The transport layer defines the characteristics of end-to-end communication, ensuring data integrity, managing source and destination ports, and reassembling data packets at the destination.
The two most common protocols in this layer are Transmission Control Protocol (TCP), which provides reliable, connection-oriented communication, and User Datagram Protocol (UDP), which offers connectionless communication with a focus on speed.
The transport layer as the name suggests transports the data packets from one end to another in a reliable manner. The two most common protocols in this layer are TCP & UDP respectively. TCP i.e. transmission control protocol ensures an end-to-end connection whereas UDP focuses on delivery speed.
The transport layer define the characteristics of end-to-end communication, ensuring data integrity, managing source and destination ports, and reassembling data packets at the destination.
TCP(Transmission Control Protocol) and UDP(User Datagram Protocol) are the most common protocol in this layer.
Transport layer defines data transmission characteristics of application layer and it includes data intergrity checks, source and destination ports and breaking data into packets and reassembling them at destination.
transport layer have two potocols TCP transmission control protocol and UDP user datagram protocol
Transport layer defines data transmission characteristics such as data integrity check,source and destination ports,specifications for breaking data into packets at host side and reassembling them at destination side. Two most common protocols are TCP and UDP
The transport layer transports the data packets from one end to another . The two most common protocols in this layer are TCP & UDP respectively. TCP i.e. transmission control protocol ensures an end-to-end connection whereas UDP focuses on delivery speed.
