1xEV-DO Signaling
R&S
®
CMW-KG8xx/-KM8xx/-KS8xx
26
User Manual 1173.9511.02 ─ 11
In order to reach the "Ready for Handover" state, the 1xEV-DO signaling application
has to traverse the OFF state. In particular: selecting 1xEVDO Sig as the handover tar-
get will disconnect existing connections.
To initiate the handover, press the "Handover" key.
2.2.9 Test Application Protocols
The default, enhanced and multi-carrier test application protocols provide a set of pro-
cedures for the AT and AN used for the measurement of various forward and reverse
link performances.
Table 2-3: Test application overview
Release 0
Revision A
Revision B
Forward Test Application (FTAP)
Subtype 0/1
DRC indices 0 to 12
0 bps to 2457.6 kbps
Forward Enhanced Test Applica-
tion (FETAP)
Subtype 2
Packet type 1 to 37
4.8 kbps to 3072.0 kbps
Forward Multicarrier Test Applica-
tion (FMCTAP)
Subtype 3
Packet type 1 to 37 from subtype
2, plus 14 optional packet types
4.8 kbps to 4 915.2 kbps
Reverse Test Application (RTAP)
Subtype 0/1
Data rate indices 0 to 5
0 bps to 153.6 kbps
Reverse Enhanced Test Applica-
tion (RETAP)
Subtype 2
Data rate indices 0 to 12
0 bps to 1843.2 kbps
Reverse Multicarrier Test Applica-
tion (RMCTAP):
Subtype 3
Data rate indices (from subtype 2)
0 to 12
0 bps to 1 843.2 kbps
●
The forward test application (FTAP/FETAP/FMCTAP) allow quick and efficient con-
trol of the forward operation for accurate parametric testing and provide Packet
Error Rate (PER) measurement capability for RF connections at variable forward
channel data rates.
●
The reverse test application (RTAP/RETAP/RMCTAP) provides the ability to con-
trol the AT reverse link to test parameters such as code domain power and wave-
form quality using all of the available reverse data rates.
2.2.10 Access Probes
The AT transmits access probes to begin session negotiation, which may occur at
times other than the power on cycle (for example, after a session close). It also trans-
mits access probes to initiate a call. The structure of the access probes is shown
below:
General Description
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