CDMA2000 and High-Speed Mobile Internet

CDMA2000 and High-Speed Mobile Internet

This set of e-Topics® provides an understanding of the Radio Access Network and the Mobile Internet infrastructure. CDMA2000® significantly contributes to relieving the bandwidth bottleneck associated with 2G networks, supporting improved voice capacity and high-bit-rate wireless data services, and combined with its graceful evolution from 2G networks CDMA2000® is intriguing to services providers looking to meet the needs of today’s increasingly mobile and information demanding users. CDMA2000® 1x networks were the first to provide high bit rate packet services up to 144 Kb/s. Support for 2.4 Mb/s services are being deployed in North American and other countries, and support for 3 Mb/s is being developed. This set of e-Topics® explain how CDMA2000® Supplemental Channels can support high bit-rate packets across the Radio Access Network, and how IP router-based Packet Data Serving Nodes (PDSN) can act as Mobile IP foreign agents to tunnel IP packets to mobile users. With wireless data applications driving subsc

Upon completion of this course, you should be able to: â€?Explain how CDMA2000 solves the 2G low bit rate bottleneck. â€?Describe how Mobile IP is able to deliver packets to mobile users even while they are moving and changing their point of access into the network. â€?List the major functions of CDMA2000 network infrastructure components as the PDSN, HA, FA, AAA servers, etc. â€?Delineate how the 1xEV evolution phases will be able to push the maximum bit rates to 5 Mb/s from today’s CDMA2000 1x limit of 144 Kb/s.

Objectives:
Upon completion of this course,
you should be able to:
�Explain how CDMA2000 solves the 2G
low bit rate bottleneck.
�Describe how Mobile IP is able to deliver
packets to mobile users even while they are
moving and changing their point of access
into the network.
�List the major functions of CDMA2000
network infrastructure components as the
PDSN, HA, FA, AAA servers, etc.
�Delineate how the 1xEV evolution phases
will be able to push the maximum bit rates
to 5 Mb/s from today’s CDMA2000 1x limit
of 144 Kb/s.

Upon completion of this course, you should be able to: • Explain how CDMA2000 solves the 2G low bit rate bottleneck. • Describe how Mobile IP is able to deliver packets to mobile users even while they are moving and changing their point of access into the network. • List the major functions of CDMA2000 network infrastructure components as the PDSN, HA, FA, AAA servers, etc. • Delineate how the 1xEV evolution phases will be able to push the maximum bit rates to 5 Mb/s from today¡¯s CDMA2000 1x limit of 144 Kb/s.


Table of Contents
LESSON 1: Understanding CDMA2000 and High-Speed Mobile Internet
Understanding CDMA2000
Network Architecture/Evolution
Operational Scenarios
Simple IP for CDMA2000
Mobile IP for CDMA2000
CDMA2000 Radio Technology
Profile - Jim Davis, Ph.D.
Profile - Jim Davis, Ph.D.
Course Assessment

This course focuses on the CDMA200 Radio Access Network and the Mobile IP infrastructure. CDMA2000®’s relief of bandwidth bottlenecks, support for improved voice capacity, high-bit-rate wireless data services, and its graceful evolution from 2G networks have made it intriguing to service providers looking to meet the needs of today’s increasingly mobile and information demanding user community. CDMA2000® 1x networks were the first to provide high-bit-rate packet services. This course explains how CDMA2000® Supplemental Channels can support high-bit-rate packet data across the Radio Access Network, and how IP router-based Packet Data Serving Nodes (PDSN) can act as Mobile IP foreign agents tunneling packets to mobile users.
Course Content
Introduction to Mobile IP and CDMA2000®
Perspective: Capabilities and Limitations, Standards, Comparisons, Evolution and Timeline
Network Architecture and Evolution to All-IP
Network Architecture Model
Network Components, Functions and Interfaces
Evolution to an All-IP Network
Quality of Service
Protocol Architecture
Operational Scenarios and Message Flows
Packet Session States: Dormant, Active, etc.
Session Initiation, Handoffs and Release
Mobile Session Initiation and Registration
Mobile-Initiated Session Release to Dormant
Network-Initiated Session Reactivation
Packet Session Release at Mobile Power-Down
¡°Simple-IP¡± for CDMA2000®
Portability vs. Full Mobility
Handling Portability
Security: IPsec Protocols, Authentication and Authorization, Firewall Implications
IETF Mobile IP for CDMA2000®
IETF RFC 3344 - Mobile IP
TIA-835: Wireless IP for CDMA2000®
TIA TSB-115: Wireless IP based on IETF Protocols
Secure Data Scenario using Mobile IP with IPsec
3G CDMA2000® Radio Technology
CDMA Major Characteristics and Evolution
How Supplemental Channels achieve high-bit-rate
Summary and Future Perspective
Technologies Fueling Continued Evolution
Perspective on 4G
Appendix: TCP/IP Protocols in Wireless Networks

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