NSN RL 20 FDD

[ryuzaki_steven]

doc about lte radio network planning, enjoy

content:
1 Scope. 6
2 LTE Overview.. 7
2.1 Expectations and Markets. 7
2.2 Architecture. 9
2.2.1 Network Elements. 10
2.2.2 Interfaces. 11
2.3 Air-Interface. 12
2.3.1 OFDMA.. 12
2.3.2 SC-FDMA.. 20
2.4 Radio Resource Management 25
2.4.1 Scheduler 25
2.4.2 Power Control 29
2.4.3 Admission Control 31
2.4.4 Link Adaptation (Adaptive modulation and coding) 32
2.4.5 Connection Mobility Control 37
2.4.6 MIMO Mode Control 42
2.4.7 Outer Link Quality Control (OLQC) 46
2.5 Comparison with UMTS.. 47
3 NSN LTE Solution. 50
3.1 Flexi eNodeB.. 50
3.2 eNodeB Configurations. 52
3.3 6-sector Sites. 55
3.4 RL09 RL10, and RL20 Features. 57
3.4.1 RRM and Telecom.. 57
3.4.2 Performance and Capacity. 64
3.4.3 Overview of main changes in RL20 release against previous releases. 65
4 Planning Process. 66
4.1 Scenarios and Use cases. 68
4.1.1 Greenfield. 68
4.1.2 Existing Operator 68
4.2 Propagation Modelling. 70
4.3 Planning Tools. 73
4.4 Atoll 73
4.5 Mentum Planet 74
4.6 NetAct Planner 74
4.7 Simulation Based Planning. 75
4.8 Path Loss Based Planning. 80
4.9 Common Practice. 83
4.10 Link Budget and Planning Thresholds. 85
4.10.1 RSSI versus RSRP and RSRQ measurements. 85
4.10.2 LTE Power Budget 87
4.10.3 Planning thresholds. 95
4.10.4 Link and system level simulations. 96
4.10.5 Link Level Simulation Results. 97
4.10.6 System Level Simulation Results. 98
4.11 Link Budget Comparison Example. 100
4.12 With. 101
4.12.1 Special consideration example for National Broadband Network (NBN) project 101
5 Performance Expectations. 105
5.1 Peak Throughputs and Peak Spectral Efficiency. 106
5.2 System Level Performance. 107
5.2.1 Cell Level Performance. 107
5.2.2 Latency. 109
5.2.3 Mobility and cell ranges. 109
5.3 Comparison with other technologies. 112
5.4 LTE UE Categories. 113
5.5 LTE user throughput based on HSPA Performance. 114
6 Detailed Planning. 115
6.1 Frequency Bands and Spectrum Re-farming. 115
6.2 Site Selection. 118
6.3 Site Design. 121
6.4 Antenna and eNB Parameters. 123
6.5 Physical Layer Cell Identity Planning. 125
6.5.1 Planning. 126
6.6 eNodeB and Cell Identity Planning. 128
6.6.1 Planning. 128
6.7 RF Carrier Allocation. 129
6.8 Neighbour Planning. 131
6.8.1 LTE.. 131
6.8.2 UMTS.. 132
6.9 Tracking Area Planning. 134
6.9.1 Planning. 134
6.10 MME Area Planning. 136
6.11 PRACH Planning. 137
6.12 PUCCH Capacity & Configuration Planning. 139
6.13 PDCCH Capacity & Cofiguration Planning. 140
6.14 UL DM RS Planning. 140
6.15 Co-Siting. 141
6.15.1 LTE and GSM.. 142
6.15.2 LTE and UMTS.. 146
6.15.3 WiMAX.. 149
6.15.4 Achieving Sufficient Isolation. 152
6.16 Indoor Solutions. 155
6.17 Microcells. 162
6.18 Coverage and Capacity. 165
6.18.1 Coverage. 165
6.18.2 Capacity. 166
6.19 Network Evolution. 168
6.19.1 LTE.. 168
6.19.2 LTE Advanced. 169
7 Parameters. 171
8 Key Performance Indicators. 173
9 References. 176
10 Glossary. 179
11 Comparison between UMTS and LTE.. 182

[Sergey]

It was posted here
http://www.finetopix.com/showthread.php?24324-LTE-Radio-Network-Planning-Guidelines-NSN-RL20

[ryuzaki_steven]

It was posted here
http://www.finetopix.com/showthread.php?24324-LTE-Radio-Network-Planning-Guidelines-NSN-RL20

i know, i made this thread because the shared file in the link you posted above is password-ed and 3 months the the member who post the thread didn't the pass even other member give thx and repp, it against the rule. check the last post of the thread you've linked there is my post to go this thread if anyone want the doc

BR

[salamanda1969]

Agree with ryuzaki,
This document is not password protected.
It provides good overview of LTE and planning principles.

[jack8902040]

thanks a lot.
good document.
more learning......