A network administrator is configuring a new Internet connection.
The ISP provided a fiber-optic handoff, but the company's firewall only supports copper Ethernet interfaces.
The administrator wants to connect the devices as easily as possible.
Which of the following would be the BEST way to provide the connectivity needed?
A.
Bridge B.
Router C.
Multilayer switch D.
Media converter.
D.
A network administrator is configuring a new Internet connection.
The ISP provided a fiber-optic handoff, but the company's firewall only supports copper Ethernet interfaces.
The administrator wants to connect the devices as easily as possible.
Which of the following would be the BEST way to provide the connectivity needed?
A.
Bridge
B.
Router
C.
Multilayer switch
D.
Media converter.
D.
The BEST way to provide connectivity between a fiber-optic handoff and a copper Ethernet interface in this scenario is by using a media converter.
A media converter is a device that converts signals from one media type (in this case, fiber) to another (copper Ethernet). It acts as a bridge between the two different types of network interfaces and enables communication between them.
A bridge (option A) is a device that connects two separate network segments to create a single network. In this scenario, there are no separate network segments that need to be connected, so a bridge would not be necessary.
A router (option B) is a networking device that forwards data packets between computer networks. While a router could technically be used to connect a fiber-optic handoff to a copper Ethernet interface, it would likely be more complex than using a media converter.
A multilayer switch (option C) is a switch that operates at multiple layers of the OSI model. While it can perform the function of a media converter, it would be more expensive and complex than using a dedicated media converter.
In conclusion, a media converter is the best and most cost-effective solution for connecting a fiber-optic handoff to a copper Ethernet interface in this scenario.