What You Should Know About Fiber Media Converters? Why are These Popular?

by Jackson William Blogger

Fiber media converter, also called Ethernet media converter or fiber transceivers, are the straightforward devices that make it easy to connect two different media types with a fiber optic cabling network. It is primarily used in involving existing copper-based, designed cabling system and also the faster fiber-optic networks.

With the amplified demand of the network, several network devices are manufactured to meet these demands. And fiber media converter is a key component in those. It features high bandwidth capacity, long-distance operation, and reliability, making it popular in the modern networking system. It is basically protocol specific and is available to support a wide variety of network types and data rates.

Application of Fiber Media Converter

It extends the life of legacy networking equipment and wiring plants.
It connects a variety of cabling types and supports different communication protocols.
It also extends the range of the component in your network by using fiber optic cabling.

Fiber optic connectivity is important when the distance between two network devices beats the transmission distance of copper-cabling. Copper-to-fiber adaptation using media converters permits two network devices with copper ports to be associated over comprehensive distance via fiber optic cabling.

When assuming the reach of the LAN to span numerous locations, media converters are beneficial in connecting multiple LANs to form one large campus area network that distances over a partial geographical area.

How Do Fiber Media Converters Work?

Media converter works on the physical layer of the network and it receives data signals from one media such as an electronic signal on a twisted-pair copper cable and covers them to another such as light pulses on a fiber optic cable while remaining invisible to other networking devices.

It is as simple to install as patch cables and connectors. It doesn’t interface with upper-level protocol information. And it makes QoS (Quality of Service) and layer 3 Switching.

Fiber Media Converter Form Factors

PC card converters
Small standalone devices
High port-density chassis devices

Benefits of Using Fiber Media Converter

Increased speed: Fiber media converter let all of your network’s users get tasks done in the fastest amount of time possible. They are versatile and maximize functionality at an affordable cost.
A bigger network: It also allows the network to increase past its current capabilities and since they are basically two different transceivers passing data back and forward, they can increase the quality and power of access and support a fast and rigorous network speed.
Cost-effective: They are incredibly cost-effective. And that can also sustain high bandwidth features including video streaming.

Conclusion:

Fiber media converter is used for optical transmission via high-speed Ethernet. It is particularly applicable to a wide range of fields requiring a variety of broadband network and high-reliability data transmission or dedicated IP data transfer network, such as telecommunication, cable television, railway, military, finance and securities, customs, civil aviation, shipping, power, water conservancy, and oilfield, etc.