What Is an Ethernet Micro Switch?
Today, Category 5e (Cat 5e) copper cable is the type of cable used in most network installations. Fiber optic cable is often perceived to be more expensive and a bit of overkill. Yet the balance may be shifting from copper to fiber as applications and devices demand more and more bandwidth.Get more news about
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Cost aside, fiber has many advantages over copper. Cat 5e cable can transmit at only up to 1 Gbps over 300 feet, while fiber optic cable can transmit at up to 10 Gbps over 12 miles. Copper cable is also heavier and bulkier, susceptible to electromagnetic interference, and vulnerable to tapping. And it has a shorter lifespan.
How does FTTO work with micro switches?
FTTO is a decentralized network architecture. It offers several advantages over installations that use copper cable for intermediate distribution throughout a building. Micro switches are designed primarily for FTTO.
In an FTTO architecture, one central network closet houses the core switches of the network. Fiber optic cable runs throughout the building, all the way to micro switches installed in the locations where endpoints need wired connectivity.
Endpoints such as wireless access points, voice-over-IP (VoIP) phones, and Internet of Things (IoT) devices can be connected to a micro switch with short copper cabling.
The most prominent way FTTO networks can save on costs is by eliminating intermediate distribution frames (IDFs) on each floor or division of a building or campus. Fiber optic cable can run all the way from the network core to the endpoints. This saves money on distribution hardware and on the space needed for climate-controlled network closets on every floor.
It also can cost less to install fiber optic cabling than copper, since fewer cables are needed than for copper. Finally, fiber means more reliability, which can save time on issue resolution.
What Is an Ethernet Micro Switch?
