Nokia Solutions and Networks PCS002 User Manual ITMN BTSE BS11

Nokia Solutions and Networks ITMN BTSE BS11

BS11 Installation test

Installation Test
Base Transceiver Station Equipment
ITMN: BTSE BS11 DRAFT
A30808-X3247-B349-1-7630
CAUTION
Note: This equipment has been tested and found to comply with the
limits for a Class A digital device, pursuant to part 15 of the FCC
Rules. These limits are designed to provide reasonable protection
against harmful interference when the equipment is operated in a
commercial environment. This equipment generates, uses, and can
radiate radio frequency energy and, if not installed and used in
accordance with the instruction manual, may cause harmful
interference to radio communications. Operation of this equipment in a
residential area is likely to cause harmful interference in which case
the user will be required to correct the interference at his own
expense.
AD – 2 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
Copyright (C) Siemens AG 1998
Issued by the Public Communication Network Group
Hofmannstraße 51
D-81359 München
Technical modifications possible.
Technical specifications and features are binding only insofar as
they are specifically and expressly agreed upon in a written contract.
Important Notice on Product Safety
Elevated voltages are inevitably present at specific points in this electrical equipment. Some of the
parts can also have elevated operating temperatures.
Non-observance of these conditions and the safety instructions can result in personal injury or in prop-
erty damage.
Therefore only trained and qualified personnel may install and maintain the system.
The system complies with the standard EN 60950. All equipment connected has to comply with the
applicable safety standards.
!
A30808-X3247-B349-1-7630 AD – 3
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Base Transceiver Station Equipment ITMN: BTSE BS11
Issues
Change indications (Ind.):
N = new; G = modified; 0 = deleted;
Document Titel Page(s) Issue/Ind.
Register ADMIN
ITMN: BTSE BS11 . . . . . AD . . . . . . . . . . . . . . . . . . . . . . . . . 1... 8 1
ITMN: BTSE BS11 . . . . . BS21 . . . . . . . . . . . . . . . . . . . . . . . 1... 56 1
This document consists of a total of Pages
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ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
A30808-X3247-B349-1-7630 AD – 5
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Base Transceiver Station Equipment ITMN: BTSE BS11
Contents
1 BS11 Installation Test. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-1
1.1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-1
1.2 Visual Inspection of BTSE mechanics . . . . . . . . . . . . . . . . . . . . . . . . BS11-4
1.3 Visual Inspection of BTSE Electric Installation . . . . . . . . . . . . . . . . . . BS11-5
1.4 Abis Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-8
1.5 Preparation for Offline Tests. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-12
2 Software Download and Activation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
3 Execution of Offline Tests. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-19
3.1 RF and Function Tests . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-19
3.2 Start of Abis Simulation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-21
3.3 Database download . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-25
3.4 Call check with MA-10-Loop . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-27
3.5 Bit Error Rate (BERT) Test with MS-Loop . . . . . . . . . . . . . . . . . . . . BS21-29
3.6 Settings at HP 8594A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-31
3.7 RFI-Confirmation: Unit ATMN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-33
4 Appendix. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-35
4.1 Frequency/Channel Conversion Table . . . . . . . . . . . . . . . . . . . . . . . BS21-35
4.2 Binary-HEX-Decimal Table. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-45
4.3 Power/Level Conversion. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-45
4.4 Used Expressions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-46
5 Abbreviations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ABB - 47
AD – 6 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
Illustrations
Fig. 1.1.1 Installation Test Sequence. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-3
Fig. 1.3.1 Antenna Cabling (example) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-6
Fig. 1.1 Connection panel (for external antenna). . . . . . . . . . . . . . . . . . . . . BS11-9
Fig. 1.2 Protection circuit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-10
Fig. 1.4.3 SW3 /The black square stands for toggle) and TB01 ÷ TB04. . . . BS11-11
A30808-X3247-B349-1-7630 AD – 7
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Base Transceiver Station Equipment ITMN: BTSE BS11
Tables
Tab. 1.3.1 Technical Data: BS-11i and BS-11e . . . . . . . . . . . . . . . . . . . . . . . BS11-7
Tab. 1.2 Fuses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-8
Tab. 1.1 SW3 dip-switch configuration. . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-8
Tab. 1.2 TB01 ÷ TB04 configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS11-9
Tab. 4.1 Frequency/Channel Conversion Table . . . . . . . . . . . . . . . . . . . . BS21-35
Tab. 4.2 GSM Table. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-35
Tab. 4.3 E-GSM Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-37
Tab. 4.1.4 DCS Part 1/3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-38
Tab. 4.1.5 DCS Part 2/3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-39
Tab. 4.1.6 DCS Part 3/3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-40
Tab. 4.1.7 PCS Part 1/3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-42
Tab. 4.8 PCS Part 2/3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-42
Tab. 4.9 PCS Part3/3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-44
Tab. 4.1 Binary-HEX-Decimal Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-45
Tab. 4.1 Power conversion table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BS21-45
AD – 8 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
A30808-X3247-B349-1-7630 BS11 – 1
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
1 BS11 Installation Test
1.1 Introduction
1.1.1 Aims of Installation and Commissioning
The installation and commissioning of a network element followed by unit acceptance is
proof of:
It is assumed that:
The commissioning tests are concentrated on the function of the HW. This limits the
commisioning test to simply a function test.
This is according to the requirements for modern communication systems regarding
self-tests, and a quick and economic commissioning procedure. As the function test is
based on self-test routines a high degree of reliability is achieved.
1.1.2 Test Strategy
The commissioning tests are based on the production end-test which is carried out for
each BTSE in the customer configuration.
The production end-tests are documented in a report which is included in the BTS
delivery, and attached to the site-specific documentation.
The commissioning and unit acceptance test can therefore be limited to a simple func-
tion test.
This checks the above-mentioned aims and can also check whether damage has
occured during transport.
Any further tests or measurements must only be carried out if suspicion of a fault is
proved during the function test.
1.1.3 Using the ITMN
1.1.3.1 Required knowledge
Only trained personnel should carry out the installation and installation tests.
1.1.3.2 Test Equipment
The test equipment and tools required for the tests are described in the corresponding
chapters.
Correct, complete delivery according to network planning and the customer
order.
Correct mechanical and electrical installation according to the installation
documents.
The functional ability of the the supplied HW
(correct functioning of the NEs at an interface in relation to other network
elements)
BS11 – 2 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
1.1.3.3 Procedure in the Event of Faults
If faults occur in on-line operation they should be localized and cleared in accordance
with the instructions in the User Manual (UMN).
1.1.3.4 Procedure in the Event of Serious Faults
Serious faults are those which are not dealt with in the UMN. First the specialist in the
installation team should try to clear the fault. If the installation technician is not qualified
to eliminate serious faults, a fault report must be filled out, providing the following infor-
mation in detail:
– description of the test step attempted
– description of the system response
– description of any system activities taking place at the same time, e.g. work done by
other testers during modifications to hardware or software
The fault report must be sent to the Technical Assistance Center (TAC).
1.1.3.5 Dealing with Defective BTSE
If a BTSE should prove to be defective, it should be sent in appropriate packing to the
repair center with the following information:
– Name and code number of the BTSE
– Description of the fault
A30808-X3247-B349-1-7630 BS11 – 3
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
1.1.3.6 Installation Test Sequence
Fig. 1.1.1 Installation Test Sequence
Visual Check of
BTSE-Mechanics
Preparations for
Offline Tests
Execution of
Offline Tests
V
I
S
U
A
L
C
O
N
T
R
O
L
O
F
F
L
I
N
E
O
N
L
I
N
E
S T A R T
E N D
Preparation /
Execution
of Online Tests
Visual Check of
BTSE-Electrics
BS11 – 4 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
1.1.4 Safety Instructions
1.1.4.1 System Voltages
The BTSE requires a power supply voltage from 83 Vac to 265 Vac with frequency from
45 Hz to 65 Hz.
1.1.4.2 Changing Fuses
Fuses may only be changed by operater. Only authorized fuses as given in the manual
may be used. Fuses are to be changed as described in this manual.
1.1.4.3 Grounding of Modules / Racks
The BTSE must be plugged in correctly to ground it before power is switched on. Ground
connections between racks must be plugged in correctly.
1.1.4.4 CE Declaration of Conformity
The CE declaration of conformity for the product will be fulfilled if the setup and cabling
is undertaken in accordance with the specification in the manual and the documentation
listed there, such as mounting instructions, cable lists etc.Where necessary, account
should be taken of project-specific documentation.
Deviations from the specifications or independent changes during setup, such as use of
cable types with lower screening values, for example, can lead to the CE requirements
being violatad. In such cases the CE declaration of conformity is invalidated and the
responsibility passes to the person who has caused the deviations.
1.2 Visual Inspection of BTSE mechanics
All of the visual checks of the BTSE installation mechanical part are listed below.
1.2.1 BS - 11 i/900.1
– Check that the BTSE has been fastened to the wall or pole in compliance with the
safety conditions (refer to Micro BTS-IS para. 2.1). In particular, make sure that the
wall or pole is capable of supporting the weight of the BTSE and the stresses due to
wind load.
– Check that the BTSE code is correct: it must be 134-1791/01.
– Check that the solar shield is the correct color and that it has been correctly
mounted.
– Where installation of the tilting mechanism is foreseen, check that the inclination is
correct.
– Check that the antenna panel has been correctly mounted.
– Check that all cables necessary for operation are present and that they have been
passed through the raceways.
– Check that the raceways for cable passage have been correctly positioned and
fastened.
A30808-X3247-B349-1-7630 BS11 – 5
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
– Check that the connector panel closing cover with relative wrench is present.
1.2.2 BS - 11 e/900.1
– Check that the BTSE has been fastened to the wall or pole in compliance with the
safety conditions (refer the IMN). In particular, make sure that the wall or pole is
capable of supporting the weight of the BTSE and the stresses due to wind load.
– Check that the BTSE code is correct: it must be 134-1791/02.
– Check that the solar shield is the correct color and that it has been correctly
mounted.
– Check that the dummy panel has been correctly mounted.
– Check that all cables necessary for operation are present and that they have been
passed through the raceways.
– Check that the raceways for cable passage have been correctly positioned and
fastened.
– Check that the antenna (external) has been correctly installed. Where installation of
the tilting mechanism is foreseen, check that the inclination is correct.
– Check that the connector panel closing cover with relative wrench is present.
1.3 Visual Inspection of BTSE Electric Installation
All of the visual checks of the BTSE installation electrical part are listed below.
1.3.1 BS - 11 i/900.1
Open the connector panel cover and check that the following cables are present and
correctly connected:
– power supply
–PCM
–RF
1.3.2 BS - 11 e/900.1
– Carry out the checks indicated in section 5.1.
– Check that the antenna cable has been correctly connected (Fig. 5.1.)
– Check that the antenna cable has been grounded at the top, in the middle and at the
bottom.
– Check that the coaxial lightening discharges are present on both antenna cables.
– Check the grounding of the cable guiding-slit plate when present.
– Check that the antenna is correctly positioned and has the exact tilting value.
BS11 – 6 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
Fig. 1.3.1 Antenna Cabling (example)
A30808-X3247-B349-1-7630 BS11 – 7
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
1.3.3 Technical Data
Technical Data are listed in Tab. 1.1
1.3.4 Power Supply Check
Verify the presence of the power supply voltage and that its value is 230 VAC – 50 Hz
or 110 VAC – 60 Hz.
1.3.5 Grounding Check
Measure the ground resistance value between the grounding screw placed on the BTSE
and the grounding system ground plate. The resistance value must be less than or
equal to 5W.
1.3.6 PCM Check
Verify the presence of the PCM flux and, if necessary, remove the line terminators or
disconnecting switches present in the junction box.
1.3.7 RF Cables Check (only in case of external antenna)
Verify that the antenna and cable VSWR is less than 1.5.
1.3.8 Fuses
Four fuses are mounted in the connection panel. Their functions are listed in Tab. 1.2.
OBJECT BS-11 i/900.1 BS-11 e/900.1
Weight ~ 23 kg ~ 23 kg
Volume 0,5x0,45x0,13 (mm) 0,5x0,45x0,13 (mm)
Input AC Power 83 ÷ 265 Vac 83 ÷ 265 Vac
Watts 80W 250W
Operating temperature -45° to +45°C -45° to +45°C
Frequency uplink 880-915 MHz 880-915 MHz
Frequency downlink 925-960 MHz 925-960 MHz
TRX_max per rack 1 1
TRX_max per microcell 1 1
Antenna Internal External
TX Power M1, M2, M3 and 2W
GSM Power Classes
M1, M2, M3 and 2W
GSM Power Classes
Tab. 1.3.1 Technical Data: BS-11i and BS-11e
BS11 – 8 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
1.4 Abis Interface
The BTSE is pre-set with 120 Ohm impedance at the factory.
It is possible, however, to change the impedance value and move it to 75 Ohm.
Proceed as follows to change the impedance:
– Open the connector panel cover, using the appropriate wrench supplied, to gain
access to the panel.
– Unscrew (Fig. 1.1.) the 4 screws (1) and remove the cover (2), thus gaining access
to the protection circuit.
– Unscrew the screw (1, Fig. 1.2.).
– Lift up the protection circuit using the two handles (2, Fig. 1.2.).
– Set the switches on the mini dip-switch SW3 Fig. 1.3.) as indicated in Tab. 1.1. (“75
Ohm impedance” column).
The jumpers for the connection with 75 Ohm impedance are placed in the inner of the
entry cables cover.
Carry out the connections indicated in Fig. 1.2. on the T0B1 ÷ TB04 terminal board.
FUSE TYPE FUNCTION
F1 10 A delayed Protects TRX0 power supply
F2 10 A delayed Protects TRX0 power supply
F3 10 A delayed Protects TRX1 power supply
F4 10 A delayed Protects TRX1 power supply
Tab. 1.2 Fuses
DIP-SWITCH 75 Ohm IMPEDANCE 120 Ohm IMPEDANCE
1CO
2CO
3CO
4CO
5OC
6OC
7OC
8OC
Tab. 1.1 SW3 dip-switch configuration
A30808-X3247-B349-1-7630 BS11 – 9
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
Fig. 1.1 Connection panel (for external antenna)
TERMINAL BOARD 75 Ohm IMPEDANCE 120 Ohm IMPEDANCE
TB01 2-3 NO JUMPER
TB02 2-3 NO JUMPER
TB03 2-3 NO JUMPER
TB04 2-3 NO JUMPER
Tab. 1.2 TB01 ÷ TB04 configuration
BS11 – 10 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
Fig. 1.2 Protection circuit
pin 1 pin 3 pin 5 pin 5
pin 4 pin 6 pin 8
pin 2
pinning of J01 and J02
2
A30808-X3247-B349-1-7630 BS11 – 11
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
Fig. 1.4.3 SW3 /The black square stands for toggle) and TB01 ÷ TB04
– Set the protection circuit in its slot making sure that the plastic handles do not go
between the connector pins.
– Place the protection circuit cover in position and tighten the 4 fastening screws.
– Close the connector panel cover with the appropriate wrench.
BS11 – 12 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
1.5 Preparation for Offline Tests
The purpose of this chapter is to execute all commissioning activities for
checking the delivery quality and quantity of the BTSE on site.
The following steps have to be executed to start the system:
1. Obtain the recommended test and test equipment
2. Preparation of the test and test equipment
3. BTSE power on
4.Start of LMT
5. Download of the Safety SW
6. Creation of HW related MO
7. Set attributes for BTSE
8. Offline tests
Finally all documents must be filled in and all activities must be confirmed by the
customer.
1.5.1 Recommended Test Equipment and Tools
Several devices, instruments, accessories and utensils have to be
provided and prepared for commisioning on site.
1.5.1.1 Test equipment
The equipment listed below has to be present for call simulation and verification of
correct operation.
SBS Abis Simulator
-HW:
- Portable PC min.80386DX, 16Bit AT, 4 MByte RAM
- 120MByte HD
- VGA/SVGA 640x480 Monitor
-Mouse
- 2x serial IF
- 1x parallel IF, 1hour Battery Time
- Full-Size Expansion Slot for MA-10 Card
A30808-X3247-B349-1-7630 BS11 – 13
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
Local Maintenance Terminal LMT
Spectrum Analyser HP 8594A/E
MS_BS RF Coupling BOX
- SW: MA-10 Base Package, Abis application
- Cable: 120Ω-MA10-Card<->Abis
-75Ω-MA10-Card<->Abis
-HW:
- Portable PC min.80386DX, 16Bit AT, 4 MByte RAM
- 120MByte HD
- VGA/SVGA 640x480 Monitor
-Mouse
- 2x serial IF
- 1x parallel IF, 1hour Battery Time
- Full-Size Expansion Slot for V.11-IF->EICON-CARD:X.21-Level1/LAPB-
Level2
-SW:
- MS-DOS-5.0 or higher
- OSI-Gateway-V3R1
- LMT Version:see actual SW Release Note
- Virus Scanner e.g. McAFEE-V117
- Cable: 15-PIN (NE) - 26PIN (LMT)
-HW:
- HP8594A/E
- Option:004/010/021/101/102/105
-SW:
- GSM: HP 85715B Personality Card
- DCS: HP 85722B Personality Card
- Cable:
- BNC_male-SMA_male: e.g.RG58
- Adapter:
- N_male-BNC_female
-HW:
- MS_BS-Coupling-Box (RF)
- Cable:
- BNC_male-BNC_male (MS)
- 3x:7/16_male-N_male (RX/TX)
- Adapter:
- 7/16_male-N_male
- Tool:
BS11 – 14 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
Mobile Station MS
Multimeter
1.5.1.2 Tools
Special tools for commissioning activities on site are listed below.
IC Extraction Tools
Antistatic Set
for ESD Module Handling
SMA Tool
for Semi-rigid Cable Connectors
SMC Tool
for Semi-rigid Cable Connectors
Semi Rigid Bending Tool
for Semi rigid cable connection
TDMA Measuring Tools (Tests with HP 8594A/E) and Trigger Adapter
- Absorber 20dB/25Watt
-50 Ω Termination N_male
-HW:
-GSM-P1
- GSM-S1 +CarKit
GSM-S3 +CarKit
- DCS-PT-11+CarKit
DCS Mercury one-to-one plus Car Kit
-SW:
- Tracer SW-P1
- Test-SIM
- Test Plug-In SIM
-HW:
- SIEMENS Multimeter
- IC-Extraction Tool for DIL-EPROM
-IC-Extraction Tool for PLCC
-HW:
- 2 Measuring cable with BNC-Plugs male (sufficient length)
- Adapter SMC male - BNC female
- Trigger adapter for TAD at MCLK or LI
(50-pins AMP-Plug with 2 x BNC-Plug female )
- 2 Adapter N-Connector male - BNC female
A30808-X3247-B349-1-7630 BS11 – 15
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
1.5.2 Preparation and Presetting of Test Equipment
1.5.2.1 Test equipment
For minimum test time and correct test results the devices
have to be prepared on site.
Spectrum Analyzer
1.5.2.2 Software (SW)
For all tests only released SW (corresponding to the BTSE HW/SW release) is allowed
to be running on the test equipment (TE).
1.5.2.3 Boot Software/Firmware (SW/FW)
For all tests only the released SW is allowed to be running on the BTSE corresponding
to the BTSE HW/SW/FW release/revision.
1.5.3 Connections
– Open the connector panel cover, using the appropriate wrench supplied, to gain
access to the panel itself (Fig. 1.1.).
– Unscrew the 4 screws (1) and remove the cover (2), to gain access to connector J02
(Fig. 1.2.).
1.5.4 BTSE Power ON
1.5.4.1 Power On
Power the BTSE by setting the ON/OFF switch to ON.
- HP 8590 series spectrum analyser operating manual
- User´s Guide HP85715B GSM900 Transmitter Measurement Personality
- User´s Guide HP 85722B DCS1800 Transmitter Measurement Personality
- HW: the HP8594A/E needs a warm-up time of 20 minutes depending on the
available options.
The display shows "OVEN COLD" during the heating phase. Afterwards a
CALIBRATION has to be carried out for defined measurement execution.
- SW: The SW of GSM/DCS card has to be installed in advance.
- Cable: For special tests, e.g."Power versus Time" a BNC loop at the
backplane has to be provided:
GATE-OUTPUT(TTL) to EXTERN TRIGGER INPUT
The cable from CCLK(TAD) to GATE-INPUT(TTL)
for TDMA-FRAME Trigger has to be connected.
See analyzer operating manual for more detailed information.
NOTE: After having disconnected the power from the BTSE, it is necessary to wait
a couple of seconds before powering it.
BS11 – 16 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
1.5.4.2 LED Indication
The SL01 LED on the connector panel must be illuminated with green light. This means
that the BTSE is connected to the network.
A30808-X3247-B349-1-7630 IN – 17
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
2 Software Download and Activation
1. Switch on power of BS11
2. Activate LMT and Login as Administrator and Enter the PASSWORD
(default=admin)
3. a. MBTS Phase 1: Warm up
b. MBTS Phase 2: Normal (after a few minutes)
4. Download of safety SW
Software -->Download-->Browse:
(the Download window appears)
select the file btsbmcXX.swi
(XX=version numbe)r
-->ok-->start Download
wait about 15’
- after Download:--> Cancel (100% readed)
- after 1’: LMT shows:
MBTS Phase: 1 Load SMU SAFETY
wait about 5’
5. Creation of the objects:
LMT-window shows MBTS Phase: 2 wait Min Config
- LI-->Create Obj: select desired properties-->Send-->o.k.
- GPSU-->Create Obj-->send-->o.k.
- ALCO-->Create Obj-->send-->o.k.
- CCLK-->Create Obj-->send-->o.k.
- BTSU-->SET Attributes: select desired properties-->send-->o.k.-->can-
cel
- BBSIG 0-->Create Obj-->use default properties-->send-->o.k.
- PA_0-->Create Obj-->select desired properties-->send-->o.k.
6. Configuration
-->Get Attribute-->E.S.N: if error message appears-->go:step 7, if not: step 9
-->Get Attribute-->CALIBRATION: if error message appears-->go:step XY, if
not: step YY
7. Logoff-->Logon-->Factory-->E.S.N.: enter values according to the BS11
label
135 - 2044 / 02. . 07
Code Sequence
Number
Edition
Num-
ber
Version
Num-
ber
+Serial-Number
-->send-->o.k.-->cancel
IN – 18 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
8. Configuration-->SET Attributes-->Calibration: enter for
Chain 1: 0
Chain 2: 0
PLL Calibration: 1024
Antenna Type: External or Internal
-->send-->o.k.-->cancel
9. LMT window:
MBTS phase: Load from BSC
If the connection between BS11 and BSC already exists and the BTSU parame-
ters are stored in the BSC (TEI...)
an automatic download from BSC to BTSE is started
if not: -->10
10. Download from LMT
- Operator Access-->Logoff-->Logon-->Administrator:Password
- Software-->Download-->Browse:
-->select the desired SW-Load Header
- o.k.-->start Download
wait about 15’
- after Download: Cancel (100% reached)
after 1’: LMT shows:
MBTS Phase: 1 Load SMU SAFETY
wait about 5’
A30808-X3247-B349-1-7630 BS11 – 19
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
3 Execution of Offline Tests
3.1 RF and Function Tests
3.1.1 Purpose of the Abis Simulation on the MA-10 Card
The Mobile Radio Analyzer MA-10 is used for
offline functional tests on site.
A database download has to be done with the MA-10
after succesfull creation of HW related objects.
The DB download allows to execute two test procedures:
1. BERT test with MS loop.
2. Voice test with MA-10 loop.
3.1.2 Preparation of the Abis Simulation
The Abis Simulation contains a MA-10 Card with SW on disk and the
application SW Abis Simulation Ext. SIEMENS. The SW requires a DOS
computer with WINDOWS 3.X.
The MA-10 has to be installed and tested in advance,
according to the Installation Manual BN 3032/98.80(W&G).
In addition refer to the Operating Manual BN 3032/94.08(W&G)
of Abis Simulation Ext. SIEMENS.
The neccessary cable for the connetion to the BTSE Abis interface
has to be provided.
The IMSI of TestSim, which will be used for the MS, has to be
entered in "SAG.INI" -File (one of the ABIS SIMULATION EXT.SIEMENS files) in
advance.
Note: See also additional information in the help menue of the simulator.
3.1.3 Connection of Test equipment (TE)
To achieve reliable measurement results the connections must be plugged correctly and
faultless contact must be guaranteed.
The complete equipment has to be connected in the following order:
1. Attenuator (20dB/25W) to HYCOM/DUCOM/DUKIT(ANT)
2. HYCOM/DUCOM/DUKIT (Test) to RF-(Connection-)Box(Test)
3. RF-Box(RXAMOD/RXAMCO) to RXAMOD/RXAMCO (RFin)
4. RXAMOD(RFout) to RCAP(RX0-5)(with specific attenuation)
RXAMCO (out) to TPU (in)
5. MS to RF-Box(MS)
6. MA-10 Card to RCAP/OVPT-Abis
BS11 – 20 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
3.1.4 Check BTSE Phase
Before you start the Abis Simulation check the phase of the BTSE at the LMT. It must
be in Phase three.
A30808-X3247-B349-1-7630 BS11 – 21
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
3.2 Start of Abis Simulation
1Start MA-10 control
WINDOWS has to be started first before the MA-10 is started.
The start of Abis Simulation requires the start of MA-10 Control.
The HW and SW performs the necessary boot procedure automatically.
bClick on the MA-10 Control icon
SIEMENSAbisSim
Application Start
The ABIS SIMULATION EXT SIEMENS Window appears.
SIEMENSAbisSim Phase x (Select from application field).
2Load Test File
The released test sequence has to be loaded.
bFile
Load Test File...
<select File (bts_down.tes)>
OK
Wait a few seconds for the loading procedure to finish (the icons get some
colours).
Choose released sequencefile ......tes.
3Configuration MA-10
The additional Abis parameters have to be set.
bConfiguration
MA-10...
Line interface...
<select:
Clock: derived from signal
Impedance: terminated
CRC-4: on/off must be set as created in the BTSE>
OK
BS11 – 22 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
4Configuration simulator
The current TestSim IMSI for the mobile station corresponding to the system
standard GSM 900/DCS 1800 and the customer has to be choosen.
Only the TestSim IMSI that has been entered in the "SAG.INI" file can be
choosen.
bConfiguration
Call Parameter...
<select IMSI and TCH type>
Apply
Close
Now the MA-10 is ready for the data base download procedure.
5Configuration of the BTSE-type
The special BTSE parameters have to be set.
bConfiguration
BTS Equipment....
BTSE
< select: Network Type, No. of BTS and TRX>
Signalling
< select: Sign. channel type and BTSM as created in BTSE>
Apply
Close
6Configuration of BCCH
The network codes have to be entered.
bConfiguration
BCCH Info...
LAC/CI
< Enter the corresponding network codes>
Apply
Close
A30808-X3247-B349-1-7630 BS11 – 23
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
7Set site specific test parameter
Additionally parameter set for current site configuration will be performed.
bDatabase
Edit
<select or enter the desired paramenters for:
BTS Side Manager, Power Control, Cells,.........>
OK
Now the Interactive Editor Window shows the available parameters which can
be set depending on the configuration data.Select proper menues and param-
eter values
Typical Parameter which might be set (depending on the configuration):
Abis-Parameter:
1. BTSM_PCMSlot (set identically to configuration data (LMT))
2. BTSM_Tei (set identically to configuration data (LMT))
Um-Parameter:
3. Frequencies
4. NumBTS
5. NumTRX
6. BCCH_TRX
7. MsTxPowerMax
8.TXMaxPowerRed_BTS
Country/SIM-Parameter:
9. MobileCountryCode (see TestSim IMSI)
10. MobileNetworkCode (see TestSIM IMSI)
11. LocationAreaID
8Start of Simulation
bTest
Start
END
BS11 – 24 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
A30808-X3247-B349-1-7630 BS11 – 25
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
3.3 Database download
1Start of Database download
Execution of database download.
bTest
Start
OK
The MA-10 SW performs the boot and download procedure.
The Log-Output [xxx.sqz] window appears.
Check for correct parameter setting
2Restart of Test Sequence
bStart (Wait approximately 20 s)
OK
OK
The DB-Alignment window appears after about 20 seconds.
Afterwards the system information window will appear .
After the alignement procedure the SPA-LED at TPU and SPA-LED at BBSIG
are flashing.
END
BS11 – 26 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
A30808-X3247-B349-1-7630 BS11 – 27
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
3.4 Call check with MA-10-Loop
This test provides a loop check via the MS.The MA-10 performs a MTC. The loop back
can be heard with a delay of a few seconds after the connection to the MS has been
established.
1MA-10 Loop Configuration
bConfiguration
Measurement
select: Measurement mode = TCH Loop
- desired parameters
Apply
Close
2Start Test
bTest
Start
3Stop Test
bTest
Stop
END
BS11 – 28 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
A30808-X3247-B349-1-7630 BS11 – 29
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
3.5 Bit Error Rate (BERT) Test with MS-Loop
This test provides a BERT Test available on every equipped TRX and timeslot.
The MA-10 performs a MTC.After establishment of the connection to the MS
with the TestSim, the loop into the MS allows the decoding of sent messages.
1BERT
bConfiguration
Measurement
select:
- Measurement mode = BERT MS Loop
- desired parameters
Apply
Close
2Start Test
bTest
Start
END
BS11 – 30 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
A30808-X3247-B349-1-7630 BS11 – 31
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
3.6 Settings at HP 8594A
Some additional RF-Measurements with the Spectrum Analyser (here HP 8594A) are
useful to check the BTSE-Function.
Start the Abis-Simulation and check the SW-Card (Plug in Card, HP 85715B GSM 900
Measurements Personality Card or HP 85722 DCS 1800 Measurements Personality
Card) before measurements are executed.
After the warm-up-phase of the spectrum analyser startthe self-calibration routine.
Approximately 15 minutes later disappeares the "OVEN COLD" message from screen.
The following blocks show four tests (select from HP-Menu with Key or Soft-Keys):
1Carrier Power
TRIG
EXTERNAL
MODE
DCS 1800/GSM Analyser
Physical Channel
Auto Function
Auto ARFCN
MODE
DCS 1800/GSM Analyser
Power
Carrier Power
Result: Mean TXRX Power in dBm.
2P vs T Frame
TRIG
EXTERNAL
MODE
DCS 1800/GSM Analyser
Physical Channel
Auto Function
Auto ARFCN
MODE
DCS 1800/GSM Analyser
Power vs Time
P vs T Frame
Result: Limit Pass or Limit Fail
BS11 – 32 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
3P vs T Timeslot
TRIG
EXTERNAL
MODE
DCS 1800/GSM Analyser
Physical Channel
Auto Function
Auto ARFCN
MODE
DCS 1800/GSM Analyser
Power vs Time
P vs T Timeslot
Result: Limit Pass or Limit Fail
4Output of spectrum switching transients
TRIG
EXTERNAL
MODE
DCS 1800/GSM Analyser
Physical Channel
Auto Function
Auto ARFCN
MODE
DCS 1800/GSM Analyser
Out RF Spectrum
RF Spect Transient
Transient Swept
Result: Limit Pass or Limit Fail
For more details about RF-Measurements read HP User Guide.
END
A30808-X3247-B349-1-7630 BS11 – 33
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
3.7 RFI-Confirmation: Unit ATMN
All commissioning tasks on site for providing successful
integration have to be confirmed in the ATMN:BTSE.
BS11 – 34 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
A30808-X3247-B349-1-7630 BS11 – 35
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
4 Appendix
4.1 Frequency/Channel Conversion Table
4.1.1 GSM Table
Frequency-Band Quantity Number
GSM: 935-960
890-915
=>124 001 ... 124
E-GSM: 925-960
880-915
=>174 975 ... 1023
DCS 1800: 1805-1880
1710-1785
=>374 512 ... 885
PCS 1900: 1930-1990
1850-1910
=>299 512 ... 810
Tab. 4.1 Frequency/Channel Conversion Table
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
1 890,20 935,20 41 898,20 943,20 81 906,20 951,20
2 890,40 935,40 42 898,40 943,40 82 906,40 951,40
3 890,60 935,60 43 898,60 943,60 83 906,60 951,60
4 890,80 935,80 44 898,80 943,80 84 906,80 951,80
5 891,00 936,00 45 899,00 944,00 85 907,00 952,00
6 891,20 936,20 46 899,20 944,20 86 907,20 952,20
7 891,40 936,40 47 899,40 944,40 87 907,40 952,40
8 891,60 936,60 48 899,60 944,60 88 907,60 952,60
9 891,80 936,80 49 899,80 944,80 89 907,80 952,80
10 892,00 937,00 50 900,00 945,00 90 908,00 953,00
11 892,20 937,20 51 900,20 945,20 91 908,20 953,20
12 892,40 937,40 52 900,40 945,40 92 908,40 953,40
13 892,60 937,60 53 900,60 945,60 93 908,60 953,60
14 892,80 937,80 54 900,80 945,80 94 908,80 953,80
15 893,00 938,00 55 901,00 946,00 95 909,00 954,00
16 893,20 938,20 56 901,20 946,20 96 909,20 954,20
Tab. 4.2 GSM Table
BS11 – 36 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
17 893,40 938,40 57 901,40 946,40 97 909,40 954,40
18 893,60 938,60 58 901,60 946,60 98 909,60 954,60
19 893,80 938,80 59 901,80 946,80 99 909,80 954,80
20 894,00 939,00 60 902,00 947,00 100 910,00 955,00
21 894,20 939,20 61 902,20 947,20 101 910,20 955,20
22 894,40 939,40 62 902,40 947,40 102 910,40 955,40
23 894,60 939,60 63 902,60 947,60 103 910,60 955,60
24 894,80 939,80 64 902,80 947,80 104 910,80 955,80
25 895,00 940,00 65 903,00 948,00 105 911,00 956,00
26 895,20 940,20 66 903,20 948,20 106 911,20 956,20
27 895,40 940,40 67 903,40 948,40 107 911,40 956,40
28 895,60 940,60 68 903,60 948,60 108 911,60 956,60
29 895,80 940,80 69 903,80 948,80 109 911,80 956,80
30 896,00 941,00 70 904,00 949,00 110 912,00 957,00
31 896,20 941,20 71 904,20 949,20 111 912,20 957,20
32 896,40 941,40 72 904,40 949,40 112 912,40 957,40
33 896,60 941,60 73 904,60 949,60 113 912,60 957,60
34 896,80 941,80 74 904,80 949,80 114 912,80 957,80
35 897,00 942,00 75 905,00 950,00 115 913,00 958,00
36 897,20 942,20 76 905,20 950,20 116 913,20 958,20
37 897,40 942,40 77 905,40 950,40 117 913,40 958,40
38 897,60 942,60 78 905,60 950,60 118 913,60 958,60
39 897,80 942,80 79 905,80 950,80 119 913,80 958,80
40 898,00 943,00 80 906,00 951,00 120 914,00 959,00
------ ------ ------ ------ ------ ------ 121 914,20 959,20
------ ------ ------ ------ ------ ------ 122 914,40 959,40
------ ------ ------ ------ ------ ------ 123 914,60 959,60
------ ------ ------ ------ ------ ------ 124 914,80 959,80
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
Tab. 4.2 GSM Table
A30808-X3247-B349-1-7630 BS11 – 37
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
4.1.2 E GSM Table
ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink
975 880,20 925,20 1000 885,20 930,20
976 880,40 925,40 1001 885,40 930,40
977 880,60 925,60 1002 885,60 930,60
978 880,80 925,80 1003 885,80 930,80
979 881,00 926,00 1004 886,00 931,00
980 881,20 926,20 1005 886,20 931,20
981 881,40 926,40 1006 886,40 931,40
982 881,60 926,60 1007 886,60 931,60
983 881,80 926,80 1008 886,80 931,80
984 882,00 927,00 1009 887,00 932,00
985 882,20 927,20 1010 887,20 932,20
986 882,40 927,40 1011 887,40 932,40
987 882,60 927,60 1012 887,60 932,60
988 882,80 927,80 1013 887,80 932,80
989 883,00 928,00 1014 888,00 933,00
990 883,20 928,20 1015 888,20 933,20
991 883,40 928,40 1016 888,40 933,40
992 883,60 928,60 1017 888,60 933,60
993 883,80 928,80 1018 888,80 933,80
994 884,00 929,00 1019 889,00 934,00
995 884,20 929,20 1020 889,20 934,20
996 884,40 929,40 1021 889,40 934,40
997 884,60 929,60 1022 889,60 934,60
998 884,80 929,80 1023 889,80 934,80
999 885,00 930,00 ----- ----- -----
Tab. 4.3 E-GSM Table
BS11 – 38 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
4.1.3 DCS Table
4.1.3.1 DCS Table Part 1/3
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Down-
link Uplink Down-
link Uplink Down-
link
512 1710,2 1805,2 549 1717,6 1812,6 586 1725 1820
513 1710,4 1805,4 550 1717,8 1812,8 587 1725,2 1820,2
514 1710,6 1805,6 551 1718 1813 588 1725,4 1820,4
515 1710,8 1805,8 552 1718,2 1813,2 589 1725,6 1820,6
516 1711 1806 553 1718,4 1813,4 590 1725,8 1820,8
517 1711,2 1806,2 554 1718,6 1813,6 591 1726 1821
518 1711,4 1806,4 555 1718,8 1813,8 592 1726,2 1821,2
519 1711,6 1806,6 556 1719 1814 593 1726,4 1821,4
520 1711,8 1806,8 557 1719,2 1814,2 594 1726,6 1821,6
521 1712 1807 558 1719,4 1814,4 595 1726,8 1821,8
522 1712,2 1807,2 559 1719,6 1814,6 596 1727 1822
523 1712,4 1807,4 560 1719,8 1814,8 597 1727,2 1822,2
524 1712,6 1807,6 561 1720 1815 598 1727,4 1822,4
525 1712,8 1807,8 562 1720,2 1815,2 599 1727,6 1822,6
526 1713 1808 563 1720,4 1815,4 600 1727,8 1822,8
527 1713,2 1808,2 564 1720,6 1815,6 601 1728 1823
528 1713,4 1808,4 565 1720,8 1815,8 602 1728,2 1823,2
529 1713,6 1808,6 566 1721 1816 603 1728,4 1823,4
530 1713,8 1808,8 567 1721,2 1816,2 604 1728,6 1823,6
531 1714 1809 568 1721,4 1816,4 605 1728,8 1823,8
532 1714,2 1809,2 569 1721,6 1816,6 606 1729 1824
533 1714,4 1809,4 570 1721,8 1816,8 607 1729,2 1824,2
534 1714,6 1809,6 571 1722 1817 608 1729,4 1824,4
535 1714,8 1809,8 572 1722,2 1817,2 609 1729,6 1824,6
536 1715 1810 573 1722,4 1817,4 610 1729,8 1824,8
537 1715,2 1810,2 574 1722,6 1817,6 611 1730 1825
538 1715,4 1810,4 575 1722,8 1817,8 612 1730,2 1825,2
539 1715,6 1810,6 576 1723 1818 613 1730,4 1825,4
540 1715,8 1810,8 577 1723,2 1818,2 614 1730,6 1825,6
Tab. 4.1.4 DCS Part 1/3
A30808-X3247-B349-1-7630 BS11 – 39
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
4.1.3.2 DCS Table Part 2/3
541 1716 1811 578 1723,4 1818,4 615 1730,8 1825,8
542 1716,2 1811,2 579 1723,6 1818,6 616 1731 1826
543 1716,4 1811,4 580 1723,8 1818,8 617 1731,2 1826,2
544 1716,6 1811,6 581 1724 1819 618 1731,4 1826,4
545 1716,8 1811,8 582 1724,2 1819,2 619 1731,6 1826,6
546 1717 1812 583 1724,4 1819,4 620 1731,8 1826,8
547 1717,2 1812,2 584 1724,6 1819,6 621 1732 1827
548 1717,4 1812,4 585 1724,8 1819,8 622 1732,2 1827,2
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Down-
link Uplink Down-
link Uplink Down-
link
623 1732,4 1827,4 660 1739,8 1834,8 697 1747,2 1842,2
624 1732,6 1827,6 661 1740 1835 698 1747,4 1842,4
625 1732,8 1827,8 662 1740,2 1835,2 699 1747,6 1842,6
626 1733 1828 663 1740,4 1835,4 700 1747,8 1842,8
627 1733,2 1828,2 664 1740,6 1835,6 701 1748 1843
628 1733,4 1828,4 665 1740,8 1835,8 702 1748,2 1843,2
629 1733,6 1828,6 666 1741 1836 703 1748,4 1843,4
630 1733,8 1828,8 667 1741,2 1836,2 704 1748,6 1843,6
631 1734 1829 668 1741,4 1836,4 705 1748,8 1843,8
632 1734,2 1829,2 669 1741,6 1836,6 706 1749 1844
633 1734,4 1829,4 670 1741,8 1836,8 707 1749,2 1844,2
634 1734,6 1829,6 671 1742 1837 708 1749,4 1844,4
635 1734,8 1829,8 672 1742,2 1837,2 709 1749,6 1844,6
636 1735 1830 673 1742,4 1837,4 710 1749,8 1844,8
637 1735,2 1830,2 674 1742,6 1837,6 711 1750 1845
638 1735,4 1830,4 675 1742,8 1837,8 712 1750,2 1845,2
639 1735,6 1830,6 676 1743 1838 713 1750,4 1845,4
Tab. 4.1.5 DCS Part 2/3
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Down-
link Uplink Down-
link Uplink Down-
link
Tab. 4.1.4 DCS Part 1/3
BS11 – 40 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
4.1.3.3 DCS Table Part 3/3
640 1735,8 1830,8 677 1743,2 1838,2 714 1750,6 1845,6
641 1736 1831 678 1743,4 1838,4 715 1750,8 1845,8
642 1736,2 1831,2 679 1743,6 1838,6 716 1751 1846
643 1736,4 1831,4 680 1743,8 1838,8 717 1751,2 1846,2
644 1736,6 1831,6 681 1744 1839 718 1751,4 1846,4
646 1737 1832 683 1744,4 1839,4 720 1751,8 1846,8
647 1737,2 1832,2 684 1744,6 1839,6 721 1752 1847
648 1737,4 1832,4 685 1744,8 1839,8 722 1752,2 1847,2
649 1737,6 1832,6 686 1745 1840 723 1752,4 1847,4
650 1737,8 1832,8 687 1745,2 1840,2 724 1752,6 1847,6
651 1738 1833 688 1745,4 1840,4 725 1752,8 1847,8
652 1738,2 1833,2 689 1745,6 1840,6 726 1753 1848
653 1738,4 1833,4 690 1745,8 1840,8 727 1753,2 1848,2
654 1738,6 1833,6 691 1746 1841 728 1753,4 1848,4
655 1738,8 1833,8 692 1746,2 1841,2 729 1753,6 1848,6
656 1739 1834 693 1746,4 1841,4 730 1753,8 1848,8
657 1739,2 1834,2 694 1746,6 1841,6 731 1754 1849
658 1739,4 1834,4 695 1746,8 1841,8 732 1754,2 1849,2
659 1739,6 1834,6 696 1747 1842 733 1754,4 1849,4
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
734 1754,6 1849,6 770 1761,8 1856,8 806 1769 1864
735 1754,8 1849,8 771 1762 1857 807 1769,2 1864,2
736 1755 1850 772 1762,2 1857,2 808 1769,4 1864,4
737 1755,2 1850,2 773 1762,4 1857,4 809 1769,6 1864,6
738 1755,4 1850,4 774 1762,6 1857,6 810 1769,8 1864,8
739 1755,6 1850,6 775 1762,8 1857,8 811 1770 1865
740 1755,8 1850,8 776 1763 1858 812 1770,2 1865,2
Tab. 4.1.6 DCS Part 3/3
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Down-
link Uplink Down-
link Uplink Down-
link
Tab. 4.1.5 DCS Part 2/3
A30808-X3247-B349-1-7630 BS11 – 41
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
741 1756 1851 777 1763,2 1858,2 813 1770,4 1865,4
742 1756,2 1851,2 778 1763,4 1858,4 814 1770,6 1865,6
743 1756,4 1851,4 779 1763,6 1858,6 815 1770,8 1865,8
744 1756,6 1851,6 780 1763,8 1858,8 816 1771 1866
745 1756,8 1851,8 781 1764 1859 817 1771,2 1866,2
746 1757 1852 782 1764,2 1859,2 818 1771,4 1866,4
747 1757,2 1852,2 783 1764,4 1859,4 819 1771,6 1866,6
748 1757,4 1852,4 784 1764,6 1859,6 820 1771,8 1866,8
749 1757,6 1852,6 785 1764,8 1859,8 821 1772 1867
750 1757,8 1852,8 786 1765 1860 822 1772,2 1867,2
751 1758 1853 787 1765,2 1860,2 823 1772,4 1867,4
752 1758,2 1853,2 788 1765,4 1860,4 824 1772,6 1867,6
753 1758,4 1853,4 789 1765,6 1860,6 825 1772,8 1867,8
754 1758,6 1853,6 790 1765,8 1860,8 826 1773 1868
755 1758,8 1853,8 791 1766 1861 827 1773,2 1868,2
756 1759 1854 792 1766,2 1861,2 828 1773,4 1868,4
757 1759,2 1854,2 793 1766,4 1861,4 829 1773,6 1868,6
758 1759,4 1854,4 794 1766,6 1861,6 830 1773,8 1868,8
759 1759,6 1854,6 795 1766,8 1861,8 831 1774 1869
760 1759,8 1854,8 796 1767 1862 832 1774,2 1869,2
761 1760 1855 797 1767,2 1862,2 833 1774,4 1869,4
762 1760,2 1855,2 798 1767,4 1862,4 834 1774,6 1869,6
763 1760,4 1855,4 799 1767,6 1862,6 835 1774,8 1869,8
764 1760,6 1855,6 800 1767,8 1862,8 836 1775 1870
765 1760,8 1855,8 801 1768 1863 837 1775,2 1870,2
766 1761 1856 802 1768,2 1863,2 838 1775,4 1870,4
767 1761,2 1856,2 803 1768,4 1863,4 839 1775,6 1870,6
768 1761,4 1856,4 804 1768,6 1863,6 840 1775,8 1870,8
769 1761,6 1856,6 805 1768,8 1863,8 841 1776 1871
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
Tab. 4.1.6 DCS Part 3/3
BS11 – 42 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
4.1.4 PCS Table
4.1.4.1 PCS Table Part 1
4.1.4.2 PCS Table Part 2
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
842 1776,2 1871,2 857 1779,2 1874,2 872 1782,2 1877,2
843 1776,4 1871,4 858 1779,4 1874,4 873 1782,4 1877,4
844 1776,6 1871,6 859 1779,6 1874,6 874 1782,6 1877,6
845 1776,8 1871,8 860 1779,8 1874,8 875 1782,8 1877,8
846 1777 1872 861 1780 1875 876 1783 1878
847 1777,2 1872,2 862 1780,2 1875,2 877 1783,2 1878,2
848 1777,4 1872,4 863 1780,4 1875,4 878 1783,4 1878,4
849 1777,6 1872,6 864 1780,6 1875,6 879 1783,6 1878,6
850 1777,8 1872,8 865 1780,8 1875,8 880 1783,8 1878,8
851 1778 1873 866 1781 1876 881 1784 1879
852 1778,2 1873,2 867 1781,2 1876,2 882 1784,2 1879,2
853 1778,4 1873,4 868 1781,4 1876,4 883 1784,4 1879,4
854 1778,6 1873,6 869 1781,6 1876,6 884 1784,6 1879,6
855 1778,8 1873,8 870 1781,8 1876,8 885 1784,8 1879,8
856 1779 1874 871 1782 1877
Tab. 4.1.7 PCS Part 1/3
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
629 1873,6 1953,6 668 1881,4 1961,4 707 1889,2 1969,2
630 1873,8 1953,8 669 1881,6 1961,6 708 1889,4 1969,4
631 1874 1954 670 1881,8 1961,8 709 1889,6 1969,6
632 1874,2 1954,2 671 1882 1962 710 1889,8 1969,8
633 1874,4 1954,4 672 1882,2 1962,2 711 1890 1970
634 1874,6 1954,6 673 1882,4 1962,4 712 1890,2 1970,2
635 1874,8 1954,8 674 1882,6 1962,6 713 1890,4 1970,4
636 1875 1955 675 1882,8 1962,8 714 1890,6 1970,6
Tab. 4.8 PCS Part 2/3
A30808-X3247-B349-1-7630 BS11 – 43
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
637 1875,2 1955,2 676 1883 1963 715 1890,8 1970,8
638 1875,4 1955,4 677 1883,2 1963,2 716 1891 1971
639 1875,6 1955,6 678 1883,4 1963,4 717 1889,2 1971,2
640 1875,8 1955,8 679 1883,6 1963,6 718 1889,4 1971,4
641 1876 1956 680 1883,8 1963,8 719 1889,6 1971,6
642 1876,2 1956,2 681 1884 1964 720 1889,8 1971,8
643 1876,4 1956,4 682 1884,2 1964,2 721 1890 1972
644 1876,6 1956,6 683 1884,4 1964,4 722 1890,2 1972,2
645 1876,8 1956,8 684 1884,6 1964,6 723 1890,4 1972,4
646 1877 1957 685 1884,8 1964,8 724 1892,6 1972,6
647 1877,2 1957,2 686 1885 1965 725 1892,8 1972,8
648 1877,4 1957,4 687 1885,2 1965,2 726 1893 1973
649 1877,6 1957,6 688 1885,4 1965,4 727 1893,2 1973,2
650 1877,8 1957,8 689 1885,6 1965,6 728 1893,4 1973,4
651 1878 1958 690 1885,8 1965,8 729 1893,6 1973,6
652 1878,2 1958,2 691 1886 1966 730 1893,8 1973,8
653 1878,4 1958,4 692 1886,2 1966,2 731 1894 1974
654 1878,6 1958,6 693 1886,4 1966,4 732 1894,2 1974,2
655 1878,8 1958,8 694 1886,6 1966,6 733 1894,4 1974,4
656 1879 1959 695 1886,8 1966,8 734 1894,6 1974,6
657 1879,2 1959,2 696 1887 1967 735 1894,8 1974,8
658 1879,4 1959,4 697 1887,2 1967,2 736 1895 1975
659 1879,6 1959,6 698 1887,4 1967,4 737 1895,2 1975,2
660 1879,8 1959,8 699 1887,6 1967,6 738 1895,4 1975,4
661 1880 1960 700 1887,8 1967,8 739 1895,6 1975,6
662 1880,2 1960,2 701 1888 1968 740 1895,8 1975,8
663 1880,4 1960,4 702 1888,2 1968,2 741 1896 1976
664 1880,6 1960,6 703 1888,4 1968,4 742 1896,2 1976,2
665 1880,8 1960,8 704 1888,6 1968,6 743 1896,4 1976,4
666 1881 1961 705 1888,8 1968,8 744 1896,6 1976,6
667 1881,2 1961,2 706 1889 1969 745 1896,8 1976,8
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
Tab. 4.8 PCS Part 2/3
BS11 – 44 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
4.1.4.3 PCS Table Part 3
ARFCN Frequency (MHz) ARFCN Frequency (MHz) ARFCN Frequency (MHz)
Uplink Downlink Uplink Downlink Uplink Downlink
746 1897 1977 768 1901,4 1981,4 790 1905,8 1985,8
747 1897,2 1977,2 769 1901,6 1981,6 791 1906 1986
748 1897,4 1977,4 770 1901,8 1981,8 792 1906,2 1986,2
749 1897,6 1977,6 771 1902 1982 793 1906,4 1986,4
750 1897,8 1977,8 772 1902,2 1982,2 794 1906,6 1986,6
751 1898 1978 773 1902,4 1982,4 795 1906,8 1986,8
752 1898,2 1978,2 774 1902,6 1982,6 796 1907 1987
753 1898,4 1978,4 775 1902,8 1982,8 797 1907,2 1987,2
754 1898,6 1978,6 776 1903 1983 798 1907,4 1987,4
755 1898,8 1978,8 777 1903,2 1983,2 799 1907,6 1987,6
756 1899 1979 778 1903,4 1983,4 800 1907,8 1987,8
757 1899,2 1979,2 779 1903,6 1983,6 801 1908 1988
758 1899,4 1979,4 780 1903,8 1983,8 802 1908,2 1988,2
759 1899,6 1979,6 781 1904 1984 803 1908,4 1988,4
760 1899,8 1979,8 782 1904,2 1984,2 804 1908,6 1988,6
761 1900 1980 783 1904,4 1984,4 805 1908,8 1988,8
762 1900,2 1980,2 784 1904,6 1984,6 806 1909 1989
763 1900,4 1980,4 785 1904,8 1984,8 807 1909,2 1989,2
764 1900,6 1980,6 786 1905 1985 808 1909,4 1989,4
765 1900,8 1980,8 787 1905,2 1985,2 809 1909,6 1989,6
766 1901 1981 788 1905,4 1985,4 810 1909,8 1989,6
767 1901,2 1981,2 789 1905,6 1985,6
Tab. 4.9 PCS Part3/3
A30808-X3247-B349-1-7630 BS11 – 45
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
4.2 Binary-HEX-Decimal Table
4.3 Power/Level Conversion
The formula for power calculation:
Lp[dBm] = 10lg(Px/P0)
Px[Watt] = 10-3
BINARY HEX DECIMAL
0000 0 0
0001 1 1
0010 2 2
0011 3 3
0100 4 4
0101 5 5
0110 6 6
0111 7 7
1000 8 8
1001 9 9
1010 A 10
1011 B 11
1100 C 12
1101 D 13
1110 E 14
1111 F 15
Tab. 4.1 Binary-HEX-Decimal Table
Lp[+dBm] Px[Watt]
010
-3
10 10-2
20 10-1
30 1
33 2
37 5
39 8
Tab. 4.1 Power conversion table
BS11 – 46 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment
4.4 Used Expressions
40 10
44 25
46 40
47 50
50 100
+ 3dB ≅factor 2
+ 5dB ≅factor 3
+10dB ≅factor 10
-48V -48V for test adapter
12V +12 Volt
1ER-3 bit error rate >10-3 port 1
1ER-6 bit error rate > 10-6 port 1
1RAI remote alarm indication port 1
2RAI remote alarm indication port 2
2ER-3 bit error rate 10-3 port 2
2ER-6 bit error rate 10-6 port 2
5V +5 Volt
Lp[+dBm] Px[Watt]
Tab. 4.1 Power conversion table
A30808-X3247-B349-1-7630 BS11 – 47
Installation Test
Base Transceiver Station Equipment ITMN: BTSE BS11
5 Abbreviations
ACTAM acom+txamod=>HYCOM
ARFCN absolute radio frequency channel number
BCCH broadcast control channel
BERT bit error ratio
BTS base transceiver station
BTSE base transceiver station equipment
BTSM BTS site manager
FW firmware
HW hardware
IMSI international mobile subscriber identity
LAC local area code
MO managed object
MS mobile station
MTC mobile terminating call
NE network element
O&M operation and maintenance
SW software
TAC technical assistance center
TCH traffic channel
TDMA time devision multiple access
TE test equipment
TEI terminal endpoint identifier
UMN user manual
BS11 – 48 A30808-X3247-B349-1-7630
ITMN: BTSE BS11 Installation Test
Base Transceiver Station Equipment

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