Studio Technologies M5180-01 Model 5180 Ethernet Switch Module with Optical Transceiver (1310 nm)

Discover the Model 5180 Ethernet Switch Module with Optical Transceiver
The Studio Technologies Model 5180-01 is an integrated Ethernet switch and media converter designed to enhance network infrastructure with both copper and optical connectivity. This module features five copper UTC (RJ45) ports and includes an optional optical transceiver for high-speed fiber optic communication. Ideal for applications requiring reliable, high-speed network connections, the Model 5180-01 seamlessly integrates into your existing setup, boosting performance and connectivity.

Gigabit Ethernet Across All Ports
Experience uncompromised network performance with the Model 5180-01's support for 10/100/1000 Mbps speeds on all UTC ports. Equipped with auto MDI/MDI-X capability, this switch adapts to the type of cable connected, eliminating the need for crossover cables and facilitating an easy, efficient network configuration.

Optical Fiber Enhancement
Extend your network’s reach with the Model 5180-01's optical transceiver module. Capable of Gigabit media conversion, this feature allows for the transmission of Ethernet signals over optical fiber, providing a secure, interference-free connection over greater distances. The standard 1310 nm FP wavelength ensures compatibility with most fiber optic networks, with additional CWDM options available for specialized applications.

Compliance with Ethernet AVB Standards
The Model 5180-01 adheres to Ethernet AVB standards, ensuring that your network is built on a foundation of the latest technology. This compliance guarantees enhanced synchronization across devices, making it ideal for environments where precise timing and coordination are critical, such as in audiovisual broadcasting.

Flexible Installation and Power Requirements
Designed for adaptability in various professional settings, the Model 5180-01 requires a simple 12 Vdc power supply and can be mounted according to your specific installation needs. This flexibility, combined with its high-tech features, makes it a powerful addition to any network infrastructure.