Web- routers don't forward layer 2 broadcasts, hence they separate broadcast domains . With all this information, you can say that on your diagram, there are 2 broadcast domains (1 … WebFeb 10, 2024 · 1 Answer. In that case all these devices will be having same network or will it be creating separate broadcast domains for each ports. Switches are a kind of a bridge, …
Broadcast domain explained CCNA# - Geek University
WebJul 4, 2024 · Bridges, switches, and routers separate or segment a LAN into multiple collision domains, whereas hubs and repeaters do not. How can Collision domains be reduced? ... Switching Domains Only a network layer device, such as a router, can divide a Layer 2 broadcast domain. Routers are used to segment both collision and broadcast … WebA router creates a single collision domain. b) A switch creates separate collision domains but one broadcast domain. A router provides a separate broadcast domain. c) A switch creates a single collision domain and separate broadcast domains. A router provides a separate broadcast domain as well. d) A switch creates separate collision domains ... puuleht
LAN Segmentation - Data Link - Cisco Certified Expert
WebFeb 21, 2024 · Switches bridge frames on the same network. To send packets between different networks, you need a router. What's actually dividing the subnets is their … WebApr 12, 2024 · Routers were one of the original solutions to segmenting broadcast domains. By default, broadcasts are only sent to machines within the same IP subnet. Routers could be configured to forward broadcasts to other subnets/networks when necessary but use of this was limited because the goal of implementing a router was to split up broadcast … WebFeb 2, 2024 · Routers also separate LANs into separate collision domains (although that was not covered earlier in this chapter.) Just like the concept of a collision domain relates to where a frame can be sent and where it … puulauta