【资料名称】：3GPP-25.820

【资料作者】：3GPP

【资料日期】：2011.8

【资料语言】：英文

【资料格式】：DOC

【资料目录和简介】：

3GPP 25.820-820. it is for Femot cell.3G Home Node B Study Item Technical Report
Contents
Foreword5
1Scope6
2References6
3Definitions, symbols and abbreviations11
4General11
4.1Task description12
5RF Aspects (RAN WG4)13
5.1Requirements13
5.1.1New Requirements Affecting RF Aspects13
5.1.2RF Requirements analysis13
5.2Deployment Configurations14
5.2.1Configuration A. CSG, Dedicated Channel, Fixed Power15
5.2.2Configuration B. CSG, Dedicated Channel, Adaptive Power15
5.2.3Configuration C. CSG Co-channel, Adaptive Power15
5.2.4Configuration D. Partial Co-Channel15
5.2.5Configuration E: Open Access, dedicated or co-channel16
5.3Interference Scenarios17
5.3.1Coexistence Simulation Parameters17
5.3.2Interference scenario 1 UL HNB UE  Macro18
5.3.3Interference scenario 2 DL HNB Macro UE19
5.3.4Interference scenario 3 UL Macro UE  HNB20
5.3.5Interference scenario 4 DL Macro  HNB UE21
5.3.6Interference scenario 5 HNB  HNB (UL)22
5.3.7Interference scenario 6HNB  HNB (DL)22
5.3.8Interference scenarios 7,8 HNB  Other systems23
5.3.9HNB mobile operating very close to serving HNB23
5.4Home NodeB Class Definition24
5.4.1Introduction24
5.4.2Fixed parameters24
5.4.3Base station classes24
5.4.4Transmitter characteristics24
5.4.4.1Control of NodeB output power24
5.4.4.2Maximum NodeB output power24
5.4.4.3Frequency Error26
5.4.4.4Spurious emissions26
5.4.4.4.1Protection of the BS receiver of own or different BS26
5.4.4.4.2Co-existence with co-located and co-sited base stations26
5.4.4.4.3Co-existence with UTRA-TDD26
5.4.5Receiver characteristics27
5.4.5.1Reference sensitivity level27
5.4.5.2Dynamic range27
5.4.5.3Adjacent channel selectivity (ACS)27
5.4.5.4Blocking characteristics27
5.4.5.4.1Minimum requirement27
5.4.5.4.2Minimum Requirement - Co-location with GSM900, DCS 1800, PCS1900, GSM850 and/or UTRA FDD27
5.4.5.4.3Minimum Requirement - Co-location with UTRA-TDD27
5.4.5.4.4Minimum Requirement – Co-location with DECT and WiFi/WLAN27
5.4.5.5Intermodulation characteristics27
5.4.6Performance requirement27
5.4.7Summary27
6Radio Interface Architecture and protocols (RAN WG2)30
6.1Mobility scenarios30
6.1.1Scenarios30
6.1.2UEs to find and prioritize Home NodeB Cell30
6.1.3Cell Reselection Parameters30
6.1.4Cell Reselection using HCS30
6.1.5Separate Home NodeB PLMN ID31
6.1.5.1General31
6.1.5.2Manual Selection31
6.1.5.3Equivalent PLMN32
6.1.5.4National Roaming32
6.2Access control scenarios33
6.2.1Access Control by mobility management signalling33
6.2.2Access Control by redirection and handover33
7UTRAN Architecture and Application Protocol (RAN WG3)34
7.1Architectural support of 3G Home NodeB34
7.2Deployment option(s)34
7.3Impact to the UTRAN interfaces34
7.3.1Iu Interface Architecture34
7.3.1.2Implementation of the NAS Node Selection Function35
7.3.2Iuh Interface Characteristics35
7.3.2.1Use of SCCP (Alternative 1)35
7.3.2.2Use of SCTP with UE context indicated through PPI (Alternative 2)35
7.3.2.3Use of SCTP with Lightweight Adaptation Layer (Alternative 3)36
7.3.3Use of Transport Network User Plane as User Data Bearer36
7.3.4Functions of the Iuh Interface Protocols & Functional Split36
7.3.4.1Support of Legacy UTRAN functions36
7.3.4.2Agreed new functions for support of 3G HNB deployment36
7.3.4.2.13G HNB Registration Function36
7.3.4.2.2UE Registration Function for 3G HNB36
7.3.4.3New functions under discussion for support of 3G HNB deployment36
7.3.4.3.13G HNB GW Discovery Function (FFS)36
8Summary37
9Conclusions39
9.1RAN4 Conclusions39
9.2RAN2 summary, conclusions and recommendations39
9.3RAN3 Conclusions40
Annex A: (informative) Change history40