1518 bytes
no
Totally depends on the hardware and software and their MTU (Maximum Transmission Unit). Usually MTU is set to 1500 bytes.
In IEEE 802.3, the maximum frame size of 1500 bytes is primarily established to ensure efficient transmission over Ethernet networks while maintaining compatibility with various protocols, particularly IP. This limit helps prevent network congestion and ensures that frames can be processed quickly by devices without overwhelming buffers. Additionally, it aligns with the Maximum Transmission Unit (MTU) of many network protocols, facilitating smooth inter-network communication.
The minimum size of an Ethernet frame is 64 bytes. Even if the VLAN tag is 4 bytes, the Ethernet frame with VLAN tagging remains 64 bytes.
32.8 feet
The maximum size of a wireless frame in IEEE 802.11 (Wi-Fi) networks is typically 2346 bytes for the payload, but the total frame size can be up to 2,347 bytes, including headers and trailers. However, in practice, fragmentation may occur for larger packets, and different wireless standards or configurations may impose additional limits. Additionally, the maximum transmission unit (MTU) can vary based on network settings and protocols used.
IEEE 802.11B is 2.4GHz, but with a maximum of only 11Mbps. IEEE 802.11G is in the 2.4GHz range, with a top speed of 54Mbps.
The maximum permissible size for an IPv4 packet is 65,535 bytes, which includes both the header and the data payload. Since the maximum size of the header is 60 bytes, this allows for a maximum data payload of 65,475 bytes. However, in practical use, the Maximum Transmission Unit (MTU) often limits the size of packets on networks, typically to 1,500 bytes for Ethernet.
32767 is the maximum value that can be stored in two bytes.
60 bytes out of which 20 bytes are mandatory
100
one