There are many reasons why cables break and fiber networks go down. In the design phase, it’s important to spend significant time on contingency planning and developing networks that are built to last.

There are many decisions that need to be made during the fiber network design phase. However, these decisions can be grouped into higher-level buckets that make it easier for operators to prioritize.

Today, many operators rely on fiber network design software programs to plan their projects. By using fiber design software, operators can reduce their overall design time, efficiently evaluate different network layouts, and collaborate with others throughout the process.

Fiber optic network design is critical for several reasons.

First, a network’s design is fundamental to meeting the underlying business objectives. Operators must ensure that every network element is appropriate for the anticipated bandwidth demands and end user services.

Fiber optic network design describes the end-to-end process of preparing to launch a new fiber network. The design phase includes many decision areas, all of which are important to the operational and financial success of fiber networks.

There are many reasons to invest in fiber optic networks today.

First and foremost, technological innovation requires it. All over the world, demand for high-speed, broadband internet is increasing and data usage is growing rapidly. Copper wires are no longer able to support the level of connectivity that consumers and businesses need.

There are many different types of GIS platforms. 

Choosing the right one for your organization depends on a variety of factors -- your specific needs, platform usability, costs, etc.

Fiber network management and GIS solutions go hand-in-hand. 

When it comes to creating fiber maps, GIS platforms are crucial for several reasons. Both network developers and operators benefit tremendously from being able to build high-quality visual representations of their fiber networks.