Master the evolution of mobile networks from GSM to 5G, SS7, GPRS, SS7 Vulnerability, and Get Your skills for 2025!
What you will learn
Understand the evolution of mobile networks from GSM to LTE and 5G, including their architecture and core systems.
Learn the role of SS7 signaling in GSM networks and how it powers communication protocols globally.
Master key GSM components, including HLR, VLR, IMSI, and the Base Station Subsystem (BSS).
Explore SS7 and GSM integration and its role in ensuring seamless network switching and data management.
Dive into GPRS and EDGE technologies, understanding how they advanced mobile data services in GSM.
Analyze LTE architecture, including components like MME, PDN-GW, S-GW, and HSS.
Gain expertise in 5G technologies such as Dual Connectivity, CRAN, Flexible Numerology, and Massive MIMO.
Learn about network slicing and its applications in creating virtualized, scalable 5G infrastructures.
Discover 5G security protocols, including mechanisms for enhanced data protection and network integrity.
Understand 5G air interface technologies, including frame structure, cell acquisition, and data scheduling techniques.
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- Unlock the Secrets of Mobile Communication: Go beyond the surface to comprehend the intricate handshake between devices and the global infrastructure that enables your calls and data.
- Demystify the Wireless Ecosystem: Gain a foundational understanding of the radio frequency spectrum, modulation techniques, and the fundamental principles that govern wireless signal propagation and reception.
- Navigate the SS7 Maze: Understand the critical, often unseen, signaling backbone that connects mobile networks and enables features like call routing, SMS delivery, and roaming.
- Uncover SS7’s Digital Footprint: Explore how SS7 facilitates inter-network communication and the implications of its architecture for security and service provision.
- The Genesis of Mobile Data: Trace the evolution of mobile internet access, from early packet-switched services to the high-speed experiences of today.
- Transitioning to Modern Mobility: Grasp the key technological shifts that paved the way for faster data rates and enhanced user experiences.
- The Foundation of Next-Gen Networks: Comprehend the architectural paradigms that define today’s high-performance mobile networks.
- The Intelligence Layer of 5G: Explore the sophisticated control and user plane functions that orchestrate the seamless operation of 5G services.
- Beyond Connectivity: The Versatile 5G Canvas: Discover how 5G enables diverse applications through its ability to adapt and cater to specific service requirements.
- The Future of Network Design: Understand the revolutionary concept of creating isolated, dedicated virtual networks on a shared physical infrastructure.
- Fortifying the Digital Frontier: Learn about the advanced security measures implemented to safeguard sensitive data and ensure the integrity of 5G communications.
- Mastering the Airwaves: Delve into the sophisticated techniques that govern how devices and base stations interact efficiently to transmit and receive data.
- Real-World Application Insights: Connect theoretical knowledge to practical scenarios, envisioning how these technologies shape industries and daily life.
- Embrace the SDR Advantage: Understand how Software-Defined Radio empowers experimentation and hands-on exploration of wireless protocols.
- Prepare for the 2025 Landscape: Gain a forward-looking perspective on the skills and knowledge crucial for success in the evolving telecommunications sector.
- PROS:
- Comprehensive Coverage: Encompasses the entire spectrum of mobile network evolution, providing a holistic view.
- Future-Proof Skillset: Equips learners with knowledge relevant to the cutting edge of mobile technology.
- Practical Relevance: Focuses on technologies that are actively shaping global communication.
- Foundation for Innovation: Builds a strong base for exploring advanced wireless concepts and research.
- CONS:
- Technical Depth: May require a strong foundational understanding of computer science and networking principles for optimal comprehension.
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