The software requires a mandatory upgrade to . This component controls multi-user versioning, allowing team members to check out specific geographic sectors of a master network design, make offline modifications, and merge alterations back into the main structural database without concurrency conflicts. 3. Modernized Operating Environments
: Incorporates realistic traffic scenarios to predict how individual narrow beams deploy dynamically to high-density user clusters.
: Offers the mathematical formulas and algorithms used for propagation and coverage predictions. Core Workflow in Atoll A typical planning process involves:
In the world of Radio Frequency (RF) planning and network simulation, names like Atoll have been synonymous with precision. For over two decades, Forsk’s Atoll has been the gold standard for mobile operators, equipment vendors, and consultants. While the tech world obsesses over the latest "Atoll 3.6" or the cloud-native "Atoll 3.7," the release remains a watershed moment—and for many legacy networks, it is still the benchmark. atoll 3.5
The Atoll 3.5 release introduced a wealth of new features across several sub-versions. Each subsequent version, from 3.5.0 through to 3.5.3, has brought significant enhancements to the platform's capabilities.
: Integrated cartography editor supporting Digital Elevation Models (DEM), clutter data, and 3D building data. Third-Party Integration : Interfaces directly with Google Earth Web Services
Atoll is a multi-technology platform used by mobile operators and equipment vendors worldwide to design, plan, and optimise wireless networks throughout their entire lifecycle—from initial rollout to capacity upgrades. Trusted by over 500 customers in more than 140 countries with over 10,000 active licenses, Atoll has become an industry standard for radio network planning. The software requires a mandatory upgrade to
The ACP module in Atoll 3.5 automatically optimizes network parameters to fulfill user-defined targets, such as maximizing throughput, eliminating coverage holes, or minimizing interference. It provides automated recommendations for: Antenna heights and positions Mechanical and electrical tilts Azimuth orientations Transmit power levels Automatic Frequency Planning (AFP)
One of the most notable enhancements in Atoll 3.5 is its . Instead of using standalone software for indoor floor plans and distinct tools for macro networks, engineers can model:
Atoll 3.5 transitions radio planning from a purely theoretical exercise into a dynamic, data-driven workflow by integrating live operational metrics. Performance Management (PM) & Configuration Management (CM) For over two decades, Forsk’s Atoll has been
Radio frequency (RF) planning depends heavily on high-fidelity geographic visualizations. Atoll 3.5 incorporates a refreshed, high-performance . This subsystem features fully redesigned application icons supporting high-DPI scaling and automatically adapts to native Windows scaling factors. Engineers can load massive, high-resolution raster files for Digital Terrain Models (DTM) and vector files for computation zones without interface lag.
: Improved visualization with support for gray-scale maps from Bing Maps servers.
Simulating multi-band deployments to analyze throughput gains and secondary cell coverage boundaries. IoT and LPWA Networks
, developed by Forsk, serves as the telecommunications industry standard for multi-technology wireless network design. This major release introduces deep architectural enhancements, expanded Massive MIMO antenna modeling, and native multi-RAT (Radio Access Technology) capabilities engineered to streamline the network lifecycle. Architectural Upgrades and Enhanced Core Framework
The platform delivers comprehensive support across several legacy and modern technologies: Atoll | PDF | Microsoft Excel | Computing - Scribd