COURSE # TOO-378
WCDMA and UMTS SYSTEMS OPERATION AND TECHNOLOGY
Introduction to WCDMA and UMTS - a clear presentation emphasizing the system issues
The explosive growth of cellular and PCS services worldwide provides indisputable proof of the success of the second-generation networks in meeting customer demands. Why then, with all the success, do we move to third generation (3G) systems? This course explores the reasoning and market forces that are driving the move to 3G, and the technical details associated with the most significant 3G proposal: the UMTS (Universal Mobile Telecommunication Services) and its radio interface technology: WCDMA (Wideband Code Division Multiple Access).
This course is an intensive overview of the UMTS with emphasis on its WCDMA air interface technologies as a GSM extension. The course concentrates on all three modes of the WCDMA radio interface (FDD, TDD-HCR, and TDD-LCR), and explores the UTRAN only to the extent needed to clarify the radio aspects. It starts with an overview of modern telecommunications networks, and the growing place of mobile networks within them. A quick review of GSM and its data services enhancements,
GPRS and EDGE, complete the introductory material. The course continues with a review of UMTS applications and an orientation into the network architecture, the specialized terms and abbreviations, and the 3GPP documents. Instruction continues with the basic concepts of CDMA, power control, the RAKE receiver, handovers, and the FDD operating mode. Once
the student has a grasp of the radio techniques, the WCDMA physical layer and its protocol stacks are explored. The UMTS networks (UTRAN, GRAN, and CN) are examined together with their interfaces and some procedures. Some new UMTS concepts are reviewed together with their typical operation. The course concludes with the two TDD operating modes (TDD-HCR and TDD-LCR), some network planning and management issues, and a glimpse into the future 4G systems, which are likely to evolve from successful 3G deployments.
Applications and benefits:
You will benefit by enhancing your understanding of the:
- You will benefit by enhancing your understanding of the:
- Place of UMTS technologies and standards in third generation cellular
systems.
- The structures and resources in UMTS systems.
- The techniques and operating modes of the WCDMA interface.
- Typical operating scenarios of the different types of UMTS networks.
- Network planning and management issues.
- The nature of 3G services and their evolution toward 4G
Who should attend:
This course presents an intensive overview of the UMTS networks and the WCDMA air interface of the UTRAN (UMTS Terrestrial Radio Access Network). The course is applicable to all who work in wireless, and particularly those who work in second-generation systems contemplating deploying 3G enhancements. It concentrates on the system aspects and the
details that arise from the WCDMA interface, and explores them in an evolutionary way from the GSM heritage. The course has been developed specifically for project managers, system engineers, technical marketing personnel, customer service supervisors, and all others who are involved in second-generation cellular systems and technologies, and contemplating 3G alternatives. Although the course has no prerequisites, and is specifically designed for a wide range of interest, prior
technical training in sciences, engineering, or equivalent experience is helpful.
Course Outline:
- Overview of Modern Telecommunications Networks.
- Transmission and multiplexing.
- Switching and Routing
- OSI Layers
- SS7 and TCP/IP
- Evolutionary Trends in Mobile radio Networks
- Standards bodies
- Justification for 3G
- Overview and History
- The legacy systems
- Proposed 3G standards
- General UMTS Architecture
- CDMA Principles
- Basic Concepts
- RAKE receiver
- Power control
- Handovers: hard, soft, relocation, and intersystem
- Modulation and SSMA
- Spread spectrum radio
- Frequency hopping
- Time hopping
- DS-CDMA
- QPSK and dual-channel QPSK
- WCDMA Physical Layer
- Channel coding and error detection
- Radio techniques and measurements
- Modulation, spreading scrambling and despreading
- Synchronization
- Power weighting and combining
- Uplink timing advance and synchronization
- Channels types: logical, transport and physical
- Transport channel multiplexing and formats
- Rate matching
- Physical channel mapping
- Modes: FDD, TDD-HCR, and TDD-LCR.
- Diversity: time, multi-path, macro, micro, and antenna
- Spreading Codes
- Orthogonal
- Pseudo-noise
- Synchronization
- Auto-correlation and cross correlation
- Inter-cell interference
- WCDMA Protocol Stack
- MAC - Medium Access Control
- RLC - Radio Link Control
- RRC - Radio Resource Control
- Cell selection and reselection
- Broadcasts and Paging
- Connections and bearers
- Measurements and handovers
- Outer loop power control
- UTRAN location management
- CN - Core Network
- Circuit-switched
- Packet-switched
- User plane and Control Plane
- PDCP - Packet Data Convergence Protocol
- BMC - Broadcast/Multicast Control
- Network Planning and Management
- TDMA vs. CDMA
- Planning process
- WCDMA planning
- Telecom Management
- Charging and Billing
- New UMTS Concepts
- Location services
- Super-Charger
- AMR
- Pre-paging
- MMS - Multimedia Messaging Service
- Gateway Location Register
- SoLSA
- Optimal Routing
- Smart Antennas
- Selected Procedures
- RRC connections
- Radio bearers
- Channel reconfigurations
- Bandwidth management (QoS)
- UMTS Applications
- WAP
- Java
- Bluetooth
- I-mode
- Ipv6
- Multimedia
- M-commerce and We-commerce
- 4G and the Future
- Satellites
- PAN - Personal Access Network
Text: Korhonen, Juha. Introduction to 3G Wireless Communications. Artech House, Boston, 2001
About the Instructor
Malcolm Oliphant is with Tektronix, where he is the Strategic Marketing Manager for the Mobile Business Unit. He has more then 30 years of experience with mobile radio systems, particularly with first and second generation cellular and PMR (Private Mobile Radio) systems. Malcolm was the Strategic marketing manager for IFR until early in 2000 and spent most of the 1990s with Schlumberger involved in early GSM deployments. He is currently formulating strategies for third and fourth generation cellular, and converged communications technologies and networks for Tektronix, which is assuming leadership roles in converged network testing and optimization. He has co-authored three popular books on GSM and PCS. Mr. Oliphant received his B.A., Summa Cum Laude, from Hawaii Pacific University, Kaneohe,Hawaii.
Details:
Course: TOO-378 Duration: 4 Days FEE: $1,599 CEUs: 2.88
Please direct any additional inquiries regarding this course
to Anita Hellstrom, Program Coordinator, by e-mail, FAX: (636) 273-4955 or TELEPHONE: (636) 273-9608.
Call toll free 1-800-683-7267 from anywhere in the
Continental U.S. or CANADA.
Last modified June 25, 2004.