Cellular Infrastructure Engineering: From GSM to 5G

This intensive deconstructs the architectural evolution of global cellular networks. We analyze the physical and logical frameworks of GSM, LTE, and 5G, focusing on high-stakes components like SS7 signaling, HLR/VLR databases, and IMSI management. You will explore the physics of signal modulation, including OFDM and SC-FDMA, while mastering the backbone protocols that govern mobile data transmission. This is a technique-heavy exploration of network-level connectivity, designed for engineers who require an unfiltered view of how mobile signals are intercepted, processed, and secured within modern telecommunications infrastructures. Bridge the gap between basic networking and cellular signal mastery.

Operator Profile

Target Audience

  • Network engineers specializing in mobile signal architecture.
  • Security researchers analyzing cellular protocol vulnerabilities.
  • Professionals transitioning into high-stakes telecommunications roles.
  • Technical analysts focused on global connectivity standards.
  • Dedicated learners seeking mastery of cellular infrastructure.

Objectives

What I will learn?

  • Deconstruct SS7 signaling architecture and security protocols.
  • Master HLR, VLR, and IMSI database management logic.
  • Analyze GSM Base Station Subsystem and voice processing.
  • Implement advanced TDMA and air interface frame analysis.
  • Evaluate GPRS and EDGE packet data transmission mechanics.
  • Architect LTE network components including MME and S-GW.
  • Execute signal modulation techniques using OFDM and SC-FDMA.
  • Perform technical LTE cell search and frequency synchronization.

Recommended PRE-REQUISITE

Requirements

  • Fundamental understanding of networking and signal theory.
  • Access to a dedicated technical research environment.
  • Functional workstation with signal analysis software capability.
  • Commitment to mastering complex cellular architecture logic.

Module Skill level

Intermediate

EXCLUSIVE RESOURCES |

EXCLUSIVE RESOURCES |

$60.00 $199.00

Course Curriculum

GSM – The Evolutionary Mobile Communication Standard.
Explore GSM, the foundational standard of mobile communication since 1987, revolutionizing connectivity and enabling digital voice, text, and data services globally. Discover its evolution and impact on modern communication.

  • The Evolution of Cellular Networking: A Journey Through GSM and SDR to
    16:39
  • Exploring GSM Standards and Transmission Speeds in the Global System for Mobile
    09:56
  • Exploring Signaling System Number 7: Evolution, Architecture, and Role in GSM Networks
    13:45
  • Exploring SS7 and GSM: The Global System for Mobile Communications
    05:15
  • Exploring Classic and Modern Aspects of GSM: NSS and SS7
    14:11
  • Exploring HLR, VLR, and IMSI: Core Components of the GSM Network
    10:17

GSM: Exploring Base Station Subsystem and Voice Processing
Explore the Base Station Subsystem (BSS) and Voice Processing in GSM networks. This module delves into the structure, functions, and key components of the BSS, along with the role of voice processing in delivering high-quality calls.

Exploring GPRS and EDGE in Mobile Communication.
Explore the essential roles of GPRS and EDGE in mobile communication, from their significance as stepping stones to modern technologies like 3G and LTE, to their impact on voice clarity, data transmission, and the evolution of multimedia services.

Exploring LTE: The Foundation of 4G Mobile Technology.
Explore LTE, the foundation of 4G mobile tech, and discover how it revolutionized connectivity. This module delves into LTE's role as the key standard enabling faster data speeds, lower latency, and enhanced capacity over previous technologies like GSM/UMTS. Learn about its impact on modern telecommunications, supporting diverse devices and applications for a more efficient and enjoyable mobile experience.

$60.00 $199.00