Course Details
With LTE now the cornerstone of global 4G services, this course provides an end to end view of a typical LTE deployment. As such, the architecture required for LTE, including the air interface and all of the key interfaces and protocols, is examined. The course then takes a “day in the life” approach to the LTE handset, detailing all of the typical activity an LTE handset undertakes as it interacts with the network; procedures such as Initial Attach, Bearer Establishment, Mobility and 5G Interworking are all considered. In conclusion, the course focuses on voice services, with emphasis on both CSFB and VoLTE.
This course is available as part of a package or for individual purchase. View purchase options to learn more.
Philip Nugent
Mpirical Trainer
Phil heads up Mpirical’s technical development, advising on the latest technologies and assisting the Mpirical team with his wealth of both historical and current knowledge. Phil’s specialist area is the mobile radio and RAN space, originally focussing on 2G and 3G technologies but more recently, heavily embedded with 5G New Radio for both Mpirical and customer specific projects.
£345
Individual Course
Module 1
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Defining LTE
LTE Roadmap and Drivers:
- 3GPP Roadmap.
- LTE Advanced and LTE Advanced Pro.
- LTE Releases and Versions.
4G Mobile Data:
- Growth of Mobile Data.
- LTE Drivers.
- 4G Fixed Wireless Access.
- Private LTE Networks.
- LTE Market Update.
Module 2
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LTE Architecture
The LTE System:
- Evolved Packet System.
- Mobile Equipment.
- Subscriber Identity Module.
- SIM and Device Identities.
LTE RAN:
- 4G Radio Access.
- Evolved Node B.
- eNB Protocol Stacks.
Evolved Packet Core Network:
- Evolved Packet Core.
- Control and User Plane Separation.
- Evolved Packet Core Protocols.
Evolving RAN Architectures:
- 5G Non Standalone.
- NSA Reference Point and Protocols.
- 4G in the NG-RAN.
- ng-eNB Protocols.
Module 3
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LTE Air Interface
LTE Radio Spectrum:
- LTE Radio Bands.
- LTE Carrier.
- FDD vs TDD.
- LTE Channel Number.
- Spectrum Refarming.
Multiple Access:
- Orthogonal Frequency Division Multiple Access.
- Subcarriers and Reference Signals.
- LTE Frame Structure.
- Multiple Access.
Enhancing LTE Performance:
- Modulation and Coding.
- MIMO Technology.
- Carrier Aggregation.
- Shared Spectrum Options.
Module 4
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LTE Initial Procedures
LTE Identities:
- Device and User Identities.
- E-UTRAN Identities.
- EPC Identities.
Tracking Areas:
- Tracking Areas Identity.
- MME Pool, S-GW Service and Tracking Areas.
Signalling in LTE:
- Stratums.
- EPS Mobility Management.
EPS Session Management:
- Default EPS Bearers.
- Radio Resource Control.
Initial Attach:
- PLMN and Network Selection.
- Cell Selection.
- Attach Procedure.
- Combined Attach.
Attaching without PDN:
- 4G Attach without PDN Connectivity.
Activity: Signalling analysis of an Initial Attach using Mpirical’s NetX.
Module 5
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LTE Security
Security in 4G Networks:
- Authentication and Key Agreement.
- Security in 4G Networks.
- 4G Authentication and Key Agreement.
4G Security Procedures:
- 4G Mutual Authentication.
- 4G NAS Key Distribution.
- 4G RRC Key Distribution.
4G Encryption and Integrity Protection:
- 4G Algorithms.
- 4G Encryption.
- 4G Integrity Protection.
Securing the E-UTRAN:
- Transport Security.
- IPSec Management.
Module 6
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Defining EPS Bearers
4G Sessions:
- PDN Connection.
- IP Address Allocation.
4G Quality of Service:
- Default and Dedicated EPS Bearers.
- EPS Bearer QoS Attributes Overview.
QoS Characteristics – Part 1:
- QoS Class Identifier.
- Allocation and Retention Priority.
QoS Characteristics – Part 2:
- Aggregate Maximum Bit Rates.
- Traffic Flow Templates.
- GTP Tunnels and Tunnel Endpoint Identifiers.
4G PDN Connectivity Establishment:
- End-to-End Tunnels.
- 4G Attach and Default EPS Bearer Establishment.
- LTE Tunnel Creation.
Dedicated EPS Bearer Establishment:
- 4G Dedicated EPS Bearer Establishment Procedure.
- End to End Tunnels.
Activity: Signalling analysis of EPS bearer related procedures using Mpirical’s NetX.
Module 7
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Utilizing EPS Bearers
EPS Bearers in Idle State:
- Idle and Connected States.
- EPS Bearers in ECM Idle.
- S1 Release.
4G Uplink Data Transfer:
- Uplink Data Transfer when Idle.
- Uplink Data Transfer when Connected.
4G Downlink Data Transfer:
- Downlink Data Transfer when Idle.
- Downlink Data Transfer when Connected.
Cellular IoT Enhancements:
- Non IP Data Delivery.
- Control Plane Cellular IoT EPS Optimization.
- Uplink and Downlink Data Transfer via SCEF.
Activity: Signalling analysis of EPS bearer utilization related procedures using Mpirical’s NetX.
Module 8
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LTE Mobility
Mobility in 4G:
- LTE Mobility.
- Mobility with the EPC.
Idle Mode Mobility:
- Cell Reselection.
Tracking Area Update:
- Tracking Areas.
- 4G Tracking Area Update.
4G Handovers:
- X2 Handover.
- S1 Handover.
LTE Roaming:
- Home Routed and Local Breakout.
- GRX and IPX.
Activity: Signalling analysis of mobility related procedures using Mpirical’s NetX.
Module 9
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3GPP and Non-3GPP Interworking
Interworking with 2G / 3G Networks:
- Inter RAT Mobility.
- 4G / 3G / 2G Interworking Architecture.
- 4G to 3G Packet Switched Handover.
- 4G to 2G Packet Switched Handover.
4G and 5G Non Standalone:
- 5G Non Standalone Architecture.
- Splitting Bearers.
- Option 3x.
- NSA Considerations.
5G NSA Secondary Node Procedures:
- Secondary Node Addition.
- Change of Secondary Node.
- Release of Secondary Node.
Interworking with Non-3GPP Networks:
- Non-3GPP Network Architecture.
- ePDG Selection.
- Non-3GPP Initial Attach.
Module 10
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LTE and Voice Services
Introducing Circuit Switched Fallback:
- LTE Voice Options.
- CSFB Network Requirements.
- CSFB Options.
CSFB Procedures:
- CSFB Initial Procedures.
- CSFB Mobile Originated Call Setup.
- CSFB Mobile Terminated Call Setup.
- CSFB and Text Messaging.
Introducing VoLTE:
- VoLTE Key Components.
- IMS Architecture.
- IMS Identities.
- VoLTE Initial Procedures
- VoLTE Support.
- VoLTE Registration.
- Post Registration.
VoLTE Call Procedures:
- VoLTE Media – Codecs.
- SIP Signalling Exchange.
- Establishing Dedicated EPS Bearers.
- End to End Call Example.
- Single Radio – Voice Call Continuity.
- Wi-Fi Calling.
Activity: Signalling analysis of CSFB and VoLTE procedures.
£345
Individual Course
Available as part of our Package Options
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£345
Individual Course
£495
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