The Maximum Transferable Unit (MTU) is the amount of data that can be sent in each packet on a TCP/IP based network. If your network is the postal service (routing and delivering messages to and from other people), the MTU is how big the envelopes are.
When an IP datagram travels from one host to another, it can pass through different physical networks. Each physical network has a maximum frame size. This is called the maximum transmission unit (MTU). It limits the length of a datagram that can be placed in one physical frame. IP implements a process to fragment datagrams exceeding the MTU. The process creates a set of datagrams within the maximum size. The receiving host reassembles the original datagram. IP requires that each link support a minimum MTU of 68 octets. This is the sum of the maximum IP header length (60 octets) and the minimum possible length of data in a non-final fragment (8 octets). If any network provides a lower value than this, fragmentation and reassembly must be implemented in the network interface layer. This must be transparent to IP. IP implementations are not required to handle unfragmented datagrams larger than 576 bytes. In practice, most implementations will accommodate larger values.
frame
Frame Header - Network Header - Transport Header - Data - Frame Trailer
In the Telecommunications book on Page 180. The answer is Yes it does have a fixed-length frame of 53 octets.
start frame
a frame in computer network, is a digital data transmission unit.
The smallest frame size that can be used for optimal performance in a network is typically 64 bytes.
Yes it is.
It reassembles the frame with different MAC addresses than the original frame.
1500
There is no specific maximum weight for this excercise bike but it does have a strengthened frame.