HSPA | HSPA+ Network Planning and Design Training

HSPA | HSPA+ Network Planning and Design Training

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Introduction:

HSPA | HSPA+ Network Planning and Design Training Course Powered by ENO

HSPA | HSPA+ Network Planning and Design Training course covers the network planning of UMTS/HSPA/HSPA+ network covering the CS, PS and IMS domains. This HSPA | HSPA+ Network Planning and Design Training course is vendor-neutral, thus maximizing the true value of this telecom educational experience for its attendees.

Duration: 3 days

HSPA | HSPA+ Network Planning and Design Training
 
HSPA | HSPA+ Network Planning and Design TrainingRelated Courses
 

Customize It:

• If you are familiar with some aspects of HSPA | HSPA+ Network Planning and Design Training, we can omit or shorten their discussion.
• We can adjust the emphasis placed on the various topics or build the HSPA | HSPA+ Network Planning and Design Training course around the mix of technologies of interest to you (including technologies other than those included in this outline).
• If your background is nontechnical, we can exclude the more technical topics, include the topics that may be of special interest to you (e.g., as a manager or policy-maker), and present the HSPA | HSPA+ Network Planning and Design Training course in manner understandable to lay audiences.

Objectives:

After completing this HSPA | HSPA+ Network Planning and Design Training course, attendees will be able to:

• This course provides you with a comprehensive business and technical foundation in UMTS/HSPA/HSPA+ network, migration paths, services and applications development.

HSPA | HSPA+ Network Planning and Design Training – Course Outlines:

Network Planning

◾Overview of UMTS/HSPA/HSPA+ Network
◾UMTS/HSPA/HSPA+ Network Planning
◾GoS / Area coverage
◾RNP planning procedure
◾Preparation -coverage & capacity
◾Offered traffic – cell capacity and coverage estimation
◾Cell capacity estimation – simulations
◾Estimated max cell coverage
◾UMTS/HSPA/HSPA+ Network planning process
◾Blocking / Trunking efficiency
◾Cell count
◾Cell count model
◾Offered traffic environments
◾Load factors
◾Estimated cell count

Detailed Network Planning

◾Radio environment characterization
◾Pilot pollution & power
◾Inter-frequency handover
◾Non-uniform traffic
◾Code requirements
◾Control channel planning
◾Soft Handover parameter planning
◾Hierarchical Cell Structures
◾Radio network testing
◾Code Planning

Radio Environment & Microcell Planning

◾Microcell Network Planning
◾SHO design
◾Outdoor / Pedestrian / Vehicular
◾Microcell – Corner effect
◾Indoor / Office planning

Network Dimensioning

◾Channel element planning
◾Coexisting with other networks
◾Intermodulation
◾Adjacent channel interference
◾Uplink simulations
◾UMTS radio carriers
◾Frequency sharing
◾Transmission capacity
◾Co-planning with other networks
◾External operator interference
◾Uplink Calculations (worst case)
◾Planning with adjacent channel interference
◾Actual spectrum allocation
◾Guard bands & zones

Link budgets & range calculations

◾Spectrum efficiency – Uplink & Downlink
◾Eb/No
◾MUD
◾Range calculations
◾Range in unloaded & loaded networks
◾Effect of bit rates on range
◾Uplink/Downlink budgets
◾Terminal Assumptions
◾Typical UMTS ranges
◾Uplink load factor
◾Noise rise
◾Uplink capacity Overheads
◾Capacity and coverage gains – transmit diversity
◾Coverage improvements
◾C/I Ratio
◾QOS
◾Spectrum efficiency comparisons
◾Link budget calculation template
◾Range extensions with MUD
◾Link budgets and loads
◾Processing gain
◾Link Budget samples
◾Propagation model
◾Downlink load factor
◾Coverage versus capacity
◾Coverage versus different bit rates Downlink transmit diversity
◾Capacity improvements

Radio Resource Management

◾RRM algorithms
◾Admission control strategy
◾Packet scheduler
◾Micro diversity
◾Power control
◾Fast power control
◾Uplink fast power control
◾Soft handover algorithm
◾Handover decision
◾Admission control
◾Load control (congestion control)
◾Interference margin
◾Macro diversity
◾Open/Closed/Outer and inner loop
◾Improved power control signalling
◾Handover mechanism
◾Handover measurements
◾Handover parameters

UMTS/HSPA/HSPA+ network Planning Methodologies and Tools

◾Planning methodologies
◾Monte Carlo simulations
◾Monte Carlo results analysis
◾Methodology comparisons
◾Deterministic models
◾Popular microcell models
◾Carrier wave measurements
◾Static simulations
◾Monte Carlo input parameters
◾Sample plots
◾Propagation models
◾Popular macrocell models
◾Mapping data requirements

Traffic Analysis

◾Traffic analysis process
◾Target coverage
◾Sample usage and service offerings

Nominal planning & site selection

◾Nominal planning
◾Initial dimensioning
◾Spreadsheet dimensioning
◾Site selection
◾Recommended antenna heights
◾Flowchart
◾UMTS ranges
◾Site options
◾Bad UMTS/HSPA/HSPA+ sites
◾Evaluating traffic requirements

Detailed site design

◾UMTS/HSPA/HSPA+ site configurations
◾RX Antennas
◾4 RX diversity
◾Various configuration coverage increases Co-siting antennas
◾Antenna tilts
◾System configurations
◾MHA’s
◾TX diversity
◾Isolation requirements Dual system antenna sample
◾Antenna orientation

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