point-to-point, point-to-multipoint and multipoint-to-multipoint configurations
• dual 10Gb Ethernet ports - redundant AV signal transmission
• 1G Ethernet port - third-party control integration
• managed via RestAPI and NMOS (IS-04 & IS-05)
• audio insert/extract ports - future use
• RS-232 port - future use

Features

• flexible transceiver - configurable as transmitter or receiver
• broadcast-grade reliability - ideal for TV stations, sports networks and film distribution
• uncompressed transmission - maximum image quality
• network redundancy - critical application support
• compact design - easy integration into AV environments

MuxLab 500767-2110-MM is a robust solution for professional broadcast AV systems, delivering uncompromised video quality, flexible deployment and compliance with modern AV over IP standards.