Content of course: Transport Networks FlexiPacket Multi Radio/ FlexiPacket Radio with IDU Hub 800, FirstMile 200 - Operation, Administration and MaintenanceLast changed: 2011-07-06Content of learning entities:(1) Course introduction1 Agenda 32 Course portfolio 52.2 Further offers 12(2) Safety instructions & Before Starting1 Protective measures 31.1 Protection from exclusively high contact voltages 41.2 Protection from escaping laser light 41.3 Protective grounding 52 Handling 72.1 Handling of modules with electrostatic sensitive devices 82.2 Handling optical fiber connectors and lines 102.3 Handling batteries 103 Notes 113.1 Notes on operating the device 123.2 Notes on working on the subracks 123.3 Weight information 123.4 Parts with high operating temperature 124 PC safety instruction 134.1 PC safety 145 Before Starting 175.1 FlexiPacket Microwave Course 175.2 General Concepts 185.3 Common Chapters 18(3) General Topics1 LAN and VLAN: some considerations 31.1 Definitions 41.2 Domains in a traditional LAN 51.3 Domains in a VLAN 91.4 Traffic separation by VLAN 121.5 Tagging 131.6 VLAN Aware / Unaware 211.7 Links Types 221.8 Q-in-Q 251.9 Spanning Tree Protocol (802.1d) 291.10 Rapid Spanning Tree Protocol RSTP (802.1w) 321.11 Multiple Spanning Tree Protocol MSTP (802.1s) 332 Carrier Ethernet: Some Concepts 392.1 What is Carrier Ethernet 392.2 MEF: Metro Ethernet Forum 402.3 Cooperation with Other Standard Bodies 422.4 IEEE: Institute of Electrical and Electronics Engineers 422.5 IETF: The Internet Engineering Task Force 422.6 ITU: International Telecommunication Union Telecommunication Standardization Sector 433 Carrier Ethernet Terminology 453.1 Basic Components 463.2 Carrier Ethernet Service Types 633.3 Circuit Emulation Services over Packet (CESoP) 643.4 FlexiPacket EVC and Services 714 Quality of Service in the HUB 754.1 QoS Mechanism 764.2 Classifier and Packet Marker 794.3 Policer 834.4 Buffer Manager: Congestion Avoidance 864.5 Queue Scheduler 895 Quality of service in the FlexiPacket Radio Rel.1.3 EP1 995.1 Quality of Service Mechanism 995.2 Classification 1005.3 Egress Scheduling 1026 Quality of service in the FlexiPacket MultiRadio Rel 2.1 1036.1 Quality of Service Mechanism 1036.2 QoS Classification Criteria 1046.3 Egress Scheduling 1047 Ethernet OAM 1057.1 OAM Definition 1067.2 OAM Layers 1077.3 Ethernet Link Fault Management OAM (EFM OAM) 802.3ah 1117.4 Connectivity Fault Management (CFM) - 802.1ag 1127.5 Performance Monitoring - ITU-T Y.1731 1207.6 E2E OAM - Ethernet AIS 1247.7 Remote Defect Indication (RDI) 1258 Network Synchronization 1278.1 Introduction 1288.2 Physical Layer Synchronization - Synchronous Ethernet (SyncE) 1298.3 Timing-over-Packet (ToP) IEEE1588 v2 (official Title: Precision Time Protocol) 1368.4 IEEE-1588 and Synchronous Ethernet 1468.5 FlexiPacket Synchronization 1489 CESoP Clock Recovery 1519.1 Clock Recovery 1529.2 CESoP with Differential Clock Recovery 15310 Digital Radio Relay Signals 15510.1 Quadrant Amplitude Modulation (QAM) 15610.2 Filtered Spectrum 16010.3 Adaptive Modulation 166(4) FlexiPacket System Overview1 FlexiPacket Multiradio System Overview 31.1 FlexiPacket MultiRadio Introduction 41.2 Full Packet and Hybrid Solution 51.3 Split -Mount Architecture 61.4 Connection to a Generic Indoor Device (Full Packet Mode) 171.5 Integration with FlexiBTS (Full Packet Mode) 181.6 FlexiPacket MultiRadio in stand-alone configuration (Full Packet Mode)201.7 FlexiPacket MultiRadio main Characteristics 221.8 Management System 241.9 Applications 252 FlexiPacket Radio System Overview 272.1 FlexiPacket Radio Introduction 272.2 Split -Mount Architecture 282.3 FlexiPacket Hub 282.4 Connection to a Generic Indoor Device 362.5 Integration with FlexiBTS 362.6 FlexiPacket Radio in stand-alone configuration 382.7 FlexiPacket Radio main Characteristics 402.8 Management System 42(5) FlexiPacket ODU Features1 FlexiPacket MultiRadio Features 31.1 Main Features 41.2 Adaptive Code and Modulation (ACM) 51.3 ATPC 81.4 Modem with XPIC (Cross Polar Interface Canceller) 91.5 Loopbacks 101.6 Quality of Service 121.7 Service filtering based on modulation in use 141.8 Header compression 141.9 Ethernet Port Rapid Shutdown 161.10 Performance Monitoring 171.11 Synchronization and Clock Recovery 231.12 Security features 301.13 FlexiPacket MultiRadio Management: General Information 311.14 FlexiPacket MultiRadio License: Introduction 352 FlexiPacket Radio Features 372.1 Main Features 382.2 Adaptive Code and Modulation (ACM) 392.3 ATPC 422.4 New profiles on 28 and 56 MHz Bandwidth 432.5 Loopbacks 442.6 Ethernet Port Rapid Shutdown 482.7 Performance Monitoring 492.8 Synchronization and Clock Recovery 542.9 FlexiPacket Radio Management: General Information 572.10 License: Introduction 62(6) FlexiPacket MultiRadio - FlexiPacket Radio Structure1 FlexiPacket MultiRadio/FlexiPacket Radio description 31.1 FlexiPacket MultiRadio/FlexiPacket Radio Block Diagram 42 FlexiPacket MultiRadio Mechanical Structure and Radio Flanges 92.1 FPR Mechanical Structure and Radio Flanges 102.2 FlexiPacket MultiRadio Antenna Interface 122.3 FlexiPacket MultiRadio External Connections 133 FlexiPacket Radio Mechanical Structure and Radio Flanges 173.1 FPR Mechanical Structure and Radio Flanges 183.2 Antenna Interface 193.3 External Interfaces 204 Alternative Connections to an Indoor Device 234.1 Introduction 24(7) FlexiPacket HUB Structure1 FlexiPacket First Mile 200 Indoor Unit 31.1 Introduction 31.2 Interfaces 41.3 Memory Key 71.4 Power supply 81.5 Handling requirements 81.6 Connection to FlexiPacket ODU 91.7 LED Indications 101.8 Licensing 122 FlexiPacket HUB 800 Indoor Unit 132.1 Introduction 132.2 Interfaces 162.3 Configuration Rules 172.4 USB Key 182.5 Internal fan tray 192.6 Power supply 202.7 Handling requirements 212.8 Reset 212.9 Connection to FlexiPacket ODU 222.10 LED Indications 252.11 Licensing 263 FM200/FPH800 Main features 273.1 Introduction 274 First Mile200/ HUB800 Management 594.1 Network management using Nokia Siemens Networks NetAct 594.2 Network management using Nokia Siemens Networks Net-Viewer 594.3 Network management using Web-based LCT 60(8) Configurations and Protections1 FlexiPacket MultiRadio System (FPMR) Configurations in Full Packet Mode31.1 System configurations in Full Packet Mode 42 FlexiPacket Radio System (FPR) Configurations and some Installation Examples 172.1 System configurations with the FlexiPacket Radio 182.2 1+ 0 Configuration 182.3 1+1 Hot Standby 192.4 CCM Mechanism: How it works 212.5 FlexiPacket Radio: Some installation examples 223 FlexiPacket MultiRadio: Some installation examples 274 FlexiPacket FirstMile 200 Protection Methods 374.1 Dual IDU protection 385 FlexiPacket HUB 800 Protection Methods 415.1 Link Aggregation Grouping 425.2 RSTP/MSTP 425.3 STM-1 Multiplex Section Protection 42(9) FlexiPacket System Main Technical Specifications1 FlexiPacket MultiRadio Technical Specifications 31.1 FlexiPacket MultiRadio Radio Ethernet Throughput without overhead Compression 41.2 Environmental standards and conditions 111.3 Dimensions without antenna and alignment units 121.4 Consumption 121.5 Frequency bands 131.6 Typical transmit power at antenna connector 141.7 Maximum receiver power level at antenna connector 161.8 Noise Figure 161.9 System gain 171.10 Residual Bit Ratio (RBER) 192 FlexiPacket Radio Technical Specifications 212.1 Some Definitions 222.2 FlexiPacket Radio Layer 2 Ethernet Throughput 242.3 FlexiPacket Radio Layer 1 Ethernet Throughput 262.4 FlexiPacket Radio Net Capacity 282.5 Environmental standards and conditions 292.6 Dimensions without antenna and alignment units 302.7 Consumption 302.8 Frequency bands 312.9 RF parameters 312.10 System gain 342.11 ACM thresholds 382.12 Residual Bit Ratio (RBER) 383 FlexiPacket FirstMile and HUB 800 Performance Specifications 393.1 FirstMile200 Performance specifications 403.2 HUB 800 Performance specifications 40(10) FPMR Operate and Maintain1 FPMR Operate and Maintain 31.1 Introduction 4(11) FPR Operate and Maintain1 FPR Operate and Maintain 31.1 Introduction 4(12) FPMR Troubleshoot1 FlexiPacket MultiRadio Troubleshoot 31.1 Introduction 4(13) FPR Troubleshoot1 FlexiPacket Radio Troubleshoot 31.1 Introduction 4(14) FM200 Operate and Maintain1 First Mile 200 Operate and Maintain 31.1 Introduction 4(15) FPHUB 800 Operate and Maintain1 FlexiPacket HUB 800 Operate and Maintain 31.1 Introduction 4(16) FPFM200 Troubleshoot1 Flexi Packet First Mile 200 Troubleshoot 31.1 Introduction 4(17) FPHUB 800 Troubleshoot1 FlexiPacket HUB 800 Troubleshoot 31.1 Introduction 4(18) FlexiPacket Commissioning tool1 FlexiPacket Commissioning Tool 31.1 Introduction 4(19) Appendix1 CESoPSN basics & typical MWR application 31.1 Introduction 41.2 How does Network affect CESoPSN 61.3 Playout Buffer size and end-to-end delay 71.4 A Tool for the optimization of the Buffer size and end-to-end delay estimation 82 Example for a typical radio-based mobile backhauling network 112.1 Example for a typical radio-based mobile backhauling network 122.2 Hints for reducing the E1 end-to-end delay 143 Acronyms and abbreviations 15