Zte ZXCBTS M190T Installation Manual Download Page 193

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Appendix E

Abbreviations

E-15

Abbreviation Full

Name

PCMCIA

Personal Computer Memory Card International Association

PCP

Packet Consolidation Protocol

PCPCH

Physical Common Packet Channel

PCS

Personal Communication System

PCU

Packet Control Unit

PD Power

Divider

PDB Process

Database

PDC

PTT Dispatching Client

PDCP

Packet Data Convergence Protocol

PDF

Detecting of Power Direction Forward

PDN

Public Data Network

PDP

Packet Data Protocol

PDR

Detecting of Power Direction Reverse

PDS

PTT Dispatching Server

PDSCH

Physical Downlink Shared Channel

PDSN

Packet Data Serving Node

PDU

Protocol Data Unit

PERT

Program Evaluation and Review Technique

PG Processing

Gain

PHB

Per Hop Behavior

PHR

PTT Home Register

PHS

Personal Handy phone System

PHY Physical

layer

PhyCH Physical

Channel

PI Page

Indicator

PICH Pilot

Channel

PID Packet

Identification

PIM

Power Amplifier Interface Module

Personal Identifying Number

PL Physical

Layer

PLMN

Public Land Mobile Network

PM Project

Manager

PMD

Physical Layer Medium Dependent

PMM

Power Monitor Module

PN Pseudo

Noise

PNP

Private Numbering Plan

POMC Province

OMC

POTS

Plain Old Telephone Service

Summary of Contents for ZXCBTS M190T

Page 1: ...ZXCBTS V5 4 CDMA Micro Base Transceiver Station RF Remote Station Installation Manual ZTE CORPORATION ...

Page 2: ...ation may be excerpted reproduced translated annotated or duplicated in any form or by any means without the prior written permission of ZTE Corporation ZTE CORPORATION ZTE Plaza Keji Road South Hi Tech Industrial Park Nanshan District Shenzhen P R China Website http www zte com cn Postcode 518057 Customer Support Center 86755 26771900 800 9830 9830 Fax 86755 26770801 Email support zte com cn S N ...

Page 3: ...V5 4 Document version 20050422 R1 1 Equipment installation time Your information Name Company Postcode Company address Telephone E mail Presentation How is information presented Introductions procedures illustrations others F Good F Fair F Average F Poor F Bad Accessibility Can you find the information you want Table of contents Index headings numbering others F Good F Fair F Average F Poor F Bad ...

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Page 5: ...al hardware installation First it briefs the structure of the ZXCBTS products which is helpful for the installation personnel to get familiar with the equipment Next it describes the equipment installation procedures in detail Finally it presents how to check the equipment after the installation How to Use This Manual 1 Overview Introduces the basic structure basic installation procedures and poin...

Page 6: ...t 9 Installation of GPS antenna feeder system Details the installation of GPS antenna feeder system for the equipment including the procedures of assembling feeder cable connectors and installing antenna 10 Installation of Internal Modules Details the installation of internal modules 11 Hardware Installation Check Presents how to check the hardware installation 12 Power on and Power off Presents t...

Page 7: ...ly clicking the primary mouse button usually the left mouse button twice Right click Refers to clicking the secondary mouse button usually the right mouse button once Drag Refers to pressing and holding a mouse button and move the mouse 4 Danger Warning Caution and Note Statements Note Caution Warning Danger statements are used throughout this manual to emphasize important and critical information...

Page 8: ...diate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation For OUTDOOR use a PNALE Antenna with a maximum gain of 17dBi is authorized for use with this unit Outside antennas must be positioned to observe minimum separ...

Page 9: ...king Indoor Environment 2 1 2 1 3 Checking Power Supply System 2 2 2 1 4 Checking Grounding System 2 2 2 1 5 Checking Relative Devices 2 2 2 2 Tools and Instruments 2 2 2 3 Technical Documents 2 3 3 Open box Inspection 3 1 3 1 Checking Packing List and Goods 3 1 3 2 Packaging 3 2 3 3 Open box Procedures 3 2 4 Installation of Cabinet 4 1 4 1 Installation Flow 4 1 4 2 Installation Modes 4 2 4 2 1 In...

Page 10: ... 2 6 2 1 Installing Outdoor Grounding Copper Busbar 6 2 6 2 2 Installing the Grounding System of Micro BTS 6 3 6 2 3 Installing Feeder Cable Grounding Kit 6 4 7 Connection of Cables 7 1 7 1 Checking Internal Cable Connections 7 1 7 1 1 Type and Configuration of Internal Cables 7 1 7 1 2 Connection of Internal Cables 7 3 7 2 Connecting External Cables 7 3 7 2 1 Connecting Optical Fiber 7 3 7 2 2 Co...

Page 11: ...4 5 Installing and Adjusting Omni Antenna 8 10 8 4 6 Connecting Jumper Cable with Antenna and Sealing Their Joint 8 10 8 5 Installation of Feeder Cable Window 8 11 8 6 Connection of Feeder Cable 8 12 8 6 1 Determining Route for Feeder Cable 8 13 8 6 2 Assembling Connectors of Primary Feeder Cable 8 13 8 6 3 Cutting Feeder Cable 8 16 8 6 4 Raising Primary Feeder Cable 8 17 8 6 5 Laying and Fastenin...

Page 12: ...ernal Modules 10 1 10 1 Overview 10 1 10 1 1 Logical Positions of Equipment Modules 10 1 10 1 2 Layout of Internal Modules 10 2 10 1 3 Functions of the Modules 10 4 10 2 Module Installation Flow 10 7 10 3 Installation and Replacement of Modules 10 8 10 3 1 Installation Sequence 10 8 10 3 2 Table of Cable Connections 10 8 10 3 3 Fastening and Bundling of Internal Cables 10 9 10 3 4 Installation of ...

Page 13: ...e Cabinet before Power on 12 1 12 2 Checking External Cables before Power on 12 2 12 3 Powering on off the Cabinet 12 2 13 Installing the Integrated Micro BTS 13 1 13 1 Introduction to the Solution of Micro BTS Integration 13 1 13 1 1 Implementation of the Micro BTS Integration 13 1 13 1 2 Micro BTS Integration Solution 13 2 13 1 3 Module Layout of the Integrated Micro BTS and RF Remote Station 13...

Page 14: ...ons in M800T Single carrier Micro BTS B 1 B 2 Cable Connections in M800T Double carrier Micro BTS B 2 B 3 Cable Connections in R800T Single carrier Remote Stations B 3 B 4 Cable Connections in R800T Double carrier Remote Stations B 5 B 5 Cable Connections in M190T Single carrier Micro BTS B 6 B 6 Cable Connections in M190T Double carrier Micro BTS B 7 B 7 Cable Connections in R190T Single carrier ...

Page 15: ... Micro BTS B 20 B 18 Cable Connections in M192T Double carrier Micro BTS B 21 B 19 Cable Connections in R192T Single carrier Remote Stations B 22 B 20 Cable Connections in R192T Double carrier Remote Stations B 23 Appendix C Equipment Parameters C 1 C 1 Dimension C 1 C 2 Power Consumption C 1 Appendix D Indicators D 1 D 1 BDM Indicators D 1 D 2 Indicators on Front Panel of MGPS D 1 D 3 Indicators ...

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Page 17: ...f Fastening the Cabinet onto the Pole step 2 4 4 Fig 4 2 3 Schematic Diagram of Fastening the Cabinet onto the Pole step 3 4 4 Fig 4 2 4 Schematic Diagram of the Cabinet Fastened onto the Pole 4 5 Fig 4 2 5 Schematic Diagram of Installing the Support onto the Wall 4 6 Fig 4 2 6 Schematic Diagram of Installing the Cabinet onto the Wall 4 7 Fig 5 1 1 Four pin Connector and Four core Power Cable 5 1 ...

Page 18: ...Fig 8 4 1 Installation of the KATHREIN Antenna 8 7 Fig 8 4 2 Schematic Diagram of Raising the Antenna to the Tower Top 8 8 Fig 8 4 3 Schematic Diagram of Adjusting the Pitch Angle of the Antenna 8 10 Fig 8 5 1 Structure of a Feeder Cable Window 8 12 Fig 8 6 1 Structure of the Feeder Cable of a Micro BTS Remote Station 8 13 Fig 8 6 2 Cutter for Assembling 7 8 Feeder Cable Connectors 8 14 Fig 8 6 3 ...

Page 19: ... 9 4 Fig 10 1 1 Modules and Boards in M800T M801T M802T M190T M191T M192T Micro BTS10 1 Fig 10 1 2 Modules and Boards in R800T R801T R802T R190T R191T R192T 10 2 Fig 10 1 3 Layout of Modules in a ZXCBTS Micro BTS 10 3 Fig 10 1 4 Layout of Modules in a ZXCBTS Remote Station 10 4 Fig 10 2 1 Module Installation Flow Diagram 10 7 Fig 10 3 1 Schematic Diagram of Bundling Internal Cables 1 10 9 Fig 10 3...

Page 20: ...Structure of the ZXUPS L010 Series 13 11 Fig 13 3 4 Layout of the Monitoring Cables of the CDMA Micro BTS 485 Dry Contact 13 14 Fig 13 4 6 Output Connecting Terminal of the Dry Contact 13 19 Fig C 1 1 Appearance of a ZXCBTS Cabinet C 1 Fig D 1 1 Indicators of the BDM D 1 Fig D 3 1 Location of Indicators on the OIM Panel D 4 ...

Page 21: ...r Micro BTS B 1 Table B 2 1 Cable Connections in M800T Double carrier Micro BTS B 2 Table B 3 1 Cable Connections in R800T Single carrier Remote Stations B 3 Table B 4 1 Cable Connections in R800T Double carrier Remote Stations B 5 Table B 5 1 Cable Connections in M190T Single carrier Micro BTS B 6 Table B 6 1 Cable Connections in M190T Double carrier Micro BTS B 7 Table B 7 1 Cable Connections in...

Page 22: ...Single carrier Remote Stations B 22 Table B 20 1 Cable Connections in R192T Double carrier Remote Stations B 23 Table C 2 1 Power Consumption of Several Types of Micro BTS and Remote Stations C 2 Table C 2 2 Power Consumption of Several Types of Micro BTS and Remote Stations C 2 Table C 2 3 Power Consumption of Several Types of Micro BTS and Remote Stations C 3 Table D 2 1 Indicators on the Front ...

Page 23: ...mote areas with less traffic Moreover micro BTS have high requirements on the equipment room environment To avoid the above problems ZTE has developed ZXCBTS products ZXCBTS products are classified based on different frequency bands and transmitter powers This manual serves for the installation of the following models Table 1 1 1 List of ZXCBTS Micro BTS Remote Stations 800MHz Model Name Rated Tra...

Page 24: ...n subsystem and Radio Frequency Subsystem RFS The structure of M800T M802T M190T M191T M192T micro BTS is illustrated in the following figure BSC macro micro BTS T1 4 BDS subsystem BDM RFS subsystem MTRX MPA MLNA MDUP and MDIV TFS subsystem GPSTM Power supply GPS RF antenna feeder and power lightning arrester GPS antenna RF antenna Micro BTS Fig 1 1 1 Structure of ZXCBTS M800T Micro BTS Remote sta...

Page 25: ...ical Interface Module OIM on micro BTS for interworking with the remote stations If the LFM is configured in a macro BTS the connection between the remote station and the macro BTS is illustrated in the following figure Macro BTS Remote station R F M L F M R F I M DIV DUP MLNA MLNA MTRX TX RX RX RX MPA RX RX RX TX TX Optical fiber Fig 1 1 3 Connection between Remote Station and Macro BTS If the OI...

Page 26: ...icro BTS remote stations can be divided into the following aspects 1 Installing shelf and boards connecting internal cables and setting DIP switches 2 Installing the power supply system 3 Installing the grounding system 4 Locating and installing the antenna jumper cable and feeder cable and testing the antenna feeder system 5 Installing GPS and its feeder cables 6 Connecting trunk cables and assem...

Page 27: ...mote Station 1 3 Installation Flow Install the equipment following the specified procedures strictly 1 Install the support 2 Locate the cabinet on the support 3 Secure the cabinet 4 Install the sunshade cover necessary for outdoor installation 5 Connect power cables and grounding cables of the cabinet 6 Connect T1 cables of the cabinet 7 Install the primary antenna feeder system to connect with th...

Page 28: ...ies Preparation for engineering installation Check construction conditions Open box inspection Packing list Goods are correct Goods Error Feedback List Goods Replacement Feedback List Install the shelf Install the power supply system Install the grounding system Check cable connections in the shelf Connect trunk cables Check the primary antenna feeder system Install the GPS Set DIP switches Hardwa...

Page 29: ...hen the power is on 2 Observe the relative requirements strictly when installing the BTS 3 Do not install the antenna feeder system in thunder weather 4 Before the thunder storm season of each year comes check whether the lightning arrester is in good condition and is well contacted If it is damaged replace it immediately 5 When the installation of the cabinet completes lock the door immediately I...

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Page 31: ...asures rodent resistant measures fire protection facility lighting condition water supply and drainage system of the equipment room To the highest priority the equipment should be installed on the cool and dry walls indoors with good ventilation the fire protection facility should be equipped there should be no caustic gas or smog in the room and no leakage on the roof the electromagnetic interfer...

Page 32: ... device transmission device Digital Distribution Frame DDF and Optical Distribution Frame ODF 2 2 Tools and Instruments Prepare the tools and instruments needed for the installation in advance as listed in Table 2 2 1 Table 2 2 1 Tools and Instruments Needed for the Installation Type Name Special tools One cutter for assembling feeder cable connectors One 75 ohm coaxial cable stripper 75 ohm coaxi...

Page 33: ...tion tools Antistatic wrist strap Safety helmet slip proof gloves Locksmith tools One hacksaw several saw blades One sharp nose plier 8 One diagonal plier 8 One slip joint plier 8 One vice 8 A set of files middle One tweezers One paint brush One scissors One dryer One solder removal tool One hydraulic pressure pliers One crowbar Assistant tools Pulley group Rope Ladder Forklift 2 3 Technical Docum...

Page 34: ... provider to check the construction environment during site survey If any inconformity is found you are required to solve the problem Before the construction the second check will be implemented 2 ZXCBTS V5 4 CDMA Micro Base Transceiver Stations RF Remote Stations Installation Manual ZXCBTS V5 4 CDMA Micro Base Transceiver Stations RF Remote Stations Technical Manual ZXCBTS V5 4 CDMA Micro Base Tr...

Page 35: ...ct according to the packing list if the packing boxes are in good condition and if the delivery location is the right installation site 3 Next open the boxes and the engineering supervisor should check the goods based on the packing list Open box Inspection Report is put in the packing box numbered 1 Open the 1 box and take out the Open box Inspection Report to check if the total quantity of the g...

Page 36: ...it but directly take the equipment out When carrying the box be cautious to prevent the cabinet from being damaged The packing box for the ZXCBTS cabinet is shown in Fig 3 2 1 CDMA micro BTS ZTE CORPORATION ZTE Plaza Keji Road South Hi Tech Industrial Park Nanshan District Shenzhen P R China Postcode 518057 Tel 86755 6790000 Customer Support Center 8008301118 Goods Net Weight Kg Volume 81x52x40 cm...

Page 37: ...aza Keji Road South Hi Tech Industrial Park Nanshan District Shenzhen P R China Postcode 518057 Tel 86755 6790000 Customer Support Center 8008301118 Goods Net Weight Kg Volume 81x52x40 cm Qty Packing List Micro BTS Accessories Fig 3 3 1 Schematic Diagram for Opening a Box ...

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Page 39: ... station cabinet Describing the possible installation modes 4 1 Installation Flow Note The cabinets of ZXCBTS micro BTS remote stations are the same in structure so is the installation method The cabinet can be installed in two modes on pole or on wall The installation flow is shown in Fig 4 1 1 ...

Page 40: ...ons are the same in structure so is the installation method As shown in Fig 4 1 1 the cabinet can be installed either on pole or on wall based on the actual environment 4 2 1 Installing Cabinet on Pole 1 Disassemble the support from the cabinet 2 Secure the support onto the pole with fixing plates and 260mm long bolts The diameter of the pole should be between 60mm and 90mm 75mm is recommended See...

Page 41: ...en push it into the shelf See Fig 4 2 2 5 Align the bolt holes on the support with those on the cabinet and then screw down four M8 hexagon bolts See Fig 4 2 3 6 On the cabinet base there are hangers for rope If necessary use the rope to hang the cabinet onto the pole See Fig 4 2 1 for the schematic diagram of cabinet fastened on pole Flat washer Bolt M12 nut spring washer flat washer Support Pole...

Page 42: ... Micro Base Transceiver Station Remote Station Installation Manual 4 4 Fig 4 2 2 Schematic Diagram of Fastening the Cabinet onto the Pole step 2 Fig 4 2 3 Schematic Diagram of Fastening the Cabinet onto the Pole step 3 ...

Page 43: ...ig 4 2 4 Schematic Diagram of the Cabinet Fastened onto the Pole Caution For your safety be sure to wear the safety belt when working at heights and the safety helmet when working at grounds It is prohibited to work in thunder storm weather ...

Page 44: ...he support onto the wall with four M10 expansion bolts See Fig 4 2 5 3 Hold the cabinet to hang it onto the support and then push it into the shelf 4 Align the bolt holes on the support with those on the cabinet and then screw down four M8 hexagon bolts 5 Install the sunshade cover if the equipment is to be installed outdoors See Fig 4 2 6 for the schematic diagram of installing cabinet on wall Wa...

Page 45: ...d and tested before delivery Before commissioning you only need to check if they are loose due to conveyance Refer to Chapter 7 for the connection of cables between cabinets According to the configuration requirement you might need to add optical fiber modules or CSM5000 expansion modules in the expansion slots of the corresponding BDM board If any fault occurs the maintenance personnel can refer ...

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Page 47: ...lied by 48V DC power 5 1 1 48V DC Power Cable The ZTE 48V DC ZXCBTS equipment is equipped with a piece of 10m long cable which can meet the installation requirement in most cases If you need to assemble the cable on site in special cases follow the instructions in this section The DC power cable connector is a four pin connector and the power cable adopts four core cable as shown in Fig 5 1 1 The ...

Page 48: ...hip between the core wires and the binding posts Table 5 1 2 Corresponding Relationship between Core Wires and Binding Posts Binding Post No Color of Core Wire Power Polarity 1 Yellow and green PE 2 Brown L 3 Blue N 5 2 Connection of Power Cables 120V AC power supply and 48V DC power supply are used for the micro BTS and remote stations A waterproof connector is used to connect the power to the PO...

Page 49: ...er upon swing of cables and avoid damage of power cable sheath Fig 5 2 1 Connection of Power Cables and Grounding Cables at the Bottom of a Cabinet 5 3 Assembling Power Cable Connector 5 3 1 Assembling 48V DC Power Cable Connector Step 1 Put the connector components 1 2 3 4 and 5 onto the cable as shown in Fig 5 3 1 1 2 3 5 4 Fig 5 3 1 Assembling a Power Cable Connector step 1 The power cable with...

Page 50: ...step 2 Step 3 Strip the 5mm long insulation layer off the four core wires respectively twist up the copper core wires and brush a slice layer of soldering tin on them and then put a 10 15mm long heat shrink tube onto each core wire Step 4 Joint the core wires respectively with the binding posts of the component 6 by welding them push the heat shrink tubes to the proper position and then make them ...

Page 51: ...o screw the component 1 but not 5 See Fig 5 3 5 1 5 6 Fig 5 3 5 Assembling a Power Cable Connector step 6 5 3 2 Assembling 120V AC Power Cable Connector The steps for assembling an AC power cable connector are the same as that for assembling a DC power cable connector The only difference is that the three pin connector and three core power cable are used for AC power cables Refer to the preceding ...

Page 52: ...e Transceiver Station Remote Station Installation Manual 5 6 Table 5 3 1 Corresponding Relationship between Core Wires and Binding Posts Binding Post No Color of Core Wire Power Polarity 1 Yellow and green PE 2 Brown L 3 Blue N ...

Page 53: ...ion grounding on the chassis lightning arrester for RF components in the cabinet for GPS antenna for T1 cables for 120V AC power and for feeder cable grounding kit The customer needs to complete the construction of the basic grounding net and the grounding system of the tower and other buildings and offer the points for connecting the indoor and outdoor grounding busbars to the grounding net throu...

Page 54: ... including the cabling rack are connected to the indoor grounding busbar Grounding cable 50mm2 Fig 6 1 1 Schematic Diagram of Grounding Connections 6 2 Installing Grounding System 6 2 1 Installing Outdoor Grounding Copper Busbar The outdoor grounding copper busbar functions in lightning protection It is usually installed on the wall outside the equipment room and the best position is right under t...

Page 55: ...Appearance of a Grounding Copper Busbar 6 2 2 Installing the Grounding System of Micro BTS The cabinets of ultra wide coverage micro BTS remote stations are equipped with PGND terminals as shown in Fig 6 2 2 The PGND terminal is connected to the indoor grounding copper busbar via the 16mm2 yellow or olivine conducting wire If the equipment is installed outdoors the PGND terminal is connected with ...

Page 56: ...is on the tower platform between the tower and the outdoor cabling rack and on the wall before the feeder cable is led into the equipment room If the primary feeder cable is more than 60 meters long a lightning grounding kit should be installed every 20 meters 2 The antenna feeder system antenna mount and newly installed cabling rack should all be welded to the lightning protection net of the buil...

Page 57: ...layer copper core of feeder cable Sheet copper of feeder cable Fig 6 2 3 Structure of a Grounding Kit 3 Lead the grounding cable of the lightning grounding kit to the grounding net Keep the angle between the grounding cable and the primary feeder cable no more than 15 If the antenna feeder system is installed on a tower lead the grounding cable downward along the tower If the antenna feeder system...

Page 58: ...rly from bottom upward and then from top downward finally from bottom upward again Note that the next circle covers 1 2 of the previous circle 7 Connect the grounding terminal of the grounding kit to the tower body or the cabling rack on the top of the building the cabling rack is connected to the lightning protection net Remove the paint and oxide at the junction within the radius of 13mm and the...

Page 59: ...TS remote stations RF24 Single carrier and double carrier 800M micro BTS remote stations RF25 All micro BTS remote stations RF26 Single carrier and double carrier 800M micro BTS remote stations RF27 Single carrier and double carrier 800M micro BTS remote stations RF28 Single carrier and double carrier 800M micro BTS remote stations RF32 Single carrier 1 9G micro BTS remote stations RF33 Single car...

Page 60: ... remote stations ACDX03 All micro BTS remote stations configured with heater ACDX04 All AC powered micro BTS remote stations F DC PWR 001 All DC powered micro BTS remote stations F DC PWR 002 All DC powered micro BTS remote stations Power cables F DC PWR 003 All DC powered micro BTS remote stations F FAN 004 All single carrier and double carrier micro BTS F FAN 005 Single carrier and double carrie...

Page 61: ... connectors contact ZTE for customization 7 2 1 1 Selecting Optical Fiber Different optical fibers are used for the connections between macro micro BTS and remote stations 1 If a remote station is near to a relative micro BTS optical fiber is used directly The optical fiber adopts waterproof pigtail cable and both ends are equipped with waterproof blockers and SC connectors See Fig 7 2 1 for the s...

Page 62: ...ig 7 2 2 for the structure of the optical fiber Optical fiber core wire 3m SC PC connector Optical fiber core wire 0 7m Waterproof blocker Single mode waterproof pigtail cable Fig 7 2 2 Structure of Optical Fiber 2 The core wires of the end equipped with a waterproof blocker are 0 7m long and those of the other end are 3m long The end with a waterproof blocker is to be connected with the remote st...

Page 63: ...onnect the macro BTS and the FC PC connectors are used to connect the ODF There is only one option for this connection 30m long optical fiber 2 Connection between the ODF and the remote station The optical fiber adopts waterproof pigtail cable The end equipped with a waterproof blocker uses SC PC connectors and the other end offers FC PC connectors See Fig 7 2 4 for the structure of the optical fi...

Page 64: ...cal Fiber 1 Connecting optical fiber for a micro BTS remote station Because the end of the optical fiber for connecting a micro BTS remote station is equipped with a waterproof blocker you need to remove the cover of the optical interface at the bottom of a micro BTS remote station first insert the pigtail fiber into the cabinet and then screw down the waterproof blocker into the optical interface...

Page 65: ...configured These two cabinets should be connected by cables to achieve transmission of diversity antenna signals When a micro BTS cabinet and a remote station cabinet form a double carrier single sector micro BTS system two pieces of RF cables need be added to cross connect the RFE ANT0 interface with the EXTEND interface at the bottom of the two cabinets respectively Similarly when two double car...

Page 66: ...hould also be wrapped with the adhesive tape You need to do the following 1 Secure the relative connectors and sockets 2 Implement waterproof processing to the joints 1 Wrap the joints with the waterproof adhesive tape from the top of the connectors The first layer should be wrapped in the same direction as for fastening the cable connectors 2 Stretch the tape with force and wrap it circularly for...

Page 67: ...xial cables as shown in Fig 7 2 7 Fig 7 2 7 Connection of T1 Cables 1 Select T1 cables Micro BTS can be installed outdoors so PE sheath T1 cables are used generally If common T1 cables are used in an outdoor micro BTS PVC pipe should be added for protection 2 Lay the T1 cables in order Keep T1 cables and AC power cables separate with distance of more than 200mm 3 When laying T1 cables on a tower t...

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Page 69: ...nstallation Personnel The antenna feeder system is installed by the professional installation personnel under the monitoring of the installation supervisor The installation supervisor should be familiar with the materials tools and operations for the installation who is responsible for assigning suitable work for the installation personnel and recording the actual engineering data The installation...

Page 70: ...tning grounding cable Moreover the network operator needs to drill holes on wall or rooftop for installing the feeder cable window as one of the equipment room conditions 8 1 3 Security Measures Caution The installation personnel working at heights must wear the safety belt and those working on ground must wear the safety helmet They must wear working clothes and shoes causing no slips when climbi...

Page 71: ...y belt safety helmet safety rope thick working clothes RF prevention clothes canvas tool bag gloves and multi purpose sockets 7 Other tools Herringbone ladder and the wooden wheel axis for uplifting the primary feeder cable which can be borrowed locally 8 2 Composition and Installation Requirements of Antenna Feeder System 8 2 1 Composition The antenna feeder system is composed of antennae antenna...

Page 72: ... rod Antenna 2 sets Jumper cable 1 2 2 pieces Lightning grounding kit Primary feeder cable 7 8 2 pieces Jumper cable 1 2 2 pieces Lightning grounding kit Lightning grounding kit Lightning arrester Equipment room Tower Micro BTS Cabling rack Fig 8 2 1 Typical Structure of the Antenna Feeder System ...

Page 73: ... must point to the same direction 5 Distance between two diversity antennae Two antennae of one sector are diversity reception antennae to each other They have the same height but they should be distanced as much as possible If the following formula is met the installation requirement is met d 10λ 20λ or H d 11 d Distance between two diversity antennae H Height from the antenna to the ground If th...

Page 74: ...en seal their joint Types of Antenna Fig 8 3 1 Antenna Installation Flow 8 4 Installation of Antenna Caution 1 Be cautious during the installation to prevent personal injury or equipment damage 2 Measures should be taken to protect human body against the radiation when adjusting the antenna for example the installation personnel should wear the anti radiation clothes 8 4 1 Determining Installation...

Page 75: ...th short bolts During the installation spring washers and flat washers are used Please refer to the guide book delivered with the equipment for the information of specific fasteners to be used Assemble the fasteners and angle adjustment accessories onto the antenna in advance before installing the antenna on the tower φ75mm 738 516 737 974 0o 16o 65 o 737 974 Antenna pole Connect them with two sho...

Page 76: ...ies up to the tower platform and then put them in a safe place to avoid falling Note that the fasteners and other metal tools must be put in a canvas tool bag before pulling them up When raising a directional antenna or an omni antenna tie a knot at each end of the antenna to facilitate the cooperation between the installation personnel on and under the tower as shown in Fig 8 4 2 If an antenna is...

Page 77: ...d pitch angle of the antenna later 2 Adjusting the azimuth angle of the antenna 1 Measure the azimuth angle of the antenna with a compass Then check the engineering design drawing for the antenna direction 2 Adjust the orientation of the antenna by twisting it slightly as shown in Fig 8 4 1 At the same time measure the orientation of the antenna with the compass Keep adjusting until the deviation ...

Page 78: ...nd wind resistant abilities cannot be met 2 Check if the antenna is vertical If so fasten the antenna with the pole tight 3 Protrude the antenna mount installed with the antenna out of the tower platform Adjust the mount to make the antenna vertical 8 4 6 Connecting Jumper Cable with Antenna and Sealing Their Joint Note You can connect the jumper cable with the antenna and seal their joint before ...

Page 79: ...dow provided by ZTE is 400mm 400mm It is a four hole window and 12 pieces of feeder cables can pass through it A 300mm 300mm hole should be drilled on the wall for the installation of this feeder cable window If a special feeder cable window is used a hole should be drilled based on the actual size of it No feeder cable window is needed when a micro BTS is installed outdoors The feeder cable windo...

Page 80: ...oden board in the equipment room to block sand blown by the wind and preserve heat Fig 8 5 1 Structure of a Feeder Cable Window 8 6 Connection of Feeder Cable This section describes how to assemble the 7 8 feeder cable connectors how to connect the jumper cable the primary feeder cable antenna and seal their joint and how to lay and fasten the feeder cables The complete structure of a feeder cable...

Page 81: ...ntative for solution Note that the primary feeder cables should be as short as possible 8 6 2 Assembling Connectors of Primary Feeder Cable Caution Assembling feeder cable connectors is the most important procedure in the installation of the antenna feeder system for the quality of them directly affects the performance of both equipment and network Be cautious when using the cutter for it is very ...

Page 82: ...e trough of the cutter EASIAX reserve four corrugations at the end of the blade and then press down the handle The main blade should point to one wave crest 4 Screw to shut the cutter closely In this way the internal and external copper conductors of the feeder cable are severed and at the same time the cable sheath is severed by the assisting blade as shown in Fig 8 6 3 Fig 8 6 3 Schematic Diagra...

Page 83: ...of Expanding the External Copper Conductor 8 Check if there are copper bits left in the conductor and if the conductor is expanded evenly Pull the back part of the connector with force to check if it is connected firmly with the cable If any requirement cannot be met redo the above steps 9 Connect the front part with the back part as shown in Fig 8 6 6 Fig 8 6 6 Schematic Diagram of Connecting the...

Page 84: ...n the antenna feeder system is to be installed on the top of a building 1 Measure the cabling route with a tape measure to determine the length of the primary feeder cables needed by each sector 2 Add some margin 1m 2m to the measured lengths when cutting the cables 3 After cutting a piece of primary feeder cable stick temporary labels at both ends of the cable for example ANT1 ANT2 ANT3 ANT4 ANT5...

Page 85: ...ensure that it is the right cable 2 Wrap the feeder cable connector with a piece of flax cloth or an antistatic plastic bag filled with foam and then bundle it tight 3 Tie a knot with the rope on the feeder cable at the place 0 4m away from the connector and then another knot about 3 4m away from the connector for the purpose of facilitating the cooperation between the installation personnel on an...

Page 86: ...e and the connector when raising the cable Label Fig 8 6 8 Schematic Diagram of Pulling the Feeder Cable Up the Tower 8 6 5 Laying and Fastening Primary Feeder Cable 1 Cabling principles 1 The primary feeder cables should be laid in order on the cabling rack after being led into the equipment room through the feeder cable window 2 The primary feeder cables should be laid without crossings along th...

Page 87: ...cannot exceed 1 65m Install the hangers with even distance in the same direction If two rows of hangers are installed on one cabling ladder keep them in parallel and in order See Fig 8 6 9 for the appearance of a hanger Fig 8 6 9 Appearance of a Hanger 2 Arrange the primary feeder cables before leading them into the equipment room 3 Fasten the primary feeder cables from top downward with hangers K...

Page 88: ...or of the primary feeder cable and then screw down the connector 2 Treat connectors with waterproof measures The procedures are as follows 1 Wrap the waterproof adhesive tape around the joint from the sunk area upward fill the area with the tape as shown in Fig 8 6 10 Fig 8 6 10 Schematic Diagram of Wrapping Waterproof Adhesive Tape 1 2 Stretch the tape with force and wrap it in the same direction...

Page 89: ... of PVC tape around the waterproof adhesive tape Note that the next circle covers half of the previous circle 6 Grip the joint again 7 Use ties to fasten the wrapped part at both ends to prevent the tape from falling off due to aging 8 6 7 Leading Primary Feeder Cable into Equipment Room 1 Precautions 1 See Fig 8 6 13 and Fig 8 6 14 for the modes of leading the primary feeder cables into the equip...

Page 90: ...into the Equipment Room Mode 2 2 The feeder cables are led into the equipment room through the feeder cable window The outdoor and indoor cabling racks are used for leading them 2 Procedures 1 Loosen the fasteners on the feeder cable window and remove the cover from the holes 2 Lead the feeder cables into the equipment room Two people in and out of the room respectively should cooperate when leadi...

Page 91: ...ounding System of Micro BTS Grounding aims to protecting both the human being and the equipment against lightning shock and electromagnetic interference The grounding system of a micro BTS includes protection grounding on the chassis lightning arrester for RF components in the cabinet for GPS antenna for T1 cables for 120V AC power and for feeder cable grounding kit 1 Grounding principles of prima...

Page 92: ...thunderstorm weather otherwise the installation personnel might be hurt When installing the grounding kit be sure to keep the feeder cable at the joint straight 1 Prepare such tools as paper knife straight screwdriver spanner and sharp nose pliers 2 Choose a suitable position for installing the grounding kit and cut the sheath off the 7 8 feeder cable based on the size of the grounding kit The str...

Page 93: ...t between the grounding kit and the feeder cable as follows First wrap the waterproof adhesive tape and then the PVC tap around the joint Wrap the waterproof adhesive tape circularly from bottom upward and then from top downward finally from bottom upward again Note that the next circle covers half of the previous circle 7 Connect the grounding terminal of the grounding kit to the tower body or th...

Page 94: ...he steps below to seal the joints between two cables 1 Fasten the relative joints 2 Implement waterproof processing to the joints 1 Wrap the joints with the waterproof adhesive tape from the top of the connectors The first layer should be wrapped in the same direction as for fastening the cable connectors 2 Stretch the tape with force and wrap it circularly for three layers totally Note that the n...

Page 95: ...allation supervisor The installation supervisor should be familiar with the materials tools and operations for the installation who is responsible for assigning suitable work for the installation personnel and recording the actual engineering data The installation personnel should be skillful and healthy Those who work at heights should have obtained the corresponding qualification have no acropho...

Page 96: ...nditions 9 1 3 Security Measures Caution The installation personnel working at heights must wear the safety belt and those working on ground must wear the safety helmet They must wear working clothes and shoes causing no slips when climbing up the tower 1 Safety precautions should be stressed to the installation personnel 2 The outdoor installation should be conducted in sunny days without strong ...

Page 97: ...cable Fig 9 2 1 Composition of the GPS Antenna Feeder System 9 3 Installation Procedures As the CDMA clock and frequency reference GPS plays a very important role The GPS antenna receives navigation and position signals of GPS satellites demodulates frequency and clock signals through a GPS signal receiver and provides these signals to related elements of CDMA BTSs 1 Requirements on GPS antenna in...

Page 98: ... And then solder the core wire with the pin Unfold the shielding layer and wrap it around the bushing Pin Insulating washer Cable shielding Bushing Crimping tube Nut Cable Cable core wire Soldering tin Fig 9 3 2 Schematic Diagram of Soldering the Core Wire with the Pin 3 Assemble the components into the shell as shown in Fig 9 3 3 Insulating washer Bushing Crimping tube Shell Nut Pin Fig 9 3 3 Str...

Page 99: ...ightning arrester Assemble the indoor cable connector and then connect it with the lightning arrester Do not wrongly connect the equipment terminal and antenna feeder terminal of the GPS lightning arrester 7 Lay the coaxial cable from the GPS lightning arrester to the GPS port of a micro BTS 9 4 Test of Antenna Feeder System 1 After the antennae are installed and all feeder cables are connected me...

Page 100: ......

Page 101: ...s 10 1 Overview 10 1 1 Logical Positions of Equipment Modules The modules and boards in M800T M801T M802T M190T M191T M192T micro BTS are positioned as shown in Fig 10 1 1 BDM B R F S M P D M D I V M L N A 1 M L N A 2 M P A M D U P MGPS BGPS MLNA MPA BRFS E1 MTRX RFE ANT0 TX RX0 RX1 10M 12M ANT RFE ANT1 Door Fig 10 1 1 Modules and Boards in M800T M801T M802T M190T M191T M192T Micro BTS ...

Page 102: ... RFE ANT1 TX RX0 RX1 RFE ANT0 Door BRFS Optical fiber Fig 10 1 2 Modules and Boards in R800T R801T R802T R190T R191T R192T 10 1 2 Layout of Internal Modules A ZXCBTS micro BTS is composed of Micro Transmitter Receiver MTRX module Micro Low Noise Amplifier MLNA module Baseband Digital Module BDM module Micro GPS MGPS module Micro BTS Power Distribution MPD 400W module DIVersity DIV module DUPlexer ...

Page 103: ...3 MPD400W 4 DIV 5 MLNA 6 MPA 7 Heater 8 DUP 9 MGPS Fig 10 1 3 Layout of Modules in a ZXCBTS Micro BTS A ZXCBTS remote station is composed of MTRX module MLNA module Remote Fiber Module RFM MPD 400W module DIV module DUP module and MPA module as shown in Fig 10 1 4 ...

Page 104: ... BDM BDM is the core module of a ZXCBTS micro BTS which completes the modulation demodulation of baseband data signaling processing resources management and operation maintenance functions 2 MTRX MTRX provides interfaces to BDM and sends transmitted or received basedband data as well as the information on configuration control status and alarms It achieves up conversion intermediate frequency band...

Page 105: ...LNA On reverse links the signals received by the antenna are filtered by the duplexer filter and then amplified On forward links the signals outputted by MPA are filtered by the duplexer filter and then emitted to the cell through the antenna 5 MPD MPD directly converts the 120V AC power into the power with suitable voltage and supply the power to all modules in a micro BTS remote station Moreover...

Page 106: ...he signal to RF Control Module RFCM through Integrated Circuit Interface Circuit IIC bus CM to compensate the transmission delay on Channel Processing Module CHM 5 Reporting the alarm signals about temperature humidity and access control generated in a remote station to RFCM 6 Offering communication links between MPA and RFCM 7 Monitoring important signal for example 16chip 7 GPSTM GPSTM functions...

Page 107: ...ation Flow Start Install MTRX Install RFM Remote station Install BDM Install MGPS Micro BTS Install MPA Install DUP Install DIV Install MPD400W Install MLAN Installation check End Install the heater Based on the configuration Fig 10 2 1 Module Installation Flow Diagram ...

Page 108: ...ation and cable connection in an M800 micro BTS Refer to this sequence for the installation in M801T M802T M190T M191T M192T R800T R190T R191T R192T micro BTS 1 Install MTRX BDM and BRFS 2 Install T1 lightning arrester and lay T1 cables 3 Connect Terminal B of DCDX02 and RSTDX to MPA and BRFS respectively and bundle the cables with cable ties on the cable tie bases 4 Install MPD BGPS MGPS MDIV MLN...

Page 109: ... RF29 RF30 See Fig 10 3 1 BDM B R F S BGPS M T R X M P D M D I V M L N A 1 M L N A 2 M P A M D U P A GPSTM 307 5 0 1 GPS BDM RF30 RF29 To Terminal A Bundle of cables T shape hole Cable tie Fig 10 3 1 Schematic Diagram of Bundling Internal Cables 1 Bundle the cables RF29 and RF30 on the door and the grounding cable of the antistatic wrist strap in the inner side of the bundling plank while bundle t...

Page 110: ...ables 2 3 Bundling of DCDX01 DCDX02 RSTDX MONDX01 and MONDX02 cables Bundle the cables DCDX01 DCDX02 RSTDX MONDX01 and MONDX02 with cable ties on the cable tie bases as shown in Fig 10 3 3 BDM M T R X M P D M D I V M L N A 1 M L N A 2 M P A M D U P Cable tie base MONDX02 MONDX01 DCDX01 RSTDX DCDX02 E1 cable B R F S Cable tie base Fig 10 3 3 Schematic Diagram of Bundling Internal Cables 3 ...

Page 111: ...n at the bottom of the BDM and the cabinet To facilitate recabling the T1 cables connected with the lightning arrester these T1 cables should be laid along the upper edge inside the cabinet and the cable tie bases should be installed at the positions convenient for uninstallation See Fig 11 8 It is suggested to bundle the T1 cables with cable ties every 150mm 10 3 4 Installation of OIM If a micro ...

Page 112: ... LFM If a remote station need be configured for a macro BTS it is only necessary to replace TRX of a sector with LFM by just inserting LFM into the TRX slot in the TRX layer of the macro BTS without changing any cable connections on the backplane The RF modules such as TRX HPA and RFE need not be installed in the macro BTS Refer to 7 2 1 Connecting Optical Fiber for the connection with LFM and the...

Page 113: ...oss connected or pulled too tight Some margin is reserved at the turning corner and the connectors are connected firmly 11 2 Checking the Cabinet Check if 1 The installation position of the cabinet complies with the design requirement 2 After the shelf is fixed it is stable enough to resist earthquake of 7 in Richter scale 3 No part of the shelf is loose or damaged The shelf is well painted and th...

Page 114: ...les are turned smoothly 3 Power cables and signal cables are laid separately with a distance of more than 150mm 4 All cables are labeled clearly at both ends to avoid wrong or missed connections 5 The joints are reliable and well contacted without breaks or bends 6 The cables are tied with proper tightness and the cable ties are distanced evenly 7 Surplus part of the cable ties for indoor cables h...

Page 115: ... the power room 7 The indoor grounding resistance is less than 5 ohm 8 Each cable is marked correctly and clearly 9 Power cables are not bundled with other cables but separately 10 The surplus part of the grounding and power cables are cut 11 The copper lugs at both ends of power cables and grounding cables are welded or crimped well 12 There is no joint between two pieces of cables for a piece of...

Page 116: ...tem If the test result is negative it might be caused by the poor contact between the flange of the connectors and the chassis 4 T1 cables are laid loosely to ensure firm connection with the connectors of the shelf when the cabling rack moves up and down 5 T1 cables are connected firmly and reliably 11 6 Checking Indoor 1 2 Jumper Cables Check if 1 The primary feeder cable is connected with the 1 ...

Page 117: ...ne lightning grounding kit is installed on the top of a building or on the cabling rack if the length of the feeder cable after leaving the tower before entering the equipment room is more than 20m 6 The terminals of the feeder cable grounding kit are fixed separately onto the tower 7 The outdoor grounding copper busbar is connected with the underground grounding net by the dedicated cable whose c...

Page 118: ...e equipment room and the protruding holes of the feeder cable window are outward faced 2 The glue injecting hole on sealing gasket of the feeder cable window is sealed upward The window boards are installed in the indoor side of the window 3 The feeder cable window installed on the top of a building is well sealed 4 The lowest point of the water blocking curve is at the place 10cm 20cm under the f...

Page 119: ...per cables are sealed and water blocking curve is made for jumper cables 11 11 Checking Antenna Check if 1 The antenna mount is connected firmly with the tower 2 The type of the antenna installed meets the requirement of the networking plan 3 The height from the center of the antenna to the ground and the installation position of the antenna comply with the networking plan 4 The RF antenna and the...

Page 120: ... is level with or higher than the antenna mount 12 The distance between an omni antenna and the antenna lightning rod is no less than 2 5m when the antenna situates on the rooftop 13 An omni antenna can cover all areas when it is installed on the rooftop 14 The diversity antenna of each sector corresponds with the jumper cables on top of the shelf 15 The diversity distance between two antennae of ...

Page 121: ...5 It is best to be lower than 1 3 3 Record the VSWR value and provide the VSWR test diagram 11 13 Checking Indoor and Outdoor Environment Check if 1 All waste materials are cleared and the outdoor environment is clean 2 The equipment room is clean and neat and all things needed are arranged in order 3 No waste materials such as cable ties cables and desiccant bags are left around under the shelf a...

Page 122: ......

Page 123: ...es are installed firmly and the cables are connected reliably Insert the OIM and the CSM5000 into the cabinet Set the PATH ID by setting the DIP switch on the BDM based on the T1 cable connections with the CDSU of the BSC See Fig 12 1 1 for the setting of the DIP switch PATH_ID1 2 PATH_ID2 PATH_ID3 PATH_ID0 4 ON OFF When PATH_ID 1 the DIP switch is set as When PATH_ID 5 the DIP switch is set as ON...

Page 124: ...rectly 5 Use the tester to check if the standing wave ratio of the antenna feeder system is lower than 1 5 It should be lower than 1 3 generally Check if feeder cable connectors are assembled correctly and if the feeder cables and antennae are in good condition 6 Check if correct labels are stuck on the cables firmly 12 3 Powering on off the Cabinet No power switch is configured in micro BTS or re...

Page 125: ...on the integrated UPS is added to the micro BTS to provide the micro BTS with the interfacing and monitoring functions over the backup power supply UPS power supply and combinational power supply and other devices Meanwhile the functions of secondary power off and dry contact monitoring are added to address new requirements The built in SDH and integrated UPS are optional for micro BTS configurati...

Page 126: ...rd 6 Add the lightning protection class II function for the monitoring part inside the cabinet with some lightning protection design on the board furthermore install an additional RS485 dry contact lightning protection board at the monitoring interface of the cabinet 7 Modification of T1 lightning arrester Because of the changed T1 cabling inside the cabinet a longer coaxial cable may be needed fo...

Page 127: ...ro BTS and built in SDH Furthermore the UPS provides secondary power off function to guarantee the power supply of the built in SDH in precedence 485 or dry contact are supported for the monitoring There is only one monitoring interface at the micro BTS side and this interface is compatible with the 485 and dry contact input that is it supports either the 485 or dry contact for the monitoring part...

Page 128: ... function to guarantee power supply for the built in SDH in precedence The monitor part and the transmission interface part are the same as those in Solution I If the backup power is not available the built in SDH is also supported However the secondary power off function cannot be implemented To reduce power interfaces the power of the built in SDH can be supplied by the micro BTS In this case a ...

Page 129: ...odule 4 MDIV module 5 MLNA module 6 Heater 7 MPA module 8 T1 arrester 9 RF lightning arrester 10 MGPSTM lightning arrester 11 MTPB1 lightning protection plate the external 48VUPS should be built internally 12 MDUP module 13 SDH board if built in SDH is necessary 14 MGPSTM module 15 OIM board Fig 13 1 3 Layout of Modules in the ZXCBTS micro BTS ...

Page 130: ...integrated RF remote station 10 9 8 7 6 5 3 2 1 1 RFM module top layer 2 MTRX module bottom layer 3 power module 4 MDIV module 5 MLNA module 6 Heater 7 MPA module 8 RF arrester 9 MTPB1 lightning protection plate the external 48VUPS should be built internally 10 MDUP module Fig 13 1 4 Layout of Internal Modules of the ZXCBTS RF Remote Station ...

Page 131: ...ro BTS supports independent networking or networking with cooperation of a standard SDH device 13 2 Installing the Built in SDH of Micro BTS 13 2 1 Position and Internal Connection of the Built in SDH in the Micro BTS 13 2 1 1 Connections of the Built in SDH Table 13 2 1 gives the cable connections of the built in SDH in the CDMA micro BTS Table 13 2 1 Cable Connection of the Built in SDH inside t...

Page 132: ...T4IN4 Fig 13 2 1 Cable Layout of the Built in SDH in the CDMA Micro BTS 13 2 2 Connecting the External Optical Fibers and Cables During Installation 13 2 2 1 Description of the Cabinet Bottom Interfaces Fig 13 2 2 shows all the cabinet bottom interfaces of the micro BTS POWER FIBER 1 FIBER 2 FIBER 3 FIBER 4 MONITOR FAN RFE ANT0 RFE ANT1 GPS ANT EXTEND T1 SDH POWER IN4 OUT4 IN3 OUT3 IN2 OUT2 IN1 OU...

Page 133: ...o BTS T1 Four 2M signal interfaces EXTEND RF extension interface of the multi carrier micro BTS 13 2 2 2 Description of the Fiber Installation Here the interfaces related with the built in SDH are FIBER 3 and FIBER 4 FIBER 3 is the optical transmission input interface and FIBER 4 is the fiber transmission output interface used for networking with the adjacent BTS Fig 13 2 3 shows the position for ...

Page 134: ...connector SDH fiber connector Fig 13 2 3 Connection of the Optical Fiber 13 3 Installing the Integrated UPS of Micro BTS RF Remote Station 13 3 1 Introduction to ZXUPS L010 Currently the integrated CDMA micro BTS employs the ZXUPS L010 as its UPS Fig 13 3 1 shows the appearance of the ZXUPS L010 series products ...

Page 135: ...nstallation hole at the bottom Bottom slide Fig 13 3 2 Inner Structure of the ZXUPS L010 Series 13 3 2 Precautions for UPS Installation The following rules should be followed if the micro BTS 800M or 1 9G is to be configured with an additional UPS 1 The UPS must be kept within two meters away from the micro BTS Because current micro BTS uses the BDM for monitoring the UPS and the RS 232 specificat...

Page 136: ...D Therefore the 232 connector of UPS has to be changed that is Connect RXD blue to Pin 3 of DB9 TXD black to Pin 2 of DB9 and GND green to Pin 4 of DB9 Remember that the DB9 connector must be a male one 4 Precautions for installation 1 Good ventilation for heat dissipation 2 Keep from the place with corrosive gas 3 The top of UPS must not be occupied by any objects nor could it be taken by a sitti...

Page 137: ...e CDMA micro BTS 485 dry contact supplementary cables Table 13 3 1 From to list of the CDMA Micro BTS 485 dry contact supplementary cables No Cable Name Length mm To End A To End B 1 Monitoring cable 800 BDM RS485 MTPB1 X2 2 Monitoring cable 800 BDM JOINT MTPB1 X1 3 Monitoring cable 470 MTPB1 X3 MONITOR at the cabinet bottom 4 Monitoring grounding cable 170 MTPB1 Grounding hole at the right side o...

Page 138: ...t with the UPS the 3 pin plug should be cut off first then the three core wires yellow green blue and brown corresponding respectively to the ground line neutral line and live line should be connected with the output terminal of UPS properly For the cable connection of the MONITOR interface refer to the above mentioned from to list One end of the cable for the SDH POWER interface is connected with...

Page 139: ...ole on the wall or on the ground while the outdoor battery box may only be installed on the ground Given below is the brief introduction of the installation method and connection of the outdoor power box and outdoor battery box 13 4 1 Installing the Outdoor Power Box 13 4 1 1 Installing the Outdoor Power Box with a Pole Fig 13 4 1 shows how the outdoor power box is installed on the pole 1 Outdoor ...

Page 140: ...unshade unit 1 used for installation with a pole or on the wall 3 Installation support used for installation with a pole or on the wall 4 Expansion bolt M10X50 Fig 13 4 2 Schematic Diagram of Installing the Outdoor Power Box on the Wall 13 4 1 3 Installing the Outdoor Power Box on the Ground Fig 13 4 3 shows how to install the outdoor power box on the ground 1 Outdoor power box 2 Sunshade unit 2 u...

Page 141: ...tery Box The outdoor can only be installed on the ground which is shown in Fig 13 4 4 1 Outdoor battery box 2 Sunshade unit 2 used for the installation on the ground 3 Base used for installation on the ground 4 Expansion bolt M10X50 Fig 13 4 4 Schematic Diagram of Installing the Outdoor Battery Box on the Ground 13 4 3 Cable Connection for Outdoor Power Box The cable connection for the outdoor pow...

Page 142: ... 5 48V battery input line 6 Cable holder 7 External AC input line 8 System s cable access hole Fig 13 4 5 Schematic Diagram of the Cable Connection for the Outdoor Power Box The function of dry contact monitoring is available with the combinational power supply of the micro BTS The actual definition of the dry contact s output connecting terminal is from top down 1 2 3 4 5 6 7 8 9 and 10 as shown ...

Page 143: ...y the first three that is the access control monitoring is excluded Between the dry contacts of the micro BTS and the combinational power supply a 7 core monitoring cable attached with delivery is used for the connection 2 The cross section area of the system s AC input cable should be no smaller than 6mm2 3 The cross section area of the battery s input cable should be no smaller than 16mm2 4 The ...

Page 144: ...Station Remote Station Installation Manual 13 20 power supply are products of ZTE proper user s manual will be attached with the product delivery Detailed instructions are covered in these manuals for user s reference during the installation ...

Page 145: ...nto two groups in packaging 1 Cabinets 2 Cables and delivery attached document Each item has been identified with model name placement direction number of layers together with signs of No damping and Fragile etc A 2 Storage Keep all components in the original package Keep the storeroom in order and mark the number of equipment sets in stock The range of temperature is 40 C 75 C and the range of re...

Page 146: ...very attached document should be placed in the lower half and the cabinet should be placed in the upper half Never put the equipment in open freight cars or ships Never leave the equipment in open warehouses Never transport the equipment with flammable explosive or erosive chemicals Keep the equipment away from being washed by rains and snow or any physical damage Keep the equipment away from elec...

Page 147: ...PA800 MONDX02_B 6 MONDX02 MLNA800 1 2 MONDX01_B 7 MPA CONTL MPA800 MTRX800 8 DX01 Door grounding point Cabinet grounding point Cabinet Lightning arrester 9 DX02 Cabinet BDM 10 DX03 Cabinet Door 11 DX04 BDM800_X39 Door status switch 12 DX06 MPD_X4 Power lightning arrester 13 ACDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grounding point black 1...

Page 148: ...tom of the cabinet MDUP800_ANT 27 RF28 MPA800_OUT MDUP800_TX 28 RF29 GPS ANT at the bottom of the cabinet MGPS_ANT 29 RF30 MGPS_10M BDM800_X7 30 RF31 BDM800_X8 Middle hole of BRFS_X1 31 GPS BDM BDM800_X3 BGPS_X2 B 2 Cable Connections in M800T Double carrier Micro BTS Table B 2 1 Cable Connections in M800T Double carrier Micro BTS Serial No Cable Name Connection of Terminal A Connection of Terminal...

Page 149: ...n in case that DC power is supplied 20 RF22 Black MPD_V MDUP800_RX 21 RF24 MTRX800_RX1 MLNA800 2_RFOUT1 22 RF25 MTRX800_TX MPA800_IN 23 RF27 RFE ANT1 at the bottom of the cabinet MDUP800_ANT 24 RF28 MPA800_OUT MDUP800_TX 25 RF29 GPS ANT at the bottom of the cabinet MGPS_ANT 26 RF30 MGPS_10M BDM800_X7 27 RF31 BDM800_X8 Middle hole of BRFS_X1 28 RF42 MLNA800 2_RFOUT2 RFE ANT0 at the bottom of the ca...

Page 150: ...oint black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue MPD_V Black MPD_V Power lightning arrester The configuration in case that DC power is supplied 20 RF21 MDIV800_...

Page 151: ...X03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grounding point black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue M...

Page 152: ...Cabinet grounding point Cabinet Lightning arrester 9 DX02 Cabinet BDM 10 DX03 Cabinet Door 11 DX05 RFM_X24 Door status switch 12 DX06 MPD_X4 Power lightning arrester 13 ACDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grounding point black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case th...

Page 153: ...MPD_X7 MLNA800 4 RSTDX MPD_X5 BRFS_X6 5 MONDX01 MPA800 MONDX02_B 6 MONDX02 MLNA800 2 MONDX01_B 7 MPA CONTL MPA800 MTRX800 8 DX01 Door grounding point Cabinet grounding point Cabinet Lightning arrester 9 DX02 Cabinet BDM 10 DX03 Cabinet Door 11 DX05 RFM_X24 Door status switch 12 DX06 MPD_X4 Power lightning arrester 13 ACDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the b...

Page 154: ...arrier Remote Stations Table B 7 1 Cable Connections in R190T Single carrier Remote Stations Serial No Cable Name Connection of Terminal A Connection of Terminal B Remarks 1 DCDX01 BRFS_X5 MPD_X11 2 DCDX02 MPD_X6 MPA800 3 DCDX03 MPD_X7 MLNA800 4 RSTDX MPD_X5 BRFS_X6 5 MONDX01 MPA800 MONDX02_B 6 MONDX02 MLNA800 2 MONDX01_B 7 MPA CONTL MPA800 MTRX800 8 DX01 Door grounding point Cabinet grounding poi...

Page 155: ...e hole of BRFS_X3 26 RF41 RFM_X7 Middle hole of RFM_X3 27 RF42 MLNA800 2_RFOUT2 RFE ANT0 at the bottom of the cabinet 28 RF43 MTRX800_RX0 EXTEND at the bottom of the cabinet B 8 Cable Connections in R190T Double carrier Remote Stations Table B 8 1 Cable Connections in R190T Double carrier Remote Stations Serial No Cable Name Connection of Terminal A Connection of Terminal B Remarks 1 DCDX01 BRFS_X...

Page 156: ...0_TX MPA1900_IN 21 RF33 MLNA1900 2_IN MDUP1900_RX 22 RF34 MPA1900_OUT MDUP1900_TX 23 RF36 MTRX1900_RX1 MLNA1900 2_RFOUT1 24 RF38 RFE ANT1 at the bottom of the cabinet MDUP1900_ANT 25 RF40 Middle hole of BRFS_X1 Middle hole of BRFS_X3 26 RF41 RFM_X7 Middle hole of RFM_X3 27 RF42 MLNA1900 2_RFOUT2 RFE ANT0 at the bottom of the cabinet 28 RF43 MTRX1900_RX0 EXTEND at the bottom of the cabinet B 9 Cabl...

Page 157: ...R 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue MPD_V Black MPD_V Power lightning arrester The configuration in case that DC power is supplied 20 F FAN 004 MPD Internal fan rack 21 F FAN 005 COMMAN at the bottom of the cabinet MPD 22 F FAN 006 COMMAN at the bottom of the cabinet External fan rack 23 RF21 MDIV800_RX MLNA800 1_IN 24 RF22 MLNA800 2_IN MDUP800_RX 25 RF23 MTRX800_RX0 MLNA8...

Page 158: ...tning arrester 13 ACDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grounding point black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 1...

Page 159: ...11 2 DCDX02 MPD_X6 MPA 3 DCDX03 MPD_X7 MLNA800 4 RSTDX MPD_X5 BRFS_X6 5 MONDX01 MPA MONDX02_B 6 MONDX02 MLNA800 1 2 MONDX01_B 7 MPA CONTL MPA MTRX800 8 DX01 Door grounding point Cabinet grounding point 9 DX02 Cabinet Lightning arrester 10 DX03 Cabinet Door 11 DX05 RFM_X24 Door status switch 12 DX06 MPD_X4 Power lightning arrester 13 ACDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX0...

Page 160: ...cabinet MPD 31 F FAN 006 COMMAN at the bottom of the cabinet External fan B 12 Cable Connections in R802T Double carrier Remote Stations Table B 12 1 Cable Connections in R802T Double carrier RF Remote Stations Serial No Cable Name Connection of Terminal A Connection of Terminal B Remarks 1 DCDX01 BRFS_X5 MPD_X11 2 DCDX02 MPD_X6 MPA 3 DCDX03 MPD_X7 MLNA800 4 RSTDX MPD_X5 BRFS_X6 5 MONDX01 MPA MOND...

Page 161: ...he cabinet MDUP800_ANT 24 RF28 MPA_OUT MDUP800_TX 25 RF40 Middle hole of BRFS_X1 Middle hole of BRFS_X3 26 RF41 RFM_X7 Middle hole of RFM_X3 27 RF42 MLNA800 2_RFOUT2 RFE ANT0 at the bottom of the cabinet 28 RF43 MTRX800_RX0 EXTEND at the bottom of the cabinet 29 F FAN 005 COMMAN at the bottom of the cabinet MPD 30 F FAN 006 COMMAN at the bottom of the cabinet External fan B 13 Cable Connections in...

Page 162: ...the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue MPD_V Black MPD_V Power lightning arrester The configuration in case that DC power is supplied 20 RF25 TRX_TX MPA_IN 21 RF29 GPS ANT at the bottom of the cabinet MGPS_ANT 22 RF32 DIV_RX LNA 1_IN 23 RF33 LNA 2_IN DUP_RX 24 RF34 MPA_OUT DUP_TX 25 RF35 TRX_RX0 LNA 1_RFOUT1 26 RF36 TRX_RX1 LNA 2...

Page 163: ...oint black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue MPD_V Black MPD_V Power lightning arrester The configuration in case that DC power is supplied 20 RF25 TRX_TX M...

Page 164: ...CDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grounding point black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue...

Page 165: ... lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grounding point black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue MPD_V Black MPD_V Power ...

Page 166: ...rrester 13 ACDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grounding point black 15 ACDX02 MPD_X1 Power lightning arrester 16 ACDX04 ACDX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC ...

Page 167: ...NA 4 RSTDX MPD_X5 BRFS_X6 5 MONDX01 MPA MONDX02_B 6 MONDX02 MLNA 2 MONDX01_B 7 MPA CONTL MPA TRX 8 DX01 Door grounding point Cabinet grounding point Cabinet Lightning arrester 9 DX02 Cabinet BDM 10 DX03 Cabinet Door 11 DX04 BDM_X39 Door status switch 12 DX06 MPD_X4 Power lightning arrester 13 ACDX03 MPD_HP Heater Power lightning arrester blue brown 14 ACDX01 POWER at the bottom of the cabinet Grou...

Page 168: ...RF39 MGPS_10M Middle hole of BRFS_X1 30 RF42 LNA 2_RFOUT2 RFE ANT0 at the bottom of the cabinet 31 RF43 TRX_RX0 EXTEND at the bottom of the cabinet 32 GPS BDM BDM_X3 BGPS_X2 B 19 Cable Connections in R192T Single carrier Remote Stations Table B 19 1 Cable Connections in R192T Single carrier Remote Stations Serial No Cable Name Connection of Terminal A Connection of Terminal B Remarks 1 DCDX01 BRFS...

Page 169: ... DC power is supplied 20 RF25 TRX_TX MPA_IN 21 RF32 DIV_RX LNA 1_IN 22 RF33 LNA 2_IN MDUP1900_RX 23 RF34 MPA_OUT MDUP1900_TX 24 RF35 TRX_RX0 LNA 1_RFOUT1 25 RF36 TRX_RX1 LNA 2_RFOUT1 26 RF37 DIV_ANT RFE ANT0 at the bottom of the cabinet 27 RF38 RFE ANT1 at the bottom of the cabinet MDUP1900_ANT 28 RF40 Middle hole of BRFS_X1 Middle hole of BRFS_X3 29 RF41 RFM_X7 Middle hole of RFM_X3 30 F FAN 005 ...

Page 170: ...DX01_A External AC power The configuration in case that AC power is supplied 17 F DC PWR 001 POWER at the bottom of the cabinet Power lightning arrester 18 F DC PWR 002 F DC PWR 001_A External 48V power 19 F DC PWR 003 Blue MPD_V Black MPD_V Power lightning arrester The configuration in case that DC power is supplied 20 RF25 TRX_TX MPA_IN 21 RF33 LNA 2_IN MDUP1900_RX 22 RF34 MPA_OUT MDUP1900_TX 23...

Page 171: ...Fig C 1 1 Appearance of a ZXCBTS Cabinet The dimension of the cabinet is 630mm height 400mm width 285mm depth The weight of one cabinet is 45kg C 2 Power Consumption Refer to the following table for the power consumption of several types of micro BTS and remote stations supplied with the 120V AC power in case of full load ...

Page 172: ...ion of several types of micro BTS and remote stations supplied with the 120V AC power in case of full load when they are configured with heaters Table C 2 2 Power Consumption of Several Types of Micro BTS and Remote Stations Model Power Consumption Watt M190T 280W M191T 295W M192T 390W M800T 295W M802T 390W R190T 280W R191T 295W R192T 390W R800T 295W R802T 390W Power factor 0 5 Note When the tempe...

Page 173: ...es of micro BTS and remote stations supplied with the 48V DC power in case of full load Table C 2 3 Power Consumption of Several Types of Micro BTS and Remote Stations Model Power Consumption Watt M190T 180W M191T 195W M192T 290W M800T 195W M802T 290W R190T 180W R191T 195W R192T 290W R800T 195W R802T 290W ...

Page 174: ......

Page 175: ...ourth channel of E1 On asynchronized Off synchronized HL2 EPLD running indicator On Normal Off Not written HL1 FPGA running indicator On Not downloaded Off Downloaded HL5 System running indicator On Not started Flash slowly Loading data Flash fast Running normally HL10 Alarm indicator Off No alarm is generated Flash quickly An alarm is generated HL6 HL16 and HL11 Reserved HL12 HL15 10M Ethernet ne...

Page 176: ...ause Indicates that the equipment is working normally 10MHz Red No output Output of 10MHz 19 6608MHz Red No output Output of 19 6608MHz PP2S Red No output Output of PP2S D 3 Indicators of LFM RFM and OIM 1 Refer to the following table for the LFM indicators and their meanings Table D 3 1 Indicators of the LFM Indicator Meaning POWER Red Power indicator When it is on it indicates that power is bein...

Page 177: ...rmal HL10 DOOR Green Door control indicator When it is on it indicates that the door is opened HL9 SD_ALARM Green Optical signal alarm indicator When it is on it indicates that no optical signal enters the optical interface HL3 3 3V Green 3 3V power indicator When it is on it indicates that the 3 3V power is supplied normally HL1 5V Green 5V power indicator When it is on it indicates that the 5V p...

Page 178: ...t is off it indicates that the Tx clock has not been locked yet HL3 Data receiving preparation indicator When it is on it indicates that the receiving preparation has been completed when it is off it indicates that the receiving preparation has not been completed yet HL4 Optical signal indicator When it is on it indicates that optical signals are available when it is off it indicates that no optic...

Page 179: ...terface the interface of BSC BTS ABS Air Break Switch AC Asynchronous Capsule ACB Amplifier Control Board ACCH Associated Control Channel ACCM Asynchronous Control Character Map ACIR Adjacent Channel Interference Ratio ACK Acknowledgement ACLR Adjacent Channel Leakage Power Ratio ACS Adjacent Channel Selectivity AGC Automatic Gain Control AH Authentication Header AI Acquisition Indicator AICH Acqu...

Page 180: ...cess Signaling Gateway ASN 1 Abstract Syntax Notation One AT Access Terminal ATM Asynchronous Transfer Mode ATR Answer To Reset ATT Attenuator AUC Authentication Center AUTN Authentication token AWGN Additive White Gaussian Noise A Interface A Interface the interface between BSC and MSC B B BDS Backplane of Baseband Digital Subsystem BBDS Backplane of BDS BBS BTS Baseband Subsystem BCC Bear Channe...

Page 181: ... Station Controller BSM Base Station Management BSP Board Support Package BSS Base Station Subsystem BSSAP Base Station Subsystem Application Part BTM BTS Test Module BTRX Backplane of TRX BTS Base Transceiver Station BUSN Backplane of Universal Switching Network BWT Block Waiting Time C CA Certificate Authentication CAMEL Customized Application for Mobile network Enhanced Logic CB Cell Broadcast ...

Page 182: ...l Processing Module for CDMA2000 CHM 95 Channel Processing Module for IS 95 CIB Circuit bearer Interface Board CIC Circuit Identification Code CLK Clock CLKD Clock Distributor CLKG Clock Generator CLNP Connectionless Network Protocol CLNS Connectionless Network Service CM Configuration Management CMB Combiner CMF Connection Monitor Function CMIP Common Management Information Protocol CMIS Common M...

Page 183: ...TPDU Command TPDU D D_K DBS Kernel Module D_M D_Method D_S D_Service D_V D_View DAC Digital to Analog Converter DAD Destination Address DBS Database Subsystem DC Dedicated Control SAP DCA Dynamic Channel Allocation DCCH Dedicated Control Channel DCH Dedicated Channel DCM Dispatching Client Module DCS Dispatching Client Subsystem DDI Direct Dial In DECT Digital Enhanced Cordless Telecommunication D...

Page 184: ... Multiple Access DSCH Downlink Shared Channel DSM Data Service Module DSS Dispatching SubSystem D CN Dispatching Control Node D SN Dispatching Serving Node DTB Digital Trunk Board DTCH Dedicated Traffic Channel DTI Digital Trunk Interface Element DTMF Dual Tone Multiple Frequency DTX Discontinuous Transmission DUP Duplexer E EDC Error Detection Code byte EF Elementary File EHB Ethernet HUB Board E...

Page 185: ...d Dedicated Auxiliary Pilot Channel F ATDPICH Forward Auxiliary Transmit Diversity Pilot Channel FAUSCH Fast Uplink Signaling Channel FAX Facsimile F BCCH Broadcast Control Channel FBI Feedback Information F CACH Forward Common Assignment Channel FCI File Control Information FCP Flow Control Protocol F CPCCH Forward Common Power Control Channel FCS Frame Check Sequence FD Full Duplex FDD Frequency...

Page 186: ...oTa Global open Trunking Architecture GP Guard Period GPCM General Purpose Chip select Machine GPRS General Packet Radio Service GPS Global Position System GPSR Global Position System Receiver GPSTM GPS Timing Module GRE Generic Routing Encapsulation GSM Globe System of Mobile Communication GSN GPRS Support Nodes GTP GPRS Tunneling Protocol H HA Home Agent HCS Hierarchical Cell Structure HDLC High...

Page 187: ...Circuit Interface Circuit IKE Internet Key Exchange IM Intermodulation IMA Inverse Multiplexing on ATM IMAB IMA Board IMEI International Mobile Equipment Identity IMGI International mobile group identity IMSI International Mobile Subscriber Identity IMT 2000 International Mobile Telecommunications 2000 IMUN International Mobile User Number IN Intelligent Network INAP Intelligent Network Applicatio...

Page 188: ...ce JP Joint Predistortion JTAPI Java Telephony Application Programming Interface JTS Java Transaction Service JVM Java Virtual Machine K kbps kilo bits per second ksps kilo symbols per second L L1 Layer 1 physical layer L2 Layer 2 data link layer L3 Layer 3 network layer L3Addr Layer 3 Address LAC Link Access Control LAI Location Area Identity LAN Local Area Network LATA Local Access and Transport...

Page 189: ...DIV Micro Diversity MDIV800 800M Micro Diversity MDN Mobile Directory Number MDS Multimedia Distribution Service MDUP Micro Duplex MDUP800 800M Micro Duplex ME Mobile Equipment MEHO Mobile Evaluated Handover MER Message Error Rate MF Mediation Function MGCF Media Gateway Control Function MGCP Media Gateway Control Part MGPS Micro GPS MGW Media GateWay MHEG Multimedia and Hypermedia Information Cod...

Page 190: ...o Power Amplifier MPB Main Process Board MPC8260 Motorola Power PC 8260 MPC860 Motorola Power PC 860 MPD Micro BTS Power Distribution MPM MSC Processing Module MRB Media Resource Board MRF Media Resource Function MS Mobile Station MSB Most Significant Bit MSC Mobile Switching Center MSG Management Steering Group MSID Mobile Station Identifier MSIN Mobile Station Identification Number MSM Message S...

Page 191: ...gement Center NMSI National Mobile Station Identifier NNI Network Node Interface NO Network Operator NP Network Performance NPA Numbering Plan Area NPI Numbering Plan Identifier NRT Non Real Time NSAP Network Service Access Point NSCK Network Subset Control Key NSDU Network Service Data Unit NSS Network Subsystem NW Network O O M Operations and Maintenance O_AMP O M _Alarm Management Part O_CMP O ...

Page 192: ...Optical Transmitter Module OSA Open Service Architecture OSF Operations Systems Function OSS Operating Systems Subsystem OSS_CLP OSS_Communicating Link Part OSS_FMP OSS_File Management Part OSS_RSP OSS_Running Support Part OSS_SCP OSS_Status Control Part OSS_SWD OSS_Software Download OVSF Orthogonal Variable Spreading Factor OWB Order Wire Board P PA Power Amplifier PAB Power Amplify Board PACA Pr...

Page 193: ...tion Reverse PDS PTT Dispatching Server PDSCH Physical Downlink Shared Channel PDSN Packet Data Serving Node PDU Protocol Data Unit PERT Program Evaluation and Review Technique PG Processing Gain PHB Per Hop Behavior PHR PTT Home Register PHS Personal Handy phone System PHY Physical layer PhyCH Physical Channel PI Page Indicator PICH Pilot Channel PID Packet Identification PIM Power Amplifier Inte...

Page 194: ... Channel PSE Personal Service Environment PSI PCF Session ID PSM Power Supplier Module PSN Packet Switched Network PSOS PSPDN Public Switched Packet Data Network PSTN Public Switched Telephone Network PTM Power Transition Module PTM G PTM Group Call PTM M PTM Multicast PTP Point to point PTT Push to Talk PUSCH Physical Uplink Shared Channel PVD Power VSWR Detect Board PWRD POWER Distributor PWS Po...

Page 195: ...R_SCP R_System Control Part R_SCP_Boot R_SCP_MainControl R_SCP_StatusControlManagement RA Routing Area RAB Reverse Activity Bit RAC Reverse Access Channel R ACH Access Channel RACH Random Access Channel RADIUS Remote Authentication Dial In User Service RAI Routing Area Identity RAN Radio Access Network RANAP Radio Access Network Application Part RB Radio Bearer R Block Receive ready Block RC Radio...

Page 196: ...o Network Subsystem Application Part RNTI Radio Network Temporary Identity ROI Return On Investment RPB Router Protocol Process Board RPC Reverse Power Control RPD RFS Power Distribute RPT Repeater RRC Radio Resource Control RRI Reverse Rate Indication RRM Radio Resource Management RRP Mobile IP Registration Reply RRQ Mobile IP Registration Request RSA Rivest Shamir Adleman public key algorithm RS...

Page 197: ...Process S_TCHL2P SPS Traffic Channel Layer2 Process S_TCHL3P SPS Traffic Channel Layer3 Process S_TLH SPS Traffic Link Handler S_VIM SPS Vocoder Interface Module SA Security Association SAAL Signaling ATM Adaptation Layer SACCH Slow Associated Control Channel SAD Source Address SAM Site Alarm Module SAP Service Access Point SAPI Service Access Point Identifier SAR Segmentation and Reassembly SB St...

Page 198: ...nit SF Spreading Factor SHA Secure Hash Algorithm SHCCH Shared Control Channel SIE Sector Interface Element SIM GSM Subscriber Identity Module SINR Signal to Interface plus Noise ratio SIP Session Initiated Protocol SIR Signal to Interference Ratio SLA Service Level Agreement SLP Signaling Link Protocol SMC Serial Management Controller SME Short Message Entity SMF Session Management Function SMP S...

Page 199: ...ntrol Protocol TCP IP TD CDMA Time Division Code Division Multiple Access TDD Time Division Duplex TDMA Time Division Multiple Access TE Terminal Equipment TFM Timing Frequency Module TFS Timing Frequency Subsystem TLLI Temporary Link Level Identity TLS Transport Layer Security TMB Traffic Manage Board TMN Telecommunication Management Network TMSI Temporary Mobile Subscriber Identity TN Terminatio...

Page 200: ... Interface Um Interface the interface between MS and BTS UNI User Network Interface UPT Universal Personal Telecommunication URI Uniform Resource Identifier URL Uniform Resource Locator USCH Uplink Shared Channel UT Universal Time UTRA Universal Terrestrial Radio Access UTRAN Universal Terrestrial Radio Access Network V VA Voice Activity factor Variable Rate Variable Data Rate VASP Value Added Ser...

Page 201: ...ony Applications WTAI Wireless Telephony Applications Interface WTLS Wireless Transport Layer Security WTP Wireless Transaction Protocol X XRES Expected user Response Z ZXCBTS M800T ZTE CDMA 800M micro base station 10W ZXCBTS M802T ZTE CDMA 800M micro base station 20W ZXCBTS M190T ZTE CDMA 1900M micro base station 5W ZXCBTS M191T ZTE CDMA 1900M micro base station 10W ZXCBTS M192T ZTE CDMA 1900M mi...

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