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Description
MuxLab 500756-TX - 3G-SDI/RS232 over IP Transmitter with PoE
MuxLab 500756-TX is a professional-grade transmitter designed to deliver broadcast-quality 3G-SDI, HD-SDI, and SDI video with embedded audio over IP networks. It replaces traditional coax infrastructure with CAT5/6 cabling, offering a cost-effective and scalable solution for AV environments. Powered via PoE, the device simplifies installation and ensures low-latency performance for critical video and audio applications.
The system consists of independent transmitter and receiver units that can be configured in point-to-point, point-to-multipoint, or multipoint-to-multipoint setups, depending on network bandwidth. It supports RS232 and one-way IR transmission for remote control of connected devices. The transmitter is compatible with the MuxLab 500813 Network Controller enabling seamless integration.
Functionality
- transmission of 3G-SDI, HD-SDI, SDI signals with embedded audio over IP
- supports resolutions up to 1080p
- Motion JPEG compression - very low latency
- supports hundreds of transmitters and receivers - depending on network bandwidth
- LAN configurations: point-to-point, point-to-multipoint, multipoint-to-multipoint
- transmission range up to 100m over IP network (with LAN switch)
- transmission range up to 120m in point-to-point setup (without LAN switch)
- RS232 and one-way IR transmission – remote control of end devices
- PoE powered - compatible with PoE (PSE) Ethernet switches
- compatible with MuxLab 500813 network controller
Features
- 3G-SDI/RS232 over IP transmitter
- PoE powered - no external power supply required (optional: MuxLab 500993)
- low latency - ideal for live video and studio-to-studio signal exchange
- cost-effective - uses CAT5/6 instead of coaxial cable
- flexible configuration - scalable and easy to integrate
- suitable for: broadcast facilities, studios, high-quality AV installations
MuxLab 500756-TX is a reliable HDMI transmitter for professional AV installations, offering top-tier performance, flexibility, and compatibility with modern network systems.