The receiving NIC must check that the destination MAC of a frame is the same as the MAC of the receiving NIC. If it isn't, the NIC isn't the intended destination, and it will just ignore the frame (unless it is set to "promiscuous mode", in which case it will accept all frames).
The receiving NIC must check that the destination MAC of a frame is the same as the MAC of the receiving NIC. If it isn't, the NIC isn't the intended destination, and it will just ignore the frame (unless it is set to "promiscuous mode", in which case it will accept all frames).
The receiving NIC must check that the destination MAC of a frame is the same as the MAC of the receiving NIC. If it isn't, the NIC isn't the intended destination, and it will just ignore the frame (unless it is set to "promiscuous mode", in which case it will accept all frames).
The receiving NIC must check that the destination MAC of a frame is the same as the MAC of the receiving NIC. If it isn't, the NIC isn't the intended destination, and it will just ignore the frame (unless it is set to "promiscuous mode", in which case it will accept all frames).
At the Data-Link layer, the NIC (Network Interface Card) checks if the destination MAC address matches it's own so that it knows if the frame is addressed to itself and accepts and process the packet, or if it is meant for another NIC and it will ignore the packet
The receiving NIC must check that the destination MAC of a frame is the same as the MAC of the receiving NIC. If it isn't, the NIC isn't the intended destination, and it will just ignore the frame (unless it is set to "promiscuous mode", in which case it will accept all frames).
Destination MAC address
The message must travel from your computer to your router. Every computer connected to a network has a network interface card (NIC) with a unique physical address, called a MAC address (for Media Access Control). At the data link level, two more headers are added, one for your computer's NIC address (the source MAC) and one for your router's NIC address. A data link layer structure with destination MAC, source MAC, and data is called a frame. Every NIC selects from the network those frames with its own address as a destination address. The data link layer adds the structure necessary for data to get from your computer to another computer (a router is just a dedicated computer) on your network. Data Link Layer Transformation.
•What is the physical address (the MAC address) of the NIC (or network adapter) for this connection?
MAC address stored in NIC card
On a hub network:The host (PC-A) computer sends the frame out its Network Interface Card (NIC) to Fast-Ethernet 0/1 (F0/1) on the HUB. The HUB then sends that frame out every interface (except incoming interface). If the destination MAC address is aaa.bbb.ccc, and PC-B has MAC address aaa.aaa.bbb, then PC-B's NIC will ignore the frame and nothing else will happen.
NIC
MAC bit size is 16 digits. but MAC bit is 48 each.
You seem to be referring to a NIC (Network interface card).
Doesn't matter if your connected to a LAN or not. The MAC address is hard coded into the NIC and does not change unless software on the computer requires that it changes.
Mac address
Source MAC address
ipconfig