Which function forwards frames to ports that have a matching destination MAC address?
Which function forwards frames to ports that have a matching destination MAC address?
The function that forwards frames to ports that have a matching destination MAC address is frame filtering. Frame filtering refers to the process where a switch determines the correct port to send the frame based on the destination MAC address. In contrast, frame flooding sends frames to all ports, except the one it was received from, when the destination MAC address is unknown. Frame switching is a broader term describing the overall operation of a switch, but it doesn't specifically address the forwarding based on a matching MAC address.
The function that forwards frames to ports that have a matching destination MAC address is D. frame switching. As per the search results, a switch has four functions: learning, flooding, filtering, and switching. Specifically, switching is the function that allows a switch to forward frames to the proper Layer 2 port based on the destination MAC address . This is achieved by using a MAC address table to keep track of which MAC addresses are connected to which switch ports, and then forwarding frames only to the appropriate port based on the destination MAC address .
Answer is D Flooding means that the switch sends the incoming frame to all occupied and active ports (except for the one from which it was received In forwarding , it first looks up the destination address in the MAC Address Table. It then forwards the frame to that specific port.
Answer is B!!! Everyone is getting this wrong because no one knows what "Frame Filtering" is and what the question is actually asking. I won't explain here, go figure out yourself.. https://aashay-arya.medium.com/when-does-switch-performs-filtering-68cfa6c8ba54
D. Frame switching In a switched network, when a frame arrives at a switch, it examines the destination MAC address in the frame header. The switch then uses its MAC address table (also known as a content addressable memory or CAM table) to determine the appropriate port to forward the frame to, based on the matching destination MAC address. This process is referred to as frame switching.
I see some pick B. The reason I wouldn't pick that is because filtering drops packets, not forward. The function that forward frames is switching. If you want a function that filters/drops frames, go with filtering.
it's B
Please rethink about the answer: In the context of the provided question, the term "frame switching" refers to the general process by which network switches operate. While "frame switching" describes the overall process of how a switch handles and forwards frames, "frame filtering" specifically refers to the step where the switch determines the correct port to send the frame based on the destination MAC address. Given the options, "frame filtering" (Option B) is the most accurate answer for the function that forwards frames to ports with a matching destination MAC address.
D is correct since its unicasting the known mac address