Network layout software download

You can easily make a network diagram and share it in your Confluence documentation or attach a network topology diagram to a Jira issue. Easy Network Diagram and Drawing Tool. Quick-Start Network Design Templates Dozens of network diagram examples make you instantly productive. Choose a network diagram template that is most similar to your project and customize it to suit your needs. Map and draw your network easily.

Exhaustive Network Symbol Library You get thousands of ready-made visuals and templates for computers, servers, hubs, switches, printers, mainframes, face plates, routers and more—many of them so detailed you can count the pins on the connectors. It uses a wide range of sophisticated layout algorithms to automatically arrange your diagrams, saving you time and effort. No, these tools don't have the power of their costlier brethren. But in the end, when you need a simple network diagram and you need it quickly and without an associated steep learning curve , each of the above tools will get the job done.

Have you had a good experience using any of these tools? What other tools would you recommend instead? Don't waste another second searching for IT and business apps--we've got you covered.

Our featured App of the Week might boost your productivity, secure your email, track career goals, and more. Delivered Thursdays. Note: This list is also available as a photo gallery. Network Topology Types Have you had a good experience using any of these tools? Because network design serves as the foundation for effective network monitoring, it directly informs your ability to maintain service quality. Without a comprehensive understanding of how your network components fit together, service quality maintenance becomes extremely difficult.

A topology map is useful in gaining an in-depth understanding of how your hardware communicates and the speed at which packets are transferred and how this impacts quality of service. By creating a robust topology structure, you can establish a network that prevents single points of failure and minimizes bottlenecks. With a topology map, identifying faulty devices becomes faster, more accurate, and less stressful. In a critical situation where rapid troubleshooting is required, effective network design and topology mapping can make all the difference.

The network design phase is normally executed by specialist network designers, IT administrators, engineers, or other IT professionals. It happens before the network infrastructure is fully implemented.

Network design is a complicated process involving evaluating and scoping the network to be implemented. The design process is typically depicted in the form of a network diagram, which is the blueprint for the physical implementation of the network. Network design will typically include the cabling structure, a logical map of the network to be implemented, the quantity of network devices, the type of network devices, the location of network devices, the IP addressing structure, and the network security architecture.

When it comes to network topology, the lower levels of the OSI model are the most important, so this guide will focus on the first four layers.

Knowing how these layers work will contribute to your understanding of how to design a network. As its name suggests, this layer refers to all the hardware and equipment on your network that can be physically handled.

This includes computers, cables, routers, printers, laptops, and everything in between. The physical layer also encompasses the wireless and electric signals. Equipment location will affect your service quality. Also called the logical link layer, this takes protocol data units, or PDUs, that have been transferred by the network layer and prepares them to be transmitted by a container. In an enterprise network, the Ethernet usually serves as the container, with most WAN providers using it to transmit your service.

This layer is also used by wireless IEEE The network layer determines the logical addressing and the direct path of every single communication. The network layer delivers data to the data link layer in a ready-to-transmit state. The transport layer is responsible for transporting the data.

All previous layers are involved in the process of addressing, routing, and delivery, while the transport layer determines how the information is broken down and delivered. It separates data into packets, reassembling them according to the direction they are traveling when appropriate, before sending them to the network layer. I have outlined their most notable benefits and any pitfalls you should be aware of. SolarWinds is a company with a reputation for creating some of the best IT monitoring and management programs on the market, including the well-known SolarWinds Network Performance Monitor , which most IT administrators are likely to be familiar with.

The SolarWinds product range is known for dependability, user-friendliness, and an intuitively designed user interface. Typically in a matter of minutes, this network design software produces network diagrams integrated with OSI layer 2 and 3 topology data.

This includes switch-to-node, switch-to-router, and switch-to-switch port connections, with other detailed device information. You can also use the auto-discovery capabilities to edit node details of map objects and connect network devices manually. All this data can be easily exported in an easy-to-view format.

NTM can also schedule updated map exports to the Network Atlas feature, which you can use to create custom network maps and diagrams.

Exports can then be shared with colleagues, so your whole team has visibility into your network topology. This network design software supports network regulatory compliance. In addition to auto-discovery, NTM can automatically detect changes to your network topology.

With scheduled scans, this tool keeps you informed of any new devices or changes. It also provides access to a range of reporting tools, including inventory and network reports, so you can stay on top of network information.

Reports can be generated for VLANs, subnets, and switch ports, as well. Report creation can be fully automated, saving you time and resources. As with other SolarWinds products, the user interface for Network Topology Mapper is easy to navigate.