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Whether you’ve been in the industry for decades or are navigating the challenges of today’s rapid growth, one truth remains constant: a clear view of your network and its operations is critical. With sprawling infrastructure, hybrid networks, and growing customer demand, keeping track of assets and processes can quickly become overwhelming.
In telecommunications, the modeling of network elements is essential for efficient network design and management. Two prominent tools used for this purpose are Ericsson Network Engineer and 3-GIS | Web. With the former heading towards its end of life, many network operators are now looking for a replacement solution. In this post, we explore the differences and similarities between these tools in relation to modeling telecom elements, providing insights into their respective functionalities and user experiences.
Connectivity modeling, or ensuring that fiber strands, splices, and equipment accurately mirror real-world configurations, is fundamental to fiber network management. In a recent poll conducted by 3-GIS, 40% of respondents answered that making logical connections and splicing consumed most of their time when it comes to network modeling.* Though challenging, streamlining this process is possible. Let’s explore a few ways to do so using 3-GIS | Web.
Welcome to the 2024 Q4 edition of Along the Path. In this edition, we’re focusing on ways to boost efficiency from using your data to help supplement your workforce to speeding up fault resolution.
As Ericsson Network Engineer (ENE) reaches its end of life, it's crucial for telecom companies to transition to a more advanced, future-proof solution. In this post, we’ll compare the work order management functionalities of Ericsson Network Engineer and 3-GIS | Web to aid in the transition between platforms—highlighting the similarities and differences in handling work orders, from planning and design to construction and finalization.
For physical network inventory systems, especially for fiber networks, versioning is a crucial concept. Versioning allows network planners and engineers to manage multiple states of a network, including how the network currently exists (as-built) and how it is planned to be (future state). Traditional versioning methods, however, come with significant challenges. In this blog, we will explore these challenges and the alternative provided by 3-GIS.
One question we get asked a lot of centres on how Esri and 3-GIS technologies combine to provide a comprehensive, GIS-based system of record. In this post, we’ll explain the collaborative relationship between Esri and 3-GIS and the respective roles they play in telecom network management.
I have always found maps to be interesting. Whether it was a nautical chart or fold out road map in the back seat of a car, I spent quite a bit of time looking at maps as a child. Even when I go somewhere today, I will often bring back a map as a souvenir.