LTE / SAE Overview

 This 3 day custom seminar provides the student with a survey of current and future Wireless Wide Area Networks and their role in a converged all IP telecommunications world. It provides the student with an understanding of the many nuances of competitive Radio Access (RAN) and Core network technologies as well as the Market implications of 3GPP Long Term Evolution (LTE) for new services and global spectrum allocations. While emphasizing 3GPP long Term Evolution (LTE), the course will provide context by reviewing and comparatively describing various protocol approaches of CDMA including MC CDMA (cdma2000 1x, 1xEV-DO Rev 0, A, B) DS CDMA (UMTS, Rel 99-07, HSPA and HSPA +) and evolutionary OFDMA systems (UMB, WiMAX, LTE,). Next, OFDM(A) will be outlined with concepts describing how it overcomes many radio channel impairments and intersymbol interference challenges to offer high data rates in a spectrally efficient manner. Then Long Term Evolution (LTE) as described in recent versions of 3GPP UMTS Rel 8 will be discussed. A Systems Architecture Evolution (SAE) overview followed by PHY, MAC RLC and RRC discussions will round out the topic. To put things in perspective, throughput performance and legacy 3GPP and non 3GPP (802.X) handoff call flows will be covered. Interspersed throughout the seminar will be fresh Market based discussions regarding new services including but not limited to; Push to X, LBS, Mobile TV, Mobile Payments, Surveillance, and Social Networking.

OBJECTIVES:

Describe history of communications & Present Market State

List and describe key communication system requirements

Differentiate 1st, 2nd, 3rd and 4th generation systems

State Key Spectrum allocations, PCS, IMT, AWS, 700 MHz and others

Identify current cellular (FDMA, TDMA, & CDMA) systems and explain their differences

Describe unique CDMA cellular system attributes and Evolution (1xEV-DO 0, A, B)

Compare cdma2000 and UMTS (WCDMA Rel 99-Rel 5)
 
Describe 3G Limitations and Drivers for Broadband Wireless & Ultimately LTE

Evolved EDGE

Discuss WCDMA Evolution Path to HSPA & HSPA+ (Rel 6-7)

HSPA Protocol Architecture
  HSDPA Channels and operation: HS-DSCH
HSUPA Channels and operation
  MAC-hs tasks/HSDPA Resource Allocation:
Fast Packet Scheduling
Fast Link Adaptation
  Fast H-ARQ

Understand benefits of OFDM (A) for broadband wireless and Broadcast systems

Understand Relationship with Wi-Fi, WiMAX, DVB-H and Media FLO

Understand OFDMA Principles
Orthogonality in Frequency domain
Carriers and subcarriers and symbols
Guard period and cyclic prefix
Multipath and doppler shift
Inter Symbol Interference (ISI)
Guard Times & Cyclic prefix and pilots
Fast Fourier Transform (FFT)
  Inverse Fast Fourier Transform (IFFT)

Discuss LTE Long-Term Evolution, 3GPP Rel 8

OFDMA in LTE (subcarriers, BW, IFFT,
Cyclic prefix sizes, PAPR,) and impacts on RF Planning
Frame structure and Resource blocks
System and Standards Overview
Downlink Channels frame structure and Resource Grid
Uplink Channels & frame structure
SC-FDMA
System acquisition and Physical layer procedures
Support for MIMO
Downlink Scheduling Information and Uplink Grant
Downlink Link Adaptation
HARQ
Downlink Packet Scheduling
Cell Search and Acquisition
Methods of Limiting the Inter-Cell Interference
Frequency Planning and Fractional Reuse
Downlink Physical Layer Measurements
Uplink Scheme: SC-FDMA (FDD/TDD
Uplink Physical Channels and Signals
Resource Grid
PUSCH Physical Characteristics
PUCCH Physical Characteristics
RLC RRC NAS Protocols

Describe LTE Network Architecture Models & Evolution to support Broadband Wireless
Flat IP Architecture
eNodeB
EPS Evolved packet system
SAE Gateway
Mobility Management Entity (MME)
SAE interfaces & Protocols
S1, X1, X2
VoIP on LTE
Service Call Flow Procedures

Understand Benefits of Advanced Antenna Systems such as MIMO
SDMA beam forming
MIMO: Space-Time coding
MIMO: Spatial Multiplexing
  MU-MIMO vs. SU-MIMO

Understand the IMS framework Protocols and SIP

Discuss LTE Performance and Deployment Predictions

LTE Interworking and Handoff

Review UMB, WiMAX

IMT Advanced Update

Describe present and future usage service models including

Femtocells

LBS Services & Mobile Social Networking

Mobile Advertising

Mobile Payments & Banking

Mobile Internet Devices

UGC User Generated Content

You are viewing the text version of this site.

To view the full version please install the Adobe Flash Player and ensure your web browser has JavaScript enabled.

Need help? check the requirements page.


Get Flash Player