Dual-ring topology
Dual-ring topology
Dual-ring topology definition
Dual-ring topology is a network configuration where each device is connected to two others, creating two concentric circles for information flow. This design offers a backup route for communication – if one circle fails, the second one ensures consistent network stability and resilience. Such a system boosts the efficiency of data transmissions.
See also: network topology
Use cases of dual-ring topology
- Corporate networks. Dual-ring topology ensures uninterrupted communication between departments, even if one network path experiences failure.
- Metropolitan area networks. The mentioned topology provides a robust infrastructure capable of handling high traffic volumes. It also offers a fail-safe in case of a single-path disruption.
- University campus networks. This topology supports a reliable network across multiple buildings. It ensures that network issues in one place don’t disrupt connectivity in others.
- Industrial settings. Dual-ring topology can be crucial for process control systems. It guarantees continuous data flow for monitoring and controlling machinery.
- Public transportation. Its communication systems employ this topology to guarantee reliable information exchange. That’s a critical safety measure for transit operations.