Training

Moniem-Tech.com delivers different types of training (Live or Online) to cover all the generations of Wireless Cellular Communications i.e 1G, 2G, 3G, 4G and 5G.

GSM (2G) Training Topics: 

  • Introduction to Communication.
  • GSM (2G) History.
  • GSM (2G) Evolution.
  • Cellular System.
  • GSM Architecture.
  • GSM Air Interface.
  • GSM Call scenario.
  • GSM Handover.
  • GSM Location Update.
  • Time Advance.
  • GSM Power Control.
  • Capacity Dimensioning.

UMTS(3G) Training Topics: 

  • Evolution to 3G.
  • UMTS Wireless Technology.
  • WCDMA Wireless Fundamental.
  • Coverage and Capacity Principles.
  • UMTS Network Topology.
  • UMTS Power Control.
  • UMTS Handover.
  • UMTS Radio Interface.
  • 3G Call Scenario.
  • 3G Problem.
  • 3G Troubleshooting.

LTE(4G) Training Topics: 

  • LTE Introduction.
  • LTE Drivers.
  • LTE Benefits.
  • LTE technology basics.
  • LTE Network Architecture.
  • LTE Air Interface.
  • LTE Physical Layer.
  • LTE Radio Interface protocols.
  • LTE Radio Channels.
  • LTE Mobility.
  • LTE Procedures.
  • LTE Power Control.
  • LTE CSFB.
  • MIMO Technology.

VoLTE Optimization Training Topics: 

  • Motivations for VoLTE
    • Introduction to VoLTE.
    • VoLTE Principles.
    • VoLTE for Customers.
    • VoLTE for Operators.
    • Voice Solutions for LTE. 
  • SIP & IMS Architecture
    • Introduction to SIP.
    • Important SIP Messages. 
    • What is IMS?
    • Why we need IMS?
    • IMS Architecture
  • VoLTE Architecture
    • VoLTE Architecture.
    • VoLTE Protocol Stack.
    • VoLTE Capability in UE.
    • Radio Bearer for VoLTE.
  • VoLTE Call Procedure
    • Attach to LTE Network.
    • Bearer Setup and EPS Attach.
    • IMS Registration. 
    • E2E IMS Flow.
    • E2E VoLTE Call Setup.
  • VoLTE Mobility Optimization
    • LTE Mobility.
    • Intra‐Frequency Handover.
    • Inter‐Frequency Handover.
    • Single Radio Voice Call Continuity Procedure.
    • SRVCC Parameters Optimization.
    • Handover Parameters Optimization.
    • Fast Return to LTE.
  • VoLTE Performance-Enhancing Features
    • Robust Header Compression (RoHC).
    • Uplink coordinated multipoint reception (UL CoMP).
    • Semi-Persistent Scheduling for (SPS).
    • RLC Segmentation.
    • TTI bundling.
  • VoLTE Optimization
    • VoLTE Accessibility KPIs.
    • VoLTE Call Setup Failure.
    • VoLTE Retainability KPIs.
    • VoLTE Mobility KPIs.
    • VoLTE Integrity KPIs.
    • SRVCC Performance KPIs.
    • SRVCC Failure Rate.
    • High-level Troubleshooting Guide For Performance Analysis.
    • VOLTE Counters KPI’S & Thresholds.
    • VOLTE Optimization case studies during Drive Test.
    • VOLTE Key Optimization challenges.

5G Overview Training Topics: 

  • 5G Concepts and Drivers:
    • Key Drivers.
    • 5G Standardization.
    • Use cases and performance objectives.
  • 5G New Radio
    • 5G Spectrum.
    • 5G Physical Layer.
    • Massive MIMO.
    • BeamForming.
    • Beam Management.
  • 5G Core Network Architecture:
    • LTE EPC Vs. 5G Core.
    • Service-Based Architecture.
    • Core Network Elements.
    • Network Virtualization.
    • Network Slicing.
  • 5G Signaling:
    • 5G Signaling Flow.
    • 5G NR Initial Access.
    • 5G RAN Notification Area Update.
    • 5G Handovers.

5G RAN Training Topics: 

  • 5G Requirements and Standardization
    • 5G Basic Requirements.
    • 3GPP Standardization Process and Time Lines.
    • 5G Use Cases and Performance Objectives.
    • 5G services and applications.
    • Roadmap to 5G.
  • 5G New Radio(NR)
    • 5G RAN Overview.
    • Key Design Principles and Features in NR.
    • 5G NR Spectrum Bands.
    • 5G Carrier Bandwidths (CBW).
  • 5G Physical Layer Design
    • 5G New Radio Physical Layer.
    • Multiplexing and multiple access.  
    • Numerology and frame structure.
    • Physical Channels Design and Structures.
    • Physical Layer Reference Signals.
    • 5G NR protocol stack.
    • QoS Architecture in 5G NR.
  • 5G RAN Architecture
    • Standalone (SA) and Non-standalone (NSA).
    • NG-RAN elements: gNB, eNB, ng-eNB, en-gNB
    • NR and E-UTRA Dual Connectivity options
    • Comparison of 4G & 5G radio access networks.
    • 4G/5G Migration Strategies.
  • Massive MIMO and Beamforming
    • Massive MIMO Operation.
    • Beam Management in NR.
    • Initial Beam Establishment.
    • Beamforming and beam tracking.
    • Analog, Digital and Hybrid Beamforming.
  • 5G Signaling & Network Acquisition
    • 5G RRC states, and state transitions.
    • 5G RAN Notification Area Update.
    • 5G Signaling Flow.
    • 5G Cell Search and Registration.
    • 5G NR Initial Access.
    • 5G Random Access.
    • 5G Handovers and Mobility.

5G Business Training Topics: 

  • Module 1 
    • Defining 5G.
    • Why 5G is different?
    • Why do we need 5G?
    • Who is interested in using 5G?
    • How is the 5G standard developed?
    • 5G motivations, drivers and opportunities.
    • Innovation to deliver 5G.
    • Market insights, global trends, 5G forecast.
    • 5G Technology Vision.
  • Module 2
    • 5G disruptive capabilities.
    • 5G design principles.
    • 5G key enabling technologies.
    • 5G Spectrum considerations.
    • 5G Potential Use Cases.
    • Fixed wireless Access Special Study.
    • Cloud VR/AR Study.
    • Ultra-Reliable Low Latency Communication Study.
    • Tactile internet and its deployment phase.
  • Module 3
    • The Economic Impact of 5G Deployments.
    • E2E 5G architecture options.
    • 5G performance.
    • 5G Business Model.
    • 5G Monetization.
    • Example of costs and investment implications.
  • Module 4
    • 5G Opportunities & Challenges.
    • The key challenges in implementing 5G networks.
    • Overcoming the risks and enhancing the rewards on 5G implementation.
    • Security Innovation and Thought Leadership for 5G.
    • The Road to Network Sharing.
    • Public-Private Partnership.
    • Regulatory Hurdles.
    • What are the health risks associated with a 5G network?
  • Module 5
    • IoT in 5G World Study.
    • Need for Smart Cities.
    • Smart Cities: Services and Applications.
    • Smart Cities: ICT Requirements.
    • Current Limitations in Implementing Smart Cities.
    • Impact of 5G Technologies on Smart City Implementation.

For Training Requests, Send me Email at Moniem@moniem-tech.com