Studio Technologies M5180-02X Model 5180 Ethernet Switch Module with CWDM Optical Transceiver

Introducing the Model 5180-02X Ethernet Switch with CWDM Optical Transceiver
The Studio Technologies Model 5180-02X is a cutting-edge Ethernet switch that provides both copper and optical connectivity options. Equipped with five UTC copper ports and an optional CWDM (Coarse Wavelength Division Multiplexing) optical transceiver, this module is ideal for extending your network's reach with high-speed, reliable connections. Whether you're upgrading an existing network or building a new one, the Model 5180-02X offers a seamless integration solution.

Gigabit Speeds on All Ports
Each of the five RJ45 UTC ports on the Model 5180-02X supports 10/100/1000 Mbps "Gigabit" Ethernet. With auto MDI/MDI-X capability, this switch automatically adjusts to the type of Ethernet cable used, removing the hassle of manual crossover cable configurations. This feature ensures easy setup and consistent high-performance network traffic handling.

Advanced Optical Connectivity with CWDM
The optional CWDM optical transceiver module is a standout feature of the Model 5180-02X, enabling the transmission of Ethernet signals over optical fiber using multiple wavelengths. This capability allows for increased bandwidth and improved data transmission rates over longer distances, making it perfect for large-scale networks and data centers.

Compliance with Ethernet AVB Standards
Adhering to Ethernet AVB (Audio Video Bridging) standards, the Model 5180-02X ensures precise synchronization and timing across your network. This is crucial for applications that depend on tight network coordination, such as streaming high-quality video and audio across various devices and platforms.

Flexible Installation and Reliable Power Requirements
The Model 5180-02X is designed for flexibility in professional settings, requiring only a standard 12 Vdc power supply and a suitable mounting method. Its robust design and advanced features make it a reliable choice for any modern network infrastructure needing resilience and scalability.