To open the Data node, click Data in the tree view. The figure below shows the Data node.
The timeslots shown below are set to show available timeslot types, not to show a typical test configuration.
Click to display a drop-down menu in which you can copy a timeslot configuration
from one timeslot to another.
Use the Data window to define the bits in the bursts. The cells displayed in the Data section are determined by the burst type (Timeslot Type) for the selected timeslot as defined in the Timeslots window. In the window shown above, Timeslot 7 is selected so the data cells provided are for setting up a Normal 32QAM Burst.
Default: X"F79CE"
Click the Details button
in this cell to open the Data Source Selection window. Enter 12 bits to
use in the first of the two tail bit segments of the normal 16QAM burst.
See
drop-down figure.
Default: PN9
Click the Details button in this cell to open the
Data Source Selection
window.
Select
, or to use for the encrypted bits.Select drop-down figure.)
Choice: TSC0 to TSC7 | User Defined Bits
Default: TSC0
Select
to or to use for the training sequence bits.Click the Details button in this cell to open the
Data Source Selection
window.
If you have selected Configuration dropdown list, the default training sequence corresponds to the timeslot number. For example, the default for timeslot 0 is TSC0, the default for timeslot 1 is TSC1, and so on.
from theIf you manually change a timeslot to a
, the training sequence for that timeslot is automatically set to .The training sequences are defined as follows:
TSC0 |
0 0090 0120 4A52 0000 0900 0090 0120 4A52 |
TSC1 |
0 0099 2520 4A52 04A5 2A00 0090 2520 4A52 |
TSC2 |
0 1200 0009 4A40 94A4 0900 1200 0009 4A40 |
TSC3 |
0 1200 0129 4A40 9481 2000 1200 0129 4A40 |
TSC4 |
0 0004 A409 0252 9001 2000 0004 A409 0252 |
TSC5 |
0 1200 2529 0240 9480 0000 1200 2529 0240 |
TSC6 |
2 4090 0129 4A52 04A4 0002 4090 0129 4A52 |
TSC7 |
2 5290 2529 4800 0480 0902 5290 2529 4800 |
Select drop-down figure.
Default: X"79CE"
Click the Details button in this cell to open the
Data Source Selection
window. Enter 15 bits to use in the second of the two tail bit segments
of the normal 32QAM burst.
Click the Details button in this cell to open the
Data Source Selection
window.
When the Timeslot Timing Mode is set to , the Guard Period is defined as follows:
If the Normal 32QAM Burst is in timeslot 0 or 4, the guard period has 45 bits with a default value of X"FFFFFFFFFF".
If the Normal 32QAM Burst is in timeslot 1, 2, 3, 5, 6 or 7, the guard period has 40 bits with a default value of X"1FFFFFFFFFFF".
When the Timeslot Timing Mode is set to , the Guard Period is defined as follows:
The guard period in all timeslots has 41.25 bits (45-bit entry) with a default value of X”FFFFFFFFF”.