HSPA+ Protocols, Procedures and Signaling (R7, R8 & R9) Training

HSPA+ Protocols, Procedures and Signaling (R7, R8 & R9) Training


HSPA+ Protocols, Procedures and Signaling (R7, R8 & R9) Training Course Description

Learn about 3GPP HSPA+ protocols, procedures, and signaling as covered in Releases 7, 8 and 9. HSPA+ provides many L1 and L2 enhancements and optimizations to eHSPA and it is able to improve and increase both uplink and downlink data rates including peak throughput, air interface efficiency, UTRA-capacity and latency reduction for RRC and user data transfer.

Customize It:

With onsite Training, courses can be scheduled on a date that is convenient for you, and because they can be scheduled at your location, you don’t incur travel costs and students won’t be away from home. Onsite classes can also be tailored to meet your needs. You might shorten a 5-day class into a 3-day class, or combine portions of several related courses into a single course, or have the instructor vary the emphasis of topics depending on your staff’s and site’s requirements.

HSPA+ Protocols, Procedures and Signaling (R7, R8 & R9) TrainingRelated Courses:

Duration: 5 days


Discuss the basic enhancements of HSPA+
Discuss key HSPA+ features
Describe Key HSPA+ protocols
Explain HSPA+ key procedures
Explain HSPA+ key signaling and messaging
List HSPA+ radio and core optimization components
Identify HSPA+ design and detailed system features
List features of HSPA+ (R7, R8 and R9)
Describe HSPA+ interworking with other 3GPP GERAN, UMTS/HSPA and LTE

Course Content:

Overview of HSPA+

What is Evolved HSPA/HSPA+
HSPA+ Features
UMTS and HSPA+ Network Architecture
UMTS evolution to HSPA+ and beyond
HSPA+ applications
Push-to-Talk over Cellular (PoC)
Picture and video sharing
Video and Voice over Internet Protocol (VoIP)

HSPA+ Features and Services

HSPA+ features R7
HSPA+ features R8
HSPA+ features R9
Optional and mandatory features
HSPA+ impacts on UE and network
HSPA+ architecture
HSPA+ functional entities
Higher bandwidth
Battery life improvements
wake-from-idle time
Always-on connection
HSPA+ deployments
Small cells with HSPA+
HSPA+ lessons learned
Procedures and erroneous protocol behaviors

HSPA+ Air Interface

HSPA+ channels
HSPA+ carrier aggregation evolution
single-carrier operations
multi-carrier operations
Higher order modulation (64QAM)
64QAM and 2X2 MIMO
DC + 64QAM
2X2 MIMO + 64QAM
DC + 2X2 MIMO + 64QAM
Continuous Packet Connectivity (CPC)
Dual-Cell HSDPA
MIMO (multiple-input and multiple-output)
4-way MIMO
Throughput enhancements
High-Order Modulation (HOM)
MIMO and transmit diversity
F-DPCH enhancements
Latency and power reduction
Direct tunnel architecture

HSPA+ Operations and Procedures

Voice Call Setup
SMS & USSD Transfer
Selected PS Scenarios
PDP Context Activation & Modification
RRC States & supported Bearers
Protocol Architecture
General Signaling Procedures
UE & RAN/CN Identifiers
System Information Broadcasting
Service Area Broadcasting
CS/PS Paging
Paging Coordination
Registration (MM/GMM)
PLMN & Cell Search
Location Update & Attach Procedure
Combined Attach for PS & CS
Location & Routing Area Update
CS/PS Detach Scenarios
RRC Establishment & Re-Establishment
Random Access using RACH/FACH
Random Access

HSPA+ Protocols

HSPA+ protocol architecture
HSPA+ protocol stack
HSPA+ protocol layers
Layer 2 RLC/MAC
MAC Protocol Functionality R99
Cell Update & Cell Update Confirm
HARQ Signaling for HS
CQI Reporting per Category
RLC Modes for CS & PS Bearers
RRC Protocol Procedures
RRC Connection Management
Radio Bearer Control
Measurement & Control
RRC Connection Mobility

HSPA+ Signaling

HSPA+ Signaling
Signaling enhancements
HSPA+ call setup signaling
RRC and radio link enhancements
Radio bearer setup enhancements
Channel assignments and configurations
HSPA+ Mobility and Paging
RRC connection establishment
Radio bearer setup
Resource management
Paging and mobility
Uplink and downlink data transmissions
Changing serving cells
Paging procedures
RRC and NAS Signaling for E-DCH Setup
HSPA+ Interworking
Dual Cell signaling
MIMO Feedback Procedure (PCI)

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Time Frame: 0-3 Months4-12 Months

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