Atoll is built on a 64-bit multi-threaded architecture, allowing it to handle the massive datasets required for modern urban network planning. Version 3.5 specifically refined the platform’s ability to simulate complex radio environments. One of its core strengths is its , which allows engineers to manage GSM, UMTS, LTE, and 5G NR within a single project. This unified approach is critical for "legacy" operators who must balance older 3G/4G services with the rollout of new high-frequency 5G cells. Key Features and Innovations in Version 3.5
The AFP engine optimizes frequency allocations, Physical Cell IDs (PCIs), and Random Access Preamble (PRACH) configurations. By analyzing interference matrices derived from propagation simulations and live network statistics, the AFP ensures minimal collision and conflict, maximizing spectral efficiency. 5. Integrating Live Network Data
+---------------------------------------+ | Atoll 3.5 Core Engine | +---------------------------------------+ | +-------------------+---------------+---------------+-------------------+ | | | | | +----+----+ +----+----+ +----+----+ +----+----+ +----+----+ | 2G GSM | | 3G UMTS | | 4G LTE | | 5G NR | | Microwave| +---------+ +---------+ +---------+ +---------+ +---------+
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Features to plan and optimize shared spectrum between 4G and 5G. 3. Improved Performance and Scalability
Efficient workflows and advanced simulation tools accelerate the deployment of new technologies, including 5G.
In the rapidly evolving world of telecommunications, the ability to plan, design, and optimize wireless networks with precision is critical. , a leading multi-technology radio planning and optimization software, stands at the forefront of this technological shift. Developed by Forsk , Atoll has become a staple for operators, vendors, and engineering firms worldwide, providing a comprehensive solution for managing complex network environments. Atoll is built on a 64-bit multi-threaded architecture,
Atoll 3.5 features comprehensive modeling for 5G NR and LTE-A Pro. Key capabilities include:
Supports advanced 5G NR deployment scenarios, including refined massive MIMO antenna modeling and mmWave propagation for urban environments.
In previous versions, Elias might have spent hours toggling between indoor and outdoor documents. Now, using the combined indoor/outdoor RAN planning features of 3.5, he seamlessly modeled a small cell inside the station. He watched as the software calculated the transition between the street-level 5G beam and the indoor antennas. The red turned to a healthy, vibrant yellow. This unified approach is critical for "legacy" operators
: Covers system setup, including distributed calculation servers, database upgrades, and coordinate system configuration. Atoll 3.5.0 Data Structure Reference Guide
A primary business driver for deploying Atoll 3.5 is its ability to model multiple Radio Access Technologies (RAT) simultaneously within a single project document. This approach allows unified traffic maps to dynamically shift data loads between overlapping network tiers. Atoll | PDF | Microsoft Excel | Computing - Scribd
: Seamlessly parses high-resolution digital terrain models (DTM), clutter heights, and vector layers while rendering gray-scale maps for Bing or OpenStreetMap online platforms. Core Multi-RAT Technology Support
Import your LTE sites as usual. In Atoll 3.5, the new hierarchy system allows you to attach NR cells directly to the existing eNodeBs, maintaining the NSA (Non-Standalone) relationship structure automatically.
No amplifier is perfect, and the Atoll 3.5 is no exception. Before you rush to eBay or Reverb, understand the trade-offs.