E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 1 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Date Rev 2002-05-31 B Reference Product Data Contents 1 1.1 1.2 1.3 1.4 1.5 A4 XSEIF R2 Page Product Data RBS 3202 .. ... ... .. ... .. ... ... .. ... ... .. ... .. ... ... .. ... .. ... ... .. Introduction .. .. ... ... .. ... .. ... ... .. ... .. ... ... .. ... ... .. ... .. ... ... .. ... .. ... ... .. Technical Data . ...
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 2 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Date Rev 2002-05-31 B 1 Product Data RBS 3202 1.1 Introduction Reference This document describes the technical data for engineering the Radio Base Station (RBS) 3202. 1.1.1 Purpose The purpose of this document is to provide technical data for the RBS 3202.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 3 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Figure 1 Date Rev 2002-05-31 B Reference RBS 3202 Main Components The RBS 3202 consists of the following main components (see figure 1): • Cabinet top The cabinet top consists of the following components: − Connection Field (CF) position T − Left antenna connection interface position H − Right antenna connection interface
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 4 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Date Rev 2002-05-31 B Reference The MCPA subrack typically consists of the following components: 1.2.2 − MCPA − MCPA Hub Dimensions and Footprint figure 2 shows the RBS 3202 cabinet with dimensions.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC 1.3 5 ( 12 ) Date Rev 2002-05-31 B Reference RBS 3202 cabinet, fully equipped 200 kg Base 10 kg Standard Configurations This section provides information about the standard configurations for the RBS 3202. The following configurations exist: • The 1 x 1 configuration has one sector and one carrier.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 6 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Date Rev 2002-05-31 B Reference The figures for maximum power consumption are a round value and state maximum power consumption only. Power consumption will be lower for most traffic scenarios. 1.4.3 Physical Site Requirements Floor Requirements The floor should be as close to level as possible. The slope must not exceed 1.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC 1.4.4 7 ( 12 ) Date Rev 2002-05-31 B Reference Climate Control Requirements The RBS 3202 is designed for normal operation in climate control class 3.1 of ETS 300 019–1–3 in accordance with IEC/EN 60 721-3-3. Climate control must be configured to site power consumption and site heat generation.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Date Rev 2002-05-31 B Reference Relative humidity 5% to 85% 5% to 90% 5% to 90% Absolute humidity 1 g/m³ to 25 g/m³ less than 25 g/m³ less than 25 g/m³ Table 4 1.5 8 ( 12 ) Nominal and Maximum Heat Generation by Configuration Configuration Average Heat Generation Maximum Heat Generation 3×1 1.6 kW 2.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 9 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Figure 7 Date Rev 2002-05-31 B Reference Grounding Connection Interface All cabinets must be connected to the same grounding point inside the equipment room. Two grounding points are located on the cabinet top on the left and right side of the ventilation net. See figure 7 for a detailed view.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC 1.5.4 10 ( 12 ) • Sector 3A to position J3 • Sector 3B to position H3 Date Rev 2002-05-31 B Reference Transmission Interface The transmission connection interfaces are located in the CF on the cabinet top. The female connector is located in the CF.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 11 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Date Rev 2002-05-31 B Reference The RBS 3202 can be delivered with two transmission adapters. Use the 75 ohm incoming transmission cable. The 75 ohm signal will be converted to 120 ohm in the transmission adapter, and then continue to ET-M1. ET-M4 figure 12 shows the ET-M4 transmission connection interface for the RBS 3202.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No EIN/R/I Maude Andersson 12 ( 12 ) 1/1553-COH 109 334/1 Uen Approved Checked ERA/RGG/THC Figure 14 Date Rev 2002-05-31 B Reference AU-Hub Interface The AU-Hub interface is located at position T22 in the CF (shown in figure 14). The interface is equipped with two 10-pin, keyed, female RJ-45 connectors for the External Alarm (XALM) and two 10-pin, keyed, female RJ-45 connectors for the Power Control Unit (PCU).
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 1 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference Node Description Contents A4 XSEIF R2 Page 1 1.1 1.2 1.3 Introduction . .. ... ... .. ... .. ... ... .. ... .. ... ... .. ... ... .. ... .. ... ... .. ... .. ... ... .. Purpose ... ... .. ... ... .. ... .. ... ... .. ... .. ... ... .. ... ... .. ... .. ... ... .. ... .. ... ...
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist 1 2 ( 19 ) Date Rev 2002-05-28 B Reference Introduction This document describes Radio Base Station (RBS) 3202 in a Radio Access Network (RAN) that uses Wideband Code Division Multiple Access (WCDMA) technology.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck 5/1551-HRB 105 102/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist 2 3 ( 19 ) Date Rev 2002-05-28 B Reference RAN Overview An RBS is part of the WCDMA RAN and provides the air interface between the RAN and User Equipment (UE). figure 1 shows an overview of the RAN, Core Network (CN) and Network Management Systems.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist 2.1 4 ( 19 ) Date Rev 2002-05-28 B Reference RBS Overview The RBS provides radio resources and maintains the radio links to the UE within cells. O&M is handled through embedded management and deal with issues such as: configuration, fault, performance, and security management.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 5 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference safety, product data and environmental characteristics, please refer to HEALTH AND SAFETY INFORMATION and PRODUCT DATA. The RBS has a modular architecture with scalable capacity. Various configurations consist of one of more cabinets, each containing a number of subracks.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 6 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference The Baseband and RF subrack are based on a common platform. The backplane and Switch Core Boards (SCBs) use the ATM protocol for communication within and between subracks.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist 7 ( 19 ) Date Rev 2002-05-28 B Reference The two outer positions in a subrack are always reserved for SCBs. In larger configurations with more than five subracks, Switch Extension Boards (SXB) are added to the main BB subrack to extend the number of SCB connections.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 8 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B • Duplex filtering of the transmitter and receiver signal • Low-noise amplification of the receiver signal • Power measurement of transmitter signal • Flexible frequency and signal splitting Reference The combiner and splitter unit performs frequency combination in the downlink, signa
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 9 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference communication link. It carries control signaling from the MP to device boards in the subracks. Gamma Cable The gamma cable connects the BBIFB and RFIFB. The BBIFB and RFIFB can connect two gamma cables, one for each antenna branch.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 10 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference Transmission Cable This transmission cable connects the ETB to the connection field at the top of the RBS cabinet. Capacitor Unit Control Cable The capacitor unit control cable is an auxiliary unit interface connection for supervising and controlling the capacitor unit.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck 11 ( 19 ) 5/1551-HRB 105 102/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference Control Plane Functionalties The control plane functionalities are: • Traffic Control • O&M User Plane Functionalties The user plane functionalties are: 4.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 12 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference The common platform layer isolates the application program layer from the implementation details of the processor and ATM platform. This makes it possible to change the processor and ATM parts without having to modify the application program.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 13 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference Fault detection functions in the resource layer, and also in the common platform, ensure fault and error detection. The hardware layer within the resource layer provides fault and error detection support on a low level.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 14 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference Function group Task Synchronization Synchronization functions provide correct data timing, and prevent data loss due to slip of sent and received information through the system. They also provide stable frequency references for RF stabilization.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck 5/1551-HRB 105 102/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist 5.2 15 ( 19 ) Date Rev 2002-05-28 B Reference Function group Task Infrastructure Infrastructure functions handle power feeding, environmental control and basic infrastructure software functionality. These functions are managed through the Mub interface. User Interface The user interface handles the GUI.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 16 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference From an RBS perspective, the different air interface channels are all treated as transparent user plane channels. 6.2 Uu Interface The Uu interface is the radio interface between RBS and the UE.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 17 ( 19 ) 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-05-28 B Reference RBS O&M. The element manager and the network manager (RANOS) uses the protocol. • SNMP Simple Network Management Protocol (SNMP) monitors and configure the IP-router and IP protocols, and optionally for monitoring ATM resources.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist • 7 18 ( 19 ) Date Rev 2002-05-28 B Reference The AIU has RF jumpers or cables to allow for different RBS configurations with the same unit. The jumpers connect combiners and splitters that are applicable for a certain configuration.
E Open Information DESCRIPTION Prepared (also subject responsible if other) No ERA/RGN/PD Rikard Schönbeck Approved 5/1551-HRB 105 102/1 Uen Checked ERA/RGG/TOC Jan Lundkvist 19 ( 19 ) Date Rev 2002-05-28 B Reference • Add comments to an alarm • View specific alarm help instructions in an Operating Instruction (OPI)
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 1 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A Reference Configuration Data Contents A4 XSEIF R2 Page 1 1.1 1.2 RBS 3202 Configuration Data .. ... .. ... ... .. ... ... .. ... .. ... ... .. ... .. ... ... .. Introduction .. .. ... ... .. ... .. ... ... .. ... .. ... ... .. ... ... .. ... .. ... ... .. ... .. ... ... .. Purpose ...
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 2 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A 1 RBS 3202 Configuration Data 1.1 Introduction Reference This document describes standard HW configurations of the 3202 radio base station. 1.2 Purpose The document is intended to be used as reference material when an RBS site is engineered.
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 3 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A Reference TXB 1 GPB 1 RAXB 1 RAXB 2 AIUB 1 BBIFB 1 ETB 2 TUB 1 MCPA TRXB 1 SCB 1 SCB 1 RFIFB 1 ETB 1 Capacitor Unit Figure 1 Hardware Overview of RBS 3202 (1*1 Maximum Configuration) The minimal 1*1 configuration (1 RAX units) offers a total capacity of 16 CEs, the maximum c
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Table 1 2.1.1 4 ( 11 ) Date Rev 2002-06-03 A Reference HW Units 1*1 Configuration) HW Unit No.
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 5 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A Reference Figure 2 TXB 1 GPB 1 MCPA TRXB 3 AIUB 2 RAXB 2 RAXB 3 RAXB 1 AIUB 1 BBIFB 1 ETB 2 TUB 1 MCPA TRXB 1 SCB 1 SCB 1 RFIFB 1 ETB 1 Capacitor Unit Hardware Overview of RBS 3202 (2*1 Maximum Configuration) The minimal 2*1 configuration (2 RAXB) offers a total capacity
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Table 3 2.2.1 6 ( 11 ) Date Rev 2002-06-03 A Reference HW Units (2x1 Configuration) HW Unit No.
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 7 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A Reference Figure 3 AIUB 3 TXB 1 GPB 1 TRXB 5 MCPA MCPA TRXB 3 AIUB 2 RAXB 2 RAXB 3 RAXB 4 RAXB 5 RAXB 1 AIUB 1 BBIFB 1 ETB 2 TUB 1 MCPA TRXB 1 SCB 1 SCB 1 RFIFB 1 ETB 1 Capacitor Unit Hardware Overview of RBS 3202 (3*1 Maximum Configuration) The minimal 3*1 configurati
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 8 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Table 5 Date Rev 2002-06-03 A Reference HW Units (3*1 Configuration) HW Unit No. of Units SCB 1 GPB 1 TUB 1 BBIFB 1 ETB-M1 0–4 ETB-M4 0–2 RAXB Min 3 Comments Total 1–6 ETBs Max 5 2.3.
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 9 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A Reference The external transmission cables are connected to the Connection Field (CF) located on top of RBS cabinet. The choice of connection points depends on the configuration of ETB. Panel of the CFs are connected internally to the ETBs in the subracks.
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 10 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A Reference The connection panels for the CFs are connected to the boards in the subracks. 3.1 Transmission Adapter Option A transmission adapter can be installed next to the CF.
E Limited Internal CONFIGURATION DATA Prepared (also subject responsible if other) No EIN/R/I Anders Larsson 11 ( 11 ) 1/1551-COH 109 334/1 Uen Approved Checked ERA/RGG/TOC Jan Lundkvist Date Rev 2002-06-03 A Reference 32*E1/J1+4*STM1 ETB-M1 ETB-M1 ETB-M1 ETB-M1 ETB-M4 ETB-M4 2*STM1 ETB-M4 4*STM1 ETB-M4 ETB-M4
