5G Simulation Tools

For 5G network simulation, there are numerous simulation tools accessible, which are considered as efficient due to their own advantages and specialties. At a low cost and at good quality we carry out all 5G projects. Get best simulation results and implementation support from phddirection.com.  We provide several extensively employed 5G simulation tools together with their major characteristics and application areas:

  1. ns-3

Explanation: Generally, ns-3 is extensively employed for study and academic usages and is described as a discrete-event network simulator. A diversity of networking frameworks and protocols are assisted by ns-3, such as aspects needed for 5G simulation with NR and mmWave modules.

Major Characteristics:

  • It offers extensive physical (PHY) and medium access control (MAC) layer frameworks.
  • For NR (New Radio) and mmWave 5G protocols, ns-3 is assistive.
  • Specifically, for convention protocol deployment, it provides an extensible and adaptable model.
  • For improved simulation abilities, it supports combination with external libraries and tools.

Application Areas:

  • Comparison of various scheduling and resource allocation methods.
  • Research and creation of 5G mechanisms.
  • Performance assessment of 5G networks.

Instance Modules:

  • mmWave Module: This module is constructed by NYU Wireless. It assists mmWave frequencies and progressive MIMO approaches.
  • NR Module: Encompassing adaptable numerology and dynamic TDD, deploys 3GPP NR requirements.
  1. OMNeT++ with Simu5G

Explanation: For simulating computer networks, OMNeT++ is a discrete event simulation platform that is utilized. Especially, Simu5G is formulated for 5G NR and LTE-Advanced simulations and is determined as an expansion of OMNeT++.

Major Characteristics:

  • It supports extensive modelling of 5G NR PHY and MAC layers.
  • Specifically, for network slicing and adaptable frame architecture, it is assistive.
  • For extensive network simulations, it facilitates combination with the INET framework.
  • It aids progressive mobility frameworks and practical traffic generation.

Application Areas:

  • Simulation of end-to-end 5G network settings such as core and access networks.
  • Educational research on 5G NR and LTE-Advanced.
  • Assessment of novel protocols and methods in 5G networks.

Instance Modules:

  • Simu5G: Encompassing assistance for beamforming and massive MIMO, Simu5g offers NR-certain improvements to the INET model.
  • INET Framework: For internet protocols and network simulations, it offers an extensive library.
  1. MATLAB and Simulink with 5G Toolbox

Explanation: For numerical calculation and model-related structure, Simulink and MATLAB offer an extensive programming platform. Typically, standards-compliant operations and reference instances for 5G NR are offered by the 5G Toolbox in MATLAB.

Major Characteristics:

  • It supports standards-compliant 5G NR waveform generation and exploration.
  • For beam management, MIMO, and massive MIMO, it is very assistive.
  • Contains link-level simulation abilities encompassing beamforming and channel modelling.
  • For extensive system-level simulations, it facilitates combination with other MATLAB toolboxes.

Application Areas:

  • System-level simulations integrating physical layers and higher layers.
  • Modelling and assessing of 5G methods.
  • Link-level performance assessment.

Instance Modules:

  • 5G Toolbox: Typically, 5G NR physical layer methods and simulation instances are offered.
  • Communications Toolbox: For modelling and simulating communications frameworks, it involves suitable operations.
  1. Riverbed Modeler (formerly OPNET)

Explanation: Generally, Riverbed Modeler has the ability to assist a broad scope of network protocols and mechanisms such as 5G. It is referred to as a thorough network designing and simulation tool.

Major Characteristics:

  • It facilitates the complete designing of network protocols from PHY to application layers.
  • For different wireless communication principles like 5G, it is very assistive.
  • It provides widespread libraries for network devices and protocols.
  • Specifically, for simulation outcomes, it offers progressive visualization and analysis tools.

Application Areas:

  • Network scheduling and enhancement.
  • Performance assessment of 5G network implementations.
  • Simulation of end-to-end 5G communication settings.

Instance Modules:

  • Wireless Module: Typically, for wireless communication mechanisms like 5G NR, it offers frameworks.
  • Application Performance Module: This module contains the capability to facilitate the simulation of application-level effectiveness across 5G networks.
  1. GNS3

Explanation: GNS3 is determined as a network software emulator. To simulate complicated networks, it permits the integration of virtual and actual devices. GNS3 can be expanded for 5G simulations by means of suitable modules and combinations, when conventionally utilized for network engineering and functions.

Major Characteristics:

  • GNS3 supports actual-time network emulation through virtual and actual devices.
  • It facilitates the combination with different networking software and hardware.
  • To simulate network operations, it assists Docker containers and virtual machines.

Application Areas:

  • Combination with other simulation tools for extensive 5G network settings.
  • Emulation of 5G core network operations.
  • Assessing and verification of network strategies and arrangements.

Instance Modules:

  • Docker Integration: In Docker containers, permits executing network operations in an effective manner.
  • Virtual Machine Support: Typically, it facilitates combination with virtualized network operations.
  1. QualNet

Explanation: To offer high-fidelity and scalable simulations of wireless and wired networks, QualNet is considered as a network simulation tool.

Major Characteristics:

  • QualNeT encompasses the abilities of high-speed, extensive network simulation.
  • It offers elaborate systems for wireless communication such as 5G NR.
  • For actual-time network simulation and emulation, this is assistive.
  • It provides a widespread visualization and analysis tool.

Application Areas:

  • Research and creation of novel protocols and methods.
  • Simulation of extensive 5G network implementations.
  • Performance analysis of 5G mechanisms under different settings.

What are some good simulators for a 5G cellular network cell planning?

There are numerous simulators that play a crucial role in wireless networks simulations. The following are few of the efficient simulators for 5G cellular network cell planning:

  1. Atoll

Explanation: For radio scheduling and enhancement, Atoll is examined as major software. It also assists a broad scope of wireless mechanisms such as 5G NR.

Major Characteristics:

  • For precise coverage forecasting, atoll provides widespread propagation frameworks.
  • Encompassing assistance for massive MIMO and mmWave frequencies, it offers progressive modelling abilities for 5G NR.
  • For accurate clutter and environment data, it supports combined GIS (Geographic Information System).
  • Multi-technology scheduling and enhancement are facilitated.
  • It assists NR, LTE, and other modules.

Application Areas:

  • Autonomous network model and improvement.
  • Extensive 5G cell scheduling and network enhancement.
  • Simulation of intervention, coverage, and capability.

Website: Atoll

  1. Planet

Explanation: Planet is extensively employed for the structure and improvement of wireless networks. It is constructed by Infovista and is examined as an effective radio network planning tool.

Major Characteristics:

  • Planet provides high-resolution propagation frameworks for rural, urban, and suburban platforms.
  • By means of progressive characteristics such as massive MIMO and beamforming, it assists 5G NR.
  • It facilitates extensive capability and coverage analysis.
  • It offers support in combination with GIS for precise mapping and terrain data.

Application Areas:

  • Interruption exploration and reduction.
  • Model and enhancement of 5G networks.
  • Investigation of network effectiveness and capability scheduling.

Website: Infovista Planet

  1. ICS Telecom

Explanation: Typically, ICS Telecom is developed by ATDI, which is a wide-ranging radio scheduling and spectrum management tool.

Major Characteristics:

  • ICS Telecom provides precise propagation systems for a diversity of platforms.
  • It supports combined spectrum management and interruption analysis.
  • By means of progressive modelling abilities, it assists for 5G NR.
  • It is adaptable and scalable for huge network implementations.

Application Areas:

  • Coverage and capacity scheduling.
  • 5G network model and improvement.
  • Spectrum management and regulatory adherence.

Website: ICS Telecom

  1. WinProp

Explanation: For 5G and other wireless mechanisms, WinProp provides progressive radio propagation and network planning tools. It is constructed by Altair.

Major Characteristics:

  • WinProp offers extensive propagation frameworks such as experimental and ray-tracing frameworks.
  • Encompassing mmWave and sub-6 GHz bands, it assists for 5G NR.
  • It contains the abilities of indoor and outdoor network scheduling.
  • For accurate ecological designing, it supports combination with GIS.

Application Areas:

  • Simulation of indoor and outdoor settings.
  • Cell scheduling and enhancement for 5G networks.
  • Coverage and capability exploration.

Website: Altair WinProp

  1. Aircom ASSET

Explanation: Normally, ASSET is a powerful network scheduling and optimization tool. It is constructed by TEOCO.

Major Characteristics:

  • For precise coverage forecasting, ASSET provides wide-ranging propagation modelling.
  • Using characteristics such as beamforming and massive MIMO, it assists for 5G NR.
  • It facilitates combination with GIS for extensive ecological data.
  • For consistent scheduling among various wireless principles, it offers multi-technology assistance.

Application Areas:

  • Automatic network scheduling.
  • 5G network model and enhancement.
  • Intervention, coverage, and capability exploration.


  1. Mentum Planet

Explanation: For wireless networks such as 5G, Mentum Planet is an extensively employed network planning tool. It is a segment of Infovista Planet.

Major Characteristics:

  • Mentum Planet offers precise and high-resolution propagation frameworks.
  • By means of progressive characteristics, it assists for 5G NR.
  • It supports widespread coverage and capability exploration.
  • For accurate ecological designing, this facilitates GIS combination.

Application Areas:

  • Network performance assessment.
  • 5G cell scheduling and improvement.
  • Intervention analysis and management.

Website: Infovista Planet

  1. Cellular Expert

Explanation: Generally, a Cellular Expert is a network planning tool. For different wireless mechanisms such as 5G, it is assistive.

Major Characteristics:

  • For precise coverage forecasting, Cellular Expert offers progressive propagation systems.
  • It assists for 5G NR such as sub-6 GHz and mmWave.
  • For thorough environment and clutter data, it supports GIS combination.
  • It provides multi-technology assistance for extensive network scheduling.

Application Areas:

  • Automatic network model.
  • Model and improvement of 5G networks.
  • Intervention, coverage, and capability investigation.

Website: Cellular Expert

5g Simulation Tools and Topics

5g Simulation Tools List

The aforementioned 5G simulation tools have been developed and utilized by our team. If you are interested in incorporating them into your projects, we welcome you to collaborate with us for enhanced outcomes. We encourage you to explore the concepts presented on this page, as we strive for transparency in our work and conduct thorough research with comprehensive explanations. Please do not hesitate to share any challenges you may be encountering, as we are prepared to provide guidance and support.

  1. Cluster-Based Group Paging for Massive Machine Type Communications Under 5G Networks
  2. Devops based service orchestration in 5G virtualised networks – SONATA project demo
  3. Reflection Environment Maps for Enhanced Reliability in 5G Self-Organizing Networks
  4. Cournot Equilibrium in an Owner-Renter Model for 5G Networks under Flat-Rate Pricing
  5. 5G-COMPLETE: End-to-end Resource Allocation in Highly Heterogeneous Beyond 5G Networks
  6. Prototyping 5G Network in Laboratory Testbed with Virtual Deployment Environment
  7. Cross-domain 5G network management for seamless industrial communications
  8. Private 5G Networks for Cyber-Physical Control Applications in Vertical Domains
  9. A Systematic Literature Review of Security in 5G based Social Networks
  10. CygNet MaSoN: Analytics and Machine Learning Enabled Management System for 5G Networks
  11. The Block Chain Technology to protect Data Access using Intelligent Contracts Mechanism Security Framework for 5G Networks
  12. Research of Power Supply and Monitoring Mode for Small sites under 5G Network Architecture
  13. Dynamic fuzzy Q-learning for handover parameters optimization in 5G multi-tier networks
  14. New media identity authentication and traffic optimization in 5G network
  15. Holistic service-based architecture for space-air-ground integrated network for 5G-advanced and beyond
  16. A Cloud-Native Monitoring System Enabling Scalable and Distributed Management of 5G Network Slices
  17. Research on Wireless Resource Management and Scheduling for 5G Network Slice
  18. Resource Allocation and Admission Control Strategy for 5G Networks Using Slices and Users Priorities
  19. Minimum Cost Design of 5G Networks with UAVs, Tree-based Optical Backhauling, Micro-generation and Batteries
  20. The 5G Transparent Clock: Synchronization Errors in Integrated 5G-TSN Industrial Networks

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