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______ was the first step in the evolution of Ethernet from a coaxial cable bus to hub managed, twisted pair network.
- a)Star LAN
- b)Ring LAN
- c)Mesh LAN
- d)All of the above
Correct answer is option 'A'. Can you explain this answer?
Most Upvoted Answer
______ was the first step in the evolution of Ethernet from a coaxial ...
Star LAN
The first step in the evolution of Ethernet from a coaxial cable bus to hub managed, twisted pair network was the implementation of a Star LAN architecture.
Explanation:
- In a Star LAN setup, all devices are connected to a central hub or switch using twisted pair cables.
- This architecture allowed for easier management and troubleshooting of network issues compared to the older coaxial cable bus topology.
- With a Star LAN, if one device fails or a cable is disconnected, it does not affect the entire network, unlike in a bus network where the failure of one device can disrupt the entire network.
- The central hub or switch in a Star LAN acts as a point of control and distribution, allowing for better control over network traffic and communication.
- This transition to a hub-managed, twisted pair network laid the foundation for the modern Ethernet networks that we use today, enabling faster and more efficient communication between devices.
In conclusion, the adoption of the Star LAN architecture was a crucial step in the evolution of Ethernet networks, providing improved reliability, scalability, and manageability compared to the earlier bus network topology.
The first step in the evolution of Ethernet from a coaxial cable bus to hub managed, twisted pair network was the implementation of a Star LAN architecture.
Explanation:
- In a Star LAN setup, all devices are connected to a central hub or switch using twisted pair cables.
- This architecture allowed for easier management and troubleshooting of network issues compared to the older coaxial cable bus topology.
- With a Star LAN, if one device fails or a cable is disconnected, it does not affect the entire network, unlike in a bus network where the failure of one device can disrupt the entire network.
- The central hub or switch in a Star LAN acts as a point of control and distribution, allowing for better control over network traffic and communication.
- This transition to a hub-managed, twisted pair network laid the foundation for the modern Ethernet networks that we use today, enabling faster and more efficient communication between devices.
In conclusion, the adoption of the Star LAN architecture was a crucial step in the evolution of Ethernet networks, providing improved reliability, scalability, and manageability compared to the earlier bus network topology.
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______ was the first step in the evolution of Ethernet from a coaxial ...
Evolution of Ethernet from a Coaxial Cable Bus to Hub Managed, Twisted Pair Network
The first step in the evolution of Ethernet from a coaxial cable bus to a hub managed, twisted pair network was the introduction of the Star LAN. Here is a detailed explanation of this evolution:
1. Coaxial Cable Bus:
- Initially, Ethernet networks were based on a coaxial cable bus topology.
- In this setup, all devices were connected to a single cable, forming a bus-like structure.
- Data was transmitted over the cable, and each device could listen to the data being transmitted.
2. Limitations of Coaxial Cable Bus:
- The coaxial cable bus had limitations in terms of distance, speed, and scalability.
- It had a limited maximum distance for data transmission.
- As the network grew, the signal quality degraded, leading to performance issues.
- The bus topology was also susceptible to collisions, resulting in data collisions and network congestion.
3. Introduction of Star LAN:
- To overcome the limitations of the coaxial cable bus, the Star LAN topology was introduced.
- In the Star LAN, each device is connected to a central device called a hub or switch using twisted pair cables.
- The hub or switch acts as a central point for data transmission and management.
4. Advantages of Star LAN:
- The Star LAN topology addressed the limitations of the coaxial cable bus.
- It allowed for longer cable distances, as the hub or switch could regenerate and amplify the signal.
- Each device had its own dedicated connection to the hub or switch, eliminating the signal degradation issues of the bus topology.
- The star topology also reduced the likelihood of collisions, improving network performance and reliability.
5. Further Evolution:
- After the introduction of the Star LAN, Ethernet continued to evolve.
- Ring LAN and Mesh LAN are other network topologies that were developed, but they did not directly lead to the hub managed, twisted pair network evolution.
- Ring LAN uses a ring topology, and Mesh LAN employs multiple direct connections between devices.
In conclusion, the first step in the evolution of Ethernet from a coaxial cable bus to a hub managed, twisted pair network was the introduction of the Star LAN topology. This topology addressed the limitations of the coaxial cable bus and provided improved performance, scalability, and reliability for Ethernet networks.
The first step in the evolution of Ethernet from a coaxial cable bus to a hub managed, twisted pair network was the introduction of the Star LAN. Here is a detailed explanation of this evolution:
1. Coaxial Cable Bus:
- Initially, Ethernet networks were based on a coaxial cable bus topology.
- In this setup, all devices were connected to a single cable, forming a bus-like structure.
- Data was transmitted over the cable, and each device could listen to the data being transmitted.
2. Limitations of Coaxial Cable Bus:
- The coaxial cable bus had limitations in terms of distance, speed, and scalability.
- It had a limited maximum distance for data transmission.
- As the network grew, the signal quality degraded, leading to performance issues.
- The bus topology was also susceptible to collisions, resulting in data collisions and network congestion.
3. Introduction of Star LAN:
- To overcome the limitations of the coaxial cable bus, the Star LAN topology was introduced.
- In the Star LAN, each device is connected to a central device called a hub or switch using twisted pair cables.
- The hub or switch acts as a central point for data transmission and management.
4. Advantages of Star LAN:
- The Star LAN topology addressed the limitations of the coaxial cable bus.
- It allowed for longer cable distances, as the hub or switch could regenerate and amplify the signal.
- Each device had its own dedicated connection to the hub or switch, eliminating the signal degradation issues of the bus topology.
- The star topology also reduced the likelihood of collisions, improving network performance and reliability.
5. Further Evolution:
- After the introduction of the Star LAN, Ethernet continued to evolve.
- Ring LAN and Mesh LAN are other network topologies that were developed, but they did not directly lead to the hub managed, twisted pair network evolution.
- Ring LAN uses a ring topology, and Mesh LAN employs multiple direct connections between devices.
In conclusion, the first step in the evolution of Ethernet from a coaxial cable bus to a hub managed, twisted pair network was the introduction of the Star LAN topology. This topology addressed the limitations of the coaxial cable bus and provided improved performance, scalability, and reliability for Ethernet networks.
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