Studio Technologies Model 5180 Ethernet Switch Module without Optical Support

What is the Model 5180 Ethernet Switch Module?
The Studio Technologies Model 5180 is a versatile Ethernet switch designed to enhance your network's performance and reliability. This module combines a robust 5-port copper Ethernet switch with the capability to convert Ethernet signals via fiber optics. Ideal for environments requiring high-speed data transfer, the Model 5180 ensures efficient handling of Gigabit Ethernet traffic across both copper and fiber media.

Gigabit Ethernet Performance on All Ports
Each of the five UTC (RJ45) ports on the Model 5180 supports 10/100/1000 Mbps speeds with auto MDI/MDI-X capability. This feature enables seamless communication between devices, eliminating the need for crossover cables and simplifying your network setup. Whether you’re connecting servers, workstations, or other network hardware, this switch ensures maximum throughput and reliability.

Fiber Optic Connectivity Options
For networks that extend over longer distances or require enhanced data security, the Model 5180 offers an optional optical transceiver module. This addition allows for Gigabit media conversion and the interconnection of Ethernet signals via single-mode fiber, with standard and CWDM optical wavelengths available to meet specific networking requirements.

Designed for Professional Environments
The Model 5180 is built to support the demands of professional networking environments, including corporate offices, production facilities, and large-scale data centers. It requires a simple 12 Vdc power supply and a suitable mounting method, integrating easily into existing infrastructures while offering advanced network management features.

Advanced Networking Standards Compliance
This module not only provides basic switching functionalities but also supports Ethernet AVB standards, which are crucial for applications requiring precise timing and synchronization across the network. This makes the Model 5180 an excellent choice for audiovisual and broadcast applications where data integrity and timing are critical.