Hyundai PICO-BTS User manual

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OPERATION MANUAL
FOR
PICO-BTS
IN 800MHZ BAND
Version 1.0
December, 1999

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Table of Contents
1. PREFACE 9
2. SAFETY 9
2.1 General Safety Summary 9
2.2 Certification and Compliance 9
3. GETTING STARTED 10
3.1 Product description 10
3.2 Bottom View 11
3.3 Front and Rear Views 12
3.4 Side Views 12
3.5 Inside 13
4. SPECIFICATIONS 14
4.1 Functional Specifications 14
4.1.1 Operating Frequency 14
4.1.2 Interface Specification 14
4.1.2.1 Air Interface 14
4.1.2.2 Equipment Specification 14
4.1.2.3 Backhaul(A-bis) Interface 14
4.2 Performance Specification 15
4.2.1 System Delay 15
4.2.2 Capacity 15
4.3 Electrical Performance 15
4.3.1 Transmitter RF Power 15
4.3.2 Electric Power 15
4.3.2.1 Primary Power 15
4.3.2.2 Battery Backup Power (Optional) 15
4.4 Physical Specifications 16
4.5 Environmental Specifications 16
4.6 Reliability Specifications 16
4.6.1 MTBF 16
4.6.2 Battery Backup time 17
4.6.3 Quality Materials 17
4.6.4 Grounding Requirements 17
4.6.5 Alarm Requirements 17

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5. START UP 17
5.1 Installation 17
6. BASIC OPERATION 17
6.1 Power On 17
6.2 GPS Locking 17
6.3 Aging 18
7. BMENU 18
7.1 BMENU Setup 18
7.1.1 Terminal Configuration 19
7.1.2 Notational Conventions 19
7.2 BMENU Invocation 19
7.3 TEST CALL 20
7.3.1 TEST CALL CONFIGURATION menu 20
7.3.1.1 Menu Item: Input IMSI 20
7.3.1.2 Menu Item: Input Slot Mode 20
7.3.1.3 Menu Item: Input Slot Cycle Index 21
7.3.1.4 Menu Item: Input SERVICE OPTION 21
7.3.1.5 Menu Item: Display CONFIGURATION 22
7.3.2 Menu Item: Triggering (Start/Stop) 23
7.3.3 Menu Item: Result Report (Completed & Processing) 24
7.3.4 Menu Item: MARKOV([MS]->BTS->BSC) Mode(default-OFF) 24
7.4 DISPLAY MESSAGE 25
7.4.1 DEVICE CONFIGURATION MESSAGE DISPLAY menu 25
7.4.1.1 DEVICE CONFIGURATION TX MESSAGE DISPLAY MASK menu 25
7.4.1.2 DEVICE CONFIGURATION RX MESSAGE DISPLAY MASK menu 26
7.4.2 CALL CONTROL MESSAGE DISPLAY menu 26
7.4.2.1 TX CCP MESSAGE DISPLAY MASK menu 27
7.4.2.2 RX CCP MESSAGE DISPLAY MASK menu 27
7.4.2.3 TX TRAFFIC CHANNEL ELEMENT (TCE) MESSAGE DISPLAY MASK
menu 28
7.4.2.4 RX TRAFFIC CHANNEL ELEMENT (TCE) MESSAGE DISPLAY MASK
menu 28
7.4.2.5 TX PAGING CHANNEL ELEMENT (PCE) MESSAGE DISPLAY MASK menu
28
7.4.2.6 RX PAGING CHANNEL ELEMENT (PCE) MESSAGE DISPLAY MASK menu
29
7.4.2.7 RX ACCESS CHANNEL ELEMENT (ACE) MESSAGE DISPLAY MASK
menu 29
7.5 CALL STATE FLOW 30
7.5.1 CALL FLOW DISPLAY menu 30
7.5.1.1 CALL ID TRACE menu 30
7.5.1.1.1 Menu Item: ALL CALL FLOW DISPLAY(OFF/ON) 31

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7.5.1.1.2 Menu Item: MOBILE(imsi_s1) TRACE 31
7.5.2 Menu Item: Processing Call State Display 32
7.6 RFCHARACTERISTICS 32
7.6.1 Menu Item: RF TEST CALL Start 32
7.6.2 Menu Item: RF TEST CALL Release 34
7.7 LOCAL PARAMETER 34
7.7.1 DISPLAY LOCAL PARAMETER menu 34
7.7.1.1 Menu Item: Display Pilot, Sync and Paging Channel Gains 35
7.7.1.2 Menu Item: Display RFC Tx Gain 35
7.7.2 CHANGE LOCAL PARAMETER menu 35
7.7.2.1 Menu Item: Change Pilot Channel Gain 35
7.7.2.2 Menu Item: Change Sync Channel Gain 36
7.7.2.3 Menu Item: Change Paging Channel Gain 36
7.7.2.4 Menu Item: Change Traffic Channel Gain 36
7.7.2.5 Menu Item: Change RFC Gain 36
7.8 RESOURCE STATUS 37
7.8.1 Menu Item: Display Carrier(BLINK) data 37
7.8.2 DISPLAY CHANNEL CARD DATA menu 37
7.8.2.1 Menu Item: Display Channel Card 38
7.8.2.2 Menu Item: Display Pilot and Sync Channel 38
7.8.2.3 Menu Item: Display Paging Channel 38
7.8.2.4 Menu Item: Display Access Channel 39
7.8.2.5 Menu Item: Display Traffic Channel 39
7.8.2.6 Menu Item: Display Error Rate of Traffic Channel 40
7.8.3 Menu Item: Display Walsh Code 41
7.8.4 Menu Item: Display Power bank 41
7.8.5 Menu Item: Display Using TCE 41
7.9 CDMA Utility 42
7.9.1 Menu Item: Phone Number --> MIN 42
7.9.2 Menu Item: MIN --> Phone Number 42
7.9.3 Hash Randomize menu 43
7.9.3.1 Menu Item: Random CDMA Channel Index 43
7.9.3.2 Menu Item: Random Paging Channel Number 43
7.9.3.3 Menu Item: Random Paging Slot 43
7.9.3.4 Menu Item: Random Access Channel PN 44
8. MAINTENANCE ADVICE 45
8.1 Operation/Configuration Management 45
8.2 Performance Management 45
8.3 Maintenance Management 45
List of Figures
FIGURE 3.2-1 11
FIGURE 3.3-1 12

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FIGURE 3.3-2 12
FIGURE 3.4-1 RIGHT SIDE 12
FIGURE 3.4-2 LEFT SIDE 13
FIGURE 3.5-1 13
List of Tables
TABLE 4.1.1-1 PCS OPERATING FREQUENCY 14
TABLE 4.2.1-1 BASE STATION DELAY BUDGET 15
TABLE 4.3.2-1 PRIMARY POWER AC INPUT VOLTAGE RANGE REQUIREMENT 15
TABLE 4.3.2-2 MAXIMUM PRIMARY POWER OUTPUT REQUIREMENT 15
TABLE 4.3.2-3 BATTERY POWER REQUIREMENT 15
TABLE 4.4-1 PHYSICAL SPECIFICATIONS 16
TABLE 4.5-1 ENVIRONMENTAL SPECIFICATIONS 16
TABLE 6.1-1 17
TABLE 6.2-1 18
TABLE 6.2-2 18
TABLE 6.3-1 18
TABLE 7.1.1-1 19
TABLE 7.1.2-1 NOTATIONAL CONVENTIONS 19

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Glossary
AC Alternate Current
ACC Analog Common Circuit, replaced by BAC
ACCA Analog Common Card Assembly
ACE Access Channel Element
ACRP Adjacent Channel Power Rejection
ADC Analog To Digital
AGC Automatic Gain Controller
ANT Antenna
BAC Baseband Analog Circuit, replacing ACC
BBU Base Band Unit
BCP BTS Control Processor
BCM BTS Configuration Management
BCOX BTS Call Control Execution
BDAX BCP Data Access Execution
BDC Baseband Digital Card
BDIAX BTS Diagnostic Execution
BDTU BTS Diagnostic & Test Unit
BFMX BTS Fault Management Execution
BIH Backhaul Interface Handler - Software
BIU Backhaul Interface Unit
BMEA BCP Measurement
BLINK BTS Link
BPF Band Pass Filter
BPLX BCP Processor Loader Execution
BRAX BTS Resource Allocation Execution
BRMX BTS Resource Management Execution
BS Base Station
BSC Base Station Controller
BSHX BTS Status Handler Execution
BSM Base Station Manager
BTS Base Transceiver System
BW Band Width
CAI Common Air Interface
CCC Channel Card Common, replaced by CEC
CCP Call Control Processor
CDIAX CCP Diagnostic Execution
CDMA Code DivisionMultiple Access
CDMX Configuration Data Management Execution
CE Channel Element
CEC Channel Element Controller, replacing CCC
CFMX CCP Fault Management Execution
CMEA CCP Measurement
CPLX CCP Processor Loader Execution
CRAX CCP Resource Allocation Execution
CSHX CCP Status Handler Execution
CSM Cell Site Modem
DAC Digital to Analog Converter
DC Direct Current
DCS Digital Cellular System
DD Detailed Design
DDS Direct Digital Synthesis
DM Diagnostic Monitor
DU Digital Unit

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EMI Electrical Magnetic Interference
FA Frequency Allocation
FIFO First-In-First-Out
FPGA Field Programmable GateArray
GPIO General Purpose Input / Output
GPS Global Positioning System
HDLC High Level Data Link Control
HLD High Level Design
IIn-Phase
IF Intermediate Frequency
IMC Inter Module Communication
IMCB Inter Module Communication Bus
IMCH Inter Module Communication Handler
IPC Inter Processor Communication
LCIN Local CCP Interconnection Network
LED Light Emitting Diode
LNA Low Noise Amplifier
LO1 Local Oscillator 1
LO2 Local Oscillator 2
LPA Linear Power Amplifier
LPF Low Pass Filter
MFP Multi-Function Peripheral
MLNK MSC Link
MMI Man Machine Interface
MRB Monitor/Report Block
MS Mobile Station
MSC Mobile SwitchingCenter
MSPS Mega Sample Per Second
MTBF Mean Time Between Failures
MUX Multiplexer
MVIP Multiple Vendor Integrated Protocol
OC Overload Controller
OPAID Operation AID
PA Power Amplifier
PCI Peripheral Communication Interface
PCE Paging Channel Element
PCS Personal Communication System
PN Pseudo-Noise Sequence
PLD Program Load Data
PLL Phase Lock Loop
PLX Process Loading Execution
PP2S/ Pulse Per Two Second
PSCE Pilot_Sync Channel Element
PSU Power Subsystem Unit
PSU Power Subsystem Unit
Q Quadrature-Phase
RF Radio Frequency
RFC Radio Frequency Controller
RFFE RF Front End
RFU Radio Frequency Unit
ROM Read Only Memory
RxFE Receiver Front End
RxIF Receiver IF
SCC Serial Communication Controller
SIP Selector Interface Processor

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SNR Signal To Noise Ratio
SRAM Static Read Only Memory
SVE Selector Vocoder Element
SVP Selector Vocoder Processor
TBD To Be Determined
T_BLK Test Block
TCE Traffic Channel Element
TDM Time Division Multiplexing
TFC Time & Frequency Controller
TxIF Transmitter IF
TxFE Transmitter Front End
TFU Time and Frequency Unit
TSB Transcoder Selector Bank
UART Universal Asynchronous Receiver Transmitter
XCVC Radio Frequency Transceiver

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1. Preface
This is the operating manual for Pico Base Transceiver Station (HD-PIC800) for CDMA Digital Cellular
System (DCS).
Getting started covers the outside and inside views and functional description. In particular, Inside view
shows the locationof the each board.
Specifications describes all functional, performance, electrical, physical, environmental and reliability
specification of the PICO-BTS.
Start Up and Basic Operation section explains from installation to aging process, which is needed for basic
operation before BMENU.
BMENU section is for advanced use to manage Call Processing and Call Resource Management in Hyundai
BTS.
Maintenance section describes some advice for managing PICO-BTS.
2. Safety
2.1 General Safety Summary
Carefully review following safety precautions when operate PICO-BTS to prevent injury and damage to
PICO-BTS and the equipment, which are connected to PICO-BTS.
!Proper Power Source
Strictly, follow the power requirements in this manual.
!Temperature:
Do not expose to extremely hot or cold environment.
PICO BTS should be operated between -30°C and +50°C
!Explosive Atmosphere
Keep PICO-BTS away fromexplosive material
!Safe Install
Only qualified person has to install PICO-BTS to prevent fall off, injury, damage or possible disaster.
!Suspected Failures
If you are suspicious of any mal function stop operating PICO-BTS and contact customer service.
!Modification
Do not modify any component of PICO-BTS
!Electric Shock
Be careful to touch PICO-BTS to avoid electric shock
2.2 Certification and Compliance
1. IS-95A, Mobile Station- Base StationCompatibilityRequirements for 800MHz Code DivisionMultiple
Access (CDMA) Digital Cellular System (DCS).
2. The specifications of PICO BTS equipment shall comply with IS-95A and IS-97.
3. EIA/TIA IS-634, MSC-BS Interface for Public Wireless Communications Systems.
4. PN-3539 to be published as IS-634 revision A, Ballot Version. April 20, 1997.
5. NEMA 4X
6. ANSI 6241 Class B
7. FCC part 2 for USA
8. FCC part 15 for USA
9. FCC part 68 for USA
10. FCC ICES-003 for Canada
11. FCC part 22 in DCS band
12. TA-NWT-000487 R-127
13. TA-NWT-000063 R98
14. EIA/TIA IS-125, Recommended Minimum Performance Standard for Digital Cellular Wideband Spread

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Spectrum Speech Service Option 1.
15. EIA/TIA IS-126A, Mobile Station Loopback Service Option Standard
3. Getting Started
3.1 Product description
The Pico BTS provides the interface between the CDMA DCS mobile stations and the Base Station
Controller (BSC) to form a Picocell. Picocells are used to enhance the coverage by covering the “dead spot”
caused by shadowing in traditional “macrocell” based cellular networks. Also Picocells can be used to
increase the capacity of the network as small underlay cells, providing more channels for traffic in dense
urban areas with high volume of low speed traffic, such as malls, airports, train and subway stations, hotels,
and office building areas.

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3.2 Bottom View
Figure 3.2-1
RX
GPSTX 10 MHz ESEC TRKOUT BATT AC PWR
TRK IN
TX MONO DBG GND

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3.3 Front and Rear Views
Figure 3.3-1
Figure 3.3-2
3.4 Side Views
Figure 3.4-1 Right Side
Back side has 8 installation holes
To open the equipment lift up the
cover and youwill find a key hole.
Pico-BTS

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Figure 3.4-2 Left Side
3.5 Inside
Figure 3.5-1
LNAM LNAM
BBU RFU
BDC
BDC
GPRP
BAC
BCPC
XCVU HPA
PSU
DCDC
ACDC
TPLX
D/C PDET
LNA LNA

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4. SPECIFICATIONS
The system requirements for the Pico BTS are described in this chapter.
4.1 Functional Specifications
4.1.1 Οπερατινγ Φρεθυενχψ
The Pico BTS operates at frequencies specified in the following table.
Table 4.1.1-1 DCS Operating Frequency
Items Specifications Comments
Transmit 880 - 890 MHz Base Station TransmitFrequency * B-Block Receive 835 - 845 MHz Base Station Receive
Frequency Assignment (FA) 1 Maximum1FA/Omni
Sector 1 Maximum1FA/1Sector(Omni)
Channel Elements 32 2 Channel cards
Number of Channel Elements/Card 16 CSM
Number of Trunks for BSC 1 T1 (or 1 E1) The other 1 T1 (or 1 E1) is used for
daisy-chain of Pico-BTSs.
RF Output (at room temperature) 8 Watts Maximum at the antenna port
RF Output (over all temperature range) ** 10 Watts Maximum at the antenna port
* For the other frequency blocks in 800MHz cellular band, it needs to replace only the duplexer/receive filter (triplexer) with another
triplexer for those blocks.
** In higher or lower temperature than room temperature, the transmit RF power may be greater than 8 Watts. So maximum power at the
antenna port should be defined as 10 Watts.
4.1.2 Ιντερφαχε Σπεχιφιχατιον
4.1.2.1 Air Interface
The Pico BTS air interface shall comply with IS-95A.
4.1.2.2 Equipment Specification
The PICO BTS equipment itself shall comply with IS-97.
4.1.2.3 Backhaul (A-bis) Interface
The interface between the Pico BTS and the BSC, i.e., A-bis interface, shall comply with Hyundai’s CDMA
DCS BSC-BTS interface.

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4.2 Performance Specification
4.2.1 Σψστεµ ∆ελαψ
The total round-trip delay for the voice path, including the delay in the BSC, is less than 220 ms. A suggested
delay budget for the reverse link path and the forward link path is as follows:
Table 4.2.1-1 Base Station Delay Budget
Reverse Link Delay (ms) Forward Link Delay (ms)
Mobile Station 51 Mobile Station 18
Air Link 20 Air Link 20
Digital Unit 18 Digital Unit 2
Backhaul/Switching 6 CIN 8
TSB 1 TSB 1
Vocoder 3 Vocoder 49
Total 99 Total 98
4.2.2 Χαπαχιτψ
The Pico BTS is capable of physically supporting up to 32 channel elements, including all of the overhead
channels.
4.3 Electrical Performance
4.3.1 Τρανσµιττερ Φ Ποωερ
The Pico BTS shall have much less RF output power than the BTS for macro-cell. The maximum CDMA
power does not exceed 10 watts at the antenna port on the enclosure over all temperature range.
4.3.2 Ελεχτριχ Ποωερ
4.3.2.1 Primary Power
The primary power source (or mains) for the Pico BTS is the commercial power which can be acquired very
easily. The nominal voltage may be 120VAC, 60Hz, single phase. The power subsystem in the Pico BTS is
capable of converting this commercial AC power into DC power with nominal voltage of +48V. The +48 DC
is then converted into lower voltages such as +5V, +12V, -12V, +3.3V and +7.5V to be used in each
subsystem.
The AC input ranges and the maximum power source requirement are as follows:
Table 4.3.2-1 Primary Power AC Input Voltage Range Requirement
Nominal Voltage Voltage Range Frequency Range Phases
120VAC 108 to 132 VAC 54 to 66 Hz single
220VAC 198 to 242 VAC 54 to 66Hz single
Table 4.3.2-2 MaximumPrimary Power Output Requirement
Voltage Current Comments
DC +48 V Max 10 A For RF power 8 watts
4.3.2.2 Battery Backup Power (Optional)
The Pico BTS shall have battery backup to cope with AC power failure. The battery shall be monitored during
normal operation, and charged if necessary. The Optional backup battery is provided with an external
compartment. Table 4.3.2-3 Battery Power Requirement
Configuration DC Current/Power Comments
Nominal RF Power 5 watt 5 Amps/240 VA up to 4 Hours backup

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Optional RF Power 10 Amps/480 VA up to 4 Hours backup
4.4 Physical Specifications
Table 4.4-1 Physical Specifications
Configuration Specifications
Size (Maximum) depth: 12 inches
height: 32 inches
width: 22 inches
Weight (Maximum) 120 pounds
Mounting Location pad, pole, wall, or vault
4.5 Environmental Specifications
The Pico BTS will meet the extended environmental specifications in rugged outdoor conditions. The
following table summarizes the environmental specifications:
Table 4.5-1 Environmental Specifications
Configuration Specifications Comments
Environmental Sealing NEMA 4X
Lightning Protection ANSI 6241 Class B
Acoustic Performance BELLCORE GR-487 60 dBA @ 5 feet
Seismic Performance BELLCORE GR-63
Random Vibration BELLCORE GR-63
Sinusoidal Vibration BELLCORE GR-63
Shock BELLCORE GR-63
EMI FCC 15.J. –6dB
BELLCORE TR-NWT-1089 FCC part 15 for USA FCC ICES-003 for Canada
FCC part 22 in DCS band
Intrusion Resistance BELLCORE GR-487
Shotgun Resistance BELLCORE GR-487
Climatic Environment
Internal Heat Load 300 watts max.
Ambient Air Temp
( outdoor ) +500C max. -300C min.
Solar Load 70W/sq. ft
Ambient Humidity
Continuous Operation:
Shipping and Storage:
BELLCORE TA-NWT-000487 R-
127
BELLCORE TA-NWT-000063 R98
5% - 95 % (Bellcore)
Coating
10% ~ 95%
Altitude and Rest BELLCORE GR-487 Meters max.
4.6 Reliability Specifications
4.6.1 ΜΤΒΦ

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System down-time shall be no more than 10 minutes per year on the average, assuming a 2hour repair
(replacing) time for any failure.
4.6.2 Βαττερψ Βαχκυπ τιµε
The battery shall provide DC power until the cause of AC power is cleared. The nominal value of this time
period for backup battery operation shall be no greater than 4 hours.
4.6.3 Θυαλιτψ Ματεριαλσ
The aluminum used for the Pico BTS enclosure may be machined from aluminum 6082 in accordance with
standard QQ-A-2501/II TEMP T6.
4.6.4 Γρουνδινγ εθυιρεµεντσ
The specification for grounding and electric safety shall comply with the requirement described in TR-NWT-
001089.
4.6.5 Αλαρµ εθυιρεµεντσ
The Pico BTS shall require alarms for the new hardware equipment, status display information, and control
capabilityto monitor the system performance as follows:
!AC power failure
!DC power failure
!Malfunction of major control processors
!High internal temperature
!Low internal temperature
!Battery failure
5. Start Up
5.1 Installation
"Due to the property of the micro cell serving in a small area of dense population, the system can be
installed virtually anywhere as needed.
"System can be mounted on the PICO-BTS STAND or sturdy object such as outside wall, rooftop,
pole or inside the building using rear side hole.
Warning: PICO-BTS has to be installed by qualified personnel.
Manufacturer does not responsible for any injury or damage, which is caused by
inappropriate installation.
"The BTS shall be able to endure a wide range of environmental conditions such as high
temperature, high humidity, strong sunlight, heavy rain, and severe cold weather conditions.
6. Basic Operation
Before you running the system GPS signal has to be locked and aging process has to be done.
6.1 Power On
!Plug in to power supply, which is conforms to section 4.3.2.
!LED will show power is on
Table 6.1-1 LED on GPRP Board when power on
Green Yellow 1 Yellow 2 Green Red
Status On On Blinking Blinking Off
6.2 GPS Locking
!Connect GPS antenna to GPS port on bottom of the machine.
!Install GPS antenna where GPS signal canreach fromsatellite.

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!If GPS Antenna is properlyconnected you will see the following signal from LED.
Table 6.2-1 LED on GPRP Board before GPS locking
Green Yellow 1 Yellow 2 Green Red
Status On On Off Off Off
!When sufficient satellite signal is received by GPS Antenna will lock.
!It takes about 15minutes. This time varies depend on the location of the GPS Antenna and satellite.
!When GPS locked you will see the following LED on the GPRP Board
Table 6.2-2 LED on GPRP Board after GPS locking
Green Yellow 1 Yellow 2 Green Red
Status On On Off On Off
6.3 Aging
!Aging takes about 1 hour after GPS locking.
!When Agingis finished you will see the following LED.
Table 6.3-1 LED on GPRP Board
Green Yellow 1 Yellow 2 Green Red
Status On Off Off On Off
If the Red LED is turn on during the operation there is possible timing problem.
When you have problemwith timing you have to go over the GPS Locking and Aging procedures.
Once Aging is finished PICO-BTS is managed by BMENU, which is explained following section.
6.4 Downloading
Operator can download the data using BSAM or BSM.
BSAM method
7. BMENU
BMENU is an integrated menu of commands related to Call Processing and Call Resource Management in
Hyundai BTS. BMENU is used by manufacturing personnel to test hardware and performance. Also BMENU
is used by software personnel to test software. Service providers may initially use BMENU for performance
testing. This following section describes how to use the BMENU for Hyundai Pico BTS.
7.1 BMENU Setup
BMENU is accessed through a terminal attached to the RS232 port of BCP card in BTS (Hyundai Pico BTS
will be referred as BTS henceforth in this document). The RS232 port of BCP is connected to the Debug Port
outside BTS. Hence a terminal can be attached to the Debug Port of BTS.
The following are two ways to attach a terminal.
•Connect the Debug Port of BTS to a serial port of IBM PC compatible via RS232 cable. Use applications
like HyperTerminal for the terminal.

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•Connect the Debug Port of BTS to a dump terminal via RS232 cable.
7.1.1 Τερµιναλ Χονφιγυρατιον
If HyperTerminal is used as the terminal of BCP, it needs to use the configuration shown in Table 7.1.1-1 in
addition to any other configuration required.
Table 7.1.1-1 HyperTerminal Configuration for BCP Terminal
PARAMETER VALUE
Bits per second 9600
Data bits 8
Stop bits 1
Parity None
Flow control None
Terminal emulation VT100
Character set ASCII
ASCII sending Send line ends with line feeds
Ταβλε 7.1.1−1
The RS232 cable used must be either crossed cable or NULL modem needs to be inserted.
7.1.2 Νοτατιοναλ Χονϖεντιονσ
This manual uses the notational conventions shown in Table 7.1.2-1 Notational Conventions (unless otherwise
noted).
NAME USAGE
Courier New Font Represents the messages displayed by BMENU or
other software on the terminal.
Courier New Font Bold Represents the user input that should be entered
exactly as shown.
Courier New Font Bold and Italic Represents the user input that may be replaced by
another valid value.
Ταβλε 7.1.2−1 Νοτατιοναλ Χονϖεντιονσ
7.2 BMENU Invocation
BMENU is invoked by inputting the command “bmenu” in BCP console prompt on the terminal. BMENU
will display the following main menu uponinvocation.
NewBCP >bmenu
##################### BMENU ###################
0.Quit(BMENU exit)
1.Test Call
2.Display Message
3.Call State Flow
4.RF Characteristic Test
5.Change Local Parameters
6.Resource Status
7.Utility For CDMA System
Select MENU No ---->
The remaining sections of this manual describe usage of the menu items shown above.

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The following are some general tips on using BMENU.
The user selects an itemin a menu by inputting the number preceding the item.
All menus provide an item with number “0” for navigating to the next higher level menu.
The item “0” in the main menuis used to exit BMENU.
Many menus provide a special item with letter “T” for navigating to the main menu of BMENU. This item
can be selected by inputting letter “T”
Other BCP console commands can not be executed while within BMENU.
7.3 TEST CALL
TEST CALL menu is invoked by selecting option “1.Test Call” in the main menu. It is shown below.
Select MENU No ---->
1
=========================== TEST CALL ===========================
0.Goto TOP MENU
1.Configuration
2.Triggering (Start/Stop)
3.Result Report (Completed & Processing)
4.MARKOV([MS]->BTS->BSC) Mode(default-OFF) : ON
Select MENU No ---->
TEST CALL menuis used to trigger Test Call from the terminal. The varieties of Test Call are Markov Call,
Loop Back Call and Auto Markov Call. Test Call is used to check the path between BTS and the personal
station without the involvement of higher level entities like BSC, MSC, and BSM. Test Call is also used to
measure FER.
7.3.1 ΤΕΣΤ ΧΑΛΛ ΧΟΝΦΙΓΥ ΑΤΙΟΝ µενυ
TEST CALL CONFIGURATION menu is invoked by selecting option “1.Configuration” in TEST CALL
menu. It is shown below.
Select MENU No ---->
1
==================== TEST CALL CONFIGURATION ====================
T.Goto TOP MENU
0.Goto TEST CALL MENU
1.Input IMSI
2.Input Slot Mode
3.Input Slot Cycle Index
4.Input SERVICE OPTION
5.Display CONFIGURATION
Select MENU No ---->
TEST CALL CONFIGURATION menu is used to configure Test Call.
7.3.1.1 Menu Item: Input IMSI
Menuitem “1.Input IMSI” of TEST CALL CONFIGURATION menu is used to input the IMSI_S of the
personal stationindecimal. The lengthof IMSI_S is ten digits. The following example illustrates the usage of
this menuitem.
Select MENU No ---->
1
IMSI_S (e.g. enter 2095473005 for 209-547-3005)>
2095473005
7.3.1.2 Menu Item: Input Slot Mode