A hybrid topology combines which two classic topologies?

A hybrid topology combines which two classic topologies?

• A. Bus and Star
• B. Star and Mesh
• C. Ring and Bus
• D. Mesh and Ring

Answer: (A)

A hybrid topology is formed when two classic topologies are combined to meet networking needs. The idea is to take the strengths of different layouts rather than relying on one structure alone. The bus and star combination is a common example: a backbone path (the bus) carries the signal, while devices connect to a central hub or switch (the star). This setup allows relatively easy addition of devices and simpler fault isolation—issues can be contained within a star branch, while the bus backbone provides a shared communication channel across branches. This pairing is frequently used to illustrate the concept because it’s easy to visualize and implement. Other two-topology mixes can also form hybrids, but bus with star is the typical representative example.

A hybrid topology is formed when two classic topologies are combined to meet networking needs. The idea is to take the strengths of different layouts rather than relying on one structure alone. The bus and star combination is a common example: a backbone path (the bus) carries the signal, while devices connect to a central hub or switch (the star). This setup allows relatively easy addition of devices and simpler fault isolation—issues can be contained within a star branch, while the bus backbone provides a shared communication channel across branches. This pairing is frequently used to illustrate the concept because it’s easy to visualize and implement. Other two-topology mixes can also form hybrids, but bus with star is the typical representative example.