Topology: physical ring of trees, logical ring
What is the logical topology used for the Ethernet architecture?
The difference between architecture and topology is logical vs physical. Architecture is about the logical design of something. Topology is about the physical elements required to enable the architectural design. The difference between architecture and topology is logical vs physical. Architecture is about the logical design of something. Topology is about the physical elements required to enable the architectural design. The difference between architecture and topology is logical vs physical. Architecture is about the logical design of something. Topology is about the physical elements required to enable the architectural design.
Either bus topology or star toplogy.
Most classrooms rely on a star topology to connect their systems together.
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.....
Layer 2 addressing not required for this topology
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.
logical addresses only
logical channel
Ethernet
A logical topology depends on the way data flows within a network and the protocols used for communication, rather than the physical arrangement of devices. It defines how devices logically communicate with one another, which can differ from the actual physical connections. Factors influencing logical topology include network protocols, addressing schemes, and the intended data paths. Common types of logical topologies include bus, ring, and star configurations.
Ethernet is easily the most common topology having replaced token ring in the 90's. Simply because of it's ease of use with CAT5 cabling, cheap networking hardware and not needing any termination.