Either configure point-to-point subinterfaces or create a full-mesh topology.
frame
Frame Header - Network Header - Transport Header - Data - Frame Trailer
Frame flooding is a network behavior where a switch or router continuously sends the same data packet, or frame, across a network segment. This typically occurs due to a malfunctioning network device or a loop in the network topology, leading to excessive traffic that can overwhelm the network and degrade performance. Frame flooding can cause congestion, increase latency, and result in packet loss, ultimately disrupting normal network operations. Proper network design and protocols, such as Spanning Tree Protocol (STP), can help prevent frame flooding.
The maximum length of a network is influenced by frame size due to the relationship between signal attenuation and the time it takes for a signal to propagate through the medium. Larger frame sizes require more time to transmit, which can lead to increased chances of collisions in networks using shared media, such as Ethernet. Additionally, the delay introduced by larger frames can exceed the round-trip time, impacting the network's performance and reliability. Therefore, smaller frame sizes can facilitate longer network lengths by reducing the risk of data transmission issues.
The smallest frame size that can be used for optimal performance in a network is typically 64 bytes.
start frame
a frame in computer network, is a digital data transmission unit.
its the internet
It reassembles the frame with different MAC addresses than the original frame.
It will not forward the frame to another network
Frame aggregation
Frame Aggregation