Unmanaged connectors are purely plug and play, while managed connectors let you control things like prioritizing traffic and allocating bandwidth. You can use multiple fiber media connectors to combine multiple LANs into one massive interconnected network, using managed or unmanaged solutions. You can also have fiber-to-fiber connectors for times when you want to marry two networks together, or connect fiber to serial for better porting. This allows you to connect to and use most data communication protocols, including:įiber media converters range from standalone devices with a small footprint - perfect for closet of rack use - to PC card converters, to data center-ready, enterprise-grade high-port-density chassis systems with advanced networking management features.Ĭopper to fiber converters let you connect copper-wired systems to fiber optic systems, usually speeding up your transmission coming out of and coming into a building or network. Connecting copper cables to a fiber-optic cable using a fiber media converter can increase transmission quality, since fiber doesn't have the short range restrictions copper is subject to. Fiber media converters can extend and interconnect local area networks, creating a larger conglomerate network.įiber media converters support multiple cable types such as Repeaters must be installed to boost the signal. Traditional copper cables incur significant losses over extended lengths (100 meters being the outside edge of transmissibility). This permits partial upgrades of network infrastructure to fiber-optic technology, maintains the ability to connect to copper and other types of wired networks, and enhances fast Ethernet speeds. In most cases, they are used to connect twisted pair or coaxial cable to a fiber-optic cable, allowing the interconnection of newer fiber-optic networks and cable systems and older copper-based cabling systems. Fiber media converters are networking devices capable of connecting two different media types.
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