Curriculum
9 Sections
42 Lessons
Lifetime
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Module 1: LTE Overview
5
1.1
LTE Course Introduction
1.2
Overview of LTE technology and its evolution
1.3
High data rates and low latency
1.4
Scalability and Flexibility
1.5
LTE Security Features
Module 2: Network Architecture
9
2.1
LTE Channels
2.2
LTE Frequencies
2.3
Multiple Input Multiple Output (MIMO)
2.4
Voice over LTE (VoLTE)
2.5
LTE-Advanced Pro
2.6
LTE Bearers
2.7
Quality of Service (QoS)
2.8
User Plane (U-Plane)
2.9
Control Plane (C-Plane)
Module 3: RAN Overview
7
3.1
Radio Access Network (RAN)
3.2
EUTRAN
3.3
eNodeB
3.4
User Equipment (UE)
3.5
Air Interface
3.6
Downlink (DL)
3.7
Uplink (UL)
Module 4: EPC Overview
5
4.1
Evolved Packet Core (EPC)
4.2
Mobility Management Entity (MME)
4.3
Home Subscription Server (HSS)
4.4
Serving Gateway (S-GW)
4.5
Packet Data Network Gateway (P-GW)
Module 5: LTE Interfaces
5
5.1
S1 Interface
5.2
S6a Interface
5.3
S5 Interface
5.4
S8 Interface
5.5
S11 Interface
Module 6: Multiple Access Techniques in LTE
3
6.1
Frequency Division Multiple Access (FDMA)
6.2
Time Division Multiple Access (TDMA)
6.3
Orthogonal Frequency Division Multiple Access (OFDMA)
Module 7: LTE Protocols
5
7.1
Radio Access Network (RAN) Protocols
7.2
Core Network Protocols
7.3
Internet Protocols
7.4
Multimedia Protocols
7.5
QoS Protocols
Module 8: LTE Course Conclusion
3
8.1
5G LTE
8.2
LTE Summary
8.3
LTE Course Downloads
Module 9: LTE Assessment
1
9.1
LTE Assessment
15 Minutes
10 Questions
LTE Fundamentals Course
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