A bus topology is commonly used in small networks, such as home or small office LANs, where a single central cable (the "bus") connects all devices. It's cost-effective and simple to set up, making it suitable for temporary networks or those with limited resources. However, it has limitations in terms of scalability and reliability, as a failure in the main cable can disrupt the entire network. Examples include older Ethernet networks and some specific applications in industrial environments.
The physical topology that operates around a central network device is known as a star topology. In this configuration, all network devices are connected to a central hub, switch, or router, which facilitates communication between them. This design enhances reliability, as the failure of one connection does not affect the entire network, though the central device's failure can lead to network disruption. Star topology is commonly used in home and office networks due to its simplicity and ease of management.
Local area networks (LANs) commonly use several topologies, with the most prevalent being star, bus, and ring topologies. The star topology connects all devices to a central hub or switch, facilitating easier management and fault isolation. The bus topology involves a single central cable to which all network devices are connected, while the ring topology connects devices in a circular format, where data travels in one direction. Each topology has its advantages and disadvantages, influencing its selection based on network size and requirements.
Network topology is the physical design of a LAN which resolves the conflict that occurs between computers on the network attempting to transmit at the same time. Whereas protocols are the standards used by networks to permit communication between network-connected devices. -s74
IBSS, or Independent Basic Service Set, is a type of wireless topology used in ad-hoc networks, where devices communicate directly with each other without a central access point. In an IBSS, devices can connect and share data as peers, allowing for flexible and dynamic network formation. This setup is typically used in scenarios where a temporary network is needed, such as in mobile environments or during events. However, it may have limitations in terms of range and scalability compared to infrastructure-based networks.
In the NIC. MAUs have tranceivers but aren't used on 100BASE-TX networks.
star network + guide to networks pg 105 Whoever answered that is a fool. Edition number? Yeah, guess you forgot. I have edition 5 here and that answer is not on page 105 or close to it either.
The most commonly used physical network topology is the star topology. This design features a central device, such as a switch or hub, to which all other devices are connected. It is widely used in modern Ethernet networks due to its simplicity and ease of troubleshooting.
I assume you are talking about network topology. I have worked in several schools in a couple school districts. Some older school networks were setup on a token ring. I think it would be safe to assume that most networks are now a star topology using ethernet.
What is the logical topology used for the Ethernet architecture?
Topology: physical ring of trees, logical ring
Either bus topology or star toplogy.
the protocol used
Ethernet networks.
1.) Mesh topology:- Routing protocol such as RIP(routing information protocol) or OSPF (open shortest path protocol) is used. 2.) Star topology:- Ethernet, token ring, Local Talk, ATM........... all are used... 3.)Bus topology:- Ethernet protocol using CS-MA/CD as access method.....
star topology. Because they include a centralized connection point; can easily be moved, isolated, or interconnected with other networks; they are, therefore, scalable. For this reason, and because of their fault tolerance, the star topology has become the most popular layout used in contemporary LANs.
It is used to connect Fast Ethernet Networks together and it is connected to a PCI Slot located on your computer's Motherboard