Network Topology in communication networks, a topology is a usually schematic description of the arrangement of a network, including its nodes and connecting lines. There are two ways of defining network geometry: the physical topology and the logical topology.
Network Topology Mapper offers extensive drawing tools professional-looking network diagrams quickly and easily allowing you to clearly represent and communicate network architecture, topology, and design to engineers, stakeholders and end-users.
Network topology describes a way of organizing the physical connectivity of computers and other network components. All networks are built based on basic topologies: bus, star, ring, mesh. The basic topologies themselves are not complicated, but in practice we often face with their complex combinations. A particular choice of one or another topology affects the composition of necessary network equipment, opportunity of network expansion and method of network management. Bus topology is widespread and the most simple, it uses a single cable along which are connected all computers. In Star topology each computer is connected by a separate cable to common hub device located in a center of network. In networks with Ring topology, the data are transmitted around the ring from one computer to another, usually in one direction. In Mesh networks, only the computers with intensive data exchange are connected.
ConceptDraw DIAGRAM software extended with powerful tools of solutions included to Computer and Networks area, contributes to high-quality design Network Topology Diagrams of different types.
UML Component Diagram Online Shopping. This sample was created in ConceptDraw DIAGRAM diagramming and vector drawing software using the UML Component Diagram library of the Rapid UML Solution from the Software Development area of ConceptDraw Solution Park.
This sample shows the concept of the online shopping and is used for the understanding of the online shopping processes, of the online shops working processes, for projection and creating of the online stores.
Physical LAN Diagrams illustrate the communication schemes of Local Area Networks, the physical network connection of computers and networks arrangement on the small areas - at homes, offices, and other buildings. ConceptDraw DIAGRAM is a perfect network diagramming software with samples and examples of WAN and LAN Diagrams, templates and collection of network components libraries.
Computer Network Diagrams Solution for ConceptDraw DIAGRAM Mac and Windows is ideal for IT professionals, network engineers and network designers who need to visualize network architecture, to document LANs physical structure and arrangement, to draw Local Area Network (LAN) diagrams and schematics, WAN diagrams, physical office network diagrams and topologies, wiring drawings, etc. You can design all them easy using the predesigned vector objects of computers and computer network devices, hardware devices, peripheral devices, external digital devices, internet and logical symbols, and many other stencils from the Computer Network Diagrams libraries.
ConceptDraw DIAGRAM offers a powerful and easy-to-use solution for those who looking for a Visio alternative for Mac. It is a world-class diagramming platform with dynamic presentation power.
Network architecture is a design of the structure of communication network. Network architecture specifies network configuration, the main physical components of the network, products and services delivered via communication network, defines the components that characterize its common logical organization, technical support, software. It describes encoding methods, principles of operation and user interface. To graphically represent the network is used a Network Architecture Diagram.
ConceptDraw DIAGRAM software is the best network diagramming tool that lets create in minutes your own professional Network diagrams from numerous templates and examples. Computer & Networks solution for ConceptDraw DIAGRAM software provides extensive libraries of vector stencils for drawing Network architecture diagrams and maps, Cisco network architectural drawings, Computer communication network design blueprints, TCP/IP network architecture diagrams for LANs and WANs, Network floor plan layouts, Logical network diagrams, Network communication plans, Web-based network diagrams, etc.
The Cisco Network Diagrams Solution from the Computer and Networks area of ConceptDraw Solution Park helps you to create the Cisco Network Diagrams quick and easy using the ConceptDraw DIAGRAM diagramming and vector drawing software.
The Cisco Network Diagrams Solution contains 14 libraries with 450 ready-to-use predesigned vector objects.
Fully Connected Network Topology (Complete topology, Full mesh topology) is a network topology characterized by existence of direct links between all pairs of nodes. The Fully connected network including n nodes, contains n(n-1)/2 direct links. This topology is mostly used in military applications. It is a quite expensive network technology and is extremely impractical for the large networks. But when it is set, it provides a high degree of reliability thanks to the large quantity of redundant links between nodes and so multiplicity of paths for the data. The two-node network is also considered as a Fully connected network.
Computer Network Diagrams solution from Computer and Networks area of ConceptDraw Solution Park offers the predesigned vector stencils libraries, examples and templates for easy designing various Computer network topology diagrams for wired and wireless networks, including the Fully connected topology. This solution is intended to help computer network designers and engineers perfectly illustrate network documentation, reports, presentations, etc.
A network topology is the topological structure or the arrangement of different elements of computer network. There are several basic types of network topologies, such as star, ring, bus, mesh. But the most popular is a combination of two or more diverse basic network topologies, which is known as hybrid network topology. The examples of hybrid topology are: star-bus, star-ring topologies, etc. Each resulting hybrid topology has its own features, advantages and limitations of its components. Hybrid network topologies are more flexible, reliable, and have increased fault tolerance, the faults in them can be easily diagnosed and corrected, new nodes can be easily added. But at the same time hybrid topologies often are sufficiently expensive and difficult for managing.
ConceptDraw DIAGRAM diagramming and vector drawing software supplied with the tools of Computer Network Diagrams solution from Computer and Networks area is perfect for schematic description various types of computer network topologies and easy designing Hybrid network topology diagrams.
