You might have poor connectivity. The wire could be marred in some way.
Based on the VLAN tag.
Gigabit Ethernet is the term used to describe the transmission of Ethernet frames at a rate of one gigabit per second. It started being used in early 1999.
Data transmissions is via frames, each having a single MAC address. The CSMA/CD access method is used to detect collisions.
destination (physical/hardware address) Source (physical/hardware address) Start flag (start of message indicator) Recipient sender encapsulated data end of frame
yes i think, because the MAC address is the physical address which is assigned by the vendor of the Ethernet card. ** Improved Answer ** No, Unmanaged switches do not have a MAC address. All they do is filter, forward or flood frames.
They can support multiple higher-layer protocols, and Ethernet 802.3 frames cannot.
a. because they can support multiple higher-layer protocols, and Ethernet_802.3 frames cannot
because they can support multiple higher-layer protocols
Usually Ethernet frames.
It would be 46 and 64 bytes.
Yes, Ethernet can be transported over SONET (Synchronous Optical Network) using a method called "Ethernet over SONET" (EoS). This technique encapsulates Ethernet frames within SONET frames, allowing Ethernet data to be transmitted over SONET links while taking advantage of SONET's high-speed, reliable transmission capabilities. EoS facilitates the integration of Ethernet services into existing SONET networks, enabling service providers to offer Ethernet services over long distances.
The Point-to-Point Protocol over Ethernet or the PPPOE is a network protocol for encapsulating PPP frames inside Ethernet frames. The PPPOE term is something used confusingly to refer to either a modem to router protocol and/or the DSL side of things.
Based on the VLAN tag.
Gigabit Ethernet is the term used to describe the transmission of Ethernet frames at a rate of one gigabit per second. It started being used in early 1999.
A possible cause of runt Ethernet frames when a switch is being used is a mismatch in network configurations, such as different duplex settings between devices. This can lead to collisions and truncated frames. Additionally, hardware issues like faulty network interface cards (NICs) or cabling problems can also contribute to the generation of runt frames, as they can disrupt the normal transmission of data packets.
An Ethernet header is a portion of data that precedes the payload in an Ethernet frame, containing essential information for data transmission over a network. It typically includes the source and destination MAC addresses, the EtherType field to indicate the protocol used in the payload, and other control information. The header enables devices on a local area network (LAN) to identify and process the incoming frames correctly. In standard Ethernet frames, the header is usually 14 bytes long.
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.