Ethernet Connectivity For Applications In A Wide Range Of Markets

There are a lot of applications for Ethernet connectivity in a wide array of markets. Ethernet connectivity for applications in a number of markets can include media distribution, wide area corporate networking, and surveillance among others. Simply put, there are numerous situations in which fiber optic networking needs to be bridged to and/or from an ultra-high speed fiber optic network or network backbone.

Media networks tend to have very large scale fiber optic networks both within their distribution and development facilities as well as deployed throughout the regions where consumers reside and work. Fiber optics come with innate bandwidth and efficiency advantages than electrical networks, but connectors can sometimes be costly and may allow users to use a lot of bandwidth compared to thermally- and electrically-limited Ethernet connections. The net result is that users still have a reason to purchase an Ethernet media converter for use both within an office or developmental environment as well as in the field to service customers over the so-called last mile.

Corporations also install wide area networks in corporate campuses that far exceed both the capacity and reach of Ethernet. With electrical signals requiring boosting and refining every few hundred feet and fiber optic signals great for traveling miles without the need of degradation it is clear to see why fiber has won a place in lots of corporate campuses. In reality while fiber permits high data volume connectivity between buildings and even many sites, there is still the bottom line to think about and so each end user cannot have their own fiber optic connection. Rather a single fiber Ethernet media converter allows bidirectional data to a switch as well as other device in order to connect non-fiber users to the fiber optic network.

Closed circuit surveillance has even started turning to fiber optic data transmission to find the best in digital clarity and performance. Comparable to other examples, there are lots of media recording devices that are able to connect to modern digital surveillance systems that use Ethernet technology using a fiber Ethernet media converter. Such media conversation devices are often referred to as bridges, but the basic benefit is that each part of the network gets to excel at its own particular area of expertise. Fiber flexes its brawny bandwidth muscles over distances at the same time Ethernet is focused on cheap connectivity to more common hardware. Additionally, an Ethernet media converter in this example enables higher volumes of signals in the form of more cameras with better image quality and/or frequency than would otherwise be possible in a purely electrical networking environment.