Podcast
Questions and Answers
What is a key characteristic of data transmission in a ring topology?
What is a key characteristic of data transmission in a ring topology?
- Data is transmitted sequentially from one device to the next. (correct)
- Data travels in both directions simultaneously.
- Data packets can be routed dynamically based on network load.
- Each device acts as a bridge to connect multiple networks.
What advantage does a ring topology offer in terms of data handling?
What advantage does a ring topology offer in terms of data handling?
- Devices can freely join and leave the ring without affecting communication.
- It reduces the chances of data collisions. (correct)
- All devices have higher bandwidth than in other topologies.
- Each device can communicate independently without interruption.
Which statement accurately reflects a limitation of ring topology?
Which statement accurately reflects a limitation of ring topology?
- The failure of one device disrupts the entire network. (correct)
- It offers higher performance compared to star topology.
- It is highly scalable as devices can be added without issues.
- Data can traverse the network in multiple directions.
How does ring topology ensure that all devices have equal access to the network?
How does ring topology ensure that all devices have equal access to the network?
What is a performance-related drawback of ring topology?
What is a performance-related drawback of ring topology?
Flashcards
Ring Topology Definition
Ring Topology Definition
A network layout where devices form a closed loop, allowing data to travel unidirectionally.
Data Transmission (Ring Topology)
Data Transmission (Ring Topology)
Data moves in a single direction through a continuous path, each device regenerating and retransmitting it.
Equal Access (Ring)
Equal Access (Ring)
All devices share equal network access in a ring topology due to the circular data path.
Ring Topology Performance
Ring Topology Performance
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Ring Topology Scalability
Ring Topology Scalability
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Study Notes
Ring Topology
- A ring topology is a network configuration where devices are connected in a circular loop.
- Devices are connected directly to their immediate neighbors, creating a continuous pathway for data.
- Data transmission is unidirectional, traveling in a single direction around the ring.
- Each device acts as a repeater, receiving, regenerating, and forwarding the data to the next device until it reaches its destination.
- Every device has equal access to the network because data travels in a circle.
- Ring topology can efficiently handle high data volumes because each device has a dedicated time slot.
- This reduces the chance of collisions when multiple devices try to transmit data simultaneously.
- Performance is lower than other topologies because all devices must be active for data to flow properly.
- Uni-directional nature means data needs to pass through every node, potentially causing issues if a node is unresponsive or experiences delays.
- Scalability is typically limited.
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Description
Explore the concept of ring topology in network configurations. This quiz covers the characteristics, advantages, and disadvantages of connecting devices in a circular loop. Test your understanding of how data transmission works in a ring topology.
