Last updated: January 16, 2009
RTAP Rate
(
F12
) or
FTAP Rate
(
F11
) on the
Call Parms 1 of 3
menu as needed if during an RTAP connection, or set the
R-Data Pkt Size
(
F12
) or
F-Traffic Format
(
F11
) on the
Call Parms 1 of 3
menu as needed if during an RETAP connection.
Waveform Quality + Code Domain Setup
(
F1
) to access the
Waveform Quality + Code Domain Setup
menu. From this menu you can configure measurement parameters such as
Slots to Measure
,
DRC Channel Gain
, etc. For statistical measurement results, highlight the
Multi-Measurement Count
parameter and press the
ON
key. The number of averages will default to 10.
Close Menu
(
F6
) to close the
Waveform Quality + Code Domain Setup
window.
RTAP Rate
(
F12
) or
FTAP Rate
(
F11
) on the
Call Parms 1 of 3
menu when during an RTAP connection test, or set the
R-Data Pkt Size
(
F12
) or
F-Traffic Format
(
F11
) on the
Call Parms 1 of 3
menu when during an RETAP connection test.
Numeric Rho
(
F2
) to view the waveform quality results. A typical display is shown below.
Code Domain Power
(
F3
) to view the code domain results. A typical display is shown below. When viewing the code domain results, you can select
Marker Position
(
F6
) and turn the knob to select a Walsh code and display its power.
Code Domain Power + Noise
(
F4
) to view the code domain + noise results. A typical display is shown below. When viewing the code domain + noise results, you can select
Marker Position
(
F6
) and turn the knob to select a Walsh code and display its power.For details on performing the steps below, see the General Procedure above.
For Subtype 0 or 1 Physical Layer, set up a Test Application session and open an RTAP connection with the
RTAP Rate
set to
9.6 kbps
. For detailed procedure on how to open an RTAP session and connection, see
How Do I Open a Session and Test Data Connection?
.
For Subtype 2 Physical Layer, set up a Test Application session and open an RETAP connection with the following setups. For detailed procedure on how to open an RETAP session and connection, see How Do I Open a Session and Test Data Connection? .
R-Data Pkt Size
(
F12
on
Call Parms 1 of 3
) to 256 bits.
Reverse Data Transmission Mode
under the
Application Config
(
F10
on
Call Parms 1 of 3
) menu to
High Capacity
.
256-bit High Capacity Termination Target
to
3
(4 sub-frames, 16 slots). (NOTE: You do not need to set these settings unless the default value (3) of these settings are changed. Changing these setting results in an open data connection closed because these settings are configured during session negotiation. Once this happen, you need to re-open the connection.)
ACK Channel Bit Fixed Mode (Fwd TAP)
to
On
from
Application Config
(
F10
under
Call Parms 1 of 3
).
Slots to Measure
to 1. See
Recommended Slots to Measure Settings
for details.
Cell Power
) to -
75 dBm/1.23 MHz
.
R-Data Pkt Size
(
F12
on
Call Parms 1 of 3
) to 256 bits.
256-bit High Capacity Termination Target
to
3
(4 sub-frames, 16 slots) from the Power Parameters Info menu (see
How Do I Change Channel Gain/Traffic Info Parameters?
for how to access),
ACK Channel Bit Fixed Mode
to
On
from
Application Config
(
F10
on
Call Parms 1 of 3
).
Numeric Rho
(
F2
) to view the
Rho
,
Frequency Error
and
Time Error
results. A typical measurement result is shown below.For details on performing the steps below, see the General Procedure above.
Cell Power
) to -75 dBm/1.23 MHz.
Slots to Measure
to 8. See
Recommended Slots to Measure Settings
.
Code Domain Power
(
F3
) to view the R-RRI
Pilot result (available in the last column of the table of data).
R-Data Pkt Size
(
F12
on
Call Parms 1 of 3
) to 256 bits.
Reverse Data Transmission Mode
under the
Application Config
(
F10
on
Call Parms 1 of 3
) menu to
High Capacity
.
256-bit High Capacity T2P Transition
to
3
(4 sub-frames) and
256-bit High Capacity Termination Target
to
3
(4 sub-frames). (NOTE: You do not need to set these settings unless the default value (3) of these settings are changed. Changing these setting results in an open data connection closed because these settings are configured during session negotiation. Once this happen, you need to re-open the connection.)
RRI Channel Gain Pre-Transition 3
to
-6 dB
and
256-bit High Capacity Termination Target
to
3
(4 sub-frames). (NOTE: You do not need to set these settings unless the default value (3) of these settings are changed. Changing these setting results in an open data connection closed because these settings are configured during session negotiation. Once this happen, you need to re-open the connection.)
Slots to Measure
to 1. See
Recommended Slots to Measure Settings
.
Code Domain Power
(
F3
) to view the R-RRI
Pilot result (available in the last column of the table of data).For details on performing the steps below, see the General Procedure above.
ACK Channel Bit Fixed Mode (Fwd TAP)
to
On
from
Application Config
(
F10
under
Call Parms 1 of 3
).
Cell Power
) to -75 dBm/1.23 MHz.
Slots to Measure
to 2 if during a RTAP connection (for subtype 0 physical layer test) or set the
Slots to Measure
to 1 if during a RETAP connection (for subtype 2 physical layer test). See
Recommended Slots to Measure Settings
.
DRC Channel Gain
to 0 dB.
Code Domain Power
(
F3
) to view the R-DRC
Pilot result (available in the last column of the table of data).
DRC Channel Gain
to 3 dB and repeat steps 6 and 7.
ACK Channel Bit Fixed Mode (Fwd TAP)
to
On
from
Application Config
(
F10
under
Call Parms 1 of 3
).
Cell Power
) to -75 dBm/1.23 MHz.
Slots to Measure
to 2. See
Recommended Slots to Measure Settings
.
ACK Channel Gain
to 0 dB.
Code Domain Power
(
F3
) to view the R-ACK
Pilot result (available in the last column of the table of data).
ACK Channel Gain
to 3 dB and repeat steps 6 and 7.The test set currently does not support tests 6 and 7 for measuring the capsule portion of each Access Channel probe.
For Subtype 0 or 1 Physical Layer, set up a Test Application session and open an RTAP connection with the
RTAP Rate
set to
9.6 kbps
. For detailed procedure on how to open an RTAP session and connection, see
How Do I Open a Session and Test Data Connection?
.
For Subtype 2 Physical Layer, set up a Test Application session and open an RETAP connection with the following setups. For detailed procedure on how to open an RETAP session and connection, see How Do I Open a Session and Test Data Connection? .
R-Data Pkt Size
(
F12
on
Call Parms 1 of 3
) to 256 bits.
Reverse Data Transmission Mode
under the
Application Config
(
F10
on
Call Parms 1 of 3
) menu to
High Capacity
.
256-bit High Capacity Termination Target
to
3
(4 sub-frames, resulting in 16 slots). (NOTE: You do not need to set this parameter unless its default value (3) is changed. Changing the setting results in an open data connection closed and a session re-negotiation. Once this happen, you need to re-open the connection.)
ACK Channel Bit Fixed Mode (Fwd TAP)
to
On
from
Application Config
(
F10
under
Call Parms 1 of 3
).
Cell Power
) to -75 dBm/1.23 MHz.
Slots to Measure
to 2 (for subtype 0 physical layer) or 1 (for subtype 2 physical layer). See
Recommended Slots to Measure Settings
.
Code Domain Power
(
F3
) to view the R-Data
Pilot result and R-AuxPilot
Pilot results available in the last column of the table of data (R-Aux Pilot is only applicable to tests 8-10). In addition, for test 5, the power in all inactive Walsh codes can be obtained by placing a marker on the inactive walsh channel, then view the Marker power result. For tests 5, 8-10 during subtype 2 physical layer tests, the
Pilot power of individual walsh channels constituting the R-Data (such as I:2
SF=4
, Q:2
SF=4
, etc.) can be obtained by placing a marker on the walsh channel, then view the Bin
Pilot result following the Marker power result).
Auxiliary Pilot Channel Min Payload
accessed from the
Enhanced Traffic Parameters
menu (see
How Do I Change Channel Gain/Traffic Info Parameters?
for how to access) must be set to a value no greater than the current R-Data payload size. NOTE: You do not need to set this parameter unless its default value (3072 bits) is changed. Changing the setting results in an open data connection closed and a session re-negotiation. Once this happen, you need to re-open the connection.)
R-Data Pkt Size
(
F12
on
Call Parms 1 of 3
) to 256 bits.
Reverse Data Transmission Mode
under the
Application Config
(
F10
on
Call Parms 1 of 3
) menu to
High Capacity
.
256-bit High Capacity Termination Target
to
3
(4 sub-frames, resulting in 16 slots).
ACK Channel Bit Fixed Mode (Fwd TAP)
to
On
from
Application Config
(
F10
under
Call Parms 1 of 3
).
Cell Power
) to -75 dBm/1.23 MHz.
Slots to Measure
to 2. See
Recommended Slots to Measure Settings
.
DSC Channel Gain
to -9 dB.
Code Domain Power
(
F3
) to view the R-DSC
Pilot result (available in the last column of the table of data).
DSC Channel Gain
to -12 dB and repeat steps 6-7.Standard Abstract:
Waveform Quality + Code Domain Measurement Description