EDGE System Feature Description

[estemien]

Hi all,

As agreed in my last topic, here the next NSN document for the "EDGE System Feature Description"

I hope this will be helpful for you - Free For All

If you like it please add reputation (I have lot of NSN's documentation )

No Pass

EDGE System Feature Description.zip

Contents 3 Summary of changes 7 1 About this document 13 2 GPRS 15 2.1 GPRS data transfer protocols 21 2.2 Optimised GPRS Radio Resource Management 23 2.3 Frame Relay and Gb Interface 27 2.4 GPRS in Nokia Base Stations 29 3 EDGE 31 4 Software related to GPRS/EDGE 41 4.1 Extended Uplink TBF Mode 41 4.2 GPRS Coding Schemes 42 4.3 Link Adaptation for GPRS 46 4.4 Priority Class Based Quality of Service (QoS) 47 4.5 System Level Trace 49 5 Software related to EGPRS 55 5.1 EGPRS Modulation and Coding Schemes 55 5.2 EGPRS Packet Channel Request on CCCH 56 5.3 Incremental Redundancy 57 5.4 Link Adaptation for EGPRS 58 5.5 Nokia Smart Radio Concept for EDGE 60 5.6 8 Phase Shift Keying 67 6 System impact of GPRS/EDGE 69 6.1 System impact of GPRS 69 6.1.1 Requirements 69 6.1.2 Restrictions 71 6.1.3 Impact on transmission 72 6.1.4 Impact on BSS performance 72 6.1.5 User interface 73 6.1.5.1 BSC MMI 73 6.1.5.2 BTS MMI 74 6.1.5.3 BSC parameters 74 6.1.5.4 Alarms 80 6.1.5.5 Measurements and counters 82 6.1.6 Impact on Network Switching Subsystem (NSS) 88 6.1.7 Impact on NetAct products 88 6.1.8 Impact on mobile terminals 89 6.1.9 Impact on interfaces 89 6.1.10 Interworking with other features 90 6.2 System impact of EDGE 98 6.2.1 Requirements 98 6.2.1.1 EDGE BTSs and hopping 100 6.2.2 Restrictions 103 6.2.3 Impact on transmission 105 6.2.4 Impact on BSS performance 105 6.2.5 User interface 109 6.2.5.1 BSC MMI 109 6.2.5.2 BTS MMI 109 6.2.5.3 BSC parameters 109 6.2.5.4 Alarms 111 6.2.5.5 Measurements and counters 112 6.2.6 Impact on Network Switching Subsystem (NSS) 118 6.2.7 Impact on NetAct products 120 6.2.8 Impact on mobile terminals 121 6.2.9 Impact on interfaces 122 6.2.10 Interworking with other features 123 7 System impact of GPRS/EDGE related software 133 7.1 System impact of EGPRS Packet Channel Request on CCCH 133 7.1.1 Requirements 133 7.1.2 Impact on transmission 134 7.1.3 Impact on BSS performance 134 7.1.4 User interface 135 7.1.5 Impact on Network Switching Subsystem (NSS) 136 7.1.6 Impact on NetAct products 136 7.1.7 Impact on mobile terminals 136 7.1.8 Impact on interfaces 136 7.2 System impact of Extended Uplink TBF Mode 137 7.2.1 Requirements 137 7.2.2 Impact on transmission 138 7.2.3 Impact on BSS performance 138 7.2.4 User interface 139 7.2.5 Impact on Network Switching Subsystem (NSS) 140 7.2.6 Impact on NetAct products 140 7.2.7 Impact on mobile terminals 141 7.2.8 Impact on interfaces 141 7.2.9 Interworking with other features 142 7.3 System impact of Nokia Smart Radio Concept for EDGE 142 7.3.1 Requirements 142 7.3.2 Impact on transmission 143 7.3.3 Impact on BSS performance 143 7.3.4 User interface 144 7.3.5 Impact on Network Switching Subsystem (NSS) 145 7.3.6 Impact on NetAct products 145 7.3.7 Impact on mobile terminals 146 7.3.8 Impact on interfaces 146 7.4 System impact of Priority Class based Quality of Service 147 7.4.1 Requirements 148 7.4.2 Impact on transmission 149 7.4.3 Impact on BSS performance 149 7.4.4 User interface 150 7.4.5 Impact on Network Switching Subsystem (NSS) 153 7.4.6 Impact on NetAct products 153 7.4.7 Impact on mobile terminals 154 7.4.8 Impact on interfaces 154 7.4.9 Interworking with other features 154 7.5 System impact of System Level Trace 154 7.5.1 Requirements 155 7.5.2 Impact on transmission 156 7.5.3 Impact on BSS performance 156 7.5.4 User interface 157 7.5.5 Impact on Network Switching Subsystem (NSS) 161 7.5.6 Impact on NetAct products 161 7.5.7 Impact on mobile terminals 162 7.5.8 Impact on interfaces 162 7.5.9 Interworking with other features 163 8 Requirements for GPRS/EDGE 165 8.1 Packet Control Unit (PCU) 165 8.2 Gb interface functionality 170 8.3 Additional GPRS hardware needed in BSCi and BSC2i 173 9 Radio network management for GPRS 175 9.1 Routing Area 175 9.2 PCU selection algorithm 177 10 Gb interface configuration and state management 179 10.1 Protocol stack of the Gb interface 179 10.2 Load sharing function 182 10.3 NS-VC management function 182 10.4 BVC management function 187 10.5 Recovery in restart and switchover 189 11 Radio resource management 193 11.1 Territory method 194 11.2 Circuit switched traffic channel allocation in GPRS territory 202 11.3 BTS selection for packet traffic 203 11.4 Quality of Service 204 11.5 Channel allocation and scheduling 206 11.6 Quality Control 215 11.7 MS Multislot Power Reduction (PCU2) 216 11.8 Error situations in GPRS connections 218 12 GPRS/EDGE radio connection control 221 12.1 Radio channel usage 221 12.2 Data Transfer Protocols and Connections 222 12.3 Paging 223 12.4 Mobile terminated TBF (GPRS or EGPRS) 226 12.5 Mobile originated TBF (GPRS or EGPRS) 229 12.6 Suspend and resume GPRS 235 12.7 Flush 236 12.8 Cell selection and re-selection 237 12.9 Traffic administration 237 12.10 Coding scheme selection in GPRS 240 12.11 Coding scheme selection in EGPRS 251 12.12 Power control 254 12.13 MS Radio Access Capability update 255 13 Implementing GPRS 257 13.1 Implementing GPRS overview 257 14 Implementing EGPRS 259 14.1 Implementing EGPRS overview 259 15 Configuring Intelligent Downlink Diversity 265 15.1 Functional requirements and restrictions 265 15.2 Supported configurations 266 15.3 Configuring BTS to IDD mode with BTS Manager 268 15.4 Configuring IDD in the BSC 270 15.5 Alarm handling 270 15.6 RX antenna supervision and IDD/4UD 271 15.7 Object state management 271 15.8 TRX reconfiguration 272 15.9 TRX tests 272