Cisco Network Diagrams

There are 15 libraries containing 508 cisco objects in the Cisco Network Diagrams solution.

Design Elements — Cisco Switches & Hubs

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Examples

There are a few samples that you see on this page which were created in the ConceptDraw DIAGRAM application by using the Cisco Network Diagrams solution. Some of the solution's capabilities as well as the professional results which you can achieve are all demonstrated here on this page.

All source documents are vector graphic documents which are always available for modifying, reviewing and/or converting to many different formats, such as MS PowerPoint, PDF file, MS Visio, and many other graphic ones from the ConceptDraw Solution Park or ConceptDraw STORE. The Cisco Network Diagrams solution is available to all ConceptDraw DIAGRAM users to get installed and used while working in the ConceptDraw DIAGRAM diagramming and drawing software.

Example 1: Cisco Express Forwarding Network Topology Diagram

This example was created in ConceptDraw DIAGRAM using the Cisco Network Topology and Cisco Switches and Hubs libraries from the Cisco Network Diagrams solution. An experienced user spent 20 minutes creating this sample.

This example diagram depicts a network topology built using the Cisco Express Forwarding (CEF) technology. It is a high-speed routing and switching packets technology, used by default at the third-level routers and switches produced by the Cisco Systems Incorporation. This technology allows to achieve more rapid and efficient handling of transit traffic, provides ability of operative switching packets through devices, at the same time keeping low the load on the router’s processor, while the router processor can be assigned to perform other responsibilities that require greater amounts of processor's time, such as encryption, quality of service, and others. The CEF switching technology is used mainly at the large core networks or over the Internet to enhance the overall network performance. Currently it supports the protocols of Ethernet, Frame Relay, ATM, PPP, FDDI, HDLC and others. The CEF is a three-layered technology, all three layers you can see depicted on this diagram: core layer, distribution layer, and access layer.

Example 2: Cisco ISG Topology Diagram

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco LAN, Cisco Switches and Hubs, Cisco Routers, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 30 minutes creating this sample.

The Cisco Intelligent Service Gateway (ISG) is a technology provided by the Cisco Systems for management by subscribers in a broadband, wireless and wireline deployments. The ISG supplies the service providers with opportunity to take under the full control resources and characteristics in their broadband network with a goal to deliver next generation services. The Cisco ISG available at the Cisco routers automatically registers the attempts of subscribers to access to the network and identifies the type of service that is required for each subscriber, as well as the type of used device. The Cisco ISG is able to control the access to the services of different types, like as multimedia subsystems and other services, including those that not use the Session Initiation Protocol (SIP). The network topology depicted at this sample was built using the Cisco Intelligent Services Gateway (ISG). Using the predesigned Cisco icons from the libraries listed above you can produce complex Cisco Network Diagrams that adhere to the accepted standards of Cisco drawings.

Example 3: LAN Fault-Tolerance System Diagram

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco WAN, Cisco Switches and Hubs, and Cisco Routers. An experienced user spent 20 minutes creating this sample.

Directions associated with prevention of faults and with fault-tolerance are key for ensuring the reliability of computing systems. The fault-tolerance is a property of computer system to save performance and to continue the actions defined by the program in a case of occurrence any faults, errors, damages, failures of individual devices, units or circuits. Any fault-tolerant system characterizes by redundancy. The high performance and reliability, the capability for automatic reconfiguration and continued operation even after occurrence the faults is achieved in parallel computing systems, multiprocessor and multimachine systems. The most fault-tolerant computer systems are able to process several possible failures, including the failures of hardware, hard disks, input and output devices, software bugs, interface errors, bad command sequences, physical damages, and others. This sample shows a diagram depicting LAN fault-tolerance system. Using the ConceptDraw libraries, you can access a wide array of Cisco network icons, so you can quickly prototype a new network or document an existing one.

Example 4: Network Organization Chart

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco Optical, Cisco Switches and Hubs, Cisco Routers, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 10 minutes creating this sample.

The correctly organized network influences on many processes in organization and is the base of the accurate organization's work. The Network Organization Chart is a graphical representation of the hierarchical network organizational structure. It depicts the network functional units, used network devices and appliances, as well as visually illustrates dependencies between all nodes with help of network connections and links. The Network Organization Chart can be a great start for detailed network documentation, as well as serve as a visual instruction for new IT staff, or as a detailed illustration for a presentation of a designed network that will be constructed soon. With ConceptDraw DIAGRAM network diagramming software, you can create your own diagrams representing the networks’ organizational structures in minutes. This Network Organization Chart was designed on the base of Cisco hardware. You can correct this diagram, to skip some details or vice versa clarify some parts, to change equipment or to make other modifications depending on your needs.

Example 5: Roaming Wireless Local Area Network Diagram

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco Switches and Hubs, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 15 minutes creating this sample.

This sample diagram induces to talk about the roaming. There are two types of wireless LAN roaming: internal and external. The internal roaming lets the mobile station (MS) to move within the area with multiple access points and to switch automatically from one access point (AP) to another, which has better signal strength at the moment. The external roaming lets the mobile station to move into the WLAN of another provider and to take its wireless services. This is an example of a Roaming Wireless Local Area Network Diagram designed in ConceptDraw DIAGRAM software with help of Cisco Network Diagrams solution tools, which can be used for the educational or presentation needs, or as an illustration for professionally oriented analytical article. You can modify this example diagram with just a few clicks, add any additional Cisco icons, if needed, and to generate the illustration that is well suited to your current needs.

Example 6: Wireless Mesh Network Diagram

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco Switches and Hubs, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 10 minutes creating this sample.

A Wireless Mesh Network (WMN) is a type of communications network constructed with the radio nodes organized in a mesh topology using different wireless technologies. A WMN technology greatly extends opportunities and functionality of wireless access to the Internet, provides rich interconnections among devices and nodes. A Wireless Mesh Network consists from the gateways, the mesh routers forward the traffic to and from gateways, and the mesh clients, the typical ones are mobile phones, laptops and other wireless devices. Among numerous WMN advantages is its reliably and redundancy, it can be quickly deployed and provides secure wireless coverage (called a mesh cloud) as inside the premises as outside them, and of course we need to mention its ability for self-forming and self-healing, the nodes can communicate with each other directly or via the intermediate nodes, when some node can't operate anymore. This example is a schematic diagram of WMN that can be used to illustrate network documentation or educational materials about wireless networks.

Example 7: Cisco Network Diagram — Enterprise Private Network

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco Switches and Hubs, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 10 minutes creating this sample.

This Cisco network diagram sample is directed on depiction the Enterprise private network (EPN) using the frame-relay and dial-up. An enterprise private network is a computer network, which helps the enterprise business companies with several disparate offices to interconnect those offices in a network over a secure way and to share the computer resources. The enterprise private networks have a lot of advantages, such as encryption of messages that ensures protection of data traffic from the eavesdropping, security and privacy of data, it is also the cost efficiency and scalability of this type of networks, significant help in centralization IT resources, and the capability to provide the business continuity. As for the dial-up Internet access, it is a form of Internet access, which uses the means and facilities of Public Switched Telephone Network to set the dialed connection to Internet Service Provider, and is often used where the broadband internet access isn't available.

Example 8: Cisco Network Diagram — Frame Relay

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco Switches and Hubs, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 10 minutes creating this sample.

The frame relay is a standardized WAN (Wide Area Network) technology, which defines the physical and logical link layers of the digital telecommunications channels using the methodology of switching packets. The frame relay uses the newest achievements in technology of data transferring in global networks, it provides ability to transmit the data with commutation of packets through the interface between user devices (routers, bridges, computers, etc.) and network equipment (for example, switching nodes), and ensures high productivity and efficiency without compromising the information integrity. The users' devices are named the data terminal equipment (DTE), while the network equipment that provides the agreement with DTE is named the data circuit-terminating equipment (DCE). The network providing the frame relay interface can be either public data network or a network with equipment privately owned and supporting some separate enterprise. This example demonstrates the basic Cisco network diagram of a frame relay network.

Example 9: Logical Network Connections Diagram

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco Switches and Hubs, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 10 minutes creating this sample.

The logical topology (signal topology) is the placement of different devices at the computer network and their communications with one another. As for the network physical structure, physical layout of computer network devices and their physical connections with cables for the data transmission, it is named the network physical topology. The network logical topology is bound to the network protocols, it determines including the mechanism of communication the systems across physical topologies and how the data move through the network. The network physical and logical topologies can differ, and respectively their graphical representations for the same network at this case will vary. This Cisco Network Diagram illustrates the logical connections at the computer network constructed with Cisco network equipment. The powerful tools of Cisco Network Diagrams solution and the intuitive interface of ConceptDraw DIAGRAM software are the tangible help in rapid drawing the accurate and attractive Cisco network diagrams of any degree of complexity.

Example 10: Logical Network Diagram

This example was created in ConceptDraw DIAGRAM using libraries from the Cisco Network Diagrams solution. The libraries used were Cisco Switches and Hubs, Cisco Products Additional, and Cisco Network Topology. An experienced user spent 10 minutes creating this sample.

This Cisco logical computer network diagram example was created in ConceptDraw DIAGRAM diagramming and vector drawing software using the tools and vector object libraries of Cisco Network Diagrams solution. If the physical topology is the geometry of the network's construction, the logical topology determines direction of data flows between the network nodes and data transmission methods. Nowadays the Cisco network equipment is widely used in construction the computer networks. The Cisco icons of network devices, computers, routers, switches, hubs, firewalls, servers, security devices, video surveillance devices, telepresence devices, clouds and much more Cisco network symbols from the solution's libraries are useful for designing computer network topologies, for organizing the network information and representing it in a graphical view. They are helpful in creation the accurate and comprehensive diagrams, designs, schematics, and maps for the networks constructed on the base of Cisco equipment, which the best suit for further using in documentation and presentations.

More Examples and Templates

Design Elements — Cisco Multimedia, Voice, Phone
Design Elements — Cisco Network Topology
Design Elements — Cisco Optical
Design Elements — Cisco People

Design Elements — Cisco WAN
Design Elements — Cisco Buildings
Design Elements — Cisco Video Surveillance
Design Elements — Cisco Products Additional

Design Elements — Cisco Routers
Design Elements — Cisco Security
Design Elements — Cisco Telepresence
Design Elements — Cisco Media

Design Elements — Cisco LAN
Design Elements — Cisco IBM