pdf_gross.gif Long Term Evolution (LTE) in 3 Hours

Webinar Description

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  • This Webinar addresses the needs of everybody who needs to understand the technology and concepts of LTE as the future 4G standard of 3GPP.
  • After the general introduction to 4G standards is given, the Webinar starts with an introduction of the requirements of LTE.
  • The following part presents important characteristics of the key layer 1 technologies: OFDM and MIMO.
  • The Webinar continues with a description of the LTE L1. Among others we evaluate in detail the application of essential technologies like OFDMA for the downlink and SC-FDMA for the uplink in LTE as well as the LTE frame structure.
  • This part concludes with the discussion of the physical layer procedures.
  • The next chapter evaluates in detail the higher layer protocols of E-UTRAN.
  • This chapter is presenting the initial context setup procedure of LTE and is describing the data flow of a TCP/IP packet trough the protocol layers.

backtotop.gifSome of your questions that will be answered

  • What is LTE and why it is introduced in the first place?
  • What are the requirements for LTE and how do they differentiate from those of UMTS?
  • What are the key characteristics of LTE’s (E-UTRAN’s) layer 1 and layer 2/3?
  • How does the LTE and SAE (System Architecture Evolution) evolved mobile radio network look like?
  • How do the basic physical layer technologies of LTE like OFDM and MIMO work?
  • How the physical frame structure is facilitating the use of a flexible bandwidth allocation?
  • How the physical layer procedures work in LTE?
  • How the throughput of the UE categories can be calculated?
  • What are the tasks of the higher layer protocol entities and functions of the enhanced node B: MAC, RLC, PDCP, and RRC?
  • How in detail the TCP packets travel through the protocol layers?

backtotop.gifWebinar Duration

  • app. 3 hours (+ 2 breaks)

backtotop.gifParticipation Fee

  • 498.- €

backtotop.gifDetailed ToC

Part 1: Principles and Motivation of LTE

  • Mobile Radio: Comparison between 3G and 4G
  • Requirements on LTE
  • LTE and System Architecture Evolution (SAE)
  • The E-UTRAN Protocol Stack
  • Overview Channels of E-UTRAN

Part 2: Key Technologies of the LTE Physical Layer

  • Introduction OFDM Technology
  • Introduction to MIMO Technology

Part 3: The Physical Layer of E-UTRAN

  • The Use of OFDM/OFDMA in LTE
  • The DL Physical Channels and their Frame Structures
  • The UL Physical Channels and their Frame Structures
  • Physical Layer Procedures
  • UE Classes

Part 4: The Higher Layers of E-UTRAN

  • Features of MAC, RLC, PDCP, RRC
  • NAS Protocol States and Transitions
  • QoS and Security in LTE
  • Initial Context Setup Procedure
  • How a TCP MTU is reaching the UE / the Internet

v1.000

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