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    " Before joining Primebit Solution I was nervous and scared of Technology and Software Development.But within a week i saw a drastic change in me.I see a huge improvement in my Technical and Inter-personal skills. "

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    " The course was structured with well thought out progression. The course started very simple and by the end of the course. "

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    " Really enjoyed the class and learnt way over my head but working on getting more information as the classes touched on some very interesting. "

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    " The training methodology at Primebit Solutionis really brilliant! It has made my fundamentals so clear that I can hardly wait to get working and put my learning into practice.

Prime Bit Solutions is engaged in offering the best RF Planning Training. Backed by a team of extremely talented and experienced faculty, we are able to provide you with a program that is great for improving, optimizing and maintaining network performance. Our RF Optimization Training is suitable if you are seeking explanations related to possible network issues that can arise on the core network side, BSS, and radio. In addition, our programs helps candidates detect such problems, offer solutions and attain a macro view of GSM networks. 

You can contact us any time for enrolling in our RF Planning Training. Our programs is affordable and one of the best in the market. Once, you are through the training, you will able to get better job opportunities and enhance your market value. 



 Course Name                        :               RF Planning & Optimization Training

 Deployment Options            :                Online/classroom - Instructor-Led Training

 Course Duration                   :                30-35 Hr


 Course Objective


  • The main focus of the training is how to improve, optimise and maintain network performances.
  • The course explains network possible problems that may arise on the radio and BSS and the core network side.
  • It discusses how to detect problems and proposes solutions.
  • At the end of this course, students will develop a macro view of GSM networks and performance.


 Target Audience


  •  Freshers, RF Engineers,OSS & BSS Engineers, Optimization Engineers, O&M Engineers & Technical support Engineers who have wish to shift their career into Wireless Chip Development.




  •  It is strongly recommended that candidates must have basic idea of C programming and Wireless concept.




 Module 1:                                                Advanced Basics of RF Planning


  • Frequency Planning
  • Nominal Planning
  • Coverage Planning
  • Capacity Planning
  • Neighbor Planning
  • Traffic Planning
  • Implementation
  • Initial Site optimization
  • Launch of Service
 Module 2:                                             Basics and Beyond of RF Optimization


  • Introduction to Air interface
  • Logical Channels & their factions
  • Concepts of Hopping, Dispersion, Timing Advance & BCCH Measurements
  • Handover Types, Functions and causes
  • Call Drop, Call failures & RF Failures
  • KPI Formation
  • Stats monitoring and solutions
  • Performance Management
  • Improving Quality of Service


 Module 3:                                         Introducttion to Map Info(Hands on Experience)


  • Software introduction
  • Practical Examples and usage
  • Database management & handling
  • Map's integration and usage
  • Generation of cell site data
  • Updating tables and databases in MapInfo


 Module 4:                                                                 Drive Testing


  • What's an RF Drive Test
  • Why Drive testing is done
  • Drive test types
  • Tools and Equipments
  • Introduction to TEMS
  • Drive testing in TEMS
  • Recording and Testing
  • Report Generation
  • TEMS Export functions
  • Advance tips for TEMS usage
  • Post Processing in TEMS
  • Post Processing in MapInfo
  • Report Generation & thematic Maps
  • Final Report Submission


 Module 5: LTE  Architecture and VOLTE


  • Background and Architecture of E-UTRAN and EPC
    • LTE QOS Framework
  • EPC Architecture
    • Interfaces in EPC
    • Function of MME, SGW and PGW
    • S1 and X2 Protocol Stacks
  • LTE Radio Architecture
    • Functionality of eNodeB
    • OFDMA principle in Uplink and Downlink
    • Basic Principles of MIMO
    • Reference Symbols
  • Mobility in LTE radio systems
    • Idle Mode mobility
    • Types of Handovers
    • Intra and Inter Frequency handovers
    • Session transfer to legacy technologies
    • IRAT Handovers
  • Voice in LTE
    • CS Fallback
    • VoLTE (Voice Over LTE)
    • VoIP and IMS ( IP Multimedia System )
  • Principles of Self Organising Networks (SON)
    • Automatic Neighbour Relations (ANR)
    • Automatic Configuration
    • Self-Healing Networks 


 Module 6:                                                               LTE Air Interface


  • General Principles of Radio Interface
    • Radio Interface techniques
    • FDD Mode vs. TDD Mode
    • Flexible Spectrum
    • Channel Coding and Forward Error correction(FEC)
  • Detailed Radio interface structure and Signalling
    • Channel Structure
    • Physical Signals in DL and UL
    • Radio protocols
    • Time Domain structure for both FDD and TDD mode
    • Downlink Transmission technique and OFDMA
    • DL Reference symbols
    • DL control signalling
    • HARQ
    • Uplink Transmission Techniques and SC-FDMA
    • UL control Signalling
    • Concept of Layers, Channel rank, Spatial Multiplexing, TX diversity, SU-MIMO, MU-MIMO, beam forming
  • Radio Resource Management and Mobility management
    • UL and DL scheduling principles
    • Dynamic and Semi-Persistent scheduling
    • Intra-LTE mobility in Connected and Idle Mode
    • Handover Events and Mobility Measurement
  • Radio Resource Management and Mobility management
    • UL and DL scheduling principles
    • Dynamic and Semi-Persistent scheduling
    • Intra-LTE mobility in Connected and Idle Mode
    • Handover Events and Mobility Measurement


 Module 7:                                                   LTE Protocols and Procedures


  • LTE and EPC Protocol Architecture
    • LTE Protocol, bearer and Tracking area
  • LTE QOS and Security
    • EPS bearer services and E-UTRAN Radio Bearer
    • Authentication Procedure
    • Radio Access Security
    • Transmission Network Security
  • Layer 3 Signalling Protocols
    • NAS protocol and authentication
    • RRC and lower layers in control plane
    • RRC signalling in System Information Broadcast, Paging and Mobility
    • X2AP signalling Protocol
    • S1AP signalling protocol
    • GTP-C signalling Protocol
  • Layer 2 Transport Protocols
    • PDCP and header compression and Ciphering
    • RLC protocol and Modes( Transparent, unacknowledged and acknowledged)
    • MAC protocol and HARQ, BCH and PCH reception.
    • Mapping of Transport channels
    • GTP-U protocol 


 Module 8:                                                     Radio Network Features


  •  Random Access 
    •  Timing synchronisation 
    •  Contention Based Random Access 
    •  Contention Free Random Access 
    •  Random Access Preamble 
  •  Idle Mode 
    •  Synchronization 
    •  Cell selection and reselection 
    •  Registration Update procedure 
    •  Paging 
    •  System Information 
  •  Power Control, Link adaptation and Scheduling 
    •  Open Loop power control for initial Access 
    •  Power of Common Channels 
    •  Uplink Power Control of PUSCH and PUCCH 
    •  Link adaptation of PDSCH, PDCCH and PUSCH 
    •  Scheduler 
    •  Impact of TDD 
    •  impact of MIMO 
  •  Mobility and IRAT handovers 
    •  Intra LTE-handovers 
    •  Inter-RAT handovers 
    •  Session Continuity 
    •  Events and measurement Reporting 
    •  CS Fallback 
  •  Automated Neighbour Planning 


 Module 9:                                                          LTE Radio Network Planning


  • General Dimensioning Principles
    •  Radio wave propagation
    •  LTE Bandwidth and DL and UL data Rates
    •  LTE UE category
  •  LTE Dimensioning process
    •  LTE Link Budget and Capacity calculation for LTE FDD and TDD
    •  Control Channel Dimensioning
    •  Tracking Area Planning
    •  Paging Capacity Calculations
    •  Subscriber and Traffic Growth Scenarios
  •  LTE Co-existence and Co-location Analysis
    •  Adjacent Channel Leakage Ratio (ACLR)
    •  Adjacent Channel Selectivity (ACS)
    •  Adjacent Channel Interference Ratio(ACIR) 


 Module 10:              LTE Network Planning using Forsk’s ATOLL ® Radio Planning Software


  •  Introduction to ATOLL ®
    •  ATOLL ® General Concepts
    •  ATOLL ® Working Environment
    •  Geographic data
    •  Radio Data
    •  Predictions
    •  Prediction Analysis, Reports and Exports
  •  LTE Network Modelling and analysis using ATOLL ® radio planning Tool
    •  LTE Predictions
    •  Neighbour Allocation
    •  Automatic Frequency and PCI allocation
    •  Frequency and PCI Plan Analysis
    •  Monte-Carlo Simulations for Capacity Analysis
  •  Advanced Features Modelling and analysis in ATOLL ®
    •  Network Deployment in Layers
    •  Uplink Power Control
    •  MIMO
    •  Reference Signal Power Boost
    •  Uplink MU-MIMO
    •  Inter-cell Interference coordination (ICIC)
    •  Fractional Frequency Reuse
    •  E-UTRAN Inter RAT Measurements
  •  Automatic Cell Planning
    •  Automatic Greenfield candidate sites planning
    •  LTE Site Selection using ACP
    •  Optimisation using Automatic cell Planning Tool 


 Module 11:            Tools


1. Cluster Level Optimization:-

-Traffic Sharing

-Load Balancing

-Microcell/Smallcell/DAS Planning According to Requirement.

-Geographical Ananlysis

-KPI Analysis

-Capacity Sites

2. Site/CellWise Optimization:-

-M.Tilt/E.Tilt/Azimuth/Height/Sector Addition

-Site Shifting




1.Anritsu :-

RSSI, Interference, Spectrum Analysis

2. LSM-R:-

Current Alarm, Event History, Cell Lock/Unlock, eNB Grow/Degrow, RET, Tree View, Dump Export/Emport, Commands, ALD Scripting, CellWise KPI………….,

3.MapInfo Professional:-

-Map Basic

-Tab Format

-Layer Control

-Tool Manager




-Key Board Shortcut







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