4G LTE Simulator [Performanace Analysis]

4G LTE Simulator [Performanace Analysis]

What is meant by 4G LTE Simulator? In general, simulation is the process of eliminating the physical integration challenges by virtual integrations and analysis. It is mainly subject to the cost-effective feature. Now we will see about the simulator in 4G technology. The acronym for the 4G LTE is Fourth Generation Long Term Evolution. The emerging fourth-generation technology has more reliability since it has fascinating factors that should be researched by the researchers.

The advancement in quality of the services in the 4G technology is the only thing that is deliberated as the matter. The protocols involved in the transmission of the data are subject to the performance of the bandwidth of the network. It is time to know about the enable 4G.

In this article, you will be educated on the Fourth Generation Long Term Evolution Simulator in brief!

What is meant by the 4G LTE enabled?

  • 4G is the updated version of the 3G technology 
  • As already stated LTE denoted for Long Term Evolution
  • LTE is specifically used in the fourth generation technology
  • This is meant for fastest internet doings
  • As this has the feature like profligate we can import or export files up to 10 times faster compared to the 3G technology

 This is the short and sweet overview of the 4G LTE Simulator technology and why we are enabling the 4G LTE in smartphones. As our researchers are mainly focusing on the ease of your understanding they are always providing the nut and bolt points. Without wasting time we will discuss the background of the 4G technology.

Outline of the 4G LTE Simulator

  • In every technology use cases are playing the vital role
  • 4G technology making use of the Smart Grids as its use case
  • The demand and supply of the energy flows will be remotely adjusted with the modifications
  • This is the automated use case and electric network which observes the flow of the energy
  • Smart grids have different perspectives on the technical requisites following the inflexibility in the transmission of the data over the cellular networks and the trustworthiness of the network necessities
  • These parameters will be sorted out in the 5th Generation technology which is excepted in the 2G, 3G, and 5G

Characteristics of 4G Technology

  • Presented Bandwidth
    • Up to 20 MHz starts from 1.4, 3, 5,10, 15
  • Delay of the User layer
    • less than 5MS
  • Delay of the Control Layer
    • Less than 100 MS
  • Movement Speed of the Subscriber
    • The subscriber movement speed supported by the 4G LTE is up to 500 km/per hour which starts from minimum speed 0 and 15 km/ per hour
  • Determined data rate (20 MHz bandwidth)
    • Uplink supports up to 50 Mbps
    • Downlink supports up to 100 Mbps and more
  • The capability of the Control Layer (5 MHz bandwidth)
    • Controls over the 200 users for each mobile phones
  • Coverage of the Cells
    • The supported cell coverage is up to 100 km instead of 1-30 km

These are the features involved in the 4G technology in general. As of now, we gave you the Outline of the 4th generation technology. We hope that you will understand. We would like to remark that we are the company that served around 120 + countries in the world with our ideologies and guidance to the researchers. Now we will see about the simulator tools used in the 4G technology.

Simulation Tools for 4G Technology

   In open source interconnections and TCP/IP stack reference model, there are several services are running for reliable network communication. In this given reference model network simulators are utilized to execute the network emulations.

  • In 4G technology, the source code is open for every individual following the assistance which will enhance the performance of the 4G technology and it is helping to eliminate the errors
  • As this is open for enhancement it can replicate the innovations made in the technologies earlier than the commercial network simulators

 This is all about the simulator tools used in the 4G LTE Simulator in real-time. The world is moving to the next generation of technology by researching fourth-generation technology. Generally, every research needs an expert’s guidance to accomplish the best results. As we are providing the research ideas and guidance to our clients we suggest you get interaction with our experts to exhibit your ideas.


            In this following passage, we will discuss OMNET++. It is a noncommercial simulator tool that is used for academic or teaching purposes.

  • The communication network is the main application of area used in the OMNET++ simulator
  • The elasticity of the OMNET++ structure results in the hardware designs, data systems, and queuing systems even in the progression of the business.
  • This is GUI based on a certified open source component
  • Components of the OMNET++ is stated as modules and they are developed by the C++ programs
  • Advanced level simulation tool which is used to propagate the modules
  • These modules can be used again by merging up the core features of the OMNET++
4G LTE Simulator Tools

The Modules of the OMNET++

The modules of the OMNET++ are listed out by experts for your better understanding. They are as follows,

  • The user interface is a command-line mode for the simulation (Cmdenv)
  • Graphic output vector drawing tool (Plove)
  • Kernel library for the simulation
  • Topology of NED language Compiler (NEDC)
  • Graphic output scalars with visualization tool (Scalars)
  • Auxiliary tools (file creation tool)
  • Network editor for Graphical NED file (GNED)
  • GUI for Simulation (Tkenv)
  • Documentation tool for the model (opp_neddoc)

   OMNET is supported by Unix-based, Linux-based operating systems and windows versions like Windows 7, 8, XP, and Win2k. These are the modules of the OMNET++ simulation tool. Now we will see how the frameworks of the OMNET++ are used by the SimuLTE.


  • Like OMNET++ this is also meant for the educational purpose
  • This is also an open-source discrete event simulator
  • The NS3 simulation tool is certified as GNU GPLV2 license for research and development


  • SimuLTE is a kind of simulation tool which is the advanced mode of the OMNET++
  • It makes use of the OMNET++ frameworks for the enhanced performance of the LTE and LTE latest systems
  • The script of the SimuLTE is written in the form of a C++ program
  • It is an open-source tool, it also makes use of the INET frameworks
  • OMNET++ V4.6 and INET framework V2.3 must be installed for the application of this tool
  • SimuLTE is well-matched with the Linux windows and Mac OS operating systems

These are the eminent simulator tools used in wireless technologies. OMNET++, NS3 have their predefined features to ensure the efficiency of the computer networks. It should be noted that our experts are exploring the knowledge in emerging technologies and they are having hands-on practice. Hence they are highly capable of guiding the researches for 4G LTE Simulator. So that if you are searching for any guidance regarding network,

We are there to help you out and feel free to approach us!!

            In this regard now we will see about the LTE-EPC model components in detail. They are mentioned below for your understanding.

OPNET Modeler

  • It is a kind of simulation tool which is commercial and objects oriented by the river bed technology
  • This simulation tool helps to build the layer 1 to Layer 7 i.e. physical layer to application layer
  • Every network needs a graphical imagination for the planned model, for this purpose OPNET simulation tool facilitates the visualizations for the communication network
  • The discrete event simulation method accomplishes the behavioral performance
  • The OPNET has the biggest advantage is that it permits for the creation of protocol models with the assistance of their editors and listing them in the libraries for case study
  • As already stated it is the commercial simulation tool that will provide effective visualizations for users

OPNET Modeler offers

  • OPNET Simulation has the Graphical User Interface (GUI) which is supported in the windows system this feature helps to design the network environment very quickly
  • It has the default nodes with well-defined core functions for the ease of flexible entire simulation platform


  • This model is completely object-oriented
  • 32-bit and 64-bit corresponding simulation kernel
  • Rapid discrete event simulation mechanism
  • Wireless simulation support with scalability
  • Support on grid computing
  • Configuration of the external aspects related to libraries
  • Debugging analysis based on the GUI
  • Wireless modeling designing

These are the features of the OPNET model in real-time. As this model is completely object-oriented it will offer effective results. In addition, we would like to remark our experts,

Our expert researchers and the developers are habitually guiding the students and the scholars on their projects and the researches in the emerging technologies!!

LENA (LTE-EPC Network Simulator)

 This is the kind of Network Simulator that helps to establish the enhancement of the NS3 LTE module. These have two main aspects they are mentioned below for the ease of your understanding.

  • EPC Model (Engineering Procurement Construction)
    • Packet Gateway (PGW), Standard Wire Gauge (SWG), and Mobility Management Entity (MME) are involved by the essential network interfaces and the protocols of the EPC
  • LTE Model (Long Term Evolution)
    •  This model makes use of the radio stack protocols among the User Equipment

 (UE) and the Earth and Beyond (ENB) nodes

Various ENB nodes are interconnected to the SWG/PGW for the flow between them. EPC model offers the simulation tools for the IP configuration following the LTE model.

NS3 vs. NS2

  • Reliability
    • The components of the protocol are specially modeled for the closer interference with the real computers
  • Graphical Support
    • NS3 utilizes the lightweight VMware’s whereas NS2 doesn’t use the virtual machines
  • Observing the Architecture
    • NS3 simulation kernel has the enriched frameworks for observing the architecture and the collection of statistics
  • Software Kernel
    • NS3 kernel script is written in python and C++
    • Whereas the NS2 is written in OTCL

   So far we gave you the 4G LTE simulator tools as briefly. As the world is moving to next-generation technology it is important to know about the simulation tools to make research in the fields of advancement of the 5G. Generally, research requires an expert’s guidance whereas our research team ensures the guidance with a clear explanation following the real-time instances.

Welcoming you and transferring the knowledge to you is our primary motto! Feel free to approach us!!

Live Tasks
Technology Ph.D MS M.Tech
NS2 75 117 95
NS3 98 119 206
OMNET++ 103 95 87
OPNET 36 64 89
QULANET 30 76 60
MININET 71 62 74
MATLAB 96 185 180
LTESIM 38 32 16
CONTIKI OS 42 36 29
GNS3 35 89 14
NETSIM 35 11 21
EVE-NG 4 8 9
TRANS 9 5 4
PEERSIM 8 8 12
RTOOL 13 15 8
VNX and VNUML 8 7 8
WISTAR 9 9 8
CNET 6 8 4
ESCAPE 8 7 9
VIRL 9 9 8
SWAN 9 19 5
JAVASIM 40 68 69
SSFNET 7 9 8
TOSSIM 5 7 4
PSIM 7 8 6
ONESIM 5 10 5
DIVERT 4 9 8
TINY OS 19 27 17
TRANS 7 8 6
CONSELF 7 19 6
ARENA 5 12 9
VENSIM 8 10 7
NETKIT 6 8 7
GEOIP 9 17 8
REAL 7 5 5
NEST 5 10 9

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