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Chapter 9

Supervisor Commands

Descriptions of supervisory commands

CT-650 Command-Line Reference Guide

Release 9.4

Signal Source

Signal source for the tested circuit. Possible values are as follows:

–

INT

INTERNAL

indicates the signal comes from the backplane from

another card.

–

EXT

EXTERNAL

indicates the signal comes from the DCS or a direct

connection.

–

M13

EXTERNAL (M13 MUX)

indicates the signal comes from the DS3

Demux/Shelf Controller Card or from an M13 card configured for the
CT-650.

–

RCVD T3

is the only source that indicates the DS3 signal is not being

dropped from a higher rate. During a selftest, the

RCVD T3

signal is an

internally generated DS3 signal from the RTU.

System Name

Name of DCS associated with the RTU.

N/A

appears if the RTU is not con-

figured for a DCS.

DTU Name

Name of the connection between the RTU and the DCS. This name appears
when a system name is required for the test commands. This field is avail-
able only when the RTU is not assigned to a DCS. If the RTU is assigned to
a DCS,

N/A

appears.

Framing

Default framing mode for the idle condition when the RTU is not in use.

Idle Condition

Pattern transmitted when the RTU is not in use. Possible values are as fol-
lows:

–

111 (All Ones)

DCS keepalive pattern is transmitted with the default

framing.

–

x1C (Hexadecimal)

x1C pattern is transmitted.

–

LLB (Local Loopback)

Regenerated receive signal is transmitted

through the RTU.

–

1100 (IDLE)

Transmits a DCS keep-alive pattern with the default fram-

ing.

–

THRU

Retransmits received data to the transmit lines.

TX Level

The transmit signal level. If

EXTERNAL (M13 MUX)

is selected for Signal

Source, this field defaults to

N/A

Parameter

Description

Summary of Contents for CT-650

Page 1: ...CT 650 Wideband Test Unit Release 9 4 Command Line Reference Guide ...

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Page 3: ...CT 650 Wideband Test Unit Release 9 4 Command Line Reference Guide ...

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Page 5: ...e may be reproduced or trans mitted electronically or otherwise without written permission of the publisher Trademarks JDSU CT 650 and CT 650s are trademarks or registered trademarks of JDSU in the United States and or other countries UNIX is a trademark or registered trademark of The Open Group in the United States and or other countries SLC 96 is a trademark of Lucent Technologies Inc Specificat...

Page 6: ...leak or in any explo sive environment 4 Do not attempt to service this product yourself as opening or removing covers may expose you to dangerous high voltage points and other hazards Refer all servicing to qualified service personnel 5 All connections to the CT 650 are intrabuilding and must not be connected directly to outside plant leads Save these instructions Important safety instructions Saf...

Page 7: ...hen operating servicing or repairing the CT 650 Failure to comply with the following safety precautions or with hazard cautions and warnings used throughout this manual violates the intended use of this instrument GENERAL HAZARD This icon represents a general warning or caution CAUTION HIGH VOLTAGE This icon represents a caution risk of electrical shock ...

Page 8: ...iate 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 product in a residential area is likely to cause harmful interference in which case you will be required to correct the interfer ence at your own expense The authority to operate this product is conditioned by the require ments...

Page 9: ...ter 1 Getting Started 1 About the new USPII processor module 2 About the new RTU cards 2 Logging on 5 Understanding the CT 650 screens 6 Menu screens 6 Supervisor screens 7 Command screens 8 Confirmation screens 8 Results screens 9 Loopback status line 10 Information screens 11 Entering commands 11 Editing commands 12 Abbreviating command entry 12 Control characters 12 ...

Page 10: ...onnect the test 20 Logging off 20 Chapter 2 Auxiliary and Common Commands 21 Auxiliary commands 22 Batch_Command 22 Syntax 22 Remarks 22 Choose 22 Syntax 22 Remarks 22 Example 23 Daytime 23 Syntax 23 DCS_Direct 23 Syntax 23 Remarks 23 Example 23 Delete_Log 23 Syntax 23 Remarks 24 Example 24 Email 24 Syntax 24 Remarks 24 Error_Rate 24 Syntax 24 Remarks 25 Examine_Log 25 Syntax 25 Remarks 25 Exit 25...

Page 11: ...Syntax 29 Remarks 29 Logout 29 Syntax 29 Remark 29 Loopback 29 Syntax 29 Remark 29 Main_Exit 30 Syntax 30 OS_Command 30 Syntax 30 Password 30 Syntax 30 Remark 30 Port_Connect 31 Syntax 31 Remarks 31 Printer 31 Syntax 31 Prog_Loop 31 Syntax 31 Remarks 31 Example 32 Record 32 Syntax 32 Remarks 32 Example 32 Release 33 Syntax 33 Remarks 33 Restart 33 Syntax 33 Remark 33 ...

Page 12: ..._Loopback 34 Syntax 34 Remarks 35 Example 35 Text_Editor 35 Syntax 35 Remark 35 User_Pattern 35 Syntax 35 Remarks 35 Example 36 Version 36 Syntax 36 View_Results 36 Syntax 36 Remark 36 Who 36 Syntax 36 Remarks 36 Write 36 Syntax 36 Remarks 37 History 37 Syntax 37 Remark 37 Common test commands 37 Abort 37 Syntax 37 Remarks 37 Disconnect 38 Syntax 38 Remarks 38 Example 39 ...

Page 13: ...ommands 42 DS3_Measure 42 Syntax 42 Remarks 42 DS3_Split 42 Syntax 42 Remarks 42 Example 43 FEAC_Alarm 43 Syntax 43 Example 43 Remark 43 Monitor 43 Syntax 43 Remarks 43 Example 44 Tx_X_Bit 44 Syntax 44 Remarks 44 Example 44 Chapter 4 DS1 Test Commands 45 Description of DS1 test commands 46 DI_Monitor 46 Syntax 46 Remark 46 Example 46 DS1_DI_Measure 46 Syntax 46 Remarks 46 Example 47 ...

Page 14: ...ark 48 Example 48 DS1_Split 48 Syntax 48 Remarks 48 Example 48 Log_Errors 48 Syntax 48 Example 49 Remarks 49 Monitor 49 Syntax 49 Remarks 49 Example 50 UF_Split 50 Syntax 50 Remark 50 Example 50 Yellow_Alarm 50 Syntax 50 Considerations for SLC 96 testing 50 Chapter 5 FT1 Test Commands 53 Description of FT1 test commands 54 DI_Monitor 54 Syntax 54 Remark 54 FT1_DI_Measure 54 Syntax 54 Remarks 54 ...

Page 15: ...yntax 55 Example 55 Remarks 55 Monitor 56 Syntax 56 Remark 56 Shared_Split 56 Syntax 56 Remark 56 UF_Split 56 Syntax 56 Remarks 56 Chapter 6 DS0 DDS Test Commands 59 Description of DDS test commands 60 DDS_DI_Measure 60 Syntax 60 Remarks 60 DDS_DI_Split 60 Syntax 60 Remarks 60 DDS_Measure 60 Syntax 60 Remarks 61 DDS_Split 61 Syntax 61 Remarks 61 DI_Monitor 61 Syntax 61 Remarks 61 ...

Page 16: ...emarks 64 Chapter 7 DS0 VF Test Commands 65 Trunk types and seizure sequences 66 Description of VF test commands 66 Answer_Call 66 Syntax 66 Remarks 67 DI_Monitor 67 Syntax 67 Dial_Out 67 Syntax 67 Remarks 68 Hangup 68 Syntax 68 Remarks 68 Listen 68 Syntax 68 Remarks 68 Loopback 68 Syntax 68 Remarks 69 Monitor 69 Syntax 69 Remark 69 Talk Listen 70 Syntax 70 Remarks 70 Example 70 ...

Page 17: ...tests 71 Remarks 76 VF_DI_Split 76 Syntax 76 Remarks 77 VF_Measure 77 Syntax 77 Remarks 77 VF_Split 77 Syntax 77 Remarks 77 Chapter 8 Batch Files 79 Creating and running batch files 80 Available commands for batch files 80 Unavailable commands for batch files 81 Chapter 9 Supervisor Commands 83 Descriptions of supervisory commands 84 Accounts 84 Syntax 84 Backup_Files 85 ...

Page 18: ...s 95 Configure Defaults 96 Configure Misc 96 Configure Node 96 Configure Security 97 Configure Trunk_Types 97 Configure Answer_Seq 98 Configure Dial_Seq 98 Reboot 98 Syntax 98 Remarks 98 Release 99 Syntax 99 Example 99 Restore_Files 99 Remarks 99 Shutdown 99 Syntax 99 Remarks 99 Auxiliary supervisor commands 100 Clear_Alarm 100 Syntax 100 Example 100 Examine_Log 100 Syntax 100 LUP 100 Syntax 100 R...

Page 19: ...Defaults DS3 109 Defaults DS1 FT1 110 Defaults DS0 111 Miscellaneous 111 Security 113 Trunk_Types 114 Answer_Seq 115 Dial_Seq 115 CRS 116 Slots 116 Tests 117 Talk Listen 118 TAPS 120 DS3 results 121 Header 121 Bipolar violations 125 C Bit 126 Frame 127 Logic 128 Line status 129 Parity 131 Signal 133 Time 133 DS1 results 134 Header 134 Bipolar violations 138 Channel 138 Frame 139 G 821 140 Line sta...

Page 20: ...results 163 Header 163 Answer Call 165 Dial Out 165 Channel 165 Terse 166 Verbose 166 Listen 166 VF_DI_Measure 167 Supervisor results 169 System_Test 169 Loopback status information 170 Appendix B Command Parameter Definitions 173 Parameter listing 174 Specifying digroup numbers 187 FEAC alarm messages and loop codes 188 Appendix C Test Patterns and Loop Codes 191 Test patterns 192 Bridgetap Multi...

Page 21: ...ndard support services 210 Instrument repair and calibration services 210 Technical assistance business hour 211 Warranty information 211 Product documentation library 211 Add on services 211 Extended product and systems support services 212 Professional and consulting services 213 Managed services 213 Training options 213 Index 215 ...

Page 22: ...Contents xxii CT 650 Command Line Reference Guide Release 9 4 ...

Page 23: ...CT 650 Command Line Reference Guide Release 9 4 xxiii About This Guide Purpose and scope on page xxiv Assumptions on page xxiv Related information on page xxiv Conventions on page xxiv ...

Page 24: ...ed with the command line interface provided by the CT 650 and a VT 100 compatible terminal We assume you have basic knowledge of the UNIX operating system and are familiar with basic telecommunica tions concepts and terminology Related information For installation and administrative tasks refer to the CT 650 Installa tion and Maintenance Guide Users who are new to the CT 650 or who prefer to work ...

Page 25: ... shown appears in this typeface Type a set exe in the dialog box Variables appear in this typeface Type the new hostname A vertical bar means or only one option can appear in a single command platform a b e Square brackets indicate an optional argument login platform name Slanted brackets group required arguments password Typographical conventions Continued Description Example ...

Page 26: ...ease 9 4 Keyboard and menu conventions Description Example A plus sign indicates simulta neous keystrokes Press Ctrl s A comma indicates consecutive key strokes Press Alt f s A slanted bracket indicates choos ing a submenu from menu On the menu bar click Start Program Files ...

Page 27: ...ating the CT 650 using the command line interface Topics discussed in this chapter are as follows About the new USPII processor module on page 2 About the new RTU cards on page 2 Logging on on page 5 Understanding the CT 650 screens on page 6 Entering commands on page 11 Sample test procedure on page 13 Logging off on page 20 ...

Page 28: ...rocessor speeds up to 100MHz and memory sizes up to 64 Megabytes Provides 550MHz processor speed and 256 Megabytes of memory Provided up to 12 serial ports Provides four serial ports Provided an internal modem Does not provide an internal modem Supported any version of Solaris supplied on any testhead CD Only supports Solaris version 8 2 02 supplied on testhead CD versions 8 0 or higher Provided o...

Page 29: ...rsion s you have Table 1 Differences in functionality between older RTU cards and R2 RTU cards Old RTU cards Rev2 RTU cards Compatible with any CT 650 soft ware version Compatible with CT 650 software version 9 0 or newer only If the new RTU is installed in a system that uses a software version older than 9 0 the two green front panel test LEDs will alternately blink indicating that the currently ...

Page 30: ...le 2 Part numbers and CLEI codes for the old and new RTU cards Old RTU cards R2 RTU cards Card CLEI Code Card CLEI Code For CT 650 For CT 650 DT1 T3TEAAB4AA DT1 R2 T3TEAAB4AB DTU T3TEAAC4AA DTU R2 T3TEAAC4AB DT3 T3TELP94AA DT3 R2 T3TELP94AB For CT 650s For CT 650s DT1 SUCPKNMAAA DT1 R2 SUCPKNMAAB DTU SUCPMPMAAA DTU R2 SUCPMPMAAB DT3 SUCPLNMAAA DT3 R2 SUCPLNMAAB Figure 1 Front panel LEDs for R2 RTU...

Page 31: ...650 1 At the system prompt log on using your user name and password The CT 650 displays a welcome banner 2 If you re logging on to an account for the first time the CT 650 prompts you to type a new password Type the new password twice to complete the logon process 3 Press any key to continue to the main menu The Main Menu provides access to various commands and will vary depending on the installed...

Page 32: ...lays the name of the CT 650 the software version your user name and the name of the current foreground test Available test commands appear in the middle portion of the screen These commands change as you navigate through the different menu screens Figure 3 CT 650 main menu ct14 CT 650 Version 7 4V1 Main Menu User maint11 Test Enter the circuit type to be tested DS3 DS1 FT1 DS0 Logout _____________...

Page 33: ...manage user accounts archive or restore system files and restart the CT 650 For a detailed listing of supervisory commands see Supervisor Commands starting on page 83 Figure 4 Supervisor menu ct14 CT 650 Version 7 4V1 Supervisor Menu User super Test Enter one of the following SUPERVISOR commands Accounts Backup_Files Configure Exit Reboot Restore_Files Shutdown ____________________________________...

Page 34: ... the CT 650 displays a confirmation screen see Figure 6 To proceed with the command press Y and then Enter To return to the previous screen without executing the command press N and then Enter Figure 5 Command screen for Monitor command ct14 CT 650 Version 7 4V1 DS3 Menu User maint11 Test Enter the system DT3 name 3ECS3 6ECS3 7ECS3 DS3 monitor _ Figure 6 Confirmation screen for a Monitor command c...

Page 35: ...displays results for a specific test cate gory A hotkeys list which indicates how to display different results for different test categories Figure 7 Test results screen ct14 CT 650 Version 7 4V1 TEST 1test DG 43 SIG SRC RCVD T3 RTU 1_4A SYS 1st_dcs TP 4 TYPE MONITOR SIDE SEL TX FRM CBIT TX PAT UNMUXED 2 23 1 E TIME 00 00 23 RX FRM CBIT TIM SRC INTERNAL SYNC STATUS DS3 FRAME SYNC SPLIT TYPE N A SU...

Page 36: ...Enter one of the following Abort DS1_Measure Report Restart Inject_Errors Loopback Monitor Select_Test Exit _______________________________________________________________________________ Batch_Command Daytime DCS_Direct Delete_Log Disconnect Email Error_Rate Examine_Log Help Information Line_Coding List_Files Log_Errors Main_Exit Password Port_Connect Printer Prog_Loop Record Screen_Refresh Self_...

Page 37: ...ext parameter to type as well as the available values See Appendix B for a detailed listing and definitions of all parameters If you press Enter before entering all the parameter values required for a command the CT 650 automatically uses the available default value Figure 9 Information screen ct14 CT 650 Version 7 4V1 RTU ALARMS SHELF RTU SYSTEM RTU RTU SIGNAL NO NO NAME STATUS MISSING 1 4A 1st_d...

Page 38: ... MAIN day MAIN daytime If you type d and press Enter the CT 650 displays an error message Ambiguous command entered because the commands Daytime DCS_Direct and Delete_Log all start with the letter d Control characters Table 3 lists the available control characters to quickly type commands from specific screens Table 3 Control characters Key Function Ctrl D Execute the last command entered Ctrl P D...

Page 39: ...lowing steps 1 Initiate a test by issuing a Monitor command 2 Split the circuit 3 Loop up the circuit to start recording results 4 Measure the test results 5 Loop down the circuit to release it 6 Disconnect the test The following example shows how to test a DS3 circuit through a 3 3 DCS NOTE If you use the CT 650 through an X 25 network the Ctrl key may not function properly In these environments ...

Page 40: ...0 Version 7 4V1 DS3 Menu User maint11 Test Enter one of the following Exit Monitor _______________________________________________________________________________ Batch_Command Daytime DCS_Direct Delete_Log Email Examine_Log Help Information Files_List Main_Exit Password Port_Connect Printer Record Screen_Refresh Self_Test TAP_Loopback Text_Editor Version Who Write History DS3 _ ct14 CT 650 Versio...

Page 41: ...next command screen prompts for the digroup 4 Type an appropriate digroup number and press Space The next command screen asks for a test name ct14 CT 650 Version 7 4V1 DS3 Menu User maint11 Test Enter the digroup number to be monitored DS3 monitor 1st_dcs _ ct14 CT 650 Version 7 4V1 DS3 Menu User maint11 Test Enter the test name DS3 monitor 1st_dcs 25 _ ...

Page 42: ...d then press Space The next screen prompts for the framing mode ct14 CT 650 Version 7 4V1 DS3 Menu User maint11 Test Select or enter a log file name or hit return for the default log file maint11 test234 3test DS3 monitor 1st_dcs 25 1test _ ct14 CT 650 Version 7 4V1 DS3 Menu User maint11 Test Enter one of the following or hit return for the default Auto C Bit M 13 Unframed MAIN ds3 DS3 monitor 1st...

Page 43: ... Space The next screen prompts you to press Enter indicating the command is fully specified ct14 CT 650 Version 7 4V1 DS3 Menu User maint11 Test Enter return for the default test length of Continuous Continuous or the test duration format is hhh mm ss DS3 monitor 1st_dcs 25 1test 1test auto _ ct14 CT 650 Version 7 4V1 DS3 Menu User maint11 Test Press return to enter command DS3 monitor 1st_dcs 25 ...

Page 44: ...f the screen ct14 CT 650 Version 7 4V1 DS3 MONITOR System RTU Name 1st_dcs Test Name 1test Digroup 25 Test Port Type Dual DS3 Fad Framing Auto Test Duration 24 30 00 Log File 1test log Do you want to EXECUTE this command Y N _ DS3 monitor 1st_dcs 25 1test 1test auto 24 30 00 ct14 CT 650 Version 7 4V1 TEST 1test DG 25 SIG SRC EXT RTU 1_4A SYS 1st_dcs TP 4 TYPE MONITOR SIDE SEL TX FRM CBIT TX PAT LI...

Page 45: ... 1010 continuous This measures the response from the connected side of the circuit to an alternating 1010 test pattern Since you used the continuous value for test duration the test runs until you disconnect it Step 5 Loop down the circuit At the DS3_TST prompt type the command Loopback Connected DS3 down This restores the circuit to its original state before it was looped up ct14 CT 650 Version 7...

Page 46: ...e test from the circuit Logging off Be sure to log off the CT 650 when you are not performing any tests or before leaving the terminal unattended This precaution prevents unauthorized access to the CT 650 To log off the CT 650 1 Stop any tests using the Disconnect command see page 38 2 Type Main_Exit The Main Menu appears 3 Type Logout The CT 650 terminates your session and the system prompt appea...

Page 47: ...ds provide information on the test environment as well as access to the operating system and connected DCS units Common commands provide additional functions after you initiate a test The definitions for command parameters appear in Appendix B starting on page 173 Topics discussed in this chapter are as follows Auxiliary commands on page 22 Common test commands on page 37 ...

Page 48: ... in batch Use the Files_List command page 25 to display a list of batch files See page 32 for information on recording commands into a batch file Choose Identifies and activates a resource to be allocated for the next test Syntax Choose Rtu shelf _ slot side Choose Talk Listen Choose Cancel Cancels any associations made with previous Choose commands Remarks Test commands such as Monitor use the re...

Page 49: ...e Displays the current system date and time Syntax Daytime DCS_Direct Issues a command to an attached DCS Syntax DCS_Direct system_name dcs_command Remarks Refer to your DCS operating manuals for information on issuing commands to a DCS If a command requires multiple parameters press Space after each parameter Example The following command queries a Cisco 15454 DCS for the equipment list dcs_direc...

Page 50: ...user account Syntax Email Read Displays the contents of the most recent email message and displays a prompt for additional commands For help on reading email type at the prompt Email Send user_name Sends a message to user_name When the email message screen appears type in the desired message When finished press Enter to place the cursor on a blank line Press Enter to send the message Remarks To se...

Page 51: ...Remarks If you do not specify log_file the CT 650 displays the system log file Use the Files_List command page 25 to list all files within a user account including the log files When the CT 650 displays a log file function keys appear at the bottom of the screen You can use these function keys to navigate through the file Exit Exit Returns you to the previous menu Remark Use the Main_Exit command ...

Page 52: ...ormation on account names alarms CT 650 configura tion communication ports and status of active tests and slots Information Accounts Displays list of user accounts If you have supervisor access the CT 650 displays additional information about password aging and the date the account was last modified Information Alarms Fans Displays the status of system fans Information Alarms RTU Displays the stat...

Page 53: ...level access can modify the security settings Information Configure Trunk_Types Displays on hook and off hook settings for each connected trunk Information Configure Answer_Seq Displays the configured answer sequences for VF circuits Information Configure Dial_Seq Displays the configured dial sequences for VF circuits Information CRS System Test_Name User All Displays degroomed ungroomed cross con...

Page 54: ...r_name All Displays information about the test access ports associated with a specified system Inject_Errors Injects bit or BPV errors into a tested circuit Syntax Inject_Errors digroup_side error_type test_duration Remarks This command is available only after successfully starting a Measure command test_duration defaults to Single Example The following procedure configures and injects bit errors ...

Page 55: ...rompt Syntax Logout Remark Before logging out be sure to terminate any existing tests using the Disconnect command page 38 Loopback Transmits latching loop up and loop down codes Syntax Loopback digroup_side Up Down loop_code num_repeaters channel Loopback digroup_side DS1 Up Down ds1_device channel Sends the DS1 loop up or loop down codes in band or FEAC for the desired ds1_device and channel on ...

Page 56: ...rcuits see Loopback on page 68 The loop status indicator appearing on the status line at the bottom of the screen gives information on the state of a loopback operation For information on reading the status line see page 170 Main_Exit Displays the main menu Syntax Main_Exit OS_Command Issues a UNIX Solaris shell level operating system command Syntax OS_Command UNIX_shell_level_command Password Cha...

Page 57: ...a port by issuing the Informa tion Configure Ports command see page 26 The data rate parity and data bits default to 9600 none and 8 respectively Printer Starts or stops sending the current active log file to the printer Syntax Printer On Off Prog_Loop Sets a programmable 3 to 8 bit in band loop up and loop down codes Syntax Prog_Loop loop_up_code loop_down_code Remarks This command is available o...

Page 58: ... in the common system directory This allows any user to execute the batch file If you record to an existing file the CT 650 appends the subse quent commands to those already saved in the file Example The following procedure records a command sequence into a batch file named mon33 1 Type Record On mon33 The following message appears Keyboard recording is ON Commands are recorded to file mon33 2 Pre...

Page 59: ... for any user as long as the corre sponding DCS is still online Restart Restart the current foreground test on the specified digroup Syntax Restart digroup_side Remark This command clears all counters test results and restarts the test timer Screen_Refresh Refreshes the terminal screen Syntax Screen_Refresh Self_Test Initiates a selftest on a specified RTU and saves the results in a spec ified log...

Page 60: ...cation 1_3A and stores the resulting log file in test4 log 1 Type Self_Test 1_3A test4 log 2 Confirm the selftest by pressing Y Supervisor Displays commands available to users with supervisor level access This command appears only when you sign on with supervisor privi leges Syntax Supervisor Remark See Chapter 9 for detailed information about the supervisor commands TAP_Loopback Tests the interfa...

Page 61: ...s in a log file called test123 1 Type tap_loopback 3ecs3 1 test123 test123 2 Confirm the test by pressing Y The TAP loopback is established the DS3 Test Menu appears 3 Type DS3_Measure to test the FAD 4 Type Disconnect to release the loopback Text_Editor Runs the text editor and opens a file with the indicated file name Syntax Text_Editor file_name Remark The CT 650 text editor operates the same a...

Page 62: ...the version of the CT 650 software and Solaris operating system installed on your system Syntax Version View_Results Displays results of a currently running test Syntax View_Results logon_id test_name Remark logon_id defaults to your own logon ID and test_name defaults to the last test selected with the Select_Test command Who Lists the currently logged on users and the date and time the user logg...

Page 63: ...ax command_digit Executes the command associated with the command_digit If you do not specify command_digit the CT 650 displays a list of the last 20 commands you entered digroup_side Executes the last command entered Remark If you press Esc after typing the command_digit the CT 650 displays the command so you can edit it Common test commands This section describes common test commands These comma...

Page 64: ...ame dcs_disconnect Releases all of the tests running on the indicated system_name Disconnect Test_Name test_name dcs_disconnect Releases the test identified by test_name Disconnect Release_Test To_Monitor dcs_disconnect Releases the foreground test This form of the command is available only from a test menu Remarks If the circuit being disconnected is looped back a warning appears in the confirmat...

Page 65: ...ntly running 1 At the command prompt type Disconnect All 2 Type Y to confirm disconnect Report Displays results of a specified test Syntax Report test_name Remark test_name defaults to the current foreground test Select_Test Brings a background test to the foreground Syntax Select_Test test_name Remark When you select a test the CT 650 displays the commands available for the test ...

Page 66: ...Chapter 2 Auxiliary and Common Commands Common test commands 40 CT 650 Command Line Reference Guide Release 9 4 ...

Page 67: ...bes the commands available for testing DS3 circuits These commands are available if you configured a 3 3 or 3 1 DCS to the CT 650 The definitions for command parameters appear in Appendix B starting on page 173 Topics discussed in this chapter are as follows Description of DS3 test commands on page 42 ...

Page 68: ...ttern test_duration Transmits an unmultiplexed DS3 test pattern Remarks This command is available only after successfully starting a DS3_Split Defaults for the various parameters depend on the circuit under test DS3_Split Establishes an intrusive connection between the monitored digroup and the RTU Syntax DS3_Split split_mode signal_flow Remarks This command is available only after executing a Mon...

Page 69: ...ts a DS3 FEAC alarm indicating service affecting equipment failure from the connected side feac_alarm connected ds3_sa_eq_fl Remark For a detailed listing of messages and alarm codes see page 188 Monitor Starts a new test Syntax Monitor system_name digroup_side test_name log_file fad_type framing_format test_duration Remarks The parameter fad_type is available only for DCSs that are configured for...

Page 70: ...xample The following command monitors a DS3 signal from the 3ECS3 system and digroup 111 The test name is test234 and log file log234 The test uses auto framing and continuous test duration Monitor 3ecs3 111 test234 log234 auto continuous Tx_X_Bit Sets the transmission of X bits from the RTU in the M13 or C bit framing modes Syntax Tx_X_Bit digroup_side x_bits Remarks If you do not specify x_bits ...

Page 71: ...ble for testing DS1 circuits These commands are available if you configured a 3 1 or 1 0 DCS FAD connection The definitions for command parameters appear in Appendix B starting on page 173 Topics discussed in this chapter are as follows Description of DS1 test commands on page 46 Considerations for SLC 96 testing on page 50 ...

Page 72: ...ility Example The following command initiates a drop and insert test on a DS1 signal from the DCS named 3ecs1 on digroup 1 and on channel 1 The test name is test234 and results are stored in a log file called maint1 log The test requires automatic framing and runs continu ously Monitor 3ecs1 1 1 test234 maint1 log auto continuous DS1_DI_Measure Executes an intrusive test on the chosen side of the ...

Page 73: ..._Split signal_flow Remark This command is available only after executing a DI_Monitor command Example The following command performs a drop and insert split from a dual FAD 3 1 DCS DS1_DI_Split idle_code DS1_Measure Executes an intrusive test on a specified digroup Syntax DS1_Measure digroup_side test_pattern_type test_pattern test_duration Remarks This command is available only after executing a ...

Page 74: ...ntrusive connection between the monitored digroup and an RTU Syntax DS1_Split split_mode signal_flow Remarks This command is available only after executing a Monitor or DI_Monitor command The defaults for split_mode and signal_flow depend on the type of circuit and framing Example The following command performs an EF split using an idle code signal flow DS1_Split ef_split idle_code Log_Errors Star...

Page 75: ...ew RTU to monitor a DS1 signal Syntax Monitor system_name digroup_side trunk_type call_side test_name log_file fad_type framing_format test_duration Monitors a DS1 signal from a 3 1 or 1 0 DCS that has been configured for either a single or dual FAD test connection Monitor system_name test_name log_file framing_format test_duration Monitors a DS1 signal from a DSX or direct connection source Remar...

Page 76: ..._name log_file Remark The commands Information CRS and Information TAPS screens provide cross connect and system resource information For an example of cross connect information see CRS on page 116 Example The following command initiates a universal FAD split on the unifad system digroup 44 using ESF framing format The test name is test3 and the log file name is log3 UF_Split unifad 44 esf test3 l...

Page 77: ...insert VF or DDS is supported on SLC 96 circuits SLC 96 Datalink is not supported SLC 96 Signaling is not supported Only DS1 in band loopcodes are supported on SLC 96 framed circuits Any DTU with the default framing is set to SLC will not be allocated for FT1 testing If a CT 650 has both DTUs and DT1s you must select SLC framing in the Monitor command This enables the CT 650 to allocate the DTU fo...

Page 78: ...Chapter 4 DS1 Test Commands Considerations for SLC 96 testing 52 CT 650 Command Line Reference Guide Release 9 4 ...

Page 79: ...escribes the commands available for testing FT1 circuits These commands are available if you configured a 1 0 DCS connection The definitions for command parameters appear in Appendix B starting on page 173 Topics discussed in this chapter are as follows Description of FT1 test commands on page 54 ...

Page 80: ...duration Remark The default framing format configured for the RTU must match the digroup framing format FT1_DI_Measure Starts an intrusive drop and insert test Syntax FT1_DI_Measure digroup_side test_pattern_type test_pattern test_duration Remarks This command is available only after executing a FT1_DI_Split Not all test_pattern_types require a test_pattern param eter FT1_DI_Split Establishes an E...

Page 81: ...ed digroup and a DTU Syntax FT1_Split signal_flow Remark This command is available only after executing a Monitor command Log_Errors Starts logging of errors detected during a test Syntax Log_Errors log_bit_error_sec log_sev_bit_err_sec Example The following command enables logging of test results for bit error seconds and severe bit error seconds Log_Errors y y Remarks To review the logged result...

Page 82: ...ared splits see the CT 650 User s Guide UF_Split Initiates a Universal FAD split Syntax UF_Split system_name digroup_number regroom_npc framing_format test_name log_file UF_Split system_name digroup_number channel channel_type test_name log_file Remarks For an explanation of splits see the CT 650 User s Guide Ensure the RTU framing format matches the DCS FAD framing If the DCS is capable of multip...

Page 83: ...tive or supervisor rights given to the link to allow degrooming and grooming of the digroup being tested Establishing the UF_Split may take several minutes to complete while the digroup is degroomed and regroomed for testing The process also includes storing the digroup configuration on the CT 650 The disconnect process returns the digroup back to its original configuration and or mapping ...

Page 84: ...Chapter 5 FT1 Test Commands Description of FT1 test commands 58 CT 650 Command Line Reference Guide Release 9 4 ...

Page 85: ...ts These commands are available if you configured a 1 0 DCS with a TAD connection The definitions for command parameters appear in Appendix B starting on page 173 You can also perform drop and insert tests on DS0 channels through a 3 1 DCS using a dual FAD test port Topics discussed in this chapter are as follows Description of DDS test commands on page 60 ...

Page 86: ...ng a DDS_DI_Split command Not all test_pattern_types require a test_pattern param eter DDS_DI_Split Establishes an intrusive connection between the monitored TAP from a 3 1 DCS and a DTU RTU Syntax DDS_DI_Split signal_flow Remarks This command is available only after executing a DI_Monitor command This command establishes an EF split on the selected DS0 channel An AB split is established across th...

Page 87: ...lable only after executing a DI_Monitor command After executing the command the unit sends the correct Split command to the 3 1 DCS to in affect establish an EF split on the selected DS0 channel DI_Monitor Starts a new monitor test on a DDS circuit Syntax DI_Monitor system_name channelization_mode digroup_number channel channel_type DS0A_subrate test_name log_file test_duration tap Remarks For TAD...

Page 88: ...t option establishes a test path through the indicated branch The mju_branch parameter is not available with Restore_MJU If multiple MJUs are cascaded type consecutive MJU commands to establish the testing path see example in the next section The Restore option restores all branches Selecting a branch automatically blocks all other branches on the MJU Example Figure 10 illustrates two cascading MJ...

Page 89: ...e DS0A_subrate parameter is required only if channel_type is DS0A The tap parameter is required only for DCS with TAD test ports Example The following command monitors a DS0 signal on channel 10 from a system called tlbs32 using digroup number 234 and a 64K subrate The test name is tst1 and the log file name is log1 The test runs continuously and uses test access port 6 Monitor tlbs32 234 10 64k t...

Page 90: ...or_sec Example The following command enables logging of test results for severely bit error seconds but not bit error seconds Log_Errors n y Remarks To review the logged results use the Examine_Log command The logged errors are in addition to logged results displayed by the Information Configure Miscellaneous command see page 27 To verify the default settings for logging errors use the Informa tio...

Page 91: ...ing on page 173 You can also perform drop and insert testing on DS0 channels through a 3 1 DCS using a dual FAD test port Topics discussed in this chapter are as follows Trunk types and seizure sequences on page 66 Description of VF test commands on page 66 NOTE Certain features and options such as Dial Out and Answer Call depend on optional hardware features which may not be installed on your CT ...

Page 92: ...in its normal service area For example a company in the 212 area code New York NY can have an FXO in the 202 area code Washington DC This enables local calls between Washington and New York Another sequence is used for subscriber loop carriers SLC These carriers provide service to more subscribers in a geographical area than can actually be supported by the existing cable Under SLC more than one s...

Page 93: ...y drop and insert monitor of a VF channel from a 3 1 DCS DI_Monitor system_name channelization_mode digroup_number channel Scan trunk_type digroup_side disconnect_timeout offhook_timeout test_name log_file test_duration Use this syntax for a signaling drop and insert monitor of a VF channel from a 3 1 DCS Dial_Out Transmits a series of digits or a telephone number over the selected channel and ena...

Page 94: ...isten Enables the RTU to call a telephone number and establish a connec tion This feature enables you to remotely listen to a VF circuit Syntax Listen phone_ Remarks This command is available only after executing a DI_Monitor command An RTU performing TAD testing can listen to one source at a time An RTU performing drop and insert testing can listen to one source and each source must be wired to m...

Page 95: ...ith the Loopback command then configure the test signal with the VF_Measure command To release the test loopdown the circuit then disconnect the test The choice of tones with the DTMF_Loopback or User_Tone parameters depends on the type of equipment at the other end of the circuit and the type of events you wish to have it generate Monitor Starts a new test and allocates a new RTU to monitor a DS0...

Page 96: ...est device The parameter digroup_side is required for drop and insert testing Talk Listen is only available after a executing a Measure and Listen Measure Dial_Out or Loopback determines the Talk Listen receiver side TAD Testing only Measure Dial_Out or Loopback reverts a Talk Listen back to a Listen Example Below is a sequence of commands that establishes talk listen 1 Monitor or DI_Monitor a VF ...

Page 97: ...ure digroup_side vf_test_type test_duration Available measure tests Using the VF_DI_Measure command you can test a variety of char acteristics of a VF signal Table 4 lists the measurements you can perform on VF signals Use the syntax in the Syntax column of Table 4 for the vf_test_type parameter For example to fully specify an echo return loss test using a 13 dB signal for a continuous test period...

Page 98: ...ding tone to cre ate an Attenuation Distortion table or curve con taining 30 measurements This measurement is limited to 30 start to stop frequency measure ments The test does not test within the range from 2500 Hz to 2700 Hz to avoid interfering with in band signaling C Message noise C_Message_Noise Measures the unwanted noise on an idle chan nel using a digital filter that is C Message weighted ...

Page 99: ...level ref_threshold threshold_dif Counts the number of impulses that exceed three different thresholds during a given period of time and also counts the number of dropouts that occur during the test To perform an Impulse Noise test the unit sends a holding tone at a user specified transmit level then uses a C Message weighting filter on the received signal Impulses that exceed one or more of the t...

Page 100: ...urements to ensure accu rate values for the second and third order distor tion Line tran sients Line_Transient tx_level phase_hit_thres gain_hit_thres_1 gain_hit_thres_2 gain_hit_thres_3 Measures gain hits phase hits and dropouts that occur in a high speed data circuit A gain hit is a rapid change in the level of the signal and is usually accompanied by a phase hit A phase hit is a rapid change in...

Page 101: ...is not available when testing signaling Phase jitter Phase_Jitter tx_level freq_range Determines if there is a deviation or fluctuation in the zero crossing of a sine wave for a signal from the nominal or optimum position in time Typically phase jitter in carrier systems is caused by inadequate filtering of the power sup plies This low frequency interference causes the unwanted angular modulation ...

Page 102: ...ve tone Send_Rec_Tone tx_level ref_freq Sends a tone at a designated level and fre quency and simultaneously measures the level and frequency of the receive side of the chan nel If you use this test to simply transmit a tone to the opposite end of the channel ignore the received values If you are only interested in the received values enter any valid values for the transmit level and frequency The...

Page 103: ...ype test_duration Remarks For a list of available vf_test_types see Table 4 on page 71 To perform an end to end test execute the VF_Measure command to transmit a test signal from the unit and transmit the same test signal from the far end VF_Split Establishes an intrusive connection between the monitored digroup and DS0 channel and a DTU RTU After executing the command the unit sends the correct s...

Page 104: ...Chapter 7 DS0 VF Test Commands Description of VF test commands 78 CT 650 Command Line Reference Guide Release 9 4 ...

Page 105: ...batch file contains a series of CT 650 commands and instructions that you group together You can execute the commands in the batch file as a single command to run the test automatically Topics discussed in this chapter are as follows Creating and running batch files on page 80 Available commands for batch files on page 80 Unavailable commands for batch files on page 81 ...

Page 106: ...e file containing CT 650 commands To interrupt a batch file that is in progress press Ctrl c Available commands for batch files Table 5 lists which CT 650 commands you can use in batch files Remember to end the last line of a batch file by pressing Enter before saving and exiting Table 5 Allowed commands for batch files History FEAC_Alarm TAP_Loopback Abort FT1 Tx_X_Bit Alarm_Check Help UF_Split B...

Page 107: ...and DS1_Measure Printer DS1_Split Prog_Loop DS3 Release DS3_Measure Report DS3_Split Restart Err_Correction Screen_Refresh Error_Rate Select_Test Exit Self_Test Table 5 Allowed commands for batch files Continued Table 6 Disallowed commands for batch files Backup_Files Examine_Log Restore_Files Configure LUP Set_Date Create_Account Password Shutdown Delete_Account Port_Connect Text _Editor Delete_L...

Page 108: ...Chapter 8 Batch Files Unavailable commands for batch files 82 CT 650 Command Line Reference Guide Release 9 4 ...

Page 109: ...visor Menu Supervisors use these commands to configure the CT 650 manage user accounts and to backup and restore system files The definitions for command parameters appear in Appendix B starting on page 173 Topics discussed in this chapter are as follows Descriptions of supervisory commands on page 84 Auxiliary supervisor commands on page 100 ...

Page 110: ...Account Delete_Account account_name Creates or deletes an account Accounts Security_Account Add_User user_name Adds a user to the security configuration file Accounts Security_Account Add_Cat_To_User user_name category_name Adds a category of commands to a specified user Accounts Security_Account List_Categories Displays the list of categories Accounts Security_Account List_Users Displays the list...

Page 111: ..._name the CT 650 saves the backup under the default file archive cpio Backup_Files Account_Info file_name Archives all account information into the specified file_name The users account information is placed in the user tar file and is backed up along with the following files Backup_Files Config file_name Archives system configuration information into the specified file_name The following files ar...

Page 112: ...ns by navigating through the screens and fields The following figure is an example of a configura tion screen To add or modify a configuration 1 Type the command to display the screen for the device you want to configure see Table 7 Figure 11 Configuration screen ct14 CT 650 Version 7 4V1 DT3 RTU CONFIGURATION SHELF NUMBER 1 SLOT NUMBER 3 RTU TYPE DT3 CARD SIDE A SYSTEM NAME 1ECS3 DCS TP NUMBER 12...

Page 113: ...configuration screen by pressing Shift Q 6 If you change a configuration field marked with an asterisk you must reboot the CT 650 before the change takes effect If a test card is in use when you change a configuration the CT 650 applies the new settings when the test terminates If a test card is not in use when you change a configuration the new settings are effective immediately Table 7 Configura...

Page 114: ...erase this type of configuration Press Backspace in this field Port Port Number DCS DCS Number Trunk Type User Defined Trunk Type Answer Sequence User Defined Answer Sequence Dial Sequence User Defined Dial Sequence Parameter Description Port Number Old processor module Number of TTY communication port 2 11 for the CT 650 or 2 7 for the CT 650s New processor module Number of TTY communication port...

Page 115: ...parame ters in this screen configure the TTY port connected to the DCS If the hostname identifies another CT 650 the local CT 650 gains access to the DCS control port through the indicated CT 650 If N A appears the CT 650 is not connected to a network Transport Type Network transport protocol RS232 IP X 25 etc TTY Number Old processor module Number of TTY communication port 2 11 for the CT 650 or ...

Page 116: ... the DCS applies only to the Cisco 15454 ADM X 121 Called Address X 121 Calling Address Remote and local addressing parameters for Alcatel 1631SX with X 25 transport X 25 Packet Size X 25 Window Size Packet and window parameters for Alcatel 1631SX with X 25 transport RTU The list of RTUs attached to the DCS Parameter Description NOTE Some DCSs require special configuration values See Appendix C of...

Page 117: ...Default framing mode for the idle condition when the RTU is not in use Idle Condition Pattern transmitted when the RTU is not in use Possible values are as fol lows 111 All Ones DCS keepalive pattern is transmitted with the default framing x1C Hexadecimal x1C pattern is transmitted LLB Local Loopback Regenerated receive signal is transmitted through the RTU 1100 IDLE Transmits a DCS keep alive pat...

Page 118: ...ction M13 or EXTERNAL M13 MUX indicates the signal comes from the DS3 Demux Shelf Controller Card or from an M13 card configured for the CT 650 RCVD T3 is the only source that indicates the DS3 signal is not being dropped from a higher rate During a selftest the RCVD T3 signal is an internally generated DS3 signal from the RTU System Name Name of DCS associated with the RTU N A appears if the RTU ...

Page 119: ...el The transmit signal level If EXTERNAL M13 MUX is selected for Sig nal Source this field defaults to N A RX Level The receive signal level If EXTERNAL M13 MUX is selected for Signal Source this field defaults to N A Timing Source The timing source for test card transmitters If the Idle Condition is set to LOCAL LOOPBACK and an idle condition occurs this field defaults to RECOVERED If EXTERNAL M1...

Page 120: ...e RTU N A appears if the RTU is not con figured for a DCS DTU Name Name of the connection between the RTU and the DCS This name appears when a system name is required for the test commands This field is avail able only when the RTU is not assigned to a DCS If the RTU is assigned to a DCS N A appears Framing Default framing mode for the idle condition when the RTU is not in use Idle Condition Patte...

Page 121: ...ock EXT external clock or RCVD received t1 Talk Listen Port Port used for listening to a VF test on a local telephone DCS TP TG TAD AID The DCS test port test group test access digroup or AID number that is con nected to the RTU If the RTU is not configured for DCS testing the field dis plays N A Test Access Paths Identifies available TAPs for DS0 testing cannot be changed Test Port Modes Indicate...

Page 122: ...elected for Signal Source this field defaults to N A DCS Test Port 1 to 8 The DCS test port associated with the available DT1 test cards The num ber of test ports depends if the STS 1 Interface Card is configured for sin gle FAD 1 8 test ports or dual FAD 1 4 test ports You must have an equal number of DT1 test cards and test ports Parameter Description Parameter Description Hub Name Name of the h...

Page 123: ...unk_Types Configures the following parameters for VF testing Node Test Port Test port of the node to which the CT 650 is connected Node side of the link between the node and the hub Node Hub Port Hub port of the node to which the CT 650 is connected Hub side of the link between the node and the hub Parameter Description Parameter Description User Defined Trunk Type Number Number of the user define...

Page 124: ...e a reboot Rebooting while a test is running can lock DCS test ports Be sure to Release or Disconnect all tests before rebooting Parameter Description User Defined Answer Sequence Number Number of the answer sequence User Defined Answer Sequence Name Name of the answer sequence Sequence Specific sequence To build a sequence use the building blocks listed in the screen Parameter Description User De...

Page 125: ...ified directory to the hard drive Restore_Files target_file directory Remarks This command overwrites existing configuration files After restoring files you must reboot the CT 650 for the configura tion to take effect Shutdown Performs an orderly shutdown of the CT 650 and releases all in progress tests Syntax Shutdown Remarks After Shutdown turn the power off and on or type the boot command at th...

Page 126: ... on shelf 1 slot 4 side A Clear_Alarm 1 4A Examine_Log Displays system and user log files Syntax Examine_Log user_name log_file LUP Creates deletes or modifies a long user pattern Syntax LUP Create Delete Modify file_name Remarks Examples of long user patterns appear in the section LUP option test patterns on page 199 This command is available only if the DS1 FT1 LUP Option is installed with the D...

Page 127: ...xt editor Password Creates a password for a user account password Syntax Password user_name Change_Password Changes a user account password Password user_name Expire_Password Removes a user account password When the user logs in the CT 650 prompts for a new password Password user_name Aging max_aging min_aging Overrides the user account password aging parameters defined in the Miscellaneous Config...

Page 128: ... to 12 day dd from 01 to 31 hours hh from 00 to 24 minutes mm from 00 to 59 and the year yy from 92 1992 to 79 2079 The year is optional System_Test Tests all of the installed test cards Syntax System_Test logfile_update log_file Example The following command updates a log file called test_file every three minutes System_Test 3 test_file ...

Page 129: ...e test results displayed by the CT 650 Topics discussed in this appendix are as follows Information results on page 104 DS3 results on page 121 DS1 results on page 134 FT1 results on page 145 DS0 DDS results on page 154 DS0 VF results on page 163 Supervisor results on page 169 Loopback status information on page 170 ...

Page 130: ... Information Configure Ports command Status Description OK All fans are functioning properly MAJOR ALARM One fan in the power supply module failed or any two of four fans in the fan panel failed MINOR ALARM Any one of four fans in the fan panel failed Field Description Port Num Old processor module Number of TTY communica tion port 2 11 for the CT 650 or 2 7 for the CT 650s New processor module Nu...

Page 131: ... 3 DCS PSEUDO STS 1 Configured for pseudo STS 1 DCS NOT CONFIGURED Port is not configured SYSTEM Configured for system terminal opera tion Port 2 is the only system port TERMINAL Configured for user terminal operation X25 Configured for optional X 25 network interface operation Only port 3 is available for the X 25 interface PRINTER Configured for printer operation Only one port can be configured ...

Page 132: ...onfiguration This field indicates the baud rate parity and number of data bits If N A appears along with a DCS configuration the CT 650 communicates with the DCS through shared resources of a CT 650 connected serially to the DCS and through the Ethernet connection between the CT 650s Hostname IP Name or IP address of the called host IP Port IP Port used on the host machine X 121 Called Address Rem...

Page 133: ...ars as white text on black back ground Possible values are as follows INTERNAL Internal timing selected EXTERNAL External timing selected RECOVERED or REC Recovered timing selected or split is set for local loopback Idle Cond Pattern transmitted when the RTU is not in use Possi ble values are as follows 111 All Ones DCS keepalive pattern is trans mitted with the default framing x1C Hexadecimal x1C...

Page 134: ...e values are as follows INT or INTERNAL indicates the signal comes from the backplane from another card EXT or EXTERNAL indicates the signal comes from the DCS or a direct connection M13 or EXTERNAL M13 MUX indicates the sig nal comes from the DS3 Demux Shelf Controller Card or from an M13 card configured for the CT 650 RCVD T3 is the only source that indicates the DS3 signal is not being dropped ...

Page 135: ...and BLUE ALARM CRITERIA Default criteria used to declare the reception of a Blue Alarm Possible values are as follows STUCK_CBIT is used on systems that declare a Blue Alarm when the C bits are set to zero 1010 is used on systems that declare a Blue Alarm INJECT ERROR RATE Default injection rate for the Error_Rate parameter Possible values are 1E 2 to 1E 9 DS1 PROG LOOP UP CODE 3 to 8 bit DS1 prog...

Page 136: ...e values are 1E 2 to 1E 9 PROG LOOP UP CODE 3 to 8 bit DS1 programmable loop up code default for the Prog_Loop command PROG LOOP DOWN CODE 3 to 8 bit DS1 programmable loop down code default for the Prog_Loop command USER1 PATTERN User defined 3 to 24 bit default test pattern for a DS1_Measure DS3_Measure or DDS_Measure command USER2 PATTERN User defined 3 to 24 bit default test pattern for a DS1_M...

Page 137: ...asure DS3_Measure or DDS_Measure command USER2 PAT TERN User defined 3 to 24 bit default test pattern for a DS1_Measure DS3_Measure or DDS_Measure command DS0A ERROR CORRECTION DS0A error correction default On or Off LOG ES AND SES Errored seconds and severely errored seconds are logged to a user log file during testing Field Description ENABLE TEST RESULTS LOGGING Flag indicating test results are...

Page 138: ... LOG SIZE Number of lines 100 to 1000 lines in 100 line steps that can be saved in the user and system log files NUMBER OF USER IDS Number of user accounts 100 200 300 or 600 that can be created on the system NUMBER OF LOG FILES PER USER Number of log files that a user account 6 3 2 or 1 can create The number of log files is based on the number of user accounts shown in the Number of User IDs fiel...

Page 139: ...LOCALE Location of security configuration file IP or NAME IP address or name of local or remote machine on which file is located if CONFIG FILE LOCALE is REMOTE USER CON FIG FILE PATH File and path containing the user s configuration OP OVER RIDE FILE PATH File and path containing the operation s configuration overrides TEST HEAD ACCESS CON TROL Controls test head access through NetAnalyst DIS ABL...

Page 140: ...n again with the same user name This allows a user to logoff a previous session that was left logged in due to loss of a network connection DISABLED prevents multiple VT 100 logins from the same user name This value has no impact on NetAnalyst users Field Description Field Description TRUNK TYPE NUMBER ID number of a trunk type TRUNK TYPE NAME Identifying name of a trunk type ORIG SIG NAL BIT STAT...

Page 141: ...ng fields appear after entering the Information Configure Dial_Seq command Field Description ANSWER SEQUENCE NUMBER ID of an answer sequence ANSWER SEQUENCE NAME Name of an answer sequence SEQUENCE STRING Sequence used to answer or dial a call on a VF circuit Field Description DIAL SEQUENCE NUMBER ID of a dial sequence SEQUENCE NAME Name of a dial sequence SEQUENCE STRING Sequence used to answer o...

Page 142: ...tering the Information Slots command ct10 CT 650 Version 7 4V6 TEST NAME TST1 UFAD CIRCUIT CUT 25 SYSTEM RTU NAME CHIG TEST RESOURCE RTU 1_8A DS0 CROSS CONNECTIONS 1 25 001 x 013011 13 2 25 002 x UNMAPPED 14 3 25 003 x 013010 15 4 25 004 x 013009 16 5 25 005 x 013008 17 6 18 7 19 Field Description Slot Slot location within a shelf 1 15 for CT 650 1 7 for CT 650s Card Type Type of RTU installed in ...

Page 143: ...RROR RTU A B has failed and is not available for testing NOT CONFIG RTU A B is not configured Field Description Field Description Test Resource Test card RTU being used for the test Appears in the form of shelf _ slot side System RTU Name Name assigned to the DCS or RTU User Name User connected to the RTU NetAnalyst users appear as REMOTE Test Name Name of the test being performed Digroup Channels...

Page 144: ...t is complete LOOPBACK Device is looped back but no test is being performed LOOP RUN Device is looped back and an intrusive test is being performed MONITOR Monitor test is in progress RUNNING RTU is performing an intrusive test SELFTEST Selftest is in progress SPLIT Test is in an intrusive split mode TAP RUN RTU is performing an intrusive TAP loopback test Field Description Field Description CIRCU...

Page 145: ...s not configured SYSTEM RTU NAME Name of DCS or RTU allocated to the test T L DIR Direction of test Possible values are SEL selected CON connected or N A single FAD T L MODE Talk listen mode Possible values are LIST Lis ten or TALK T L SRC Source of the signal Possible values are RX receive or TX transmit T L STATE Test signaling state of the channel Possible val ues are ON HOOK or OFF HOOK Test D...

Page 146: ...gured for 2 wire operation 4W 4 wire DTU is configured for a 4 wire operation USER NAME User who initiated the test Field Description Field Description Test Resource Test card RTU being used for the test Appears in the form of shelf _ slot side System RTU Name Name assigned to the DCS or RTU Test Name Name of the test being performed ACCESS TYPE Type of test being performed LOGICAL FAD TAP DCS tes...

Page 147: ...ble values are as follows INT or INTERNAL indicates the signal comes from the backplane from another card EXT or EXTERNAL indicates the signal comes from the DCS or a direct connection M13 or EXTERNAL M13 MUX indicates the sig nal comes from the DS3 Demux Shelf Controller Card or from an M13 card configured for the CT 650 RCVD T3 is the only source that indicates the DS3 signal is not being droppe...

Page 148: ...it N A This field is not applicable to the current test DS1 direct tests and selftest SEL Selected side of digroup being tested from Monitor command SEL A Selected side of digroup being tested from an A split or AB split SEL B Selected side of digroup being tested from a B split SEL E Selected side of digroup being tested from an E split or EF split SEL F Selected side of digroup being tested from...

Page 149: ... DS3 C bit framed signal detected M13 DS3 M13 framed signal detected N A No signal is detected UNFRAMED Unframed DS3 signal detected TIM SRC Timing source for the current test If the RTU does not follow the timing source selected in the RTU configu ration the field appears as white text on black back ground Possible values are as follows INTERNAL Internal timing selected EXTERNAL External timing s...

Page 150: ...RAME SYNC DS3 frame synchronization acquired but waiting for initial pattern synchroniza tion NO SIGNAL No signal has ever been present PAT SYNC LOSS DS3 frame synchronization present but pattern synchronization lost PATTERN SYNC W ALARMS Pattern synchroniza tion present with other alarms detected PATTERN SYNC DS3 pattern synchronization acquired with no alarms SIGNAL LOSS Signal is not currently ...

Page 151: ...ce initially acquiring the signal Average BPV Err Rate Ratio of bipolar violations to the total number of received bits since the beginning of the test BPV Err Sec Number of seconds during which one or more pattern bit errors occurred since initial pattern synchroniza tion BPV EFS Ratio of error free seconds expressed as a percent age during which no BPVs were detected to the total number of secon...

Page 152: ...arity errors occurred since initial DS3 C bit frame synchronization C Bit Par Err Rate Ratio of C bit parity errors to 1 the number of bits over which C bit parity was calculated Bit mode or 2 the number of DS3 C bit M frames received Block mode The error rate is computed over the previous block of 108 bits To verify the CT 650 is using bit mode or block mode use the command Informa tion Configure...

Page 153: ...ring which one or more frame errors occurred since initial frame synchronization Frame EFS Ratio of error free seconds expressed as a percent age during which no frame errors were detected to the total number of seconds that DS3 frame synchro nization is present Frame Thr Err Sec Number of seconds during which the frame error rate exceeded or equaled the defined threshold To display the threshold ...

Page 154: ...the corresponding transmitted pattern bits since initial pattern synchronization For example if 1010 was transmitted and 1100 was received two bit errors occurred Bit Err Rate Ratio of pattern bit errors to received pattern bits since initially acquiring pattern synchronization Average Bit Err Rate Ratio of pattern bit errors to the total number of received pattern bits while pattern synchronizati...

Page 155: ...en a slip is detected the CT 650 automatically resynchronizes to the received pattern However pat tern bit errors are not suppressed during this process Pattern slips are available only when using pseudo random patterns Field Description Field Description Signal Present Signal currently detected Frame Sync Indicates frame synchronization was detected C BIT Frame Sync C bit frame synchronization de...

Page 156: ...t one loss of C bit frame synchronization was detected but no longer exists Idle Sync Hist At least one loss of idle signal synchronization was detected but no longer exists Blue Alarm Hist At least one blue alarm signal was detected but no longer exists Yellow Alarm Hist At least one yellow alarm was detected but no longer exists DS2 Frame Loss Hist At least one loss of DS2 frame synchronization ...

Page 157: ...ts DS3 Par EFS Ratio of error free seconds expressed as a percent age during which no parity errors were detected to the total number of seconds while DS3 frame synchroni zation is present FEBE RATE Ratio of FEBEs to 1 the number of bits over which C bit parity was calculated Bit mode or 2 the num ber of DS3 C bit M frames received Block mode The error rate is computed over the previous block of 1...

Page 158: ...iza tion FEBE Number of far end block errors FEBEs detected since initial DS3 C bit frame synchronization Average FEBE Rate Ratio of Far End Block Errors to 1 the number of bits over which C bit parity was calculated Bit mode or 2 the number of DS3 C bit M frames received Block mode The error rate is computed while DS3 C bit frame synchronization is present To verify that the CT 650 is using bit m...

Page 159: ...a second since initial signal detection Tx Freq Frequency of the transmit clock measured in Hz RX Freq Frequency of the clock in the received data measured in Hz RX Level The level of the received signal in dB relative to a standard 3 volt base to peak signal DSX level Field Description Time Current time in hours minutes and seconds Date Current day and month Time Left Time remaining for a timed t...

Page 160: ...ble values are as follows INT or INTERNAL indicates the signal comes from the backplane from another card EXT or EXTERNAL indicates the signal comes from the DCS or a direct connection M13 or EXTERNAL M13 MUX indicates the sig nal comes from the DS3 Demux Shelf Controller Card or from an M13 card configured for the CT 650 RCVD T3 is the only source that indicates the DS3 signal is not being droppe...

Page 161: ...it N A This field is not applicable to the current test DS1 direct tests and selftest SEL Selected side of digroup being tested from Monitor command SEL A Selected side of digroup being tested from an A split or AB split SEL B Selected side of digroup being tested from a B split SEL E Selected side of digroup being tested from an E split or EF split SEL F Selected side of digroup being tested from...

Page 162: ... DS3 C bit framed signal detected M13 DS3 M13 framed signal detected N A No signal is detected UNFRAMED Unframed DS3 signal detected TIM SRC Timing source for the current test If the RTU does not follow the timing source selected in the RTU configu ration the field appears as white text on black back ground Possible values are as follows INTERNAL Internal timing selected EXTERNAL External timing s...

Page 163: ...me synchronization acquired but waiting for initial pattern synchroniza tion NO SIGNAL No signal has ever been present PAT SYNC LOSS DS3 frame synchronization present but pattern synchronization lost PATTERN SYNC W ALARMS Pattern synchroniza tion present with other alarms detected PATTERN SYNC DS3 pattern synchronization acquired with no alarms SIGNAL LOSS Signal is not currently present but initi...

Page 164: ... each DS0 channel Field Description BPV Errors Number of bipolar violations detected since the begin ning of the test Intentional B8ZS code violations are excluded BPV Err Rate Ratio of bipolar violations to received bits since initially acquiring the signal BPV Err Sec Number of seconds during which one or more pattern bit errors occurred since initial pattern synchroniza tion Columns correspond ...

Page 165: ...hich one or more frame errors occurred since initial frame synchronization Frame Sev Err Sec Number of seconds during which the total number of frame errors is 12 or more D4 framing only Frame Losses Number of times frame synchronization was lost since initial frame synchronization Frame Loss Sec Number of seconds during which one or more frame synchronization losses occurred or during which frame...

Page 166: ...rn synchroniza tion is maintained through the entire second and no bit error occurred Severely Errored Sec Number of seconds during which the bit error ratio was greater than 10 3 since the test started Degraded Minutes Number of minutes during which the bit error ratio is greater than 10 6 and less than 10 3 Available Sec Number of elapsed seconds since pattern synchroni zation for which the bit ...

Page 167: ...annel was degraded to the number of available min utes Avail able Sec Ratio expressed as a percentage of seconds the channel was available to the total elapsed seconds since pattern synchronization Consecu tive Sev Err Sec Number of groups of three or more consecutive severely errored seconds in which an error rate greater than 10 3 was present in each second Field Description Field Description Si...

Page 168: ...ed AMI coding Signal Loss Hist At least one loss of signal was detected but no longer exists Frame Loss Hist At least one loss of frame synchronization was detected but no longer exists Yellow Alarm Hist At least one yellow alarm was detected but no longer exists Pattern Loss Hist At least one loss of pattern synchronization was detected but no longer exists AIS Hist At least one Alarm Indication ...

Page 169: ...ing which one or more pattern bit errors occurred since initial pattern synchroniza tion Block Errors Number of received blocks 100 bits with one or more logical bit errors Block Error Rate Ratio of block errors to received blocks since initial DS1 pattern synchronization Pattern Losses Number of times pattern synchronization was lost since initial pattern synchronization Pattern Loss Sec onds Num...

Page 170: ...f the clock in the received data measured in Hz RX Level The level of the received signal in dB relative to a standard 3 volt base to peak signal DSX level Timing Slips Number of bit slips counted when the DS1 test signal slips or from the DS1 reference signal after both signals are present simultaneously Signal Losses Number of times the signal was lost since initially detecting the signal Field ...

Page 171: ...tested UNKNOWN appears if the digroup cannot be identified N A appears for a selftest SIG SRC Signal source for the tested circuit Possible values are as follows INT or INTERNAL indicates the signal comes from the backplane from another card EXT or EXTERNAL indicates the signal comes from the DCS or a direct connection M13 or EXTERNAL M13 MUX indicates the sig nal comes from the DS3 Demux Shelf Co...

Page 172: ...nitor command CON B Connected side of digroup being tested from an AB split CON F Connected side of digroup being tested from an EF split N A This field is not applicable to the current test DS1 direct tests and selftest SEL Selected side of digroup being tested from Monitor command SEL A Selected side of digroup being tested from an A split or AB split SEL B Selected side of digroup being tested ...

Page 173: ...he test started RX FRM Type of framing detected by the receiver If the detected framing does not match the selected framing this field appears as white text on a black background Possible framing formats include C bit DS3 C bit framed signal detected M13 DS3 M13 framed signal detected N A No signal is detected UNFRAMED Unframed DS3 signal detected Field Description ...

Page 174: ...al pattern synchroniza tion NO SIGNAL No signal has ever been present PAT SYNC LOSS DS3 frame synchronization present but pattern synchronization lost PATTERN SYNC W ALARMS Pattern synchroniza tion present with other alarms detected PATTERN SYNC DS3 pattern synchronization acquired with no alarms SIGNAL LOSS Signal is not currently present but initial signal detection has occurred SIGNAL PRESENT S...

Page 175: ...ected since test was last started Unassigned MUX Number of unassigned mux codes S0011000 detected since test was last started OCU Loop Code Number of OCU loop codes S0101010 since test was last started CSU Loop Code Number of CSU loop codes S0101000 detected since test was last started DSU Loop Code Number of DSU loop codes S0101100 since test was last started Control Mode Idle Number of control m...

Page 176: ...cted since the test started Block Number of block codes S0001010 detected since the test started Far End Voice Number of Far End Voice codes S1011010 detected since the test started LoopBack Enable Number of loopback enable codes S1010110 detected since the test started MJU Alert Number of MJU alert codes S1110010 detected since the test started Release Number of release codes S1111000 detected si...

Page 177: ...apsed seconds since pattern synchroni zation for which the bit error rate is less than 10 3 Unavail able Sec Count of elapsed seconds since pattern synchroniza tion in which the bit error rate is greater than or equal to 10 3 Error Free Sec Ratio expressed as a percentage of error free sec onds to the total number of seconds since pattern syn chronization Severely Errored Sec Ratio expressed as a ...

Page 178: ...an error rate greater than 10 3 was present in each second Field Description Field Description Signal Present Signal currently detected Frame Sync Indicates frame synchronization was detected Pattern Sync Pattern synchronization detected Signal Loss Hist At least one loss of signal was detected but no longer exists Frame Loss Hist At least one loss of frame synchronization was detected but no long...

Page 179: ...ing which one or more pattern bit errors occurred since initial pattern synchroniza tion Block Errors Number of received blocks 100 bits with one or more logical bit errors Block Error Rate Ratio of block errors to received blocks since initial DS1 pattern synchronization Pattern Losses Number of times pattern synchronization was lost since initial pattern synchronization Pattern Loss Sec onds Num...

Page 180: ...pear in the header of the DS0 DDS test results screens Field Description Time Current time in hours minutes and seconds Date Current day and month Time Left Time remaining for a timed test in hours minutes and seconds N A appears for tests with continuous length Elapsed Time Elapsed time since the test started Test Length Length of test for a timed test in hours and minutes Field Description Test ...

Page 181: ... sig nal comes from the DS3 Demux Shelf Controller Card or from an M13 card configured for the CT 650 RCVD T3 is the only source that indicates the DS3 signal is not being dropped from a higher rate During a selftest the RCVD T3 signal is an inter nally generated DS3 signal from the RTU RTU Test card RTU being used for the test Appears in the form of shelf _ slot side SYS DCS or DSX transmitting t...

Page 182: ...it or AB split SEL B Selected side of digroup being tested from a B split SEL E Selected side of digroup being tested from an E split or EF split SEL F Selected side of digroup being tested from an F split TX FRM Type of framing being transmitted Examples include D4 C BIT UNFRAMED or N A UNDEFINED appears if the CT 650 cannot determine the framing TX PAT Pattern transmitted by the RTU E TIME Elaps...

Page 183: ...S3 frame synchronization present but pattern synchronization lost PATTERN SYNC W ALARMS Pattern synchroniza tion present with other alarms detected PATTERN SYNC DS3 pattern synchronization acquired with no alarms SIGNAL LOSS Signal is not currently present but initial signal detection has occurred SIGNAL PRESENT Signal present with other alarms detected UNAVAILABLE Signal status cannot be deter mi...

Page 184: ... detected since test was last started Unassigned MUX Number of unassigned mux codes S0011000 detected since test was last started OCU Loop Code Number of OCU loop codes S0101010 since test was last started CSU Loop Code Number of CSU loop codes S0101000 detected since test was last started DSU Loop Code Number of DSU loop codes S0101100 since test was last started Control Mode Idle Number of contr...

Page 185: ...tected since the test started Block Number of block codes S0001010 detected since the test started Far End Voice Number of Far End Voice codes S1011010 detected since the test started LoopBack Enable Number of loopback enable codes S1010110 detected since the test started MJU Alert Number of MJU alert codes S1110010 detected since the test started Release Number of release codes S1111000 detected ...

Page 186: ...verely Errored Sec Number of seconds during which the bit error ratio was greater than 10 3 since the test started Available Sec Number of elapsed seconds since pattern synchroni zation for which the bit error rate is less than 10 3 Unavail able Sec Count of elapsed seconds since pattern synchroniza tion in which the bit error rate is greater than or equal to 10 3 Error Free Sec Ratio expressed as...

Page 187: ...ted but no longer exists Field Description Field Description Bit Errors Number of received pattern bits that have a value opposite that of the corresponding transmitted pattern bits since initial pattern synchronization For example if 1010 was transmitted and 1100 was received two bit errors occurred Bit Err Rate Ratio of pattern bit errors to received pattern bits since initially acquiring patter...

Page 188: ...nning of the test When a slip is detected the CT 650 automatically resynchronizes to the received pattern However pat tern bit errors are not suppressed during this process Pattern slips are available only when using pseudo random patterns Field Description Field Description Time Current time in hours minutes and seconds Date Current day and month Time Left Time remaining for a timed test in hours...

Page 189: ... Possible values are as follows INT or INTERNAL indicates the signal comes from the backplane from another card EXT or EXTERNAL indicates the signal comes from the DCS or a direct connection M13 or EXTERNAL M13 MUX indicates the sig nal comes from the DS3 Demux Shelf Controller Card or from an M13 card configured for the CT 650 RCVD T3 is the only source that indicates the DS3 signal is not being ...

Page 190: ...oup being tested from an EF split N A This field is not applicable to the current test DS1 direct tests and selftest SEL Selected side of digroup being tested from Monitor command SEL A Selected side of digroup being tested from an A split or AB split SEL B Selected side of digroup being tested from a B split SEL E Selected side of digroup being tested from an E split or EF split SEL F Selected si...

Page 191: ...gory displays the status of signaling bits for selected and connected sides of the 24 VF channels Display of signaling bits present on each DS0 channel Field Description Answer Sta tus Sequence of signaling events for the current call Field Description Wink Delay Duration Duration of the wink or delay event Dialout Status Sequence of signaling events for this call Columns correspond to the 24 DS0 ...

Page 192: ...on hook h H off hook t dial tone G ground on ring P pause R ring Verbose The following fields appear in the Verbose category of the VF test results screens Listen The following fields appear after entering a Listen command from the VF Drop Insert Monitor Menu Field Description Event Name of the signaling event Delay Delay between this event and the previous event Duration Duration of an event Fiel...

Page 193: ...t or the current state of the circuit Field Description Field Description Freq Signal frequency detected during attenuation and dis tortion measure Gain Signal gain detected during attenuation distortion measure C Message Noise Level of idle channel noise measured through a C Message filter C Notch Noise Level of noise induced by a continuous 1004 Hz hold ing tone measured through a C notch filter...

Page 194: ...ise tests Thresholds for noise spikes measured in dBrnC decibels above reference noise weighted by the C message frequency function line transient test Thresholds for phase shifts mea sured in dB Dropouts Number of four millisecond intervals during which the circuit cannot transmit data Level Dif ference Difference between the power of the transmitted and received levels Receive Frequency Frequenc...

Page 195: ...ak to average rating of the circuit under test Phase Jit ter Number of degrees the actual signal is phased from the theoretical signal when measuring from peak to peak Rx Tx Sig naling Bits Current state of the signaling bits Transmit Frequency Frequency of the transmitted signal during a send receive tone measure test 3 kHz Flat Noise Level of idle channel noise measured through a 3 kHz flat filt...

Page 196: ...elf 1 15 for CT 650 1 7 for CT 650s Type Type of test card installed in the slot A Side Sta tus Reason Status of test card Pass or Fail indicates slot is not occupied or the side is being tested B Side Sta tus Reason Status of test card Pass or Fail indicates slot is not occupied or the side is being tested Field Description Field Description Test Test name associated with the loopback Loop Type T...

Page 197: ...Guide Release 9 4 171 Status Loopback status per side as follows In Progress Loop code being transmitted Sent Loop code transmitted no confirmation is performed Confirmed Loopback confirmed with two BERT patterns Not Confirmed Loopback could not synchronize to the BERT patterns Field Description ...

Page 198: ...Appendix A Test Results Definitions Loopback status information 172 CT 650 Command Line Reference Guide Release 9 4 ...

Page 199: ...command line parameters for the CT 650 There are also explanations on how to format digroup numbers for various DCSs and how to specify FEAC alarm messages Topics discussed in this appendix are as follows Parameter listing on page 174 Specifying digroup numbers on page 187 FEAC alarm messages and loop codes on page 188 ...

Page 200: ...call call_side Selected or Connected category_name A category of CT 650 commands channel A number indicating the channel to be tested The range for this parameter is 1 24 corresponding to the 24 DS0 channels in a DS1 or FT1 circuit or 1 28 corresponding to the 28 DS1 channels in a DS3 circuit Type individual channels with commas between them or a range of channels with a hyphen between the startin...

Page 201: ...d dial_sequence Sequence issued by the CT 650 to simulate dialing a call digit_duration Length of time during which a digit is activated in milliseconds Applies to DTMF dialing and multi frequency only digit_string A string of up to 54 DTMF digits 0 9 A D or U to send a user defined tone Applies to DTMF loopback only digroup_number The digroup to be tested The entered digroup or Access Identifier ...

Page 202: ...r T1ESF for T1 ESF framing ds3_device The DS3 device to be looped back ds3_signal_format The format of the DS3 test signal Muxed Generates a multiplexed or channelized M13 or C bit signal The multiplexed DS3 signal contains embedded DS2 and DS1 framing This requires values for ds1_framing_format and test_pattern Unmuxed Generates an unmultiplexed or non channelized M13 C bit or unframed signal The...

Page 203: ...4 framing ESF Configures the receiver to accept ESF framing SLC Configures the receiver to accept SLC 96 framing Unframed Configures the receiver to accept an unframed DS1 signal framing_format DS3 The DS3 framing format Auto Configures the receiver to scan and synchronize to the detected signal framing and pattern information C Bit Configures the receiver to accept C Bit framing M13 Configures th...

Page 204: ...ame can include a path logfile_update Minutes between logfile updates from 1 to 999 Default is 5 min utes logon_id ID used to log into the CT 650 log_frame_error_sec Determines if the CT 650 logs frame errors Possible values are y and n log_frame_sev_error_sec Determines if the CT 650 logs severe frame errors Possible values are y and n log_sev_bit_error_sec Determines if the CT 650 logs severe bi...

Page 205: ... Repeater loop code number_dialed A string of up to 54 DTMF digits 0 9 A D to dial the far end If necessary enter p for pause number_of_phone_digits Number of digits expected to be received in the answer sequence offhook_timeout The time after which the CT 650 disconnects from a VF circuit if no off hook response is received during the indicated time Use No to remain connected even if no off hook ...

Page 206: ... Sets measurement reference frequency from 20 to 3904 Hz in 1 Hz steps Default is 1004 Hz ref_threshold Sets reference threshold peak amplitude from 30 to 110 dBrn in 1 dBm steps Default is 30 dBrn regroom_npc Regroom NPC for unframed clear channel access DCS depen dant YES Regroom NPC for unframed clear channel access after testing NO Do not regroom NPC for unframed clear channel after test ing r...

Page 207: ...xchange Station seizure Trunk type is Loop Start Immediate Dial An Immediate Dial seizure SLC_Gnd_Office An SLC Ground Start Office SLC_Gnd_Station An SLC Ground Start Station SLC_Lp_Office An SLC Loop Start Office SLC_Lp_Station An SLC Loop Start Station Wink_Start A wink start seizure sequence Trunk type is STD E M UserDefinedTrunk User defined seizure type seizure_type_parameter Additional para...

Page 208: ...er to the RTU transmitter the RTU is configured in a test loopback TLB mode signal_format The format of the loop code signal DS1 Selects the DS1 loop codes to be transmitted in the selected DS1 channel within the DS3 signal To issue a DS1 FEAC loop code set the Monitor command framing format for C bit framing To issue a DS1 in band loop code set the DS3_Measure command ds3_signal_format for Muxed ...

Page 209: ...m the RTU receiver to the RTU transmitter Echo_Disable signaling_bits_selected signaling_bits_connected Transmits tone to disable echo cancellers on both selected and connected channels The superframe or ESF signaling bits for the selected channel can be overridden if the Signaling Option is installed Idle_Code signaling_bits_selected signaling_bits_connected Transmits an idle code from the RTU Th...

Page 210: ...t errors from the report screens Off Disable the injected errors 1_Error to 6_Errors Injects one frame error into an M frame either singly or continuously The available durations depends on the type of circuit and error you are injecting test_mode The type of circuit to be tested DS3 DS1 VT1 5 FT1 DDS or VF test_name A name assigned to a test You can use up to 11 characters from the set A Z a z 0 ...

Page 211: ...ate terminals for example CSUs DSUs OCUs and multiplexers Configures DTU for an end to end test which requires a compatible test instrument at the far end Loopback_Alternating Transmits selected pattern over indicated side with alternating loopback codes embedded in the test pattern to provide a loopback of the circuit at one of these devices DSU Generates DS0A alternating Data Service Unit loop c...

Page 212: ...unk type is Loop Start FXS_Loop A Foreign Exchange Station seizure Trunk type is Loop Start SLC_Gnd_Office An SLC Ground Start Office SLC_Gnd_Station An SLC Ground Start Station SLC_Lp_Office An SLC Loop Start Office SLC_Lp_Station An SLC Loop Start Station UserDefinedTrunk A user defined trunk type tx_level Sets the transmit level from 2 to 10 dBm in 1 dBm steps for the Echo Return Loss test Defa...

Page 213: ... on the CT 650 You can list user IDs by using the Who command vf_test_type One of the tests available for measuring VF signals For a detailed listing of the syntax for each type of test see Table 4 on page 71 x_bits Transmits one of the following X bit patterns 11 Simulates a valid C bit framing 00 Simulates an invalid C bit framing Emulate Causes the RTU to automatically transmit the X bits accor...

Page 214: ...x y z where xxxx 1 1024 SDF y 1 7 VT group z 1 4 VT number Table 9 Example digroup number formats Continued DCS Circuit Format Table 10 FEAC alarm messages Message Description Com_Eq_Fl_NSA Common Equipment Failure Non Ser vice Affecting Type 2 equipment failure DS1_M_LOS HBER DS1 Multiple Loss of Signal High Bit Error Ratio DS1_NSA_Eq_Fl DS1 Non Service Affecting Equipment Failure Type 2 equipmen...

Page 215: ...w lists the 6 bit loop code patterns The bits are transmitted from left to right Table 11 Programmable DS3 FEAC codes 6 Bit Pattern Description 6 Bit Pattern Description 000111 LLB Activate 110100 DS1 Line No 20 011100 LLB Deactivate 110101 DS1 Line No 21 011011 DS3 Line 110110 DS1 Line No 22 100001 DS1 Line No 1 110111 DS1 Line No 23 100010 DS1 Line No 2 111000 DS1 Line No 24 100011 DS1 Line No 3...

Page 216: ...010 DS3_Idle_Rcvd 101101 DS1 Line No 13 001111 DS3_NSA_Eq_Fl 101110 DS1 Line No 14 011101 Com_Eq_Fl_NSA 101111 DS1 Line No 15 010101 DS1_M_LOS HBER 110000 DS1 Line No 16 000101 DS1_SA_Eq_Fl 110001 DS1 Line No 17 011110 DS1_S_LOS HBER 110010 DS1 Line No 18 000011 DS1_NSA_Eq_Fl 110011 DS1 Line No 19 Table 11 Programmable DS3 FEAC codes Continued 6 Bit Pattern Description 6 Bit Pattern Description ...

Page 217: ... Loop Codes This appendix describes the available test patterns and loop codes provided in the CT 650 system Topics discussed in this appendix are as follows Test patterns on page 192 Bridgetap Multipat patterns on page 198 LUP option test patterns on page 199 Loop codes on page 206 ...

Page 218: ...uits X X X X 1111 Fixed all ones 1 pattern Used to stress span repeater current regulator circuits It can be used as an Alarm Indication Signal AIS in unframed circuits a keep alive signal idle code or red alarm in other circuits Use pattern to measure signal power level in dBdsx see SIGNAL category test results X 1004HZ 1004 Hz tone which is transmitted over the selected DS1 chan nel With T1 D4 f...

Page 219: ...11 sequential ones Used to test DDS and other circuits operating between 9 6 and 56 kb s Pattern meets excess zeros and ones density require ments X X X 3IN24 Fixed F0100 0100 0000 0000 0000 0100 test pattern Pattern provides minimum ones density 12 5 and maximum excess zeros 15 requirements to stress circuits When framed the pat tern violates minimum ones density requirements Pattern aligned with...

Page 220: ...maximum of 15 zeros and meets the ones density criteria Refer to Table 18 on page 201 for specific test pattern sequence DS1 Rate Pattern causes false frame synchronization on SLC 96 type framed circuits DS3 Rate Used to stress M12 circuits in DS3 equipment X X LUP T1_3 Fixed 54 octet pattern Used to stress T1 repeater pre amplifica tion equalization and automatic line build out ALBO circuitry Pat...

Page 221: ...of 00H Pattern meets ones density and excess zeros criteria to test timing recovery circuits Refer to Table 23 on page 205 for specific test pattern sequence X Multipat Automated multipattern test generates five commonly used test patterns to test a T1 span without having to select each test pat tern individually The CT 650 monitors the received test patterns for bit errors BPVs and frame errors T...

Page 222: ...al zeros and 15 sequential ones Pattern provides a maximum number of zeros allowed for framed non B8ZS testing and does not meet minimum ones density requirement X X X PRBS 2 20 1 1 048 575 bit pseudorandom pattern generates a maximum of 19 sequential zeros and 20 sequential ones Pattern conforms with Bell Compatibility Bulletin No 114 Pattern exceeds excess zeros and does not meet the minimum one...

Page 223: ...e 3 to 24 bit test pattern The prog_pat is entered as ones and zeros and transmitted from left to right as entered Enables patterns to be changed on a per test basis Press Enter to set prog_pat to the system default of 101 X X X User1 Number One 3 to 24 bit system programmable test pattern Pat tern transmits specific bit patterns to test circuit sensitivity to a particular pattern The pattern is e...

Page 224: ...he Supervisor Menu This is the default pattern name and 1010 is the default test pattern This allows the CT 650 to transmit specific patterns to test circuit sensitivity a These long user patterns LUP are only available when the LUP Option is installed Table 12 Digital test patterns Continued DS3 DS1 FT1 DDS Pattern Description Table 13 Bridgetap patterns Pattern Name Bit Patterna ALL ONES F 1111 ...

Page 225: ... 0000 3 IN 21 F 0100 0100 0000 0000 0000 1 3 IN 22 F 0100 0100 0000 0000 0000 10 3 IN 23 F 0100 0100 0000 0000 0000 100 3 IN 24 F 0100 0100 0000 0000 0000 0100 T1 QRSS 220 1 pseudorandom pattern with 14 zero suppres sion a F Framing bit shown in relative position to test pattern Table 14 Multipattern patterns Pattern Name Bit Patterna a F Framing bit shown in relative position to test pattern ALL ...

Page 226: ...ted first see Table 15 on page 200 This requires that the binary representation be turned over for transmission For example the binary representation of the hexadecimal value 01 would be 0000 0001 For example the MSB and LSB 74H is 0111 01000 Table 15 Hexadecimal to binary conversion H 8421 H 8421 0 0000 8 1000 1 0001 9 1001 2 0010 A 1010 3 0011 B 1011 4 0100 C 1100 5 0101 D 1101 6 0110 E 1110 7 0...

Page 227: ...01 0101 0101 1000 0000 1000 0000 1111 1111 46 47 48 49 50 51 52 53 54 FFH FFH FFH FFH FFH FFH FEH FFH FFH 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1110 1111 1111 1111 1111 55 56 57 58 59 60 61 62 63 24H 49H 92H 88H 88H 88H 10H 42H 08H 0010 0100 0100 1001 1001 0010 1000 1000 1000 1000 1000 1000 0001 0000 0100 0010 0000 1000 64 65 66 67 68 69 70 71 72 21H 84H 20H 08H 82H 40H ...

Page 228: ...1H 1000 0000 0000 0001 1010 1010 1010 1010 1010 1010 1010 1010 1000 0000 0000 0001 1000 0000 0000 0001 81 82 83 84 85 86 87 88 89 90 80H 01H 80H 01H 80H 01H 80H 01H 80H 01H 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 91 92 93 94 95 96 80H 01H 80H 01H 80H 01H 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 Table 18 T1_2 test patter...

Page 229: ...111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 31 32 33 34 35 36 37 38 39 40 FFH FFH FFH FFH FFH FFH FFH FFH FFH FFH 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 41 42 43 44 45 46 47 48 49 50 FFH FFH FFH FFH FFH FFH FFH FFH FFH FFH 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1111 1...

Page 230: ...01 02 03 04 05 06 07 08 09 10 80H 01H 80H 01H 80H 01H 80H 01H 80H 01H 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 11 12 13 14 15 16 17 18 19 20 80H 01H 80H 01H 80H 01H 80H 01H 80H 01H 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 21 22 23 24 25 26 27 28 29 30 80H 01H 80H 01H 80H 01H 80H 01...

Page 231: ... 0000 0001 0000 0001 0000 0001 0000 0001 0000 0001 1111 1111 1111 1111 1111 1111 41 42 43 44 45 46 47 48 49 50 FFH FFH FFH 80H 01H 80H 01H 80H 01H 80H 1111 1111 1111 1111 1111 1111 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 1000 0000 51 52 53 54 55 01H 80H 01H 80H 01H 0000 0001 1000 0000 0000 0001 1000 0000 0000 0001 Table 23 T1_DALY test pattern sequence 01 02 03 04 05 06 07 08 0...

Page 232: ...ode of 10000 and a loop down code of 100 FAC1 Selects in band DS1 4 bit facility or network or smart jack loop codes Transmits a loop up code of 1100 and a loop down code of 1110 FAC2 Selects in band DS1 5 bit facility or network or smart jack loop codes Transmits a loop up code of 11000 and a loop down code of 11100 FAC3 Selects in band DS1 6 bit facility or network or smart jack loop codes Trans...

Page 233: ...S1 first doubler 16 bit loop codes Transmits a loop up code of 1100 0111 0100 0001 and a loop down code of 1001001110010011 2 Doubler_Longa Selects in band DS1 second doubler 16 bit loop codes Transmits a loop up code of 1100 0111 0101 0100 and a loop down code of 1001001110010011 CSU Repeater 0 8_rptrs Selects latching DS0 Customer Service Unit loop codes Include num ber of CSUs or repeaters betw...

Page 234: ...ers OCU ft1_chan b Selects DS0A latching Office Channel Unit loop codes for specified channel V 54 ft1_chan All Selects latching V 54 loop codes for specified channel If All is selected the V 54 loopcode is transmitted across all channels of the fractional bandwidth a For looping HDSL HTU R HTU C and Doublers also transmits an arming code of 11000 and a disarming code of 11100 b The CSU and OCU co...

Page 235: ...s appendix provides information about standard support services add on services and training available through JDSU Topics discussed in this appendix include About our services on page 210 Standard support services on page 210 Add on services on page 211 Training options on page 213 ...

Page 236: ...d support services Standard support services that accompany the sale of every JDSU product include Instrument repair and calibration services Business hour technical assistance Access to general warranty information on the JDSU Web site Extensive product documentation and related technical informa tion accessible on the JDSU Web site For more information refer to the following subsections Instrume...

Page 237: ... For information about optional 24x7 technical assistance see Extended product and systems support services on page 212 Warranty information Information about standard warranties terms and conditions specific to JDSU s Test Measurement products and third party software that may be included within such products is posted on the JDSU Web site For more information go to www jdsu com terms Product doc...

Page 238: ... ext warr aspx For information about optional extended equipment repair services go to www jdsu com en us Test and Measurement services a z service list Pages factory repair aspx For information about equipment calibration management services go to www jdsu com en us Test and Measurement services a z service list Pages calibration aspx For information about optional 24x7 technical assistance go to...

Page 239: ...services avaiable from JDSU go to www jdsu com en us Test and Measurement services managed services Pages default aspx Training options JDSU offers a wide array of training options designed to support customers at various stages of the network life cycle Training options include Public training On site training Virtual classroom Self paced training Certifications Workshops and blended learning Tra...

Page 240: ...Appendix D Customer Services and Support Training options 214 CT 650 User s Guide Release 9 3 ...

Page 241: ...26 answer sequence 27 Batch_Command 22 CRS 27 Daytime 23 DCS configuration 26 DCS_Direct 23 defaults 27 Delete_Log 23 dial sequence 27 Email 24 Error_Rate 24 Examine_Log 25 Exit 25 Files_List 25 Help 26 Information 26 28 Inject_Errors 28 Line_Coding 29 Logout 29 Loopback 29 Main_Exit 30 miscellaneous settings 27 OS_Command 30 Password 30 port configuration 26 Port_Connect 31 Printer 31 Prog_Loop 3...

Page 242: ...es 81 Common commands abbreviated entry 12 Abort 37 Disconnect 38 Log_Errors 55 Report 39 Select_Test 39 Configuration information answer sequence 27 CRS 27 DCS 26 defaults 27 dial sequence 27 miscellaneous settings 27 ports 26 RTUs 27 security 27 slots 27 TAPS 28 tests 27 trunk types 27 Configure command 86 Configuring DT1 RTUs 92 DT3 RTUs 90 DTU RTUs 93 STS 1 RTUs 95 Confirmation screens 8 Contr...

Page 243: ...96 systems 50 UF_Split 50 viewing defaults 110 Yellow_Alarm 50 DS1_DI_Monitor command 46 DS1_DI_Split command 47 DS1_Measure command 47 DS1_Split command 48 DS3 test commands DS3_Measure 42 DS3_Split 42 FEAC alarms and loop codes 188 FEAC_Alarm 43 Monitor 43 results 121 Tx_X_Bit 44 viewing defaults 109 DS3_Measure command 42 DS3_Split command 42 DT1 RTUs configuring 92 DT3 RTUs configuring 90 DTU ...

Page 244: ...uxiliary 29 DS0 VF 68 status information 170 status line 10 LUP command 100 test pattern sequences 199 M Main_Exit command 30 MCU ports configuring with Configure Ports command 88 Menu screens 6 MIN_MAX test pattern sequence 201 Miscellaneous settings 27 MJU command 62 Monitor command DDS 63 DS0 VF 69 DS1 49 DS3 43 FT1 56 Multipattern test pattern sequence 199 Multipoint junction unit 62 O On hook...

Page 245: ...results 169 Trunk_Types 97 Supervisor Menu screen 7 System test patterns 191 206 System_Test command 102 T T1_2 test pattern sequence 201 T1_3 test pattern sequence 202 T1_4 test pattern sequence 203 T1_5 test pattern sequence 204 T1_6 test pattern sequence 205 T1_DALY test pattern sequence 205 Talk Listen command 70 Talk Listen information 28 TAP_Loopback command 34 TAPS information 28 Test patte...

Page 246: ...nd 35 V Version command 36 VF test commands See DS0 VF test commands VF_DI_Measure command 71 VF_DI_Split command 76 VF_Measure command 77 VF_Split command 77 View_Results command 36 W Who command 36 Write command 36 X X 25 emulating Ctrl key 13 enabling for Alcatel 1631 89 X bits 44 Y Yellow_Alarm command 50 ...

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