A hub is a device that transmits data out all interfaces expect the incoming interface. If you have an incoming frame from fa0/1, that frame will be sent out all other ports on the hub. When those frames reach the NIC of the PC's, they will discard it if it is not destined for their MAC address.
V. C. Marney-Petix has written: 'Internetworking' -- subject(s): Computer input-output equipment, Computer networks, Wide area networks (Computer networks), Local area networks (Computer networks), Data transmission systems 'Networking and data communications' -- subject(s): Computer networks, Data transmission systems 'Mastering internetworking' -- subject(s): Computer networks, Wide area networks (Computer networks), Internetworking (Telecommunication), Local area networks (Computer networks) 'Bridges, routers, gateways!' -- subject(s): Equipment and supplies, Bridges (Computer networks), Local area networks (Computer networks), Routers (Computer networks), Wide area networks (Computer networks), Gateways (Computer networks), Internetworking (Telecommunication)
Active hubs.
Bridges send information (data) to the specified destination, whereas hubs and repeaters do not.
Switches, hubs...
Bridges send information (data) to the specified destination, whereas hubs and repeaters do not.
Hubs are not collision domains but a networking device. Hubs have single collision domain that makes them very undesirable for modern networks.
social networks . or The internet computer networks
The most common types of bridges are the Beam and Arch Bridges.
NIC (Network Interface Cards), cables, routers, switches, hubs. Optional stuff can include storage area network (SAN), network attached storage (NAS), firewalls, and IDS (intrusion detection systems).
The USBs on the computer monitors can be used for the mini-hubs.
There are NO GATES in computer networks... So, ask next question...
Layer 1 (hubs) or Layer 2 (bridges or switches) devices.