Answer:
In a token ring network, the stations are connected to a physical ring or loop. The stations are arranged in a ring topology, where each station is connected to its adjacent stations forming a closed loop.
In this network configuration, a token circulates around the ring, allowing stations to transmit data when they possess the token. The token passing mechanism ensures that only the station in possession of the token can transmit data, providing a controlled and orderly communication process in the network.
Each station on the token ring network has a physical connection to the ring, typically through a dedicated network interface card (NIC) or similar hardware. The stations' connections to the ring are usually made using twisted pair cables or fiber optic cables, depending on the specific implementation and requirements of the network.
In a token ring network, the stations are connected to a physical ring or loop. The stations are arranged in a ring topology, where each station is connected to its adjacent stations forming a closed loop.
In this network configuration, a token circulates around the ring, allowing stations to transmit data when they possess the token. The token passing mechanism ensures that only the station in possession of the token can transmit data, providing a controlled and orderly communication process in the network.
Each station on the token ring network has a physical connection to the ring, typically through a dedicated network interface card (NIC) or similar hardware. The stations' connections to the ring are usually made using twisted pair cables or fiber optic cables, depending on the specific implementation and requirements of the network.
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