primig
2016-07-21, 05:11 AM
iBwave Design Level 3 Certification – April 2015 V6.6
350 Pages
I don't have the first 2 parts!
Are anyone of you thousands of active users willing to share part 1 or 2?.
TABLE OF CONTENTS
COURSE INTRODUCTION ............................................................................................. I
INTRODUCTION ................................................................................................................II
SCHEDULE ..................................................................................................................... III
REFERENCES ................................................................................................................ IV
CHAPTER 1. CAPACITY PLANNING THEORY ..................................................... 1-1
CAPACITY BACKGROUND .............................................................................................. 1-4
GRADE OF SERVICE ..................................................................................................... 1-6
QUALITY OF SERVICE ................................................................................................... 1-8
SUBSCRIBER TYPES .................................................................................................... 1-9
CAPACITY LIMITS ....................................................................................................... 1-10
SAMPLE CAPACITY CALCULATIONS ............................................................................. 1-17
GSM .............................................................................................................................. 1-17
LTE ................................................................................................................................ 1-18
CHAPTER 2. CAPACITY PLANNING IN IBWAVE DESIGN................................... 2-1
INTRODUCTION ............................................................................................................ 2-3
TYPICAL CAPACITY PLANNING PROCESS ....................................................................... 2-4
CAPACITY PLANNING IN IBWAVE DESIGN ....................................................................... 2-5
DEFINITION OF CAPACITY ANALYSIS PARAMETERS ......................................................... 2-7
DEFINING CAPACITY ZONES (OPTIONAL) ...................................................................... 2-10
ASSIGNING CAPACITY ZONES ..................................................................................... 2-11
VIEWING CAPACITY ZONES ......................................................................................... 2-13
CREATING A CAPACITY ANALYSIS ............................................................................... 2-14
RUNNING A CAPACITY ANALYSIS ................................................................................. 2-15
VIEWING A CAPACITY REPORT FOR SEVERAL ANALYSES AND SYSTEMS ......................... 2-16
VIEWING A CAPACITY ANALYSIS REPORT ..................................................................... 2-18
REUSING CAPACITY ANALYSIS SETTINGS IN OTHER PROJECTS ..................................... 2-19
SAMPLE CAPACITY CALCULATIONS ............................................................................. 2-20
LTE Example #1 ........................................................................................................... 2-23
LTE Example #2 ............................................................................................................ 2-26
CAPACITY WORKSHOP ............................................................................................... 2-29
CHAPTER 3. MIMO THEORY ................................................................................. 3-1
INTRODUCTION TO MIMO ............................................................................................. 3-3
MIMO BACKGROUND ................................................................................................... 3-4
MIMO OPERATION MODES ........................................................................................ 3-10
TYPICAL MIMO SCHEMES .......................................................................................... 3-13
OPEN LOOP VS CLOSED LOOP .................................................................................... 3-14
MIMO GAINS COMPARED TO SISO ............................................................................ 3-16
FACTORS INFLUENCING MIMO PERFORMANCE ............................................................ 3-17
CHAPTER 4. MIMO IN IBWAVE DESIGN ............................................................... 4-1
INTRODUCTION ............................................................................................................ 4-3
MIMO CALCULATIONS IN IBWAVE DESIGN ..................................................................... 4-4
MODELING MIMO IN IBWAVE DESIGN ............................................................................ 4-8
CREATING A MIMO SOURCE ........................................................................................ 4-9
CREATING OUTPUT MAPS WITH MIMO SETTINGS ........................................................ 4-13
MIMO WORKSHOP .................................................................................................... 4-20
CHAPTER 5. STADIUM MODELING AND DESIGN REQUIREMENTS ................. 5-1
STADIUM MODELING .................................................................................................... 5-8
STADIUM DESIGN METHODOLOGY ............................................................................... 5-20
KEY PERFORMANCE INDICATORS (KPIS) ..................................................................... 5-22
STADIUM WORKSHOP – ACTIVITY 1 ............................................................................. 5-25
CHAPTER 6. STADIUM DESIGN ISSUES .............................................................. 6-1
DESIGNING STADIUMS .................................................................................................. 6-3
CASE STUDY: DESIGN FOR AN INTERNATIONAL FOOTBALL STADIUM................................. 6-6
Existing Coverage in and Around the Stadium ............................................................... 6-10
Isolation ......................................................................................................................... 6-11
Isolation for Football Stadium ......................................................................................... 6-12
Outdoor to Indoor Penetration ........................................................................................ 6-13
Leakage ......................................................................................................................... 6-15
Coverage for Specific Areas .......................................................................................... 6-17
Special Considerations .................................................................................................. 6-23
Special Strategies .......................................................................................................... 6-24
Sectorization .................................................................................................................. 6-25
Design for Capacity – Football Stadium ......................................................................... 6-31
Peak Traffic Support for Our Stadium ............................................................................ 6-33
Load Sharing ................................................................................................................. 6-34
Traffic Requirements ...................................................................................................... 6-35
Technology Assumptions ............................................................................................... 6-36
DESIGN FOR DISTRIBUTION SYSTEM ............................................................................ 6-41
BUSINESS CASE CONSIDERATION ............................................................................... 6-43
ESTIMATION OF VOICE CAPACITY - GSM ..................................................................... 6-45
ESTIMATION OF DATA CAPACITY - HSPA ..................................................................... 6-46
ESTIMATION OF VOICE CAPACITY – WCDMA .............................................................. 6-47
STADIUM WORKSHOP ACTIVITY 2 OVERVIEW ............................................................... 6-49
CHAPTER 7. STADIUM DESIGN ADVANCED TOPICS ........................................ 7-1
RADIO MEASUREMENTS ............................................................................................... 7-5
HANDOVER PLANNING .................................................................................................. 7-7
MULTI-OPERATOR SYSTEMS IN STADIUMS ..................................................................... 7-8
SITE SCALABILITY VS. POWER PER CARRIER ................................................................ 7-10
OUTPUT CARRIER AT REMOTE UNIT (DAS) ................................................................. 7-11
IMPACT OF DIFFERING SERVICE REQUIREMENTS .......................................................... 7-12
PRINCIPLE OF INTERLEAVING OF ANTENNAS ................................................................. 7-13
UPGRADING TO MULTI-OPERATOR SYSTEMS ............................................................... 7-15
INSTALLATION CONSTRAINTS ...................................................................................... 7-16
WORKSHOP STEPS .................................................................................................... 7-17
HEAD END OPTIONS .................................................................................................. 7-18
CHAPTER 8. FIBER MODELING THEORY ............................................................ 8-1
INTRODUCTION ............................................................................................................ 8-3
FIBER OPTIC CABLES ................................................................................................... 8-5
FIBER OPTIC CONNECTORS .......................................................................................... 8-7
TYPES OF FIBER SPLICING ........................................................................................... 8-8
FIBER DISTRIBUTION EQUIPMENT .................................................................................. 8-9
CHAPTER 9. FIBER MODELING IN IBWAVE DESIGN ......................................... 9-1
INTRODUCTION ............................................................................................................ 9-3
FIBER DISTRIBUTION EQUIPMENT .................................................................................. 9-4
STRAND DISTRIBUTION ................................................................................................ 9-5
CONNECTOR ALERTS ................................................................................................... 9-7
HIGH-RISE DESIGN WORKSHOP .................................................................................... 9-9
CHAPTER 10. WI-FI INTRODUCTION, BACKGROUND & MOTIVATION ............. 10-1
OFFLOAD FOR CAPACITY ............................................................................................ 10-6
OPERATORS AND WI-FI .............................................................................................. 10-8
TRAFFIC OFFLOAD VIA FEMTOCELLS ........................................................................... 10-9
TRAFFIC OFFLOAD VIA WI-FI .................................................................................... 10-10
OFFLOAD IN A NUTSHELL .......................................................................................... 10-12
MARKET ACTIVITY IN OFFLOAD IS ACCELERATING ...................................................... 10-13
CHAPTER 11. WI-FI TECHNOLOGY ISSUES ........................................................ 11-1
WI-FI BASICS ............................................................................................................ 11-3
RADIO ISSUES ......................................................................................................... 11-14
NETWORK ISSUES.................................................................................................... 11-36
Cisco Service Provider Architecture ............................................................................. 11-38
Ruckus Architecture ..................................................................................................... 11-39
Aerohive Cooperative Control Architecture .................................................................. 11-40
Logical Partitioning ...................................................................................................... 11-41
NETWORK MOBILITY ISSUES ..................................................................................... 11-42
PHYSICAL ISSUES .................................................................................................... 11-44
DIMENSIONING (RADIO AND NETWORK) ..................................................................... 11-46
THE NEED FOR ONGOING MANAGEMENT OF WI-FI INSTALLATIONS ............................... 11-47
CHAPTER 12. WI-FI BASED OFFLOAD ................................................................ 12-1
CHAPTER 13. WI-FI DESIGN EXAMPLE ............................................................... 13-1
THE CHALLENGE ....................................................................................................... 13-3
FACTS AND FIGURES .................................................................................................. 13-4
COVERAGE PLANNING ................................................................................................ 13-5
CAPACITY PLANNING ................................................................................................. 13-8
ADDITIONAL CHALLENGES .......................................................................................... 13-9
CHAPTER 14. GLOSSARY ..................................................................................... 14-1
350 Pages
I don't have the first 2 parts!
Are anyone of you thousands of active users willing to share part 1 or 2?.
TABLE OF CONTENTS
COURSE INTRODUCTION ............................................................................................. I
INTRODUCTION ................................................................................................................II
SCHEDULE ..................................................................................................................... III
REFERENCES ................................................................................................................ IV
CHAPTER 1. CAPACITY PLANNING THEORY ..................................................... 1-1
CAPACITY BACKGROUND .............................................................................................. 1-4
GRADE OF SERVICE ..................................................................................................... 1-6
QUALITY OF SERVICE ................................................................................................... 1-8
SUBSCRIBER TYPES .................................................................................................... 1-9
CAPACITY LIMITS ....................................................................................................... 1-10
SAMPLE CAPACITY CALCULATIONS ............................................................................. 1-17
GSM .............................................................................................................................. 1-17
LTE ................................................................................................................................ 1-18
CHAPTER 2. CAPACITY PLANNING IN IBWAVE DESIGN................................... 2-1
INTRODUCTION ............................................................................................................ 2-3
TYPICAL CAPACITY PLANNING PROCESS ....................................................................... 2-4
CAPACITY PLANNING IN IBWAVE DESIGN ....................................................................... 2-5
DEFINITION OF CAPACITY ANALYSIS PARAMETERS ......................................................... 2-7
DEFINING CAPACITY ZONES (OPTIONAL) ...................................................................... 2-10
ASSIGNING CAPACITY ZONES ..................................................................................... 2-11
VIEWING CAPACITY ZONES ......................................................................................... 2-13
CREATING A CAPACITY ANALYSIS ............................................................................... 2-14
RUNNING A CAPACITY ANALYSIS ................................................................................. 2-15
VIEWING A CAPACITY REPORT FOR SEVERAL ANALYSES AND SYSTEMS ......................... 2-16
VIEWING A CAPACITY ANALYSIS REPORT ..................................................................... 2-18
REUSING CAPACITY ANALYSIS SETTINGS IN OTHER PROJECTS ..................................... 2-19
SAMPLE CAPACITY CALCULATIONS ............................................................................. 2-20
LTE Example #1 ........................................................................................................... 2-23
LTE Example #2 ............................................................................................................ 2-26
CAPACITY WORKSHOP ............................................................................................... 2-29
CHAPTER 3. MIMO THEORY ................................................................................. 3-1
INTRODUCTION TO MIMO ............................................................................................. 3-3
MIMO BACKGROUND ................................................................................................... 3-4
MIMO OPERATION MODES ........................................................................................ 3-10
TYPICAL MIMO SCHEMES .......................................................................................... 3-13
OPEN LOOP VS CLOSED LOOP .................................................................................... 3-14
MIMO GAINS COMPARED TO SISO ............................................................................ 3-16
FACTORS INFLUENCING MIMO PERFORMANCE ............................................................ 3-17
CHAPTER 4. MIMO IN IBWAVE DESIGN ............................................................... 4-1
INTRODUCTION ............................................................................................................ 4-3
MIMO CALCULATIONS IN IBWAVE DESIGN ..................................................................... 4-4
MODELING MIMO IN IBWAVE DESIGN ............................................................................ 4-8
CREATING A MIMO SOURCE ........................................................................................ 4-9
CREATING OUTPUT MAPS WITH MIMO SETTINGS ........................................................ 4-13
MIMO WORKSHOP .................................................................................................... 4-20
CHAPTER 5. STADIUM MODELING AND DESIGN REQUIREMENTS ................. 5-1
STADIUM MODELING .................................................................................................... 5-8
STADIUM DESIGN METHODOLOGY ............................................................................... 5-20
KEY PERFORMANCE INDICATORS (KPIS) ..................................................................... 5-22
STADIUM WORKSHOP – ACTIVITY 1 ............................................................................. 5-25
CHAPTER 6. STADIUM DESIGN ISSUES .............................................................. 6-1
DESIGNING STADIUMS .................................................................................................. 6-3
CASE STUDY: DESIGN FOR AN INTERNATIONAL FOOTBALL STADIUM................................. 6-6
Existing Coverage in and Around the Stadium ............................................................... 6-10
Isolation ......................................................................................................................... 6-11
Isolation for Football Stadium ......................................................................................... 6-12
Outdoor to Indoor Penetration ........................................................................................ 6-13
Leakage ......................................................................................................................... 6-15
Coverage for Specific Areas .......................................................................................... 6-17
Special Considerations .................................................................................................. 6-23
Special Strategies .......................................................................................................... 6-24
Sectorization .................................................................................................................. 6-25
Design for Capacity – Football Stadium ......................................................................... 6-31
Peak Traffic Support for Our Stadium ............................................................................ 6-33
Load Sharing ................................................................................................................. 6-34
Traffic Requirements ...................................................................................................... 6-35
Technology Assumptions ............................................................................................... 6-36
DESIGN FOR DISTRIBUTION SYSTEM ............................................................................ 6-41
BUSINESS CASE CONSIDERATION ............................................................................... 6-43
ESTIMATION OF VOICE CAPACITY - GSM ..................................................................... 6-45
ESTIMATION OF DATA CAPACITY - HSPA ..................................................................... 6-46
ESTIMATION OF VOICE CAPACITY – WCDMA .............................................................. 6-47
STADIUM WORKSHOP ACTIVITY 2 OVERVIEW ............................................................... 6-49
CHAPTER 7. STADIUM DESIGN ADVANCED TOPICS ........................................ 7-1
RADIO MEASUREMENTS ............................................................................................... 7-5
HANDOVER PLANNING .................................................................................................. 7-7
MULTI-OPERATOR SYSTEMS IN STADIUMS ..................................................................... 7-8
SITE SCALABILITY VS. POWER PER CARRIER ................................................................ 7-10
OUTPUT CARRIER AT REMOTE UNIT (DAS) ................................................................. 7-11
IMPACT OF DIFFERING SERVICE REQUIREMENTS .......................................................... 7-12
PRINCIPLE OF INTERLEAVING OF ANTENNAS ................................................................. 7-13
UPGRADING TO MULTI-OPERATOR SYSTEMS ............................................................... 7-15
INSTALLATION CONSTRAINTS ...................................................................................... 7-16
WORKSHOP STEPS .................................................................................................... 7-17
HEAD END OPTIONS .................................................................................................. 7-18
CHAPTER 8. FIBER MODELING THEORY ............................................................ 8-1
INTRODUCTION ............................................................................................................ 8-3
FIBER OPTIC CABLES ................................................................................................... 8-5
FIBER OPTIC CONNECTORS .......................................................................................... 8-7
TYPES OF FIBER SPLICING ........................................................................................... 8-8
FIBER DISTRIBUTION EQUIPMENT .................................................................................. 8-9
CHAPTER 9. FIBER MODELING IN IBWAVE DESIGN ......................................... 9-1
INTRODUCTION ............................................................................................................ 9-3
FIBER DISTRIBUTION EQUIPMENT .................................................................................. 9-4
STRAND DISTRIBUTION ................................................................................................ 9-5
CONNECTOR ALERTS ................................................................................................... 9-7
HIGH-RISE DESIGN WORKSHOP .................................................................................... 9-9
CHAPTER 10. WI-FI INTRODUCTION, BACKGROUND & MOTIVATION ............. 10-1
OFFLOAD FOR CAPACITY ............................................................................................ 10-6
OPERATORS AND WI-FI .............................................................................................. 10-8
TRAFFIC OFFLOAD VIA FEMTOCELLS ........................................................................... 10-9
TRAFFIC OFFLOAD VIA WI-FI .................................................................................... 10-10
OFFLOAD IN A NUTSHELL .......................................................................................... 10-12
MARKET ACTIVITY IN OFFLOAD IS ACCELERATING ...................................................... 10-13
CHAPTER 11. WI-FI TECHNOLOGY ISSUES ........................................................ 11-1
WI-FI BASICS ............................................................................................................ 11-3
RADIO ISSUES ......................................................................................................... 11-14
NETWORK ISSUES.................................................................................................... 11-36
Cisco Service Provider Architecture ............................................................................. 11-38
Ruckus Architecture ..................................................................................................... 11-39
Aerohive Cooperative Control Architecture .................................................................. 11-40
Logical Partitioning ...................................................................................................... 11-41
NETWORK MOBILITY ISSUES ..................................................................................... 11-42
PHYSICAL ISSUES .................................................................................................... 11-44
DIMENSIONING (RADIO AND NETWORK) ..................................................................... 11-46
THE NEED FOR ONGOING MANAGEMENT OF WI-FI INSTALLATIONS ............................... 11-47
CHAPTER 12. WI-FI BASED OFFLOAD ................................................................ 12-1
CHAPTER 13. WI-FI DESIGN EXAMPLE ............................................................... 13-1
THE CHALLENGE ....................................................................................................... 13-3
FACTS AND FIGURES .................................................................................................. 13-4
COVERAGE PLANNING ................................................................................................ 13-5
CAPACITY PLANNING ................................................................................................. 13-8
ADDITIONAL CHALLENGES .......................................................................................... 13-9
CHAPTER 14. GLOSSARY ..................................................................................... 14-1