The destination MAC is before the source one for easier scanning, mostly because it is the destination device that is important as that is the device we are trying to reach.
destination mac addresssource mac address CRC - FCS
A MAC address is unique to your ethernet card. MAC addresses are used within an Ethernet network to uniquely identify the source and destination of Ethernet frames. ARP (Address Resolution Protocol) is used on IP networks to map IP addresses to MAC addresses within an Ethernet network.
what are the ethernet frame parts The source and destination MAC addresses
1)Source and destination MAC Address 2)FCS Field
physical source and destination addressesphysical source and destination addresses
physical source and destination addressesphysical source and destination addresses
MAC address is a unique number which is necessary for communication between computers in network. It identifies a source and destination device within a Ethernet network.
MAC address is a unique number which is necessary for communication between computers in network. It identifies a source and destination device within a Ethernet network.
destination (physical/hardware address) Source (physical/hardware address) Start flag (start of message indicator) Recipient sender encapsulated data end of frame
the Layer 2 source and destination address
The ethernet frame carries the IP (Internet Protocol) The Ethernet frame is made up of the following: 7 BYTE PREAMBLE 1 Byte "Start OF Frame" delimiter 6 byte destination address 6 byte source address 2 byte length or type 46 - 1500 bytes variable 802.2 or ethernet header and data 4 byte Frame Check sequence
Standard access lists are placed close to the destination. Extended access list are placed close to the source. This is because extended ACL's look at the source and destination IP address, whereas standard ACL's look at the source IP address only.