Network Topologies: Bus, Star, Ring, Tree, and Mesh

Network Topologies: Bus, Star, Ring, Tree, and Mesh

Network Topology refers to the way in which various nodes (such as computers, printers, switches, etc.) are interconnected within a network. It determines the path of data flow and directly affects the network’s performance, reliability, and cost. Network topologies are mainly divided into two categories: Physical Topology and Logical Topology. Physical topology refers to the … Read more

EtherCAT – Extended Distance

EtherCAT - Extended Distance

Using extended distance connections, the maximum distance between two extended distance couplers can reach up to 300 m. If only one of the couplers in the connection supports extended distance, the maximum distance between stations is 100 m.Here, the technical data for EK1101-0010 is provided as a reference.As shown in the figure below, its RJ45 … Read more

Bus, Star, and Ring: Which Network Topology Will You Choose?

Bus, Star, and Ring: Which Network Topology Will You Choose?

Network topology refers to the physical and logical arrangement of nodes and connections in a network; nodes typically include switches, routers, and software with switching and routing capabilities. Network topologies can be classified into various types, including bus, star, ring, mesh, tree, and hybrid; the main categories are bus, star, and ring network topologies. 1. … Read more