HELP V01.01B 2000-11-14
[brasimulHelpID]
                        *** BRA SIMULATION applications ***

(1) TE-ST simulation
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal connected to the S bus (S/T interface, 4 wires).

(2) LT/NT-S/T simulation
This is a NETWORK simulation mode where the IBT-300 replaces the LT and the NT1. In this case, the connection is made on the S bus (S/T interface, 4 wires).

(3) LT-U simulation
This is a NETWORK simulation mode where the IBT-300 replaces only the LT. In this case, the connection is made on the U interface (2 wires).

(4) TE/NT-U simulation
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal and the NT1. In this case, the connection is made on the U interface (2 wires).

[bramoniHelpID]
                       *** BRA MONITORING applications ***

(1) S0/T0 monitoring 
This is a MONITORING mode where the IBT-300 test set is connected in high impedance on the S0/T0 interface (4 wires) and can non-intrusively monitor the content of the D/B channels.

(2) NT1 swap out mode
This is a MONITORING mode where the IBT-300 test set replaces the NT1. One side is connected to the U interface (2 wires) while the other side is connected to the S0/T0 interface (4 wires).

(3) U (2B1Q) repeater
The IBT-300 test set is bridged on the U interface: one side is connected to the LT (Central Office) and the other side to the NT1.

[braleasedHelpID]
                       *** BRA LEASED LINES (no D channel) applications ***

In case of leased lines (when the D channel is not used), the IBT-300 can be used to test the quality of the access. You can test the quality for circuits providing 64 kbit/s (1B), 128 kibt/s (2B) and 144 kbit/s (2B+D).

(1) TE-ST simulation
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal connected to the S bus (S/T interface, 4 wires).

(2) LT/NT-S/T simulation
This is a NETWORK simulation mode where the IBT-300 replaces the LT and the NT1. In this case, the connection is made on the S bus (S/T interface, 4 wires).

(3) LT-U simulation
This is a NETWORK simulation mode where the IBT-300 replaces only the LT. In this case, the connection is made on the U interface (2 wires).

(4) TE/NT-U simulation
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal and the NT1. In this case, the connection is made on the U interface (2 wires).

[prasimulHelpID]
                      *** PRA SIMULATION applications ***

(1) TE-S2/T2 mode
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal connected to the S2/T2 interface (maximum receiver sensitivity is set below 20 dB).

(2) LT/NT-S2/T2
This is a NETWORK simulation mode where the IBT-300 replaces the LT and the NT1. In this case, the connection is made on the S2/T2 interface (maximum receiver sensitivity is set below 20 dB).

(3) LT-U2/G.704
This is a NETWORK simulation mode where the IBT-300 replaces only the LT. In this case, the connection is made on the U interface (2MB G.703/G.704).

(4) TE/NT-U2/G.704 mode
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal and the NT1. In this case, the connection is made on the U interface (2MB G.703/G.704).

[pramoniHelpID]
                      *** PRA MONITORING applications ***

(1) S2/T2 monitoring 
This is a MONITORING mode where the IBT-300 test set is connected in high impedance on the S2/T2 interface to non-intrusively monitor the content of the D/B channels.

(2) U2/G.704 monitoring
This application allows you to use the tester on an E1 link: in this case, the receiver sensitivity is extended to 35 dB (instead of 20 dB for S2/T2 monitor).

(3) PMP monitor
This application allows you to monitor a Primary Rate Access when a Protected Monitoring Point (PMP) is provided to protect the line for in-service maintenance.

[praleasedHelpID]
       *** PRA LEASED LINES (No D-channel) applications ***

In case of leased lines (when the D channel is not used), the IBT-300 can be used to test the quality of the access. You can test the quality for circuits providing N*64 kbit/s or for an unframed 2MB circuit.

(1) TE-S2/T2 mode
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal connected to the S2/T2 interface (maximum receiver sensitivity is set below 20 dB).

(2) LT/NT-S2/T2
This is a NETWORK simulation mode where the IBT-300 replaces the LT and the NT1. In this case, the connection is made on the S2/T2 interface (maximum receiver sensitivity is set below 20 dB).

(3) LT-U2/G.704
This is a NETWORK simulation mode where the IBT-300 replaces only the LT. In this case, the connection is made on the U interface (2MB G.703/G.704).

(4) TE/NT-U2/G.704 mode
This is a TERMINAL simulation mode where the IBT-300 replaces a terminal and the NT1. In this case, the connection is made on the U interface (2MB G.703/G.704).

[prav51v52HelpID]
Not available yet.

[terminal-stHelpID]
                       *** BRA TERMINAL SIMULATION at S0/T0 ***

The IBT-300 replaces a Terminal connected on the S0/T0 interface.
Use connector [5] with cable K792 to connect the IBT-300 to the S bus.

[reseau-stHelpID]
                       *** BRA NETWORK SIMULATION at S0/T0 ***

The IBT-300 replaces a Network (replacing the LT and the NT1).
Use connector [5] with cable K792 to connect the instrument to the S bus.

WARNING: The S bus supplies power to any terminal connected to it. 
When you replace the Network with an IBT-300, you may have to use an external powerfeed box if some terminals CANNOT work without getting power from the S bus.

[terminal-uHelpID]
                       *** BRA TERMINAL SIMULATION at U ***

The IBT-300 is replacing a TE and the NT1. The IBT-300 must be connected to the U interface with cable K2508 (RJ-45 with two banana plugs).
Depending on the line code used on the U interface, the CONNECTOR is chosen as follows:
   21BQ: The most frequently used
        Use connector [4] on the rear panel.
   4B3T: Mainly for Germany, Belgium
        Use connector [20] on the right hand side.

[reseau-uHelpID]
                       *** BRA NETWORK SIMULATION at U ***

The IBT-300 is replacing a switch (LT) at the U interface.

WARNING: As most of the NT1's cannot operate without power on the U interface (around 90V is needed), you must use the adapter K2512 and two cables K2508. Plug the adapter K2512 into connector [21] on the right-hand side of the instrument.
One cable K2508 is used to connect the IBT-300 to the line (U interface), while the other K2508 is used to connect to an AC/AC adapter to supply the requested voltage.

[STHelpID]
                       *** BRA MONITORING at S0/T0 ***

Use connector [5] with cable K792 to connect the instrument to the S bus.

WARNING: The only parameter you will have to specify is the Layer 3 protocol (EDSS1, Q.SIG, CorNet(, ...) to get the right detailed decoding according to the protocol used on the ISDN access.

[NT1HelpID]
              *** BRA MONITORING at S0/T0 interface: NT1 SWAP OUT ***

1) Connection to the S bus
  Use connector [5] with cable K792.

2) Connection to the U interface
 The IBT-300 must be connected to the U interface with cable K2508 (RJ-45 with two banana plugs).
 Depending on the line code used on the U interface, the CONNECTOR is chosen as follows:
   21BQ: The most frequently used
        Use connector [4] on the rear panel.
   4B3T: Mainly for Germany, Belgium
        Use connector [20] on the right-hand side.

[UHelpID]
                       *** BRA MONITORING: U Repeater ***

The IBT-300 is bridged on the U line as follows:

1) Connection to the NT1
Use connector [21] and cable K2508 to connect the IBT-300 on the U interface towards the NT1.

2) Connection to the Central Office
Use connector [22] and cable K2508 to connect the IBT-300 on the U interface towards the Central Office.

[terminal-s2t2HelpID]
                    *** TERMINAL SIMULATION at S2/T2 (PRA, 30B+D) ***

The IBT-300 replaces a terminal equipment connected to the S2/T2 interface. As the test set operates on an ISDN primary rate access, the maximum receiver sensitivity is set to 20 dB (short haul).

How to connect the IBT-300?
---------------------------
RJ-45 (SYMMETRICAL CONNECTION)
Use connector [6] and cable K792 to connect the instrument to the line. Make sure that the selected impedance is 120 ohms by pressing ALT+F1 to access the Installation menu.

BNC (ASYMMETRICAL CONNECTION)
Use connectors [7] and [8] with BNC cables. Make sure that the selected impedance is 75 ohms by pressing ALT+F1 to access the Installation menu.
      
[reseau-s2t2HelpID]
      *** NETWORK SIMULATION at S2/T2 interface (PRA, 30B+D) ***

The IBT-300 replaces the network (LT+NT1) and operates on the S2/T2 interface. As the test set operates on an ISDN primary rate access, the maximum receiver sensitivity is set to 20 dB (short haul).

How to connect the IBT-300?
---------------------------
RJ-45 (SYMMETRICAL CONNECTION)
Use connector [6] and cable K792 to connect the instrument to the line. Make sure that the selected impedance is 120 ohms by pressing ALT+F1 to access the Installation menu.

BNC (ASYMMETRICAL CONNECTION)
Use connectors [7] and [8] with BNC cables. Make sure that the selected impedance is 75 ohms by pressing ALT+F1 to access the Installation menu.

[terminal-u2HelpID]
           *** TERMINAL SIMULATION (long haul) at S2/T2 or U2 ***

!!! WARNING (LONG HAUL)!!!: This mode will allow you to test on a primary rate access with an extended receiver sensitivity (35 dB) which will not guarantee that an ISDN terminal can operate on the line.
The IBT-300 replaces a terminal equipment connected to the S2/T2 interface or the U2 interface (if the framing is G.704).

How to connect the IBT-300?
---------------------------
RJ-45 (SYMMETRICAL CONNECTION)
Use connector [6] and cable K792 to connect the instrument to the line. Make sure that the selected impedance is 120 ohms by pressing ALT+F1 to access the Installation menu.

BNC (ASYMMETRICAL CONNECTION)
Use connectors [7] and [8] with BNC cables. Make sure that the selected impedance is 75 ohms by pressing ALT+F1 to access the Installation menu.
      
[reseau-u2HelpID]
          *** TERMINAL SIMULATION (long haul) at S2/T2 or U2 ***

!!! WARNING (LONG HAUL)!!!: This mode will allow to test on a primary rate access with an extended receiver sensitivity (35 dB) which will not guarantee that an ISDN terminal can operate on the line.
The IBT-300 replaces the network connected to the S2/T2 interface or the U2 interface (if the framing is G.704).

How to connect the IBT-300?
---------------------------
RJ-45 (SYMMETRICAL CONNECTION)
Use connector [6] and cable K792 to connect the instrument to the line. Make sure that the selected impedance is 120 ohms by pressing ALT+F1 to access the Installation menu.

BNC (ASYMMETRICAL CONNECTION)
Use connectors [7] and [8] with BNC cables. Make sure that the selected impedance is 75 ohms by pressing ALT+F1 to access the Installation menu.
   
[S2T2HelpID]
                     *** PRA MONITORING at S2/T2 ***

How to connect the IBT-300?
---------------------------
RJ-45 (SYMMETRICAL CONNECTION)
Use connector [6] and cable K792 to connect the instrument to the line. Make sure that the selected impedance is 120 ohms by pressing ALT+F1 to access the Installation menu.

BNC (ASYMMETRICAL CONNECTION)
Use connectors [7] and [8] with BNC cables. Make sure that the selected impedance is 75 ohms by pressing ALT+F1 to access the Installation menu.

[U2G704HelpID]
                      *** PRA MONITORING at E1 ***

How to connect the IBT-300?
---------------------------
RJ-45 (SYMMETRICAL CONNECTION)
Use connector [6] and cable K792 to connect the instrument to the line. Make sure that the selected impedance is 120 ohms by pressing ALT+F1 to access the Installation menu.

BNC (ASYMMETRICAL CONNECTION)
Use connectors [7] and [8] with BNC cables. Make sure that the selected impedance is 75 ohms by pressing ALT+F1 to access the Installation menu.

[U2PMPmoniHelpID]
                *** PRA MONITORING: Protected Monitoring Point (PMP) ***

How to connect the IBT-300?
---------------------------
RJ-45 (SYMMETRICAL CONNECTION)
Use connector [6] and cable K792 to connect the instrument to the line. Make sure that the selected impedance is 120 ohms by pressing ALT+F1 to access the Installation menu.

BNC (ASYMMETRICAL CONNECTION)
Use connectors [7] and [8] with BNC cables. Make sure that the selected impedance is 75 ohms by pressing ALT+F1 to access the Installation menu.

[PMPmoniHelpID]


[G703G704HelpID]


[testseqHelpId]
                                *** TEST SEQUENCER ***

PURPOSE: This test provides an AUTOMATIC TEST SEQUENCE which is used to run several ISDN basic tests in sequence.
   
    (PART -1-) Configuring and launching a test
    (PART -2-) Saving and editing test results
___________________________________________
(PART -1) CONFIGURING AND LAUNCHING A TEST

   SoftKeys: { F1: Profile },  { F2: Last },  { F4: Select },  { F5: Run }

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. You can create several profiles to build a test library in order to test quickly and efficiently. Using the profile manager application, you can 'save / rename/ delete or load' a specific profile.

 F2: LAST
Reviews the results of the last test.

 F4: SELECT
Once you have chosen to include an ISDN basic test (such as BERT, B-channel configuration, ...) in your test sequence you can:
  -> Run the basic ISDN test with its current parameters
  -> Run the basic ISDN test with a profile (if you have already defined some).

 F5: RUN
Starts the test sequence.

___________________________________________
(PART -2) SAVING AND EDITING TEST RESULTS

During the test sequence you can skip an ISDN basic test by pressing {F4: Next}.
When the test sequence is complete, you can store the results in a file.

   SoftKeys: { F1: Store }, { F5: Quit }

 F1: STORE
Stores test results in a file. The file manager application allows you to create/rename and delete directories so you can choose where you want to store the file.
Later on you can view a file by using the file manager application. First choose 'Tools > File Manager' from the menu bar to launch the file manager. Then browse to the file you want and display it by pressing the Enter key.

 F5: QUIT
Returns to the application.

[phoneHelpId]
                       *** MAKING CALLS ***
  
PURPOSE: This test allows you to manually place one or several call(s) (up to 2 for the basic and up to 30 for primary rate access). You can also generate DTMF and activate supplementary services using the KEYPAD protocol. 
Two dialing modes are supported: En-bloc and Overlap.

Use the directional keys UP and DOWN to move from one call to another.

   (PART -1-) Making a call
   (PART -2-) Making several calls/ releasing calls
___________________________________________
(PART -1) MAKING A CALL

   SoftKeys: { F1: Profile }, { F3: Memo }, { F5: Call }

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. You can create several profiles to build a test library in order to test quickly and efficiently. Using the profile manager application you can 'save / rename/ delete or load' a specific profile.

 F3: MEMO
Gives access to a phone book.

 F5: CALL
Once you have set all parameters, press this key to start the call.

___________________________________________
 (PART -2) MAKING SEVERAL CALLS / RELEASING CALLS

   SoftKeys: { F2: Chan }, { F3: Stat }, { F4: Newcall }, { F5: Break }

 F2: CHAN
Displays a graphical view of the ISDN access (B-channel matrix). You can also use this matrix to move to a specific B channel.

 F3: STAT
Provides more information on the call.

 F4: NEWCALL
Initiates a new call. Use the ESC key to cancel and go back to a connected call.
 
 F5: Break
Disconnects the call.

[bertHelpId]
                  *** Testing Quality (BERT) ***
  
PURPOSE: This test provides a test of the quality of an ISDN access. The evaluation can be performed using the G.821 recommendation or with a simple method by using a threshold.
The BERT evaluation is started automatically when the call is established.

   (PART -1-) Configuring the test
   (PART -2-) Running the test
   (PART -3-) Saving and editing test results
___________________________________________
(PART -1) CONFIGURING THE TEST

   SoftKeys: { F1: Profile }, { F2: Last }, { F4: Start }

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. You can create several profiles to build a test library in order to test quickly and efficiently. Using the profile manager application you can 'save / rename/ delete or load' a specific profile.

 F2: LAST
Displays the results of the last test (empty if none).

 F4: START
Starts the BER Test.
  While the test is running, the IBT-300 displays the results in absolute values and percentage.
  You can also inject errors to check the continuity for instance.
_________________________________________
(PART -2) RUNNING THE TEST

  SoftKeys: { F2: Error }, { F5: Stop }

 F1: ERROR
Used to inject errors (only available if you have enabled the manual insertion of errors).

 F5: STOP
Breaks the test.
_________________________________________
(PART -3) SAVING AND EDITING TEST RESULTS

  SoftKeys: { F1: Store }, { F5: Quit }

 F1: STORE
Stores test results in a file. The file manager application allows to create/rename and delete directories so you can choose where you want to store the file.
Later on you can view a file by using the file manager application. First choose 'Tools > File Manager' from the menu bar to launch the file manager. Then browse to the file you want and display it by pressing the Enter key.

 F5: QUIT
Returns to the application.

[servHelpId]
                  *** Testing ISDN services and teleservices ***
  
PURPOSE: This test provides an AUTOMATIC TEST to quickly verify which services/teleservices are available on the access. You can also use the <phone> function to place a call with a specific service/teleservice.

   (PART -1-) Configuring and launching a test
   (PART -2-) Saving and editing test results
___________________________________________
(PART -1) CONFIGURING AND LAUNCHING A TEST

   SoftKeys: { F1: Profile }, { F2: Last }, { F3: Select }, { F4: Start }

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. You can create several profiles to build a test library in order to test quickly and efficiently. Using the profile manager application you can 'save / rename/ delete or load' a specific profile.

 F2: LAST
Displays the results of the last test (empty if none).

 F3: SELECT
Depending on the Layer 3 Protocol you may have chosen, a specific list of services/services is available. In addition you can create up to three user-defined services (User1, User2, User3). 

 F4: START
Starts the automatic test sequence. 
While the test is running, the IBT-300 displays the result ('Passed' or 'Failed') for each service being tested.

     'Passed': the call for the specified service was established and released successfully.
     'Failed': The call could not be established or released with an abnormal cause.
_________________________________________
(PART -2) SAVING AND EDITING TEST RESULTS

Once the automatic test sequence is completed, you can store and edit test results.

    SoftKeys: { F1: Store }, { F4 : Quit }

 F1: STORE
Stores test results in a file. The file manager application allows you to create/rename and delete directories so you can choose where you want to store the file.
Later on you can view a file by using the file manager application. First choose 'Tools > File Manager' from the menu bar to launch the file manager. Then browse to the file you want and display it by pressing the Enter key.

 F5: QUIT
Returns to the test function.

[suppservHelpId]

                  *** Testing availability of ISDN supplementary services ***
  
PURPOSE: This test provides an AUTOMATIC TEST to quickly verify which ISDN supplementary services are available on the access. 

WARNING: This test must be carried out using the address equipment you are replacing. This means that you have to call yourself.

   (PART -1-) Configuring and launching a test
   (PART -2-) Saving and editing test results
___________________________________________
(PART -1) CONFIGURING AND LAUNCHING A TEST

   SoftKeys: { F1: Profile }, { F2: Last }, { F3: Select }, { F4: Start }

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. You can create several profiles to build a test library in order to test quickly and efficiently. Using the profile manager application you can 'save / rename/ delete or load' a specific profile.

 F2: LAST
Displays the results of the last test (empty if none).

 F3: SELECT
You can choose which supplementary services you want to test by defining a subset. Tick each supplementary service you want to test and untick each supplementary service you want to ignore.

 F4: START
Starts the automatic test sequence. While the test is running, the IBT-300 displays the result ('Passed' or 'Failed') for each service being tested.
     'Failed':     The call could not be established or released with an abnormal cause.
  
     'Available':   The supplementary service is available on the access. So the customer can use it.
     
     'Unavailable': The supplementary service is not available on the access. So the customer will not able to use it.

     '????':        The test procedure provides no definitive answer as to service availability.
          
_________________________________________
(PART -2) SAVING AND EDITING TEST RESULTS

Once the automatic test sequence is completed, you can store and edit test results.

    SoftKeys: { F1: Store }, { F4: Quit }

 F1: STORE
Stores test results in a file. The file manager application allows you to create/rename and delete directories so you can choose where you want to store the file.
Later on you can view a file by using the file manager application. First choose 'Tools > File Manager' from the menu bar to launch the file manager. Then browse to the file you want and display it by pressing the Enter key.

 F5: QUIT
Returns to the test function.

[bchannelHelpId]
                  *** Testing B-channel provisioning ***
  
PURPOSE: This test provides an AUTOMATIC TEST to quickly verify the configuration/provisioning of the B channels.
Three different B-channel test types are available.

   (PART -1-) Configuring and launching a test
   (PART -2-) Saving and editing test results
___________________________________________
(PART -1) CONFIGURING AND LAUNCHING A TEST

   SoftKeys: { F1: Profile }, {F5: Start }

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. You can create several profiles to build a test library in order to test quickly and efficiently. Using the profile manager application, you can 'save / rename/ delete or load' a specific profile.
 
 F5: START   
Choose one of the B-channel test type.
F5 starts the test. If you have selected the 'Multiple call' test, then you must enter a destination address 'Called address').

___________________________________________
(PART -2) SAVING AND EDITING TEST RESULTS

Once the automatic test sequence is completed, you can store and edit test results.

 F1: STORE
Stores test results in a file. The file manager application allows you to create/rename and delete directories so you can choose where you want to store the file.
Later on you can view a file by using the file manager application. First choose 'Tools > File Manager' from the menu bar to launch the file manager. Then browse to the file you want and display it by pressing the Enter key.

[X25DsimHelpId]



[X25BsimHelpId]



[isdnrespHelpId]
                       *** ISDN Responder ***

The IBT-300 offers an unattended mode with automatic call back (up to 2 calls for BRA and up to 30 calls for PRA). 
In this mode, the IBT-300 tries to systematically call back any address for which a call was set-up.

Once you have selected the parameters, press F5 to start. The IBT-300 will display information regarding the calls.

If you want to get a GRAPHICAL VIEW, press the STATUS key (the unmarked key on the left-hand side below the screen). Then press {F1: Matrix} to display the B-channel matrix.

[X25respHelpId]
                     *** X.25/D Responder ***

The IBT-300 offers an unattended mode for automatic acceptance of one incoming call.

Press {F5: Run} to start the test.

[callbackHelpId]
                    *** ISDN Call-back ***

The IBT-300 offers an unattended mode with automatic call-back (up to 2 calls for BRA and up to 30 calls for PRA). 
In this mode, the IBT-300 tries to systematically call back any address for which a call was set-up.

Once you have selected the parameters, press F5 to start. The IBT-300 will display information regarding the calls.

If you want to get a GRAPHICAL VIEW, press the STATUS key (the unmarked key on the left-hand side below the screen). Then press {F1: Matrix} to display the B-channel matrix.

[dmonHelpId]
           *** On-screen D-channel monitoring ***

The IBT-300 can monitor the D channel in both directions and can decode the Layer1, Layer2 and Layer3.
In addition an AUDIO-MONITOR function is provided to listen to the content of any B channel.
The D-channel protocol can be viewed in three modes: SUMMARY, DETAILED or HEXA.
 
   (PART -1-) Using filters
   (PART -2-) Starting on-line (real-time) monitoring
   (PART -3-) Off-line analysis
   (PART -4-) Saving and retrieving monitoring files
___________________________________________
(PART -1) USING FILTERS 

   SoftKeys: { F1:Profile }, { F2:Reset }, { F3: Read }, { F5: Run }

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. You can create several profiles to build a test library in order to test quickly and efficiently. Using the profile manager application, you can 'save / rename/ delete or load' a specific profile.
To use a predefined profile, first use {F1: Profile} to enter the profile manager then select one profile from the list and press {F1: Load} to apply it.

 F2: RESET
Resets the filters to the default configuration (no-filters).

 F3: READ
Allows you to load a monitoring or a trace file from the file manager application for off-line analysis.

 F5: RUN
Starts the on-line monitoring of the ISDN access.

___________________________________________
(PART -2) STARTING ON-LINE MONITORING
When you have defined filters (if necessary), press {F5: RUN} to start monitoring the ISDN access.

   SoftKeys: { F1:B31 }, { F2:B1 }, { F3:Susp/Resu }, { F5:Break }

 F1: Bx    F2: By
Use these softkeys to listen to a specific B channel for AUDIO MONITOR.

 F3: SUSP/RESU
Once the analysis has begun, you can freeze the display by pressing F3 (the instrument keeps capturing data). To resume press F3 again.

 F4: BREAK
To stop capturing, press F4. Then you can perform an off-line analysis using different filters and store the captured data in a file.

___________________________________________
(PART -3) OFF-LINE ANALYSIS

To navigate through the file you can move one page up or down by using ALT+UP or ALT+DOWN. 
To jump directly to a line, type the number of the line on the keypad and press Enter.

The default display mode is SUMMARY. To enter the DETAILED mode, press Enter.

___________________________________________
(PART -4) SAVING AND RETRIEVING MONITORING FILES

Press { F2: Store } to store the capture in a file. The file manager application allows you to create/rename and delete directories so you can choose where you want to store the file.
Later on you can view a file using the read function (See PART -2).

[dmonpcHelpId]
            *** D-channel monitoring on PC with ISDNpartner ***

The IBT-300 can be used as a high-end D-channel analyzer on PC when combined with the ISDNpartner software (Expert System).
Connect the IBT-300 to a PC using the K766 cable. You can define the bitrate of the serial port by choosing <Preferences > Serial Port > Baud Rate> from the menu bar (press the MENU key to make this menu bar appear on top of the screen).

 F5: RUN/BREAK
To start the synchronization with the ISDNpartner software, press F5. The display shows 'Synchronizing' while connecting to the ISDNpartner application. Then use ISDNpartner to perform an expert analysis.


[bmonHelpId]
                              *** On-screen B-Channel Monitoring ***

The B-Channel Monitoring application enables the user to analyze the content of the D channel simultaneously 
with PPP/MLP protocols in 1 or 2 B channels. It decodes both synchronous PPP/MLP and asynchronous PPP 
encapsulated in V.120.

The B-Channel Monitoring results can be viewed in three modes: SUMMARY, DETAILED or HEXA.

The default display mode is SUMMARY. To enter the DETAILED mode, Press the ENTER key. Press the ENTER key again
or F1 (Hexa) key to view in HEXA mode. When in HEXA mode, press F1 (Detail) key to go back to DETAILED mode.

Navigation:
-> To navigate through the file you can move one page up or down by using ALT+UP or ALT+DOWN in the SUMMARY MODE
-> In the DETAIL and HEXA modes, use ALT+UP or ALT+DOWN to move to the next or previous frame.
-> To jump directly to a line, type the number of the line on the keypad and press Enter.

   (PART -1-) Using PPP/MLP Setup parameters
   (PART -2-) Starting on-line (real-time) monitoring
   (PART -3-) Off-line analysis
   (PART -4-) Saving and retrieving monitoring files
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(PART -1) USING PPP/MLP SETUP PARAMETERS 
 Soft keys: {F1: Profile}, {F2: Reset}, {F3: Read}, {F4: Last}, {F5: Run}

 F1: PROFILE
Parameters used for this test can be stored in a file called a 'profile'. User can create several profiles to build 
a test library in order to test quickly and efficiently. Using the profile manager application, user can
'save / rename/ delete or load'  a specific profile. To use a predefined profile, first use {F1: Profile} to enter 
the profile manager then select one profile from the list and press {F1: Load} to apply it.

 F2: RESET
Resets the PPP/MLP Setup parameters to the default configuration.

 F3: READ
Allows you to load a monitoring or a trace file from the file manager application for off-line analysis.

 F4: LAST
Review the last capture file (empty if none).

 F5: RUN
Starts the on-line monitoring of the ISDN access.

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(PART -2) STARTING ON-LINE MONITORING
When you have defined PPP/MLP setup parameters (if necessary), press {F5: RUN} to start monitoring the ISDN access.

Soft keys: {F4: Suspend/Resume}, {F5: Break}

 F4: SUSP/RESUME
Once the analysis has begun, you can freeze the display by pressing F3 (the IBT-100/-200/-300 keeps capturing data).
To resume press F4 key again.

 F5: BREAK
To stop capturing, press F5. Then you can perform an off-line analysis using different filters and store the captured 
data in a file.

___________________________________________
(PART -3) OFF-LINE ANALYSIS
Soft keys: {F1: Channel}, {F2: Protocol}, {F4: Filter}, {F5: Break}

The default display mode is SUMMARY. To enter the DETAILED mode, press Enter.
Press Enter again to view in HEXA mode.

Navigation:
-> To navigate through the file you can move one page up or down by using ALT+UP or ALT+DOWN in the SUMMARY MODE
-> In the DETAIL and HEXA modes, use ALT+UP or ALT+DOWN to move to the next or previous frame.
-> To jump directly to a line, type the number of the line on the keypad and press Enter.

F1: Channel
Use these Soft keys to toggle between the B channels. The toggling sequence for BRA shall be D+B1 and D+B2.
The toggling sequence for PRA shall be D+Bx,D+By and D+Bx+By. The value of x and y ranges from 1 to 15 and 17 to 31.
In case of D+Bx+By toggling sequence in PRA, the value x and y ranges from 1 to 15 and 17 to 31 but can not be similar.
 
F2: Protocol
Use these soft keys to toggle between different families of protocols in the B channel. (All protocols, 
Negotiation protocols and IP protocols).

 F4: Filter
Use to define filters. These Filter parameters are applicable only for D channel data.

 F5: Break
Back to the application.

__________________________________________
(PART -4) SAVING AND RETRIEVING MONITORING FILES
Press {F3: Store} to store the capture in a file. The file manager application allows you to create/rename and delete 
directories so you can choose where you want to store the file. Later on you can view a file using the read function (See PART -1).           

[bmonpcId]


