Planning and design software for fiber optic networks
In a rapidly changing world, thinking ahead is essential. That is why we have developed specific software with GSD-Fiber, aimed at optimizing and automating the design of fiber optic networks. This low-maintenance, scalable and secure cloud solution enables you to always stay one step ahead.
Our software provides clear insight into the costs and risks of installing FttH networks. Our automatically calculated large-scale networks not only meet the technical specifications, but also the qualitative requirements from the schedule of requirements. This way you can focus on what really counts, while we take care of the technical details.
GSD-Fiber automatically calculates the network, distribution stations, trench techniques and house connections. The engineer only needs to check the design and adjust it to his own wishes.
The algorithm calculates a network using data on the current spatial situation, costs of material and output, lengths and user-specified constraints or wishes.
Experienced engineers are scarce. By using GSD-Fiber, a network is always designed according to the same standards and design rules. This ensures domain knowledge.
Our GSD-Fiber software embraces an iterative design process. This means that you as an engineer are always in the driver’s seat, with the freedom to refine and adapt designs. With the immediate feedback and validation that GSD-Fiber provides, you can be assured of a design that meets both feasibility and the program requirements. It’s a cyclical approach that ensures optimal results on every project.
Information is the backbone of every successful project. GSD-Fiber’s ability to integrate with external data sources – both spatial and non-spatial – means you always have access to the most relevant and up-to-date data. Whether it’s spatial data sources, databases or external systems, our seamless integration ensures you have all the information at your fingertips. This not only increases efficiency, but also allows for more informed decisions throughout the design process.
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