1x & 1xEV-DO
GSM & GPRS/EDGE
IP CONVERGENCE & IMS
LTE
UMTS (WCDMA)/HSPA/HSPA+
WiMAX
WIRELESS FUNDAMENTALS
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The idea of using a convenient wireless device for fast, anytime, anywhere access to the Internet is quite appealing. CDMA2000 (1x) is the 3rd generation solution for IS-95-based networks. This course covers the network architecture, CDMA protocol layers, call processing state machines, registration, call setup procedures and handoff scenarios. It takes an in-depth look at packet data services, and describes the radio interface and how 1x call processing is enhanced to support these features. The “always connected” paradigm and call processing enhancements to support bandwidth on demand are explained. Paging and access channel enhancements are clearly identified in this course. 1x enhancements related to mobility and power control are also discussed. This course has several walkthroughs that bring together key concepts, and uses actual drive test mobile logs to reinforce the 1x call processing concepts.
Learning Objectives
After completing this course, the student will be able to: • Identify the components of a CDMA2000 (1x) network • Define various identities of the mobile and network components in 1x call processing • Describe the importance of various states of the 1x call processing state machine • Identify the 1x radio enhancements for support of new services such as packet data and multimedia services • Step through the life of a 1x mobile – from system selection and registration to call setup and handoffs • Recognize how to achieve a particular data rate and how to change the data rates dynamically during a packet data session • Identify the importance of Mobile IP in 1x networks and step through the Mobile IP call setup • Sketch the connectivity of 1x network components and their importance in setting up voice and data calls
Intended Audience
This is a detailed technical course, primarily intended for a technical audience including those in system design, system integration and test, systems engineering, network engineering, operations, and support.
Suggested Prerequisites
• Overview of CDMA2000 Networks (eLearning)
Course Length
3 Days Instructor Led
Course Outlines / Knowledge Knuggets
1. CDMA2000 Network Architecture 1.1. Network architecture, interfaces and protocols of voice and data networks 1.2. CDMA2000 packet data network components such as PDSN and AAA 2. CDMA Technology Essentials 2.1. Principles of CDMA 2.2. Use of walsh and scrambling codes 2.3. Power control and handoffs 3. CDMA2000 Channels 3.1. Structure and operation of control channels 3.2. Radio configurations 3.3. Use of FCH and SCH 4. Call Processing Terminology 4.1. Mobile station identities 4.2. Call processing state machine 4.3. Service options for voice and data 5. Pre-call Operations 5.1. Initialization and idle state procedures 5.2. Slotted mode paging 5.3. Quick paging channel operations 6. CDMA2000 (1x) Call Setup Procedures 6.1. System access enhancements 6.2. Access handoffs 6.3. Voice and packet call setup 7. Packet Data Call Setup and Mobile IP 7.1. Packet data network elements 7.2. Mobile IP call setup for 1x 8. Services in CDMA2000 8.1. Various supplementary services 8.2. SMS, PTT, OTASP 8.3. Use of R-UIM 8.4. Support for MEID 9. Traffic Channel Operations for Data Call 9.1. Resource management of SCH 9.2. Use of RLP 9.3. Active and dormant state management 10. Mobility and Handoffs 10.1. Registrations and idle handoff 10.2. Soft handoff and soft slope algorithm 11. Power Control 11.1. Open and close loop power control 12. End-to-End Scenario 12.1. Voice and packet data services
CATALOG