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How to Design FTTH Networks for Free with GNI FREE Software

If you are looking for a free and easy-to-use software to design FTTH networks, you might want to check out GNI FREE. GNI FREE is a free version of Geospatial Network Inventory (GNI), a telecom network inventory system that was prepared for the telecom operators and companies that plan, design and build FTTH networks. GNI FREE is based on the QGIS geospatial platform, which is an open source geographic information system (GIS) that supports various vector, raster and database formats.

With GNI FREE, you can design FTTH networks using various tools and features, such as:

Importing and exporting data from different sources, such as shapefiles, CSV files, Excel files, etc.

Creating and editing network elements, such as ducts, cables, splitters, cabinets, etc.

Assigning attributes and properties to network elements, such as type, length, capacity, status, etc.

Performing network calculations, such as cable length, attenuation, optical power budget, etc.

Generating network reports and diagrams, such as cable routes, splice plans, bill of materials, etc.

Visualizing network data on a map with different layers and styles.

GNI FREE is a great tool for anyone who wants to learn how to design FTTH networks or who needs a simple and cost-effective solution for their projects. You can download GNI FREE from the official website of Ksavi Network Inventory: https://ksavinetworkinventory.com/ftth-design-software-free/In this article, we will show you how to use GNI FREE to design a simple FTTH network for a residential area. We will assume that you have already installed GNI FREE on your computer and that you have some basic knowledge of GIS and FTTH concepts. If you need more help, you can refer to the user manual and the video tutorials that are available on the website of Ksavi Network Inventory.

The first step is to create a new project in GNI FREE. To do this, click on the File menu and select New Project. You will be asked to enter a name and a location for your project. You can also choose a coordinate system and a map projection for your project. For this example, we will use WGS 84 / UTM zone 33N as the coordinate system and EPSG:32633 as the map projection.

The next step is to import some base data for your project. Base data are the background information that you need to design your network, such as roads, buildings, land use, etc. You can import base data from different sources, such as shapefiles, CSV files, Excel files, etc. For this example, we will import a shapefile that contains the buildings and the roads of the residential area. To do this, click on the Layer menu and select Add Layer > Add Vector Layer. Then browse to the folder where you have saved the shapefile and select it. You can also change the style and the label of the layer in the Layer Properties dialog box.

After importing the base data, you can start designing your network. The first thing you need to do is to create a network layer. A network layer is a special type of layer that contains the network elements, such as ducts, cables, splitters, cabinets, etc. To create a network layer, click on the Network menu and select Create Network Layer. You will be asked to enter a name and a type for your network layer. For this example, we will name it FTTH Network and choose Optical Fiber as the type.

Once you have created a network layer, you can add network elements to it using various tools and features in GNI FREE. For example, you can use the Add Duct tool to draw ducts along the roads, the Add Cable tool to draw cables inside the ducts, the Add Splitter tool to place splitters at strategic locations, etc. You can also edit the attributes and properties of each network element by double-clicking on it or by using the Attribute Table window.

As you design your network, you can perform various calculations and analyses using GNI FREE. For example, you can use the Calculate Cable Length tool to measure the length of each cable segment, the Calculate Attenuation tool to estimate the signal loss along each cable segment, the Calculate Optical Power Budget tool to check if the optical power is sufficient for each subscriber terminal, etc. You can also use the Network Report tool to generate various reports and diagrams for your network, such as cable routes, splice plans, bill of materials, etc.

When you are done with your network design, you can export your network data to different formats using GNI FREE. For example, you can export your network layer to a shapefile or a geopackage file using the Export Network Layer tool. You can also export your network reports and diagrams to PDF or Excel files using the Export Report tool.

GNI FREE is a powerful and user-friendly software that allows you to design FTTH networks for free. It has many features and functions that can help you with your network planning and engineering tasks. You can download GNI FREE from https://ksavinetworkinventory.com/ftth-design-software-free/ and start designing your own FTTH networks today. ec8f644aee