WCDMA RAN W12 Bulk Product Package Description

Transcription

1 WCDMA RAN W12 Bulk Product Package Description FGC Uen

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3 Contents 1 Introduction Scope Revision History RAN Functionality Products Basic Features Basic package System Improvements Services and RABs Radio Network Functionality Transport Network Functionality RAN Management Functionality Licensing Principles Optional Features Services and RABs Radio Network Functionality HSDPA Enhanced Uplink Transport Network Functionality RAN Management Functionality Features in WCDMA RAN W12 that require new Hardware ATM Transport Network Functions IP Transport Network Functions Radio Network and Other Functionality Dependencies between optional Features Purchase and Licensing Principles Introduction Licensing of Functionality Licensing principles in WCDMA RAN Licensing of Capacity in the RBS Licensing of Capacity in the RNC Temporary licenses Internal nodes and licenses Order view Bulk ordering FGC Uen Rev H Ericsson 3 (57)

4 Ericsson AB All rights reserved. The information in this document is the property of Ericsson. The information in this document is subject to change without notice and Ericsson assumes no responsibility for factual inaccuracies or typographical errors. If trademarks or registered trademarks are mentioned, they are properties of their respective owners FGC Uen Rev H Ericsson 4 (57)

5 1 Introduction This document describes how the RAN functionality is offered and certified. The principle for licensing RAN functionality is also described. The WCDMA RAN functionality is divided into two categories, Basic features and Optional features. Basic features as a group, is mandatory and contains features that are necessary for operating a WCDMA system. The optional features consist of add on functions to provide a more advanced network. Note: Within the optional features there are features that are dependent on each other, i.e. there are optional features that require other optional features in order to function. Some features also require new hardware or certain hardware revisions. All these dependencies are described in this document. 1.1 Scope WCDMA RAN release W Revision History Rev A: First version for W12A Rev C: First version for W12B Rev D: Updated with corrections for W12B Rev E: Updated with corrections in MBB table and dependency table Rev F: Updated with removed and added features. Features moved between functional areas. Rev G: License parameters updated for FAJ , FAJ , FAJ Rev H: Link to License Activation Guide updated. Dependency removed for FAJ FGC Uen Rev H Ericsson 5 (57)

6 2 RAN Functionality Products The following figure shows the structure for the WCDMA RAN W12 functionality product packages as shown in ECP / ONE (ordering and tendering tool). RAN Functionality Configuration Purpose (proposal/order) WCDMA Release (A/B) Type of system (Commercial/Internal/Temporary) Node Mask Support (Yes/No) Type of sales (New Sales/Upgrade) Type of node (RBS/RNC/RXI) CE Capacity Grace period HSDPA (Yes/No) HSDPA Introduction package 4 HSDPA Users per cell 5 HSDPA Codes per cell HSDPA Cell Carriers... Services & RABs (Yes/No) Radio Network Functionality (Yes/No) Enhanced Uplink (Yes/No) Transport Network Functionality (Yes/No) O & M (Yes/No) Figure 1 structure. WCDMA RAN Functionality Product Package Ordering With license register, ELIS, bulk orders is used for capacity and features supported by the RBS, the RNC and the RXI. The packages are built according to the structure outlined in figure 1. For more details about the bulk package please look at Chapter 7. Note that bulk product package also covers expansions. 3 Basic Features The basic features provide the functionality that is necessary for the operation of a WCDMA system. The functionality covers the areas: System Improvements, Services and RABs, Radio Network, Transport Network and RAN Management. The basic features are mandatory parts of the WCDMA RAN software. To simplify ordering the basic features, all of them are included in the feature groups */FAJ /*: Basic Package in W12 listed below. By placing an order on any of these features, all basic features listed in this Chapter are purchased FGC Uen Rev H Ericsson 6 (57)

7 3.1 Basic package The basic package needs to be ordered for each node. Note that we are introducing different Basic Packages for W12B and W12A. Upgrade from W12A to W12B release does not require a separate license but uses the free upgrade procedure directly in ELIS (see License Activation Guide) The following basic package alternatives exist: New Sales Commercial 1/FAJ /1 1/FAJ /2 1/FAJ /3 1/FAJ /1 1/FAJ /2 1/FAJ /3 WRAN RBS W12A Commercial WRAN RNC W12A Commercial WRAN RXI W12A Commercial WRAN RBS W12B Commercial WRAN RNC W12B Commercial WRAN RXI W12B Commercial New Sales Commercial MBB Price Model 10/FAJ /1 11/FAJ /1 DL 13/FAJ /2 14/FAJ /3 10/FAJ /1 11/FAJ /1 DL 13/FAJ /2 14/FAJ /3 WRAN RBS W12A Commercial MBB Price Model, CC WRAN RBS W12A Commercial MBB Price Model, CE WRAN RNC W12A Commercial MBB Price Model WRAN RXI W12A Commercial MBB Price Model WRAN RBS W12B Commercial MBB Price Model, CC WRAN RBS W12B Commercial MBB Price Model, CE WRAN RNC W12B Commercial MBB Price Model WRAN RXI W12B Commercial MBB Price Model New Sales Internal 2/FAJ /1 WRAN RBS W12A Internal FGC Uen Rev H Ericsson 7 (57)

8 2/FAJ /2 2/FAJ /3 2/FAJ /1 2/FAJ /2 2/FAJ /3 WRAN RNC W12A Internal WRAN RXI W12A Internal WRAN RBS W12B Internal WRAN RNC W12B Internal WRAN RXI W12B Internal Upgrade Commercial When upgrading from W10 the following upgrade licenses apply: 71/FAJ /1 71/FAJ /2 71/FAJ /3 81/FAJ /1 81/FAJ /2 81/FAJ /3 WRAN RBS Upgrade W10 to W12A WRAN RNC Upgrade W10 to W12A WRAN RXI Upgrade W10 to W12A WRAN RBS Upgrade W10 to W12B WRAN RNC Upgrade W10 to W12B WRAN RXI Upgrade W10 to W12B When upgrading from W11 the following upgrade licenses apply: 7/FAJ /1 7/FAJ /2 7/FAJ /3 8/FAJ /1 8/FAJ /2 8/FAJ /3 WRAN RBS Upgrade W11 to W12A WRAN RNC Upgrade W11 to W12A WRAN RXI Upgrade W11 to W12A WRAN RBS Upgrade W11 to W12B WRAN RNC Upgrade W11 to W12B WRAN RXI Upgrade W11 to W12B Upgrade Commercial MBB Price Model When upgrading from W10 the following upgrade licenses apply: 72/FAJ /1 72/FAJ /2 72/FAJ /3 WRAN RBS Upgrade W10 MBB to W12A MBB WRAN RNC Upgrade W10 MBB to W12A MBB WRAN RXI Upgrade W10 MBB to W12A MBB FGC Uen Rev H Ericsson 8 (57)

9 82/FAJ /1 82/FAJ /2 82/FAJ /3 WRAN RBS Upgrade W10 MBB to W12B MBB WRAN RNC Upgrade W10 MBB to W12B MBB WRAN RXI Upgrade W10 MBB to W12B MBB When upgrading from W11 the following upgrade licenses apply: 70/FAJ /1 70/FAJ /2 70/FAJ /3 80/FAJ /1 80/FAJ /2 80/FAJ /3 WRAN RBS Upgrade W11 MBB to W12A MBB WRAN RNC Upgrade W11 MBB to W12A MBB WRAN RXI Upgrade W11 MBB to W12A MBB WRAN RBS Upgrade W11 MBB to W12B MBB WRAN RNC Upgrade W11 MBB to W12B MBB WRAN RXI Upgrade W11 MBB to W12B MBB Upgrade Internal When upgrading from W10 the following upgrade licenses apply: 74/FAJ /1 74/FAJ /2 74/FAJ /3 84/FAJ /FAJ /2 84/FAJ /3 WRAN RBS Int Upg W10 to W12A WRAN RNC Int Upg W10 to W12A WRAN RXI Int Upg W10 to W12A WRAN RBS Int Upg W10 to W12B WRAN RNC Int Upg W10 to W12B WRAN RXI Int Upg W10 to W12B When upgrading from W11 the following upgrade licenses apply: 73/FAJ /1 73/FAJ /2 73/FAJ /3 83/FAJ /1 83/FAJ /2 WRAN RBS Int Upg W11 to W12A WRAN RNC Int Upg W11 to W12A WRAN RXI Int Upg W11 to W12A WRAN RBS Int Upg W11 to W12B WRAN RNC Int Upg W11 to W12B FGC Uen Rev H Ericsson 9 (57)

10 83/FAJ /3 WRAN RXI Int Upg W11 to W12B 3.2 System Improvements FAJ , WCDMA RAN P3 System Improvements FAJ , WCDMA RAN P4 System Improvements FAJ , System Improvements in WCDMA RAN P5 Release FAJ , System Improvements in WCDMA RAN P6 Release FAJ , System Improvements in WCDMA RAN P7 Release FAJ R2, System Improvements in WCDMA RAN W10 Release FAJ R2, System Improvements in WCDMA RAN W11 Release FAJ R2, System Improvements in WCDMA RAN W12 Release 3.3 Services and RABs Radio Network Functionality FAJ R2, Emergency Call FAJ R2, SAI based (Cell) Positioning FAJ R5, Admission Control FAJ R1, Cell Update FAJ R5, Channel Switching, Downlink FAJ R1, Ciphering Mode Control FAJ R3, Congestion Control FAJ R2, Connection Setup and Release FAJ R2, Downlink Power Allocation FAJ R1, Downlink Power Drift Prevention FAJ R1, Integrity Protection FAJ R2, Paging FAJ R3, Power Control FAJ R1, Radio Connection Supervision FAJ R2, Soft/Softer Handover and Cell reselection FAJ R1, System Information Distribution FGC Uen Rev H Ericsson 10 (57)

11 FAJ R1, Transparent Message Transfer FAJ R4, Service differentiated congestion handling FAJ R2, Channel Switching, Uplink FAJ R1, Throughput based downswitch FAJ R1, Fast power congestion control FCC FAJ R1, Active TX chain gain calibration TXGC FAJ R2, Faster Activation Time FAJ R1, RNC Adaptive UE Allocation on Special Processor (SP) FAJ R1, Multistandard Node FAJ R1, Absolute time synch 3.5 Transport Network Functionality FAJ R2, Built-in 16 Gbps Packet Switch in RNC, RBS and RXI nodes FAJ R1, ATM PVC and PVP FAJ R5, Dynamic AAL2 connections FAJ R1, Permanent AAL5 connections for Control Plane traffic FAJ R8, Transport Redundancy FAJ R3, Network Synchronisation FAJ R2, Node Synchronisation 1 FAJ R8, RAN Topologies FAJ R9, ATM Interfaces in RAN FAJ R4, RAN Transport Quality of Service Separation FAJ R2, Mub Routing in RXI FAJ R2, AAL2 Path with UBR FAJ R2, Robust Transport Configuration FAJ R6, IP Interfaces in RAN FAJ R2, Iub Optimization FAJ R1, ATM & IP dual stack in RNC FAJ R1, 3G Direct Tunnel FAJ R1, Mub Port Integration FAJ R1, Common Iub IP host in RBS 1 This feature is not supported in the RXI FGC Uen Rev H Ericsson 11 (57)

12 FAJ R1, Robust Reconfiguration using Rollback FAJ R1, Common Iub IP host in RNC FAJ R2, SRB on HS TN resource booking optimization 3.6 RAN Management Functionality FAJ R7, Accessibility FAJ R3, Backup FAJ R2, Configuration Management FAJ R4, Fault Management FAJ R5, Performance Management FAJ R5, Product Inventory FAJ R6, Security Management FAJ R5, Software Management FAJ R1, Site LAN FAJ R3, Documentation FAJ R12, Statistical Observability FAJ R2, Configurable Priority Of Neighbor Cell Relations FAJ R1, RBS Soft Lock FAJ R1, RBS Auto provisioning FAJ R1, WCDMA load expert FAJ R1, Core Network supervision 3.7 Licensing Principles FAJ R1, License control for capacity FAJ R2, License control for features FAJ R2, Delayed Activation of Capacity Control FAJ R1, Emergency Unlock FAJ R1, RNC Capacity License Control FAJ R1: Delayed activation of Capacity Control (RNC) 4 Optional Features Optional Features contain additional functionality, which is not needed for basic operation of a WCDMA network and enables the operator to have a more advanced network. Optional features in W12 are: FGC Uen Rev H Ericsson 12 (57)

13 4.1 Services and RABs FAJ R1, Conversational RAB for AMR speech 12.2 kbps FAJ R1, Conversational RAB for 64 kbps multimedia FAJ R3, Interactive RAB for up to 384 kbps Packet Data FAJ R1, Speech and Packet data RAB FAJ R1, Streaming RAB for non-transparent Circuit Switched data, 57.6 kbps FAJ R2, Positioning Service, Cell Accuracy FAJ R1, PS Streaming RAB, 64 kbps downlink FAJ R1, Two times PS Interactive RAB FAJ R3, Max Bit Rate Capability for QoS Profiling FAJ R1, RTT Positioning FAJ R2, Speech 12.2 kbps and two times PS Interactive RAB FAJ R2, Speech and 0 kbps Packet Data Rate FAJ R1, Conversational RAB for 64 kbps CS Multimedia and 8 kbps Packet Data RAB Combination FAJ R1, PS Streaming RAB, 128 kbps downlink FAJ R1, Flexible Initial Rate Selection, PS Interactive FAJ R1, Interactive RAB for up to 128 kbps, Uplink FAJ R1, Interactive RAB for up to 384 kbps, Uplink FAJ R1, Speech 12.2 kbps, PS Streaming 128 kbps downlink and PS Interactive 8 kbps RAB FAJ R2, Conversational RAB for Multimode AMR speech FAJ R1, Speech 12.2 kbps and PS Interactive RAB for up to 384 kbps downlink FAJ R1, Speech 12.2 kbps and PS Interactive RAB for up to 128 kbps uplink FAJ R1, MBMS Broadcast Mode with 64 kbps FAJ R1, MBMS Traffic Channel, 128 kbps FAJ R1, MBMS Traffic Channel, 256 kbps FAJ R1, A-GPS Positioning for commercial services FAJ R1, AMR WB speech FAJ R1, AMR WB Speech and PS Interactive RAB Combination FGC Uen Rev H Ericsson 13 (57)

14 FAJ R1, AMR WB Speech and HSDPA Interactive RAB Combination FAJ R1, AMR WB Speech and two times PS Interactive RAB Combination FAJ R1, AMR WB speech, PS Streaming 128 kbps and PS Interactive 8 kbps RAB Combination FAJ R1, Two times HSDPA PS Interactive RAB Combination FAJ R2, Multiple HSPA PS Interactive RAB Combination FAJ R1, Three times PS Interactive RAB Combination FAJ R1, Three times HSDPA PS Interactive RAB Combination FAJ R1, Speech 12.2 kbps and two times HSDPA PS Interactive RAB Combination FAJ R1, Speech 12.2 kbps, HSDPA PS Streaming and PS Interactive RAB Combination FAJ R1, HSDPA PS Streaming and PS Interactive RAB Combination FAJ R1, TrFO Support for Speech 12.2 kbps FAJ R1, Speech 12.2 kbps and Multiple PS Interactive RAB Combination FAJ R1, Stand alone SRB 3.4 kbps FAJ R1, Support for I/F to positioning center (Iu PC) FAJ R2, Speech 12.2 kbps and HSPA PS Interactive RAB FAJ R2, Speech 12.2 kbps and multiple HSPA PS Interactive RAB FAJ R1, Call Re-Establishment FAJ R1, TrFO support for AMR Multimode FAJ R1, AMR Multimode low rate FAJ R1, RAB modification FAJ R1, Video Service Restriction FAJ R2, AMR multi mode low rate and HSPA PS Interactive RAB FAJ R1, CBS Event triggered FAJ R1, Support of Adaptive Enhanced Cell ID (AECID) Please note that some HSDPA and Enhanced Uplink related RAB s are listed in the HSDPA and Enhanced Uplink sections FGC Uen Rev H Ericsson 14 (57)

15 4.2 Radio Network Functionality FAJ R6, GSM handover and Cell Reselection FAJ R2, Shared Network Support FAJ R4, Inter Frequency Handover and Cell Reselection FAJ R1, Directed Retry FAJ R1, Utran Registration Area Handling FAJ R1, Active Queue Management FAJ R1, Inter Frequency Load Sharing FAJ R2, Emergency call re-direct to GSM FAJ R1, Service Based Handover FAJ R1, Core Network Hard Handover FAJ R2, Dynamic PS I/B RAB Establishment FAJ R1, Inter-Frequency Load Distribution FAJ R3, Multi band support FAJ R1, Support for MSC in pool FAJ R1, Support for SGSN in pool FAJ R2, Shared RAN (MOCN) FAJ R1, Domain Specific Access Class Barring FAJ R1, MBMS Iub efficiency FAJ R1, Extended range up to 80 km FAJ R1, Extended range up to 200 km FAJ R1, Improved Downlink Coverage FAJ R1, Hierarchical Cell Structures FAJ R1, Flexible Quality of Service and Allocation / Retention Handling FAJ R1, Traffic Handling Priority FAJ R1, SIB 18 for Improved inter-plmn Mobility FAJ R2, Transmit Diversity FAJ R1, One PLMN-id per Frequency FAJ R2, Cell Broadcast service FAJ R1, Load Triggered Access Class Barring FAJ R1, Initial UE access load regulation FAJ R1, Improved RACH Coverage FAJ R1, 4-Way Receiver Diversity FGC Uen Rev H Ericsson 15 (57)

16 FAJ R1, Find faulty antenna, data FAJ R1, Manual triggered access class barring FAJ R1, Load based handover to GSM FAJ R1, Configurable Carrier Bandwidth FAJ R1, Improved compressed mode handling FAJ R1, Interfrequency Load Based Handover FAJ R1, Cell Broadcast Service-UE battery consumption improvements FAJ R1, GAN Mobility FAJ R1, Support for RRU in cascaded configuration FAJ R2, Support for RET in cascaded configuration FAJ R2, Non-HSDPA inter-frequency loadsharing FAJ R1, LTE Cell Reselection FAJ R1, Faster Establishment, Direct Upswitch from URA FAJ R1, Support for high capacity MSC in pool FAJ R1, Fast Dormancy Handling FAJ R3, Mixed Mode in Multi Standard RBS (WCDMA) FAJ R1, QoS for RAN Sharing FAJ R3, RNC RRC load control FAJ R1, Admission block redirection FAJ R2, CS Voice Fallback from LTE FAJ R1, Manual triggered cyclic access class baring on cell level FAJ R1, Flexible Intra Frequency Measurement Initiation FAJ R1, Channel Element capacity for HSDPA Smartphones FAJ R1, Ψ-Coverage FAJ R1, SRB Admission Control FAJ R1, RBS MP Load sharing FAJ R1, Inactivity timers on cell level FAJ R1, Soft Handover parameters on Cell level FAJ R1, Release With Re-direct to LTE FAJ R1, RIM support for System Information transfer to LTE FAJ R1, Frequency Priority at Connection Release FGC Uen Rev H Ericsson 16 (57)

17 4.3 HSDPA The features listed in this section relates to HSDPA in WCDMA RAN W12. The feature FAJ R2: HSDPA Introduction Package includes necessary SW features to provide an entry-level support for HSDPA in UTRAN (for underlying dependencies, see chapter 6). The content of the HSDPA Introduction Package is composed of (described by) the following features: FAJ R1: 4 HSDPA users per cell FAJ R1, 5 HSDPA codes per cell FAJ R1: HSDPA Introduction FAJ R3: HSDPA TN Optimization FAJ R2: HSDPA Interactive 64/HS RAB FAJ R1, Fast HSDPA dynamic power allocation FHPA Additional optional features for HSDPA (that require the HSDPA Introduction Package) are: FAJ R1, HSDPA Mobility FAJ R2, HSDPA Mobility phase 2 FAJ R1, HSDPA 16 QAM FAJ R1, HSDPA Proportional fair Scheduler FAJ R4, HSDPA Interactive 384/HS RAB FAJ R1, HSDPA Dynamic Code Allocation FAJ R1, HSDPA Flexible Scheduler FAJ R1, HSDPA Code Multiplexing and HS-SCCH Power Control FAJ R1, Speech 12.2 kbps and HSDPA Interactive 64/HS RAB FAJ R3, Speech 12.2 kbps and HSDPA Interactive 384/HS RAB FAJ R1, HSDPA CQI Adjustment FAJ R1, HSDPA Incremental Redundancy FAJ R1, HSPA Max Bit Rate for QoS Profiling FAJ R1, IF/IRAT mobility on HSPA FAJ R1, HSDPA & Enhanced Uplink Service Indicator FAJ R1, HSDPA Quality of Service Scheduler FAJ R1, HSDPA PS Streaming and Multiple PS Interactive RAB Combination FGC Uen Rev H Ericsson 17 (57)

18 FAJ R1, Speech 12.2 kbps and Multiple HSDPA PS Interactive RAB Combination FAJ R1, Speech 12.2 kbps, HSDPA PS Streaming and Multiple PS Interactive RAB Combination FAJ R2, SRB on HSDPA FAJ R1, Enhanced Layer 2 FAJ R1, Support for 64 QAM FAJ R2, Support for 2x2 MIMO FAJ R1, Improved HSPA Link adaptation FAJ R1, HSPA QoS scheduling priority based on ARP FAJ R1, Minimum Bit Rate HSDPA scheduling FAJ R2, Multi Carrier FAJ R2, Multi Carrier Inactivity Control FAJ R2, HSDPA inter-frequency loadsharing FAJ R3, F-DPCH FAJ R1, 64QAM and MIMO FAJ R1, Dual Band HSDPA Multi Carrier FAJ R1, HSDPA Multi-Carrier with MIMO FAJ R2, Pre-coder for power balancing FAJ R1, Increased HSDPA code capacity on HS-TX FAJ R1, High speed downlink for FACH FAJ R1, Battery Efficieny for HS FACH FAJ R1, HSDPA IFLS capability and priority handling 4.4 Enhanced Uplink The features listed in this section relates to Enhanced Uplink in WCDMA RAN W12. FAJ R1, Enhanced Uplink Introduction Package includes necessary SW features to provide an entry-level support for Enhanced Uplink in UTRAN (for underlying dependencies, see chapter 6). The content of the Enhanced Uplink Introduction Package is composed of (described by) the following features: FAJ R1, 4 Enhanced Uplink users per cell FAJ R1, Enhanced Uplink Introduction FAJ R3, Enhanced Uplink Interactive RAB FGC Uen Rev H Ericsson 18 (57)

19 FAJ R2, Enhanced Uplink TN optimization FAJ R2, EUL Scheduler Enhancements Additional optional features for Enhanced Uplink (that require the Enhanced Uplink Introduction Package) are: FAJ R2, Enhanced Uplink Mobility FAJ R1, EUL Quality of Service Scheduler FAJ R1, EUL Scheduler Support for 6 Cell Carriers FAJ R1, Channel Element Ladder for E-DCH with RAX R2 FAJ R2, Enhanced Uplink 2ms TTI FAJ R1, Advanced receivers, Generalised RAKE FAJ R1, Improved CE ladder for E-DCH FAJ R1, Downlink power control for EUL FAJ R1, EUL Cell Edge Coverage FAJ R2, Enhanced uplink transmission, CPC FAJ R1, Soft Congestion of 2ms EUL users FAJ R1, EUL single HARQ process scheduling FAJ R2, Enhanced downlink reception, CPC FAJ R1, EUL TD Scheduling FAJ R1, Improved layer 2 UL FAJ R2, EUL for large RBS configurations FAJ R1, UL efficiency DCH/EUL load balancing FAJ R1, Enhanced Uplink for Fach FAJ R1, 64 Enhanced Uplink user per cell FAJ R1, 96 Enhanced Uplink user per cell FAJ R1, Interference Suppression FAJ R1, Channel Element Capacity for EUL Smartphones 4.5 Transport Network Functionality FAJ R2, ATM on fractional for 2G transmission sharing FAJ R3, Circuit Emulation over ATM for 2G transmission sharing FAJ R4, Inverse Multiplexing over ATM, IMA FAJ R1, System integrated GPS network synchronization FAJ R5, Transport Aggregation Hub for WCDMA RAN FAJ R5, AAL2 Switching for Transport Aggregation FAJ R4, AAL2 Switching Capacity Expansion FGC Uen Rev H Ericsson 19 (57)

20 FAJ R2, Transmission Power Priority FAJ R1, DL Flow Control for PS interactive/background on DCH FAJ R2, Configurable transport bearer QoS class FAJ R1, SS7 over Ethernet FAJ R1, Iu PS user plane over IP FAJ R1, IMA bandwidth adaptation FAJ R1, Ethernet Aggregation Switching FAJ R1, Iub over IP/Ethernet in RNC FAJ R1, IuCS User Traffic over IP FAJ R1, Iur User Traffic over IP FAJ R2, Iub over IP/Ethernet in RBS FAJ R1, Network Synchronization Server for IP Transport FAJ R1, Network Synchronization Client for IP Transport FAJ R1, ATM and IP dual stack in RBS FAJ R1, Unified ATM/IP Admission Control for Iub FAJ R1, Soft congestion based on Iub FAJ R1, Ethernet Link Aggregation FAJ R1, RANAP overload Control FAJ R1, Layer 2 Gateway Port FAJ R1, Iub over Satellite FAJ R3, HSDPA RBR QoS Profiling FAJ R1, Ethernet Jumbo Frames on IuPS FAJ R1, AQM based Congestion Control for HSDPA FAJ R1, Egress IP Traffic Shaping FAJ R1, Two-Way Active Measurement Protocol 4.6 RAN Management Functionality FAJ R2, Measurement function Radio Environment Statistics FAJ R5, Recording Observability for GPEH FAJ R1, Drifting RNC Observability FAJ R1, Release locked mobiles when IuCS is down FAJ R2, Support for 3GPP compatible RET antennas FAJ R1, Support for 3GPP compatible TMAs FGC Uen Rev H Ericsson 20 (57)

21 FAJ R1, Real-time Traffic Flow Indicator FAJ R1, Geo-observability data FAJ R1, Dual TMA Support FAJ R1, Emergency Unlock Reset FAJ R1, GPEH Capacity Increase - Reduced ROP periodicity 5 Features in WCDMA RAN W12 that require new Hardware 5.1 ATM Transport Network Functions The following table lists which ATM transmission boards that support which optional transport network features for ATM. Transport network features related to ATM that are not listed in the table are either supported by all ATM transmission boards or do not have a dependency with transmission boards (e.g. features related to network synchronization). ATM Transmission board Feature # FAJ Basic/ optional E1/J1/T1 ATM/AAL2 Transmission Interface CBU E1/J1/T1 ATM/AAL2 Transmission Interface ET- MC1 Feature name ATM on fractional for 2G Transmission sharing Optional x x x x E3/T3 ATM/AAL2 Transmission Interface, ET-M3 Full Rate STM-1/STS-3c/OC-3c ATM/AAL2 Transmission Interface, ET-M4 Full Rate STM-1/STS-3c/OC-3c ATM/AAL2 Transmission Interface, ET-MF4 Channelized STM-1/STS-3 ATM/AAL2 Transmission Interface, ET-MC41 Channelized STM-1/STS-3 ATM/AAL2 Transmission Interface, ET-MF41 Low cost Channelized STM-1/STS-3 ATM/AAL2 Transmission Interface, ET-MC41s EvoET, 8 port STM-1/OC3 board for ATM & TDM (BSC) support in EvoController Digital Unit in RBS6000, DUW FAJ Circuit Emulation over ATM for 2G Transmission sharing Optional x x x x x FAJ Inverse Multiplexing over ATM, IMA Optional x x x x x x x FAJ Transport redundancy Basic x x x x x * Note: ET-MF41, the new channelized STM-1/OC-3 interface does not support ATM on fractional A description of which transmission boards that are supported by the different products is available in the product package descriptions for the respective product. Other ATM HW requirements: FGC Uen Rev H Ericsson 21 (57)

22 MSP1+1 for STM-1/VC4 and OC-3c (configuration option in FAJ ) requires ET-MF4 or EvoET MSP1+1 for STM-1/VC1x and OC-3 requires ET-MC41 or ET-MF41 or EvoET FGC Uen Rev H Ericsson 22 (57)

23 5.2 IP Transport Network Functions RNC subracks with RBSs connected via Iub over IP must be of HW Revision 4 or higher. That means that FAJ , Iub over IP/Ethernet in RNC, requires that at least one subrack in the RNC is of HW R4 or higher. The following table lists which IP transmission boards that support which optional transport network features for IP. IP Transmission Board Feature # Feature Name Basic/ Optional FAJ SS7 over Ethernet Optional X X X FAJ Iu PS user plane over IP Optional X X X FAJ Ethernet aggregation switching Optional X FAJ Iub over IP/Ethernet in RNC Optional X X X FAJ IuCs User Plane Traffic over IP Optional X X X FAJ Iur User Traffic over IP Optional X X X FAJ Iub over IP/Ethernet in RBS Optional X X Network Synchronisation Server for IP FAJ Transport Optional X X X FAJ FAJ FAJ FAJ FAJ FAJ FAJ Network Synchronisation Client for IP Transport Ethernet Link Aggregation Layer 2 Gateway Port Ethernet Jumbo Frames on IuPS AQM based congestion control for HSDPA Egress IP Traffic Shaping Two-Way Active Measurement Protocol Gigabit Ethernet Interface for RNC ET- MFG 10/100/1000 Multi Function Ethernet interface for RXI and RNC 3810 ET-MFX12 and ET-MFX13 10/100/1000 Multi Function Ethernet interface for RBS ET- MFX11 and ET-MFX14 Gigabit IP Interface for RNC 3820 ET-IPG Gigabit Ethernet iinterface for RNC 3820 C-MXB Digital Unit in RBS6000, DUW Optional X X Optional X X X Optional X X Optional X X Optional X X X X X Optional Optional X X FGC Uen Rev H Ericsson 23 (57)

24 5.3 Radio Network and Other Functionality Optional Feature Dependency FAJ Feature name Baseband Radio Other All HSDPA features (see ch 4.3) All Enhanced Uplink features (see ch 4.4) HSDPA capable TX boards (HS- TX15, HS-TX45 and HS-TX60) and the RAX R2 or higher HSDPA capable TX boards (HS- TX15, HS-TX45 and HS-TX60) and the RAX R2 or higher FAJ Enhanced Uplink, 2ms TTI,, RBS config. with RAX2e or DUW FAJ Advanced Receivers, GRAKE in RBS FAJ Improved CE ladder for E- DCH on RAX 2e All MBMS features RBS config. with RAX2e or DUW RBS config. with RAX2e or DUW TX3 or higher, or HSDPA capable TX boards, or DUW FAJ RTT Postitioning RAX R2 or higher FAJ Configurable Carrier Bandwidth RU , KRC11822/6 RU , KRC11822/5 RRU , KRC161134/51 RU , KRC11835/4 RRU , KRC161134/61 RRU , KRC161134/11 All R/RUW, except for RUW 01 B1 and RRUW 01 B1 (2100 MHz) All R/RUS FAJ A-GPS positioning A GPS receiver per RNC FGC Uen Rev H Ericsson 24 (57)

25 FAJ Cell Broadcast Service RNC R4 or later HW FAJ FAJ QAM and MIMO HSDPA Multi carrier with MIMO DUW DUW FAJ EUL TD Scheduling DUW FAJ FAJ FAJ FAJ Mixed Mode in Multi Standard RBS Channel Element capacity for HSDPA Smartphones 64 Enhanced Uplink user per cell 96 Enhanced Uplink user per cell RBS6000 with R/RUS DUW DUW DUW FAJ Ψ-Coverage RBS6000 R/RUS FAJ Interference Suppression DUW FAJ Enhanced Uplink for FACH DUW FAJ Improved layer 2 UL DUW FAJ Channel Element Capacity for EUL Smartphones DUW 6 Dependencies between optional Features All optional features require the basic package as defined in Chapter 3. The optional features can be selected independent of each other, with the following exceptions: Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name FAJ Speech and Packet data RAB requires FAJ FAJ FAJ Shared Network Support requires FAJ or FAJ FAJ Active Queue Management requires FAJ FAJ FAJ FAJ PS Streaming RAB for up to 56 kbps Packet data Two times PS Interactive RAB Max Bit Rate Capability for QoS Profiling Conversational RAB for AMR speech Interactive RAB for up to 384 kbps Packet Data GSM handover and cell reselection Inter-frequency handover and cell re-selection Interactive RAB for up to 384 kbps Packet Data requires FAJ Interactive RAB for up to 384 kbps Packet Data requires FAJ Interactive RAB for up to 384 kbps requires FAJ Interactive RAB for up to 384 kbps FAJ RTT Positioning requires FAJ Positioning Service, Cell Accuracy FGC Uen Rev H Ericsson 25 (57)

26 Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name Radio Environment Statistics Measurement Result Recording requires FAJ FAJ WCDMA FAJ Speech 12.2 kbps and two times PS Interactive RAB requires FAJ Speech and Packet data RAB FAJ Two times PS Interactive RAB FAJ AAL2 Switching for Transport Transport Aggregation Hub for requires FAJ Aggregation WCDMA RAN FAJ AAL2 Switching Capacity AAL2 Switching for Transport requires FAJ Expansion Aggregation FAJ Speech and 0 kbps Packet Data Conversational RAB for AMR requires FAJ Rate speech FAJ Interactive RAB for up to 384 kbps Packet Data FAJ Speech and Packet Data RAB FAJ Conversational RAB for 64 kbps CS Multimedia and 8 kbps Packet Data RAB Combination requires FAJ Conversational RAB for 64 kbps multimedia FAJ Interactive RAB for up to 384 kbps Packet Data FAJ Service based Handover requires FAJ GSM Handover & cell re-selection FAJ HSDPA Mobility requires FAJ HSDPA Introduction Package FAJ FAJ Dynamic PS I/B RAB Establishment PS Streaming RAB, 128 kbps downlink requires FAJ requires FAJ Interactive RAB for up to 384 kbps Packet Data Interactive RAB for up to 384 kbps Packet Data FAJ HSDPA Mobility Phase 2 requires FAJ HSDPA Introduction Package FAJ HSDPA Mobility FAJ Inter-Frequency Load Distribution requires FAJ Inter-Frequency Load Sharing FAJ HSDPA 16 QAM requires FAJ HSDPA Introduction Package FAJ HSDPA Proportional fair Scheduler requires FAJ HSDPA Introduction Package FAJ HSDPA Interactive up to 384/HS requires FAJ HSDPA Introduction Package RAB FAJ HSDPA Dynamic Code Allocation requires FAJ HSDPA Introduction Package FAJ HSDPA Flexible Scheduler requires FAJ HSDPA Introduction Package FAJ HSDPA Code Multiplexing and HS-SCCH Power Control requires FAJ HSDPA Introduction Package FAJ FAJ FAJ FAJ FAJ Flexible Initial Rate Selection, PS Interactive Interactive RAB for up to 128 kbps, Uplink Interactive RAB for up to 384 kbps, Uplink Speech 12.2 kbps, PS Streaming 128 kbps downlink and PS Interactive 8 kbps RAB Conversational RAB for Multimode AMR speech FAJ HSDPA Flexible Scheduler requires Interactive RAB up to 384 kbps FAJ Packet Data FAJ Dynamic PS I/B RAB Establishment requires FAJ Interactive RAB for up to 384 kbps requires FAJ Interactive RAB for up to 384 kbps FAJ Interactive RAB for up to 128 kbps uplink requires FAJ Speech and Packet data RAB FAJ PS Streaming RAB, 128 kbps downlink requires FAJ Conversational RAB for AMR speech FGC Uen Rev H Ericsson 26 (57)

27 Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name FAJ Speech 12.2 kbps and HSDPA requires Interactive 64/HS RAB FAJ HSDPA Introduction Package FAJ Conversational RAB for AMR speech FAJ Speech and Packet data RAB FAJ Speech 12.2 kbps and HSDPA Interactive up to 384/HS RAB requires FAJ HSDPA Interactive up to 384/HS RAB FAJ Speech 12.2 kbps and HSDPA Interactive 64/HS RAB FAJ Enhanced Uplink Mobility requires FAJ Enhanced Uplink Introduction Package FAJ HSDPA Mobility Phase 2 FAJ HSDPA CQI Adjustment requires FAJ HSDPA Introduction Package FAJ Speech 12.2 kbps and PS Interactive RAB for up to 384 kbps downlink requires FAJ Speech and Packet data RAB FAJ Speech 12.2 kbps and PS Interactive RAB for up to 128 kbps uplink requires FAJ Speech and Packet data RAB FAJ Enhanced Uplink Introduction requires FAJ HSDPA Introduction Package Package FAJ MBMS Traffic Channel, 128 kbps requires FAJ MBMS Broadcast Mode with 64 kbps FAJ MBMS Traffic Channel, 256 kbps requires FAJ MBMS Broadcast Mode with 64 kbps FAJ MBMS Iub Efficiency requires FAJ MBMS Broadcast Mode with 64 kbps FAJ HSDPA Introduction Package requires FAJ Interactive RAB for up to 384 kbps FAJ A-GPS Positioning for commercial requires FAJ Positioning Service, Cell Accuracy services FAJ Hierarchical Cell Structures requires FAJ Inter Frequency Handover and Cell Reselection FAJ HSDPA Incremental Redundancy requires FAJ HSDPA Introduction Package FAJ AMR WB Speech and PS Interactive RAB Combination requires FAJ Interactive RAB for up to 384 kbps FAJ AMR WB Speech and PS Interactive RAB Combination FAJ Interactive RAB for up to 128 kbps uplink FAJ AMR WB Speech requires FAJ HSDPA Interactive up to 384/HS RAB FAJ FAJ AMR WB Speech AMR WB Speech and PS Interactive RAB Combination FAJ AMR WB Speech and two times PS Interactive RAB Combination requires FAJ Two times PS Interactive RAB FAJ FAJ AMR WB Speech AMR WB Speech and PS Interactive RAB Combination FAJ AMR WB speech, PS Streaming 128 kbps and PS Interactive 8 kbps RAB Combination requires FAJ PS Streaming RAB, 128 kbps downlink FAJ AMR WB Speech FGC Uen Rev H Ericsson 27 (57)

28 Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name FAJ AMR WB Speech and PS Interactive RAB Combination FAJ FAJ FAJ FAJ Two times HSDPA PS Interactive RAB Combination Multiple HSPA PS Interactive RAB Three times PS Interactive RAB Combination Three times HSDPA PS Interactive RAB Combination requires FAJ Interactive RAB for up to 384 kbps FAJ Two times PS Interactive RAB FAJ HSDPA Introduction Package requires Two Times HSDPA PS Interactive FAJ PS RAB FAJ Enhanced Uplink Introduction Package requires FAJ Interactive RAB for up to 384 kbps FAJ Two times PS Interactive RAB requires FAJ Interactive RAB for up to 384 kbps FAJ FAJ FAJ Two times PS Interactive RAB HSDPA Introduction Package Two times HSDPA PS Interactive RAB Combination FAJ Speech 12.2 kbps and two times HSDPA PS Interactive RAB Combination FAJ Three times PS Interactive RAB Combination requires FAJ Conversational RAB for AMR speech FAJ FAJ FAJ FAJ Interactive RAB for up to 384 kbps Speech and Packet data RAB Two times PS Interactive RAB Speech 12.2 kbps and two times PS Interactive RAB FAJ FAJ HSDPA Introduction Package Two times HSDPA PS Interactive RAB Combination FAJ Speech 12.2 kbps, HSDPA PS Streaming and PS Interactive RAB Combination requires FAJ Speech 12.2 kbps and HSDPA Interactive 64/HS RAB FAJ HSDPA PS Streaming and PS Interactive RAB Combination FAJ HSDPA PS Streaming and PS Interactive RAB Combination requires FAJ HSDPA Introduction Package FAJ HSDPA QoS Scheduler FAJ TrFO Support for Speech 12.2 kbps requires FAJ Conversational RAB for AMR speech FAJ IMA bandwidth adaptation requires FAJ Inverse Multiplexing over ATM FAJ HSPA Max Bit Rate for QoS requires Max Bit Rate Capability for QoS Profiling FAJ Profiling FAJ Traffic Handling Priority requires if THP shall be used for EUL FAJ FAJ HSDPA Introduction Package EUL Quality of Service Scheduler FGC Uen Rev H Ericsson 28 (57)

29 Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name requires if THP shall be used for HSDPA FAJ HSDPA Quality of Service Scheduler FAJ Speech 12.2 kbps and multiple PS Interactive RAB requires FAJ Speech 12.2 and two times PS Interactive RAB Three Times PS Interactive RAB FAJ FAJ IF/IRAT mobility on HSPA requires GSM Handover and Cell FAJ Reselection Inter Frequency Handover & Cell FAJ Reselection FAJ EUL Quality of Service Scheduler requires FAJ Enhanced Uplink Introduction Package FAJ EUL Scheduler Support for 6 Cell Carriers requires FAJ Enhanced Uplink Introduction Package FAJ HSDPA & Enhanced Uplink requires FAJ HSDPA Introduction Package Service Indicator FAJ HSDPA Quality of Service requires FAJ HSDPA Introduction Package Scheduler FAJ Iub over IP/Ethernet in RNC requires FAJ Iub over IP/Ethernet in RBS FAJ SIB18 for improved inter PLMN requires GSM Handover and Cell FAJ mobility Reselection FAJ Iub over IP/Ethernet in RBS requires FAJ Iub over IP/Ethernet in RNC FAJ Channel Element Ladder for E- DCH with RAX R2 requires FAJ Enhanced Uplink Introduction Package FAJ Network Synchronization Server requires FAJ Iub over IP/Ethernet in RNC for IP Transport FAJ Network Synchronization Client for IP Transport requires FAJ Iub over IP/Ethernet in RBS FAJ HSDPA PS Streaming and multiple PS Interactive RAB requires FAJ HSDPA PS Streaming and PS Interactive RAB FAJ Speech 12.2 kbps and multiple HSDPA PS Interactive RAB FAJ Two times HSDPA PS Interactive RAB requires FAJ Three times HSDPA PS Interactive RAB FAJ Speech 12.2 kbps and multiple PS interactive RAB comb Speech 12.2 kbps and two times FAJ HSDPA PS Interactive RAB FAJ Speech 12.2 kbps, HSDPA PS Streaming and multiple PS Interactive RAB requires FAJ HSDPA PS Streaming and multiple PS Interactive RAB FAJ Speech 12.2 kbps and two times HSDPA PS Interactive RAB FAJ ATM and IP dual stack in RBS requires FAJ Iub over IP in RBS FAJ Configurable transport bearer QoS class FAJ Enhanced Uplink, 2 ms TTI requires FAJ Enhanced Uplink Introduction Package FAJ Support for 2x2 MIMO requires FAJ Enhanced Layer 2 requires either FAJ Pre-coder for power balancing or FAJ Transmit Diversity FAJ SRB on HSDPA requires FAJ HSDPA introduction package FAJ F-DPCH FAJ Enhanced Layer 2 requires FAJ HSDPA Introduction Package FAJ Support for 64 QAM requires FAJ HSDPA 16 QAM FGC Uen Rev H Ericsson 29 (57)

30 Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name FAJ FAJ FAJ FAJ Advanced Receivers, GRAKE in RBS Improved CE ladder for E-DCH Speech 12.2 kbps and HSPA PS Interactive RAB Speech 12.2 kbps and multiple HSPA PS Interactive RAB requires FAJ requires FAJ requires FAJ requires FAJ requires FAJ FAJ Enhanced Layer 2 FAJ FAJ Soft Congestion based on Iub requires FAJ FAJ DL Power Control for Enhance Uplink FAJ Find Faulty Antenna, Data requires requires FAJ FAJ (OSS) Enhanced Uplink, 2 ms TTI Enhanced Uplink Introduction Package Conversational RAB for AMR speech Enhanced Uplink Introduction Package Multiple HSPA PS Interactive RAB Speech 12.2 kbps and HSPA PS interactive RAB Unified ATM/IP admission Control for Iub Enhanced Uplink Introduction Package Find Faulty Antenna Expert for WCDMA FAJ Load based handover to GSM requires FAJ GSM Handover and Cell reselection FAJ Improved HSDPA Link adaptation requires FAJ HSDPA Introduction Package FAJ EUL Cell Edge Coverage Requires FAJ Enhanced Uplink Introduction Package FAJ Conversational RAB for multi requires TrFO Support for AMR multi mode FAJ mode AMR Speech FAJ AMR multi mode low rate requires Conversational RAB for multi FAJ mode AMR Speech FAJ HSPA QoS scheduling priority Flexible QoS and requires FAJ based on ARP Allocation/Retention handling requires if THP shall be used for EUL FAJ EUL Quality of Service Scheduler FAJ FAJ FAJ Enhanced uplink transmission, CPC Soft Congestion of 2 ms EUL users Interfrequency Load Based Handover requires if THP shall be used for HSDPA FAJ requires FAJ FAJ FAJ requires FAJ requires FAJ if no Iur: FAJ HSDPA Quality of Service Scheduler F-DPCH Enhanced Uplink Introduction Package Enhanced downlink reception, CPC Enhanced Uplink, 2 ms TTI Interfrequency handover and cell reselection Core network hard handover FAJ Cell Broadcast Service UE requires FAJ battery consumption improvement Cell Broadcast Service Minimum Bit Rate HSDPA requires FAJ FAJ scheduling Traffic handling priority FAJ HSDPA Quality of Service Scheduler FAJ GAN Mobility requires FAJ GSM Handover and Cell Reselection FAJ Multi Carrier requires FAJ Enhanced Layer 2 FAJ Enhanced Uplink Introduction Package EUL single HARQ process requires FAJ FAJ scheduling Enhanced Uplink, 2 ms TTI FGC Uen Rev H Ericsson 30 (57)

31 Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name FAJ Multi Carrier Inactivity Control requires FAJ Multi Carrier HSDPA Inter-frequency Inter Frequency Handover and requires FAJ FAJ loadsharing Cell Reselection Non-HSPA Interfrequency Inter Frequency Handover and requires FAJ FAJ loadsharing Cell Reselection Measurement function radio requires FAJ FAJ Geo-observability data environment statistics FAJ Geo-Observability for WCDMA in OSS Enhanced downlink reception, Enhanced uplink transmission, requires FAJ FAJ CPC CPC FAJ Video service restriction requires FAJ Conversational RAB for 64 kbps multimedia FAJ F-DPCH requires FAJ HSDPA introduction package FAJ SRB on HSDPA FAJ QAM and MIMO requires FAJ Support for 2x2 MIMO FAJ Support for 64 QAM FAJ Dual TMA Support requires FAJ Support for 3GPP Compatible TMAs FAJ DUAL Band HSDPA Multi Carrier requires FAJ Multi Carrier FAJ Support for 2x2 MIMO HSDPA Multi carrier with MIMO requires FAJ FAJ Multi carrier FAJ Faster Establishment, Direct UTRAN Registration Area requires FAJ Upswitch from URA Handling Support for high capacity MSC in requires FAJ FAJ pool Support for MSC in Pool FAJ EUL TD Scheduling Enhanced Uplink Introduction requires FAJ Package FAJ Enhanced Uplink, 2 ms TTI FAJ HSDPA RBR QoS Profiling requires FAJ HSDPA QoS Scheduler FAJ Traffic Handling Priority FAJ Improved Layer 2 UL requires FAJ Enhanced Uplink Start Package AMR multi mode low rate and HSPA PS requires FAJ FAJ Interactive RAB AMR multi mode low rate, FAJ Speech 12.2 kbps and HSPA PS interactive RAB Enhanced Uplink Introduction EUL for large RBS configurations requires FAJ FAJ Package FAJ HSDPA Introduction Package High speed downlink for FACH requires FAJ FAJ Enhanced Layer 2 UTRAN Registration Area Fast Dormancy Handling requires FAJ FAJ Handling FAJ Mixed Mode in Multi Standard RBS (WCDMA) requires or FAJ /1 FAJ Mixed Mode in Multistandard RBS (GSM)" Mixed Mode in Multistandard RBS (LTE) FAJ CBS Event Triggered requires FAJ Cell Broadcast Service requires FAJ HSPA QoS Scheduling Priority based on ARP FAJ QoS for RAN Sharing requires FAJ Flexible QoS and Allocation/Retention handling requires either FAJ Shared RAN (MOCN) or requires FAJ One PLMN-id per frequency Enhanced Uplink Introduction UL efficiency - DCH/EUL load balancing requires FAJ FAJ Package FAJ Battery Efficiency for HS FACH requires FAJ High speed downlink for FACH Conversational RAB for AMR CS Voice Fallback from LTE Requires FAJ FAJ Speech FGC Uen Rev H Ericsson 31 (57)

32 Optional feature Dependent optional features FAJ Feature Name Dependency FAJ Feature Name FAJ Manual triggered cyclic access class baring on cell level requires FAJ Manual-triggered Cyclic Access Class Barring Enhanced Uplink Introduction Package Improved Layer 2 UL FAJ FAJ Enhanced Uplink for Fach requires FAJ FAJ High speed downlink for FACH FAJ HSDPA Introduction Package FAJ AQM based congestion control for HSDPA requires FAJ Iub over IP/Ethernet in RNC FAJ Iub over IP/Ethernet in RBS GPEH Capacity Increase - FAJ Reduced ROP periodicity requires FAJ Recording Observability for GPEH FAJ Interference Suppression requires FAJ Enhanced Uplink, 2 ms TTI FAJ SRB Admission Control requires FAJ Flexible QoS and Allocation/Retention Handling FAJ HSDPA IFLS capability and priority HSDPA Inter-frequency Load requires FAJ handling Sharing feature FAJ Enhanced Uplink Start Package FAJ FAJ Enhanced Uplink, 2 ms TTI Channel Element Capacity for EUL requires Smartphones FAJ EUL single HARQ process FAJ Improved Channel Element Ladder for E-DCH FAJ Egress IP Traffic Shaping requires FAJ Iub over IP/Ethernet in RNC FAJ Iub over IP/Ethernet in RBS FAJ RTT Positioning Support of Adaptive Enhanced A-GPS Positioning for commercial FAJ requires FAJ Cell ID (AECID) services Support for I/F to positioning FAJ center (Iu PC) FAJ HSDPA users per cell requires FAJ HSDPA Introduction Package FAJ HSDPA users per cell requires FAJ HSDPA users per cell FAJ HSDPA users per cell requires FAJ HSDPA users per cell FAJ HSDPA user per cell requires FAJ HSDPA users per cell FAJ HSDPA codes per cell requires FAJ HSDPA Introduction Package FAJ HSDPA codes per cell requires FAJ HSDPA codes per cell FAJ Enhanced Uplink Introduction requires FAJ Enhanced uplink users per cell Package FAJ Enhanced uplink users per cell requires FAJ Enhanced uplink users per cell FAJ Enhanced Uplink user per cell requires FAJ Enhanced uplink users per cell FAJ Enhanced Uplink user per cell requires FAJ Enhanced Uplink user per cell FAJ * Enhanced Uplink, 2 x 1.4 requires FAJ Enhanced Uplink Introduction Package FAJ * Enhanced Uplink, 3 x 1.4 requires FAJ Enhanced Uplink, 2 x 1.4 FAJ * Enhanced Uplink, 4 x 1.4 requires FAJ Enhanced Uplink, 3 x 1.4 FAJ * Enhanced Uplink, 5 x 1.4 requires FAJ Enhanced Uplink, 4 x 1.4 FAJ * Enhanced Uplink, 6 x 1.4 requires FAJ Enhanced Uplink, 5 x 1.4 *= Feature only included in MBB Price Model FGC Uen Rev H Ericsson 32 (57)

33 7 Purchase and Licensing Principles 7.1 Introduction The WCDMA RAN functionality is divided into two categories, Basic and Optional features. Basic features are mandatory and contain functions that are necessary for operating a WCDMA system. Optional features provide additional value to the network. In general optional features could be purchased independent of each other. However, there are cases when there are dependencies between optional features. Hence, to be able to purchase a specific optional feature it might be required to purchase other optional features as well. Information about the dependencies to other optional features can be found in Chapter 6 above, or in the Feature Descriptions. The WCDMA RAN SW products are available for the customers on a Right to Use basis. Right to Use Licenses are available in two dimensions: Licensing of Functionality (see Chapter 7.2) (defined by the number of SW features available to a customer). Licensing of Capacity (see Chapter 7.3) (defined by e.g. baseband capacity and several HSPA resources). For more information about license handling, please see Customer Product Information - 90/1553-HSD Uen. This document also contains a mapping of license keys to features (for functional as well as for capacity features). There are several types of orders that generate Right to Use Licenses; Type of system: Commercial Temporary (See Chapter 7.6) Internal (for Ericsson internal use, e.g. for lab and demo usage, see Chapter 7.9) Type of sales: New Sales of W12 (See Chapter 7.8.3) Upgrade (See Chapter 7.8.4) Expansions (handled in package as new sales ) FGC Uen Rev H Ericsson 33 (57)

34 To be able to see the dependencies between features in the product package, there is an option to use a so-called "node mask. The dependencies among features will be triggered when node mask is selected and the quantification from the supply view will follow the bulk rules. The orderer fills in the capacity values needed for each specific feature, and this value sets the range of selection for each feature. It is important to clarify that the "Node mask" functionality is only be applicable for New sales. 7.2 Licensing of Functionality All features purchased will be delivered with licenses. Most of the optional features purchased will in addition be enabled and managed with the help of software license keys. The software license keys will be distributed in a Key File after ordering the optional features, and each key is valid for a specified node, where the function resides (Sometimes in several nodes. Note, that in this case, keys might be delivered even for nodes where the function does not reside, see Chapter 7.6.). If a software key for a feature is not available for a specific node, it will not be possible to activate and use this feature on that specific node. For more information on licensing of functionality see also the feature description FAJ R2: License control for features 7.3 Licensing principles in WCDMA RAN The WCDMA business model is built on the strategy to sell new capacity/features and expansions thereof per node, not to move existing capacity/features between nodes. Peak dimension shall be used when offering/ordering SW capacity. For more information on pricing and price models, please see the WCDMA RAN Pricing Guide available in ECP Integration Unlock If the node Fingerprint is not known at node integration, it is not possible to activate software licenses and hardware activation codes in ELIS, nor deliver the correct keys to the node through the Key File. Therefore, the functionality of a node is limited in both functionality and capacity until the Key File is loaded. For integration purposes of a new node it is possible to activate Integration Unlock in order to unlock all software features, capacities, and hardware activation codes. Integration Unlock is only available once per node. The Key File must be loaded within 21 days, thereafter the node will be locked to minimum functionality and capacity. No order is needed for Integration Unlock. Please see WRAN CPI for more information FGC Uen Rev H Ericsson 34 (57)

35 Applicable to all WCDMA RBS Emergency Unlock In case of emergency (disasters, e.g. earthquake, etc.) it will be possible to unlock the locked capacity and features two times via command (emergency unlock). When the lock has been unlocked, all available capacities (defined by the installed hardware) and features can be used for seven days. After the lock has been applied two times it will not be possible to unlock capacity and features another time, unless the emergency unlock function is reset. The emergency unlock function is covered by the basic feature: FAJ R1: Emergency Unlock (basic) The emergency unlock function can be reset (activated again) through a separate software key, ordered through the feature FAJ R1: Emergency Unlock Reset (optional) The Emergency Unlock Reset feature needs only be ordered after the Emergency Unlock feature has been used Delayed Activation of Capacity Control (Grace Period) In order to avoid subscriber traffic blocking due to the utilization reaching licensed capacity, the feature FAJ can be used for RBS and the feature FAJ can be used for RNC. The first time that all licensed capacity is used up, an alarm is issued, and for a certain amount of days (grace period) it is possible to use more capacity than actually licensed. This grace period shall be used by the operator to adjust (increase) the capacity for the node where the licensed capacity is used up. In W12 Channel Element Uplink, Channel Element Downlink, RNC Throughput and RNC Users can be enabled with delayed activation of capacity control. FAJ R2: Delayed activation of Capacity Control (RBS, basic) FAJ R1: Delayed activation of Capacity Control (RNC, basic) If a grace period longer than 15 days shall be used, an exemption needs to be requested by CU and granted by PA Radio Return/move of activated SW licenses As mentioned above, the business model for WCDMA RAN is built on the strategy to sell new capacity/features and expansions thereof, not to move existing capacity/features. Furthermore, peak dimension shall be used when offering/ordering SW capacity. In exceptional cases (when dimensioning has failed), to maintain a good relationship with customer and avoid a contract stopper it s possible to correct the licensed software. Return/move of licenses shall not be used for periodic changes of the network FGC Uen Rev H Ericsson 35 (57)

36 The process on move of licenses is named Return Authorization Entitlement (RAE). The RAE process enables the regions to handle the move in ELIS by themselves. A Return Authorization Entitlement is an entitlement in ELIS that enables one return of capacity and/or functionality from a node to the LAC. Each time a return is performed, the number of Return Authorization Entitlements will be reduced by one. The quantity of Return Authorization Entitlements indicates the remaining number of returns to be executed. In order to use the RAE process and receive a quantity of RAE an exemption request must be applied for and granted by PA Radio. In short, the exemption process consists of the following steps: Note: 1. The Region has to fill in a request template and send it to PA Radio (Request template) 2. PA Radio will decide within 5 working days to grant or deny the request 3. PA Radio will issue a request to SW Supply to create the RAE according to the decision 4. SW Supply will create the RAE according to the decision within 3 working days 5. The Region can now execute the returns according to the RAE quantity Hardware Activation Codes, Delayed Activation of Capacity Control, Emergency Unlock Reset", and temporary licenses cannot be returned or moved between nodes New Key Files for involved nodes are required in order to complete the change Ordering of restricted features When ordering features that are restricted, i.e. features that are not generally available, you will have to submit a PIN code when placing an order for a restricted feature in ECP/ONE. Restricted features are listed in the Feature Restriction list available in WCDMA RAN Product Catalog. In order to obtain a PIN code for ordering, you need to submit an Exemption Request to BNET PA Radio Exemption Board. 7.4 Licensing of Capacity in the RBS The capacity in the RBS is defined by HW capacity (HW units together with HW Activation Codes) and by RBS SW capacity licenses. RBS SW capacity licenses are described in this document. For more information on HW Activation Codes, see Product Package Description for RBS 6000 in the Product Catalogue FGC Uen Rev H Ericsson 36 (57)

37 In WCDMA RAN W12 there are three groups of RBS SW capacity licenses. One for normal RAN features, one for HSDPA features and one for EUL features Capacity Licensing for RBS features The capacity for up- and downlink, in terms of Channel Elements (CEs) is defined in: FAJ R2: RBS Channel Elements Uplink FAJ R2: RBS Channel Elements Downlink The capacity bought for an RBS will be managed with the help of software keys. The capacity for each RBS will be limited to the amount of RBS Channel Elements ordered for that specific RBS. See also FAJ R1: License control for capacity Capacity licensing for HSDPA features When buying HSDPA functionality, the capacity is defined by: FAJ R1: HSDPA cell carriers The feature HSDPA Cell Carriers defines the number of cells for each RBS that supports HSDPA. With the introduction of BULK ordering additional number of HSDPA cell carriers are entered for each functionality and the number of cell carriers per Node is not longer entered. The price objects result will be 1/3 of the HS cell value (since priced per 3HScc). The FAJ results with the same value as the intro package. Activating the ordered quantity is done in ELIS and not considered in the configuration. The maximum value per RBS is 12. See also chapter 7.6. In addition the maximum number of permitted HSDPA simultaneous users per cell is defined: (The number of HSDPA users was previously covered by FAJ ) FAJ R1: 4 HSDPA users per cell FAJ R1: 16 HSDPA users per cell FAJ R1: 32 HSDPA users per cell FAJ R1: 64 HSDPA users per cell FAJ R1: 96 HSDPA users per cell The introduction package includes 4 users per cell. The HSDPA performance is also defined through the number of HSDPA codes that can be used. This is configured through the capacity feature. (The number of codes was previously covered by FAJ ) FAJ R1, 5 HSDPA codes per cell FGC Uen Rev H Ericsson 37 (57)

38 FAJ R1, 10 HSDPA codes per cell FAJ R1, 15 HSDPA codes per cell The HSDPA Introduction Package includes the support for 5 codes per cell Capacity Licensing for EUL features The Enhanced uplink feature is also licensed in terms of capacity. The introduction package gives the right to activate and use the feature with a defined RBS capacity of 1.4 Mbps, but can be complemented with a license for additional RBS capacity (multiples of 1.4 Mbps). This is defined by the feature: FAJ R1: Enhanced Uplink, 1.4 Mbps capacity (optional) Thus, Enhanced Uplink Introduction Package includes a maximum capacity of 1.4 Mbps per 3 HSDPA and Enhanced Uplink enabled cell carriers. Additional capacity is supported by incrementally adding FAJ : Enhanced Uplink, 1.4 Mbps capacity, see chapter 7.1. FAJ can have integer values between 1 to 6. Please note that in order to run EUL a certain amount of Channel Element baseband capacity needs to be available (which can of course also be used for speech). The number of Channel Elements needed depends on the throughput capacity of the RBS. For each multiple of 1.4 Mbps, 32 CEs need to be available (e.g. if the RBS has a capacity of 4.2 Mbps, which is 3*1.4 Mbps, the RBS needs to have at least 3*32 = 96 CEs, with the new CE ladder 48 CEs). It shall be noted that the capacity licensing (FAJ R1: Enhanced Uplink, 1.4 Mbps capacity) is not applicable to FAJ Enhanced uplink 2 ms TTI. Here the only pre-requisite is to have the Enhanced Uplink Introduction Package. Enhanced Uplink is also licensed in terms of number of simultaneous users per cell. The introduction package includes 4 users per cell. The maximum number of permitted Enhanced Uplink users per cell can be increased with the feature: FAJ R1: 4 Enhanced Uplink users per cell FAJ R1: 16 Enhanced Uplink users per cell FAJ R1: 32 Enhanced Uplink users per cell FAJ R1: 64 Enhanced Uplink users per cell FAJ R1: 96 Enhanced Uplink users per cell The EUL Introduction Package supports a maximum of 3 EUL cell carriers per RBS. In order to extend EUL to 6 cell carriers the following functional feature must be purchased: FGC Uen Rev H Ericsson 38 (57)

39 FAJ R1: EUL Scheduler Support for 6 Cell Carriers (optional) For EUL in configurations beyond 6 Cell Carriers also the following feature must be purchased: FAJ R1, EUL for large RBS configurations The Enhanced UL feature requires the deployment of HSDPA, i.e. if HSDPA is not deployed in a specific cell then Enhanced UL cannot be deployed in this cell either. Furthermore, the supported number of Enhanced UL users per cell cannot exceed the supported number of HSDPA users per cell. For the MBB Price Model (see ch ), FAJ , Enhanced Uplink, 1.4 Mbps capacity, is replaced by the following features: FAJ , Enhanced Uplink, 2 x 1.4 FAJ , Enhanced Uplink, 3 x 1.4 FAJ , Enhanced Uplink, 4 x 1.4 FAJ , Enhanced Uplink, 5 x 1.4 FAJ , Enhanced Uplink, 6 x Licensing of Capacity in the RNC The capacity in the RNC is defined by HW capacity (HW units together with HW Activation Codes) in with RNC SW capacity licenses. The capacity structure is intended to enable a flexible relationship between activated HW capacity and licensed SW capacity RNC capacity structure Software features and Hardware are sold separately through different product packages, however can be sold using the same price parameters. In the case of the RNC the price parameters are throughput and users as reflected in the corresponding RNC capacities. Prior to W11 both Software and Hardware price parameters were regulated using only one common set of capacity parameters, forcing the Software and Hardware capacities to be delivered at the same level. In W12B the Software and Hardware price parameters have corresponding and individual capacities that are individually locked, as shown in the figure below. This applies also for W12. The new structure enables delivery of Software and Hardware capacity on either the same or different levels. This is useful in scenarios where Software and Hardware price parameters are sold on different levels FGC Uen Rev H Ericsson 39 (57)

40 SW HW SW HW SW HW Prior to W11 In W11 and W12A Figure 2 In later W12B release RNC SW capacity licenses In WCDMA RAN W12 there are two types of RNC SW capacity licenses, throughput and users. The SW capacity licenses are part of the RAN product package. One SW capacity license is for throughput capacity, where throughput capacity is the maximum Iub user data throughput, on uplink and downlink together. Note that the capacity license is ordered in [Mbps], but that the license delivered is [Kbps]. FAJ R1: RNC Throughput Capacity [Mbps] The other SW capacity license is for user capacity, where user capacity is the maximum number of simultaneously connected users, FAJ R1: RNC User Capacity [no. of users] When upgrading from W10 to W12, both FAJ and FAJ will be introduced through the upgrade process. They will get the same value as the existing HW activation Codes and no separate order is needed if no extra capacity is required. When upgrading from W11 to W12 the FAJ and FAJ are already in place and no additional quantity will be added in the upgrade process. For new sales, the total RNC SW capacity should be ordered and this quantity can be lower than the RNC HW capacity RNC HW Activation Codes The RNC HW Activation Codes are sold via the RNC HW product packages and are described in the corresponding product package descriptions. Each RNC has three HW Activation Codes that are part of the RNC HW product packages, throughput, users, and ports FGC Uen Rev H Ericsson 40 (57)

41 One HW Activation Code is for throughput capacity, where throughput capacity is the maximum Iub user data throughput, on uplink and downlink together. FAK R1: RNC Throughput Capacity HW [Mbps] - (RNC3810, RNC3820) FAK R1: EvoC 8200/RNC Throughput Capacity HWAC [Mbps] (EvoC 8200/RNC) The second HW Activation Code is for user capacity, where user capacity is the maximum number of simultaneously connected users, FAK R1: RNC User Capacity HW [no. of users] - (RNC3810, RNC3820) FAK : EvoC 8200/RNC User Capacity HWAC [no. of users] (EvoC 8200/RNC) The third HW Activation Code is for activation of the number of ports on ET boards.. The ET-MF41 HW is delivered with one of four ports activated. To activate additional ports, a HW Activation Code for one STM-1/VC12 port on the ET-MF41 board is used. FAK R1: RNC One STM-1/VC12 port [no. of ports] For EvoController 8200/RNC, the EvoET HW is delivered with one of eight ports activated. To activate additional ports, a HW activation code is used. FAK R1: EvoC one STM/VC12 port [no. of ports] 7.6 Temporary licenses It is possible to deliver a of features and capacities with a specified duration through utilizing temporary licenses for demo or trial purposes. To order temporary licenses the temporary option shall be selected when defining the type of order. The same FAJs (both capacity and features) as for normal orders will then be available with one addition. When choosing a temporary license one needs to specify the duration of the temporary license. The duration is specified in number of days. It is not possible to order upgrades as temporary licenses. Both perpetual licenses and temporary licenses can be activated towards a node at the same time. Where a capacity is activated with both perpetual and temporary licenses in parallel the most favorable value will be used by the node until the temporary license expires. After the temporary license has expired, the original licensing value will occur. Temporary licenses are not applicable for the MBB model FGC Uen Rev H Ericsson 41 (57)

42 Note. Always check with technical sales support for relevant features to demo/trial. All features are not suitable to demo/trial and/or a wrong performed demo/trial can be contra productive and may reduce perceived value of a feature. 7.7 Internal nodes and licenses For all Ericsson internal WCDMA nodes, internal licenses shall be ordered. Considered internal nodes are for example nodes at BETE and Global Service Centers (GSC). For internal licenses in W12 different scenarios exist, each scenario with a certain flow. For new internal nodes: o Order W12 Ericsson internal system, New sales For existing internal nodes on W11: o Order W12 Ericsson internal system, Upgrade from W11 For existing internal nodes on W10: o Order W12 Ericsson internal system, Upgrade from W Order view Functionality on Radio Access Network level is licensed per node, but priced with parameters as described in the tables in ch.7.8.1( Standard Price Model) and (MBB Price Model). Only one Pricing Model per network can be used. One feature can be licensed for multiple nodes, e.g. for Node B, RNC and RXI, even if the feature is only controlled in one node. For these features, licenses must be obtained for each node Order view Standard Price Model Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ ATM on Fractional Transmission for 2G Transmission Sharing node node FAJ Circuit Emulation over ATM for 2G Transmission Sharing node FAJ Convertional RAB for AMR Speech p.16ce FAJ Convertional RAB for 64 kbps Multimedia p.16ce FAJ Interactive RAB for up to 384 kbps Packet Data p.16ce 0 node FGC Uen Rev H Ericsson 42 (57)

43 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ Speech and Packet data RAB p.16ce FAJ Streaming RAB for NT CS Data, 57.6 kbps p.16ce FAJ GSM handover and Cell Re- selection p.16ce FAJ Positioning Service, Cell Accuracy p.16ce 0 FAJ Shared Network Support p.16ce FAJ Inverse Multiplexing over ATM node node FAJ Inter Frequency Handover & Cell Re-selection p.16ce FAJ Directed Retry to GSM p.16ce FAJ UTRAN Registration Area Handling p.16ce 0 FAJ Active Queue Management p.16ce FAJ PS Streaming RAB, 64 kbps DL p.16ce FAJ Two times PS Interactive RAB p.16ce 0 FAJ Max Bit Rate Capability for QoS Profiling p.16ce FAJ Inter-Frequency Load Sharing p.16ce FAJ RTT Positioning p.16ce 0 FAJ System integrated GPS network synchronization node FAJ Radio Environment Statistics p.16ce FAJ Speech 12.2 kbps and two times PS Interactive RAB p.16ce 0 FAJ Transport Aggregation Hub for WCDMA RAN node node FAJ AAL2 Switching for Transport Aggregation node node FAJ AAL2 Switching Capacity Expansion node FAJ Emergency call re-direct to GSM p.16ce FAJ Speech and 0 kbps Packet Data Rate p.16ce 0 FAJ Conversational RAB for 64 kbps CS Multimedia and 8 kbps Packet Data RAB p.16ce 0 Combination FAJ Service based Handover p.16ce 0 FAJ Core Network Hard Handover p.16ce FAJ HSDPA Mobility HSDPA 0 FAJ Transmission power priority node FAJ Dynamic PS I/B RAB Establishment p.16ce 0 FAJ PS Streaming RAB, 128 kbps downlink p.16ce 0 FAJ HSDPA Mobility Phase 2 HSDPA 0 FAJ Inter-Frequency Load Distribution p.16ce FAJ HSDPA 16 QAM HSDPA FAJ HSDPA Proportional fair Scheduler HSDPA FAJ HSDPA Interactive up to 384/HS RAB HSDPA 0 FAJ Multi- Band Support p.16ce FAJ Emergency Unlock Reset node node FAJ Iub Flow control node 0 FAJ Configurable transport bearer QoS class p.16ce 0 node FGC Uen Rev H Ericsson 43 (57)

44 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ HSDPA Dynamic Code Allocation HSDPA FAJ HSDPA Flexible Scheduler HSDPA FAJ HSDPA Code Multiplexing and HS-SCCH HSDPA Power Control FAJ Support for MSC in pool p.16ce FAJ Support for SGSN in pool p.16ce FAJ SS7 over Ethernet p.16ce FAJ Shared RAN (MOCN) p.16ce 0 FAJ Iu_PS user plane over IP p.16ce FAJ Flexible Initial Rate Selection, PS Interactive p.16ce 0 FAJ Interactive RAB for up to 128 kbps, Uplink p.16ce 0 FAJ Interactive RAB for up to 384 kbps, Uplink p.16ce 0 FAJ FAJ FAJ FAJ Speech 12.2 kbps, PS Streaming 128 kbps downlink and PS Interactive 8 kbps RAB Conversational RAB for Multimode AMR speech, single rate radio bearer Speech 12.2 kbps and HSDPA Interactive 64/HS RAB Speech 12.2 kbps and HSDPA Interactive up to 384/HS RAB FAJ Recording Observability for GPEH p.16ce FAJ Enhanced Uplink Mobility EUL FAJ HSDPA CQI Adjustment HSDPA FAJ FAJ p.16ce 0 p.16ce 0 p.16ce 0 p.16ce 0 Speech 12.2 kbps and PS Interactive RAB for up to 384 kbps downlink p.16ce 0 Speech 12.2 kbps and PS Interactive RAB for up to 128 kbps uplink p.16ce 0 FAJ Domain Specific Access Class Barring p.16ce FAJ Enhanced Uplink Introduction Package EUL FAJ MBMS Broadcast Mode with 64 kbps node 0 FAJ MBMS Traffic Channel, 128 kbps node 0 FAJ MBMS Traffic Channel, 256 kbps node 0 FAJ MBMS Iub efficiency node FAJ Extended range up to 80 km node FAJ HSDPA Introduction Package HSDPA 0 FAJ Extended range up to 200 km node FAJ A-GPS Positioning for commercial services p.16ce 0 FAJ Improve Downlink Coverage p.16ce 0 FAJ Hierarchical Cell Structures p.16ce 0 FAJ HSDPA Incremental Redundancy HSDPA FAJ AMR WB speech p.16ce 0 FAJ AMR WB Speech and PS Interactive RAB Combination p.16ce 0 FAJ AMR WB Speech and HSDPA Interactive RAB Combination p.16ce FGC Uen Rev H Ericsson 44 (57)

45 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ FAJ AMR WB Speech and two times PS Interactive RAB Combination p.16ce 0 AMR WB speech, PS Streaming 128 kbps and PS Interactive 8 kbps RAB Combination p.16ce 0 FAJ Two times HSDPA PS Interactive RAB Combination p.16ce 0 FAJ FAJ Two times Enhanced Uplink Interactive RAB Three times PS Interactive RAB Combination p.16ce 0 p.16ce 0 FAJ FAJ FAJ Three times HSDPA PS Interactive RAB Combination p.16ce 0 Speech 12.2 kbps and two times HSDPA PS Interactive RAB Combination p.16ce 0 Speech 12.2 kbps, HSDPA PS Streaming and PS Interactive RAB Combination p.16ce 0 FAJ HSDPA PS Streaming and PS Interactive RAB Combination p.16ce 0 FAJ TrFO Support for Speech 12.2 kbps p.16ce 0 FAJ IMA bandwidth adaptation node FAJ Drifting RNC Observability p.16ce 0 FAJ HSPA Max Bit Rate for QoS Profiling node 0 FAJ Flexible Quality of Service and Allocation / Retention Handling p.16ce 0 FAJ Traffic Handling Priority node 0 FAJ Speech 12.2 kbps and multiple PS Interactive RAB p.16ce 0 FAJ IF/IRAT mobility on HSPA HSDPA 0 FAJ Ethernet Aggregation Switching node FAJ EUL Quality of Service Scheduler EUL FAJ EUL Scheduler Support for 6 Cell Carriers EUL FAJ HSDPA & Enhanced Uplink Service Indicator node 0 FAJ HSDPA Quality of Service Scheduler node FAJ Iub over IP/Ethernet in RNC node FAJ IuCS UP over IP node FAJ Iur User Traffic over IP node FAJ SIB18 for improved inter PLMN mobility p.16ce 0 FAJ Transmit Diversity node 0 FAJ Iub over IP/Ethernet in RBS node FAJ Network Synchronization Server for IP Transport node FAJ Network Synchronization Client for IP Transport node FAJ Release locked mobiles when IuCS is down node FAJ Channel Element Ladder for E-DCH with RAX R2 node node FGC Uen Rev H Ericsson 45 (57)

46 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ Stand Alone SRB 3.4 kbps p.16ce 0 FAJ Support for 3GPP compatible RET antennas node FAJ Support for 3GPP compatible TMAs node FAJ One PLMN-ID per frequency node 0 FAJ Support for I/F to positioning center (Iu PC) p.16ce 0 FAJ FAJ HSDPA PS Streaming and multiple PS Interactive RAB Speech 12.2 kbps and multiple HSDPA PS Interactive RAB p.16ce 0 p.16ce 0 FAJ Speech 12.2 kbps, HSDPA PS Streaming and multiple PS Interactive RAB p.16ce 0 FAJ ATM & IP dual stack in RBS node 0 FAJ Enhanced Uplink, 2ms TTI node FAJ Support for 2x2 MIMO node FAJ SRB on HSDPA HSDPA FAJ Cell Broadcast Service node 0 FAJ Unified ATM/IP Admission Control for Iub node 0 FAJ Enhanced Layer 2 HSDPA FAJ Support for 64 QAM HSDPA FAJ Load Triggered Access Class Barring p.16ce 0 FAJ Advanced receivers, Generalised RAKE EUL FAJ Improved CE ladder for E-DCH node FAJ Speech 12.2 kbps and HSPA PS Interactive p.16ce RAB 0 FAJ Speech 12.2 kbps and multiple HSPA PS p.16ce Interactive RAB 0 FAJ Soft congestion based on Iub node 0 FAJ Downlink power control for EUL EUL FAJ Initial UE access load regulation node FAJ Improved RACH Coverage p.16ce 0 FAJ Way Receiver Diversity node FAJ Find Faulty Antenna, Data node FAJ Manual Triggered Access Class Barring node FAJ Load Based Handover to GSM p.16ce 0 FAJ Configurable Carrier Bandwidth node FAJ Improved HSDPA Link Adaptation HSDPA FAJ Improved compressed mode handling p.16ce 0 FAJ Call Re-Establishment p.16ce 0 FAJ EUL Cell Edge Coverage EUL 0 FAJ TrFO support for AMR Multimode p.16ce 0 FAJ AMR Multimode low rate p.16ce 0 FAJ HSPA QoS scheduling priority based on ARP HSDPA 0 FAJ Enhanced uplink transmission, CPC EUL FAJ Ethernet Link Aggregation 0 Node node FAJ Soft Congestion of 2 ms EUL users EUL 0 FAJ Load Based Interfrequency Handover p.16ce FGC Uen Rev H Ericsson 46 (57)

47 Features Priced/Licensed FAJ Feature Name RBS RNC RXI Cell Broadcast Service-UE battery node FAJ consumption improvements FAJ Minimum Bit Rate HSDPA scheduling HSDPA FAJ GAN Mobility p.16ce 0 FAJ Multi Carrier HSDPA FAJ RANAP overload Control node FAJ EUL single HARQ process scheduling EUL FAJ Real-time Traffic Flow Indicator node FAJ Multi Carrier Inactivity Control HSDPA Support for RRU in cascaded configuration node FAJ FAJ RAB Modification p.16ce 0 Support for RET in cascaded configuration FAJ node FAJ Layer 2 Gateway Port 0 node node FAJ HSDPA Inter-frequency loadsharing HSDPA 0 FAJ Non-HSPA Interfrequency loadsharing p.16ce 0 FAJ Geo-observability data p.16ce 0 FAJ LTE Cell Reselection p.16ce 0 FAJ Enhanced downlink reception, CPC node FAJ Iub over Satellite node 0 FAJ Video Service Restriction node FAJ F-DPCH HSDPA 0 FAJ QAM and MIMO node FAJ Dual TMA Support node FAJ Dual Band HSDPA Multi Carrier node FAJ HSDPA Multi Carrier with MIMO node Faster Establishment, Direct Upswitch from p.16ce FAJ URA 0 FAJ Support for high capacity MSC in pool p.16ce 0 FAJ EUL TD Scheduling EUL FAJ Pre-coder for power balancing node FAJ Increased HSDPA code capacity on HS-TX HSDPA FAJ HSDPA RBR QoS Profiling node FAJ Improved layer 2 UL EUL 0 AMR multi mode low rate and HSPA PS Interactive RAB p.16ce 0 FAJ FAJ EUL for large RBS configurations EUL FAJ High speed downlink for FACH HSDPA FAJ Fast Dormancy Handling p.16ce 0 FAJ Mixed Mode in Multi Standard RBS (WCDMA) node FAJ CBS Event-triggered Broadcast node 0 FAJ QoS for RAN Sharing node 0 FAJ Ethernet Jumbo Frames on IuPS node FAJ RNC RRC load control node FAJ UL efficiency - DCH/EUL load balancing EUL FAJ Battery efficiency for HS FACH HSDPA FAJ Admission block redirection p.16ce 0 FAJ CS Voice Fallback from LTE p.16ce FGC Uen Rev H Ericsson 47 (57)

48 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ FAJ Manual triggered cyclic access class baring on cell level Flexible Intra Frequency Measurement Initiation p.16ce FAJ Enhanced Uplink for Fach EUL 0 FAJ AQM based Congestion Control for HSDPA node Channel Element capacity for HSDPA FAJ Smartphones node GPEH Capacity Increase - Reduced ROP p.16ce FAJ periodicity 0 FAJ Ψ-Coverage node FAJ Interference Suppression EUL FAJ SRB Admission Control p.16ce 0 FAJ HSDPA IFLS capability and priority handling HSDPA 0 Channel Element Capacity for EUL FAJ Smartphones EUL FAJ Two-Way Active Measurement Protocol node FAJ Egress IP Traffic Shaping node FAJ RBS MP Load sharing node FAJ Inactivity timers on cell level p.16ce 0 FAJ Soft Handover parameters on Cell level p.16ce 0 FAJ Release With Re-direct to LTE p.16ce 0 FAJ RIM support for System Information transfer to p.16ce LTE 0 FAJ Frequency Priority at Connection Release p.16ce 0 FAJ Support of Adaptive Enhanced Cell ID (AECID) p.16ce FAJ HSDPA users per cell HSDPA FAJ HSDPA users per cell HSDPA FAJ HSDPA users per cell HSDPA FAJ HSDPA users per cell HSDPA FAJ HSDPA user per cell HSDPA FAJ HSDPA codes per cell HSDPA FAJ HSDPA codes per cell HSDPA FAJ HSDPA codes per cell HSDPA FAJ Enhanced Uplink users per cell EUL FAJ Enhanced Uplink users per cell EUL FAJ Enhanced Uplink users per cell EUL FAJ Enhanced Uplink user per cell EUL FAJ Enhanced Uplink user per cell EUL FAJ HSDPA Cell Carrier HSDPA FAJ Enhanced uplink, 1.4 Mbps Capacity EUL FAJ Basic W12 p.16ce node 0 The abbreviations in the column Priced / Licensed have the following meaning: FGC Uen Rev H Ericsson 48 (57)

49 0: The feature is licensed and need to be ordered for that node, though it is not priced. I.e. the feature is either for free or it is paid for via another node. Most of the radio network features are paid for via the RBS per CE kit. In that case the feature is for free in the RNC. But needs to be ordered per node. node: The feature is licensed and priced per node. E.g. for transport network features a fee has to be paid for each physical node (a specific RBS, RNC or RXI) the feature is used on. p.16ce: The feature is licensed for that node and it is paid for per CE kit. This option is only available for the RBS and is the usual way of paying for radio network features. The total fee to be paid for a feature per RBS is calculated by multiplying the price for a specific feature per CE kit with the number of activated (ordered) CE kits (total number of activated CEs divided by 16) in that RBS. Note that the number of activated (ordered) CEs may be lower than the number of CEs installed in an RBS (hardware, e.g. DUW or TX/RAX boards). Please note that the CE quantities shown when using ELIS will be the sum of the uplink and downlink CEs. HSDPA: The feature is priced and licensed as HSDPA feature per RBS. The final price depends on the available number of cell carriers for HSDPA per RBS, maximum allowed HSDPA users per cell in the RBS and the available number of HSDPA codes per cell in the RBS. See also the Chapter Quantity should be equal to Cell Carriers FAJ EUL: The feature is priced and licensed as EUL feature per RBS. The final price depends on the throughput capacity in multiples of 1,4 Mbps per RBS and the maximum allowed EUL users per cell in the RBS. See also the Chapter These features should be ordered per node : No text in the column Priced /Licensed means that the feature is not applicable for that node. For more information on WCDMA RAN W12 pricing, please see: Price Guide for WCDMA RAN SW W12, 2260-FGC Uen Order view MBB Price Model The objective with MBB Price Model is to support WCDMA offers with high traffic scenarios from day one and distribute the revenues over time. The price parameters shall cover different types of scenarios (coverage, voice & data), different type of nodes (RBS & RNC) and balancing the upfront payment with Pay As You Grow (PAYG). The price parameters are: Cell Carrier (CC). The total number of cell carriers is decided by the RBS configuration. E.g RBS 3x1 = 3000 CC Channel Element Down Link (CE DL). The total number of CE DL in steps of 16 in each RBS FGC Uen Rev H Ericsson 49 (57)

50 Megabit per second (Mbps). The total number of Mbps capacity in each RNC. It is defined as net throughput over Iub (UL + DL) in the RNC. See chapter 7.5 for more information and on the changes in W12. Many features will have unit price on two price parameters, CC and CE DL or CC and Mbps. The MBB Price Model is mainly intended for new contracts. Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ ATM on Fractional Transmission for 2G Transmission Sharing CC Mbps 0 FAJ Circuit Emulation over ATM for 2G Transmission Sharing CC Mbps 0 FAJ Convertional RAB for AMR Speech CC & CE DL FAJ Convertional RAB for 64 kbps Multimedia CC & CE DL FAJ Interactive RAB for up to 384 kbps Packet Data CC & CE DL 0 FAJ Speech and Packet data RAB CC & CE DL FAJ Streaming RAB for NT CS Data, 57.6 kbps CC & CE DL FAJ GSM handover and Cell Re- selection CC FAJ Positioning Service, Cell Accuracy CC & CE DL 0 FAJ Shared Network Support CC FAJ Inverse Multiplexing over ATM CC Mbps 0 FAJ Inter Frequency Handover & Cell Re-selection CC FAJ Directed Retry to GSM CC & CE DL FAJ UTRAN Registration Area Handling CC 0 FAJ Active Queue Management CC & CE DL FAJ PS Streaming RAB, 64 kbps DL CC & CE DL FAJ Two times PS Interactive RAB CC & CE DL 0 FAJ Max Bit Rate Capability for QoS Profiling CC & CE DL FAJ Inter-Frequency Load Sharing CC & CE DL FAJ RTT Positioning CC & CE DL 0 FAJ System integrated GPS network synchronization CC 0 FAJ Radio Environment Statistics CC FAJ Speech 12.2 kbps and two times PS Interactive RAB CC & CE DL 0 FAJ Transport Aggregation Hub for WCDMA RAN CC 0 FAJ AAL2 Switching for Transport Aggregation CC 0 FAJ AAL2 Switching Capacity Expansion Mbps 0 FAJ Emergency call re-direct to GSM CC & CE DL FAJ Speech and 0 kbps Packet Data Rate CC & CE DL 0 FAJ Conversational RAB for 64 kbps CS Multimedia and 8 kbps Packet Data RAB Combination CC & CE DL 0 FAJ Service based Handover CC 0 FAJ Core Network Hard Handover CC FAJ HSDPA Mobility CC 0 FAJ Transmission power priority CC FAJ Dynamic PS I/B RAB Establishment CC 0 FAJ PS Streaming RAB, 128 kbps downlink CC & CE DL FGC Uen Rev H Ericsson 50 (57)

51 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ HSDPA Mobility Phase 2 CC 0 FAJ Inter-Frequency Load Distribution CC FAJ HSDPA 16 QAM CC Mbps FAJ HSDPA Proportional fair Scheduler CC Mbps FAJ HSDPA Interactive up to 384/HS RAB CC Mbps FAJ Multi- Band Support CC FAJ Emergency Unlock Reset 0 0 FAJ Iub Flow control CC & CE DL 0 FAJ Configurable transport bearer QoS class CC Mbps FAJ HSDPA Dynamic Code Allocation CC Mbps FAJ HSDPA Flexible Scheduler CC Mbps FAJ HSDPA Code Multiplexing and HS-SCCH Power Control CC Mbps FAJ Support for MSC in pool CC & CE DL FAJ Support for SGSN in pool CC & CE DL FAJ SS7 over Ethernet CC & CE DL FAJ Shared RAN (MOCN) CC 0 FAJ Iu_PS user plane over IP CC Mbps FAJ Flexible Initial Rate Selection, PS Interactive CC Mbps FAJ Interactive RAB for up to 128 kbps, Uplink CC Mbps FAJ Interactive RAB for up to 384 kbps, Uplink CC Mbps FAJ Speech 12.2 kbps, PS Streaming 128 kbps downlink and PS CC & CE DL Interactive 8 kbps RAB 0 FAJ Conversational RAB for Multimode AMR speech, single rate radio bearer CC & CE DL 0 FAJ Speech 12.2 kbps and HSDPA Interactive 64/HS RAB CC Mbps FAJ Speech 12.2 kbps and HSDPA Interactive up to 384/HS RAB CC Mbps FAJ Recording Observability for GPEH CC FAJ Enhanced Uplink Mobility CC FAJ HSDPA CQI Adjustment CC Mbps FAJ HSDPA Cell Carrier 0 0 FAJ Speech 12.2 kbps and PS Interactive RAB for up to 384 kbps CC & CE DL downlink 0 FAJ Speech 12.2 kbps and PS Interactive RAB for up to 128 kbps CC uplink Mbps FAJ Domain Specific Access Class Barring CC & CE DL FAJ Enhanced Uplink Introduction Package CC Mbps FAJ MBMS Broadcast Mode with 64 kbps CC & CE DL 0 FAJ MBMS Traffic Channel, 128 kbps CC & CE DL 0 FAJ MBMS Traffic Channel, 256 kbps CC & CE DL 0 FAJ MBMS Iub efficiency CC Mbps FAJ Extended range up to 80 km CC FAJ HSDPA Introduction Package CC Mbps FAJ Extended range up to 200 km CC FAJ A-GPS Positioning for commercial services CC & CE DL 0 FAJ Improve Downlink Coverage CC 0 FAJ Hierarchical Cell Structures CC 0 FAJ HSDPA Incremental Redundancy CC Mbps FAJ AMR WB speech CC & CE DL 0 FAJ AMR WB Speech and PS Interactive RAB Combination CC & CE DL FGC Uen Rev H Ericsson 51 (57)

52 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ AMR WB Speech and HSDPA Interactive RAB Combination CC Mbps FAJ AMR WB Speech and two times PS Interactive RAB Combination CC & CE DL 0 FAJ AMR WB speech, PS Streaming 128 kbps and PS Interactive 8 kbps RAB Combination CC & CE DL 0 FAJ Two times HSDPA PS Interactive RAB Combination CC Mbps FAJ Two times Enhanced Uplink Interactive RAB CC Mbps FAJ Three times PS Interactive RAB Combination CC & CE DL 0 FAJ Three times HSDPA PS Interactive RAB Combination CC Mbps FAJ Speech 12.2 kbps and two times HSDPA PS Interactive RAB CC Combination Mbps FAJ Speech 12.2 kbps, HSDPA PS Streaming and PS Interactive CC RAB Combination Mbps FAJ HSDPA PS Streaming and PS Interactive RAB Combination CC Mbps FAJ TrFO Support for Speech 12.2 kbps CC & CE DL 0 FAJ IMA bandwidth adaptation CC Mbps FAJ Drifting RNC Observability CC Mbps FAJ HSPA Max Bit Rate for QoS Profiling CC Mbps FAJ Flexible Quality of Service and Allocation / Retention Handling CC Mbps FAJ Traffic Handling Priority CC Mbps FAJ Speech 12.2 kbps and multiple PS Interactive RAB CC & CE DL 0 FAJ IF/IRAT mobility on HSPA CC 0 FAJ Ethernet Aggregation Switching CC FAJ EUL Quality of Service Scheduler CC Mbps FAJ EUL Scheduler Support for 6 Cell Carriers CC Mbps FAJ HSDPA & Enhanced Uplink Service Indicator CC 0 FAJ HSDPA Quality of Service Scheduler CC Mbps FAJ Iub over IP/Ethernet in RNC FAJ IuCS UP over IP CC & CE DL FAJ Iur User Traffic over IP CC Mbps FAJ SIB18 for improved inter PLMN mobility CC 0 FAJ Transmit Diversity CC 0 FAJ Iub over IP/Ethernet in RBS CC FAJ Network Synchronization Server for IP Transport FAJ Network Synchronization Client for IP Transport CC FAJ Release locked mobiles when IuCS is down FAJ Channel Element Ladder for E-DCH with RAX R2 CC Mbps FAJ Stand Alone SRB 3.4 kbps CC & CE DL 0 FAJ Support for 3GPP compatible RET antennas CC FAJ Support for 3GPP compatible TMAs CC FAJ One PLMN-ID per frequency CC 0 FAJ Support for I/F to positioning center (Iu PC) CC & CE DL 0 FAJ HSDPA PS Streaming and multiple PS Interactive RAB CC Mbps FAJ Speech 12.2 kbps and multiple HSDPA PS Interactive RAB CC Mbps FAJ Speech 12.2 kbps, HSDPA PS Streaming and multiple PS CC Interactive RAB Mbps FAJ ATM & IP dual stack in RBS CC 0 FAJ Enhanced Uplink, 2ms TTI CC Mbps FAJ Support for 2x2 MIMO CC Mbps FAJ SRB on HSDPA CC Mbps Mbps Mbps 0 Mbps FGC Uen Rev H Ericsson 52 (57)

53 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ Cell Broadcast Service CC 0 FAJ Unified ATM/IP Admission Control for Iub CC 0 FAJ Enhanced Layer 2 CC Mbps FAJ Support for 64 QAM CC Mbps FAJ Load Triggered Access Class Barring CC & CE DL 0 FAJ Advanced receivers, Generalised RAKE CC Mbps FAJ Improved CE ladder for E-DCH CC Mbps FAJ Speech 12.2 kbps and HSPA PS Interactive RAB CC & CE DL 0 FAJ Speech 12.2 kbps and multiple HSPA PS Interactive RAB CC & CE DL 0 FAJ Soft congestion based on Iub CC 0 FAJ Downlink power control for EUL CC Mbps FAJ Initial UE access load regulation Mbps FAJ Improved RACH Coverage CC 0 FAJ Way Receiver Diversity CC FAJ Find Faulty Antenna, Data CC FAJ Manual Triggered Access Class Barring Mbps FAJ Load Based Handover to GSM CC & CE DL 0 FAJ Configurable Carrier Bandwidth CC FAJ Improved HSDPA Link Adaptation CC Mbps FAJ Improved compressed mode handling CC & CE DL 0 FAJ Call Re-Establishment CC & CE DL 0 FAJ EUL Cell Edge Coverage CC Mbps FAJ TrFO support for AMR Multimode CC & CE DL 0 FAJ AMR Multimode low rate CC & CE DL 0 FAJ HSPA QoS Scheduling prio based on ARP CC Mbps FAJ Enhanced uplink transmission, CPC CC Mbps FAJ Ethernet Link Aggregation 0 Mbps Mbps FAJ Soft Congestion of 2 ms EUL users CC Mbps FAJ Load Based Interfrequency Handover CC 0 FAJ Cell Broadcast Service - UE battery consumption CC improvements 0 FAJ Minimum Bit Rate HSDPA scheduling CC Mbps FAJ GAN mobility CC Mbps FAJ Multi Carrier CC Mbps FAJ RANAP overload Control FAJ EUL single HARQ process scheduling CC Mbps FAJ Real-time Traffic Flow Indicator Mbps FAJ Multi Carrier Inactivity Control CC Mbps FAJ Support for RRU in cascaded configuration CC FAJ RAB Modification CC Mbps FAJ Support for RET in cascaded configuration CC FAJ Layer 2 Gateway Port 0 Mbps Mbps Mbps FAJ HSDPA Inter freq load sharing (IFLS) CC Mbps FAJ Non-HSDPA Inter freq load sharing (IFLS) CC & CE DL 0 FAJ Geo-observability data CC 0 FAJ LTE Cell Reselection CC 0 FAJ Enhanced downlink reception, CPC CC Mbps FAJ Iub over Satelite CC 0 FAJ Video Service Restriction Mbps FGC Uen Rev H Ericsson 53 (57)

54 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ F-DPCH CC Mbps FAJ QAM and MIMO CC Mbps FAJ Dual TMA Support CC FAJ Dual Band HSDPA Multi Carrier CC Mbps FAJ HSDPA Multi-Carrier with MIMO CC Mbps FAJ Faster Establishment, Direct Upswitch from URA CC 0 FAJ Support for High Capacity MSC in Pool CC & CE DL 0 FAJ EUL TD Scheduling CC Mbps FAJ Pre-coder for power balancing CC FAJ Increased HSDPA code capacity on HS-TX CC Mbps FAJ HSDPA RBR QoS Profiling CC FAJ Improved layer 2 UL CC Mbps FAJ AMR multi mode low rate and HSPA PS Interactive RAB CC+CE DL 0 FAJ EUL for large RBS configurations (cell 7-12, 3x3 & 3x4 config) CC Mbps FAJ High speed downlink for FACH CC Mbps FAJ Fast Dormancy Handling CC 0 FAJ Mixed Mode in Multi Standard RBS (WCDMA) CC FAJ CBS Event-triggered Broadcast CC 0 FAJ QoS for RAN Sharing CC 0 FAJ Ethernet Jumbo Frames on IuPS Mbps FAJ RNC RRC load control Mbps FAJ UL efficiency - DCH/EUL load balancing CC Mbps FAJ Battery efficiency for HS FACH CC Mbps FAJ Admission block redirection CC & CE DL 0 FAJ CS Voice Fallback from LTE CC & CE DL 0 FAJ Manual triggered cyclic access class baring on cell level Mbps FAJ Flexible Intra Frequency Measurement Initiation CC 0 FAJ Enhanced Uplink for Fach CC Mbps FAJ AQM based Congestion Control for HSDPA CC FAJ Channel Element capacity for HSDPA Smartphones CC Mbps FAJ GPEH Capacity Increase - Reduced ROP periodicity CC 0 FAJ Ψ-Coverage CC FAJ Interference Suppression CC Mbps FAJ SRB Admission Control CC & CE DL 0 FAJ HSDPA IFLS capability and priority handling CC Mbps FAJ Channel Element Capacity for EUL Smartphones CC Mbps FAJ Two-Way Active Measurement Protocol CC FAJ Egress IP Traffic Shaping CC FAJ RBS MP Load sharing CC FAJ Inactivity timers on cell level CC 0 FAJ Soft Handover parameters on Cell level CC 0 FAJ Release With Re-direct to LTE CC 0 FAJ RIM support for System Information transfer to LTE CC & CE DL 0 FAJ Frequency Priority at Connection Release CC & CE DL 0 FAJ Support of Adaptive Enhanced Cell ID (AECID) CC & CE DL FAJ HSDPA users per cell 0 0 FAJ HSDPA users per cell CC Mbps FAJ HSDPA users per cell CC Mbps FGC Uen Rev H Ericsson 54 (57)

55 Features Priced/Licensed FAJ Feature Name RBS RNC RXI FAJ HSDPA users per cell CC Mbps FAJ HSDPA users per cell CC Mbps FAJ HSDPA codes per cell 0 0 FAJ HSDPA codes per cell CC Mbps FAJ HSDPA codes per cell CC Mbps FAJ Enhanced Uplink users per cell 0 0 FAJ Enhanced Uplink users per cell CC Mbps FAJ Enhanced Uplink users per cell CC Mbps FAJ Enhanced Uplink user per cell CC Mbps FAJ Enhanced Uplink user per cell CC Mbps FAJ Enhanced uplink, 2x1.4 Mbps Capacity CC Mbps FAJ Enhanced uplink, 3x1.4 Mbps Capacity CC Mbps FAJ Enhanced uplink, 4x1.4 Mbps Capacity CC Mbps FAJ Enhanced uplink, 5x1.4 Mbps Capacity CC Mbps FAJ Enhanced uplink, 6x1.4 Mbps Capacity CC Mbps FAJ W12 Basic package CC & CE DL 0 0 0: The feature is licensed and need to be ordered for that node, though it is not priced. I.e. the feature is either for free or it is paid for via another node. CC: Priced & licensed per Cell Carrier in RBS. Each FAJ using CC will get prefix 10. Example 10/FAJ CE DL: Priced & licensed per Channel Element Downlink in RBS. Each FAJ using CE DL will get prefix 11. Example 11/FAJ Mbps: Priced & licensed per Mbps in RNC. Each FAJ using Mbps will get prefix 12. Example 12/FAJ For more information on WCDMA RAN W12 pricing, please see: Price Guide for WCDMA RAN SW W12, 2260-FGC Uen RAN Functionality New Sales When ordering new HW nodes (Node B, RNC, RXI) licenses need to be ordered. This is explained in the Customer Product Information - 90/1553-HSD Uen. Result of new sales: Optional features saved in license register License key file (LKF) is sent by to a selected address. The zip file includes the functional specification, which states the valid SW licenses FGC Uen Rev H Ericsson 55 (57)

56 7.8.4 RAN Functionality Upgrade from W10 or W11 to W12 RAN Functionality System Upgrade occurs when upgrading RAN Functionality from release W10 or release W11 to release W12. An upgrade order shall be placed for each node type (Node B, RNC, RXI). The quantity of the upgrade license shall equal the quantity of the Basic Package i.e. sum of Channel Elements for Node B and per node for RNC and RXI. Result of Upgrade is LAC with upgrade license that is activated to perform the upgrade in ELIS. New keys sent out by ELIS after activation. Updated license register according to Chapter 3 New license key file (LKF) packed in a zip file sent by to Ericsson local company. The zip file includes function specification. Upgrade subscription. No special ordering exists for operators which has contracted software upgrade subscription (SWUS). When a new release, included in the SWUS agreement, is available, a normal upgrade order has to be placed. 7.9 Bulk ordering The license register, ELIS, supports bulk orders for capacity and features. The product package is called FAP , WCDMA RAN BULK PP for W12. The structure of the bulk package is shown in the picture below. Slide title 40 pt Slide subtitle 24 pt Product package structure Example: Bulk Top righ - See Be Text 24 pt Bullets level pt Capacity - CE UL: CE DL: New sales/upgrade Features - Basic: Services & RABs - Speech: HS users: EUL users: Radio functionality - GSM handover: RNC capacity - HSDPA - HSDPA introduction: Enhanced uplink - EUL introduction: Transport functionality - ATM over fractional: Licensing principles - Unlock reset: 100 Ericsson Confidential FGC Uen Rev H Ericsson 56 (57)

57 When ordering in bulk, one needs to indicate whether it is new sales or upgrade. After that one needs to specify the quantity required for each available option. The features that use CEs as capacity value are grouped together. Also other functionality types, like HSDPA and Enhanced Uplink are grouped together in order to make the ordering easier to manage. Which capacity values that the different FAJs use depend on the price parameter as specified in the table in the beginning of section and Note that the order view will not show any feature dependencies when using bulk ordering Different basic packages will exist for the RBS, the RNC and the RXI. See Chapter FGC Uen Rev H Ericsson 57 (57)