If the hybrid network is designed right, it is the second-best (after full-mesh) topology you can have. A well designed hybrid topology, called so because it combines two or more other network topologies together, strengthens everything you want; speed, reliability, efficiency, etc., and weakens everything else.
Their biggest, really their only, disadvantage is how difficult they can be to design. Hybrids can get so complicated that, no joke, their designers have no clue as to how they work, all they know is that they do work. Their mysterious inner-machinations, or what a mathematician would call a non-linear design, makes them quite hard to troubleshoot, but if they're built right, there won't be any reason to troubleshoot.
The shape of a network is commonly referred to as its "topology." Network topology describes the arrangement of different elements (nodes, links) in a network and can be classified into various types, such as star, ring, bus, mesh, and hybrid. Each topology has its own advantages and disadvantages in terms of performance, scalability, and fault tolerance.
hybrid topology
none
Ring Topology, Mesh Topology, Bus Topology, Star Topology
STAR-Bus
A hybrid is a combination of two or more basic network topologies, such as a star-bus, star-ring, or tiered topology.
A hybrid is a combination of two or more basic network topologies, such as a star-bus, star-ring, or tiered topology.
Bus star ring mesh hybrid
ring/hybrid
1.bus topology, 2.ring topology, 3.mesh topology, 4.star topology, 5.hybrid topology
"Topology"? If you mean Technology, the answer is: Increased fuel efficiency and lower hydrocarbon emmisions
A hybrid is a combination of two or more basic network topologies, such as a star-bus, star-ring, or tiered topology. In a hybrid topology, central and distributed topologies are combined to meet the needs of an organization