Atoll One is a dedicated version of Atoll, specifically designed for the planning and optimisation of small to medium-sized outdoor and indoor Private Mobile Networks.

Atoll One includes all the essential features of Atoll needed to design, plan, and deploy 4G LTE, 5G and WiFi wireless private networks in any environment; it delivers the same level of performance, accuracy, and reliability that has made Atoll the industry-leading tool for radio planning and optimisation — all within a single, easy-to-install, easy-to-learn, and easy-to-use package.

Designing Private Mobile Networks in Confidence

Atoll One provides users with all the functionalities required to plan and optimise private LTE, 5G and Wi-Fi networks, in a package that includes GIS data required for any type of project. Atoll One can be installed in minutes and is the ideal solution for both Private Mobile operators and engineering working on a project basis.

Integrated In-Building and Outdoor Modelling

Atoll One allows designing the outdoor and indoor components of a private network in a common software environment, with full modelling of the interaction between both parts of the network. The Aster propagation model is built in Atoll One to provide a high level of accuracy.

Atoll One Features

  • Support for 4G LTE, 5G, and Wi-Fi
  • Support of Microwave Links
  • Detailed modelling of buildings, floors, and structural components: walls, horizontal and inclined surfaces, openings, pillars, tunnels, etc.
  • In-build Aster propagation model for macro and in-building multi-wall model
  • Import of floor plans in industry standard formats
  • Composite Multi-RAT indoor and outdoor predictions
  • Indoor active, passive, and hybrid DAS equipment modelling: sources, antennas, cables, amplifiers, master/expansion/ remote units, etc.
  • Comprehensive reports and bills of materials
  • Focus on design of small/medium network in in-building, macro or campus environments
  • In-building equipment catalogue
  • Import, display and analysis of drive and walk tests
  • Propagation model calibration