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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
What else can I help you with?
Which parts of an Ethernet frame are wireshark and other protocol analyzers unlikely to capture?
Which parts of an Ethernet frame are Wireshark and other protocols analyzers unlikely to capture
What is the example of packet switching network?
IP, Ethernet, Frame Relay, ...IP, Ethernet, Frame Relay, ...IP, Ethernet, Frame Relay, ...IP, Ethernet, Frame Relay, ...
4 What sort of cabling is suitable for Fast Ethernet protocols?
· What sort of cabling is suitable for Fast Ethernet protocols?
What is an Ethernet and how is it related to a LAN?
Ethernet is a set of protocols to establish a LAN.
What are the Ethernet frame parts?
what are the ethernet frame parts The source and destination MAC addresses
Which encapsulation must be used to enable Ethernet II frame type on your Ethernet?
Arpa encapsulation must be used to enable Ethernet II frame type on your Ethernet.
The Ethernet II frame type contains a 2-byte field which differentiates it from the older Ethernet 802.3 and Ethernet 802.2 frame types?
type
What Ethernet II frame type contains a 2-byte field which differentiates it from the older Ethernet 802.3 and Ethernet 802.2 frame types?
type
Does The Ethernet II frame type contains a 2-byte field which differentiates it from the older Ethernet 802.3 and Ethernet 802.2 frame types?
type
What Ethernet II frame type contains a 2 byte field which differentiates it from the older Ethernet 802.3 and Ethernet 802.2 frame types?
Type
What information is not included in a Ethernet frame?
Frame Size
What is the purpose of Etherlength in Ethernet frame?
Etherlength, or the EtherType field in an Ethernet frame, serves to indicate the protocol encapsulated within the frame's payload. It helps the receiving device understand how to process the data contained in the frame, allowing for correct interpretation and handling by the appropriate layer of the networking stack. By specifying the type of protocol (e.g., IPv4, ARP, etc.), Etherlength facilitates interoperability between different network protocols.
