Anritsu MT8820C - Page 240

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6.2.5.3. Inter-RAT(GSM) Cell Reselection: GSM is lower priority.
1． [GSM] Execute SYSCMB DCS1800 to set System Combination to GSM/DCS1800.
2． [GSM] Execute CTRLCH 1 to set CCH Channel to 1.
3． [GSM] Execute LVL OFF to set Output Level to Off.
4． [LTE] Execute OLVL_EPRE -50.0 to set Output Level (EPRE) to –50.0 (dBm/15 kHz).
5． [LTE] Execute QRXLEVMIN_SIB1 -70 to set Qrxlevmin (SIB1) to –70 (–140 dB).
6． [LTE] Execute SNONINTRA -1 to set s-NonIntraSearch to Off (∞ dB).
7． [LTE] Execute THSERVLOW 30 to set threshServingLow to 30 (60 dB).
8． [LTE] Execute NCABCCHARFCN 1,1,DCS1800 to set the leftmost Inter RAT (GSM) Cell - BCCH-ARFCN and
Band to 1 and DCS, respectively.
9． [LTE] Execute NCAGSMTXLOW 0 to set Inter RAT (GSM) Cell - threshX-Low to 0 (0 dB).
10． [LTE] Turn on the UE perform and perform location registration (2.1.3).
11． [GSM] Execute LVL ON to set Output Level to On.
12． [GSM] Execute OLVL -30.0 to set Output Level to –30.0 dBm.
13． [LTE] Execute OLVL_EPRE -75.0 to set Output Level (EPRE) to –75.0 (dBm/15 kHz) and wait a few seconds.
14． [GSM] Execute CALLSTAT? and check that the call processing static status is 2(= Idle (Regist)).
6.2.5.4. Inter-RAT(1xEV-DO) Cell Reselection: 1xEV-DO is lower priority.
1． [1xEV-DO] Execute C2KSTD EV to set Standard to1xEV-DO.
2． [1xEV-DO] Execute BANDCLASS 1 to set Band Class to 1.
3． [1xEV-DO] Execute CHAN 375 to set Channel to 375.
4． [1xEV-DO] Execute LVL OFF to set Output Level to Off.
5． [LTE] Execute OLVL_EPRE -50.0 to set Output Level (EPRE) to –50.0 (dBm/15 kHz).
6． [LTE] Execute QRXLEVMIN_SIB1 -70 to set Qrxlevmin (SIB1) to –70 (–140 dB).
7． [LTE] Execute SNONINTRA -1 to set s-NonIntraSearch to Off (∞ dB).
8． [LTE] Execute THSERVLOW 30 to set threshServingLow to 30 (60 dB).
9． [LTE] Execute NCAEVDOARFCN 1,375 to set the leftmost Inter RAT (1xEV-DO) Cell - ARFCN to 375.
10． [LTE] Execute NCAEVDOBAND BC1 to set Inter RAT (1xEV-DO) Cell - Band Class to bc1.
11． [LTE] Execute NCAEVDOTXLOW 2 to set Inter RAT (1xEV-DO) Cell - threshX-Low to 2 (–1.0 dB).
12． [LTE] Turn on the UE power and perform location registration (2.1.3).
13． [1xEV-DO] Execute LVL ON to set Output Level to On.
14． [1xEV-DO] Execute CALLSTATIC? and check that the call processing static status is 2(= Idle (Regist)).
6.2.5.5. Inter-Frequency Cell Reselection: Inter-Frequency has same priority.
1． [InterFreq] Execute DLCHAN 0 to set DL Channel to 0.
2． [InterFreq] Execute TAC 000A to set TAC to 000A.
3． [InterFreq] Execute LVL OFF to set Output Level to Off.
4． [LTE] Execute OLVL_EPRE -50.0 to set Output Level (EPRE) to –50.0 (dBm/15 kHz).
5． [LTE] Execute QRXLEVMIN_SIB1 -70 to set Qrxlevmin (SIB1) to –70 (–140 dB).
6． [LTE] Execute SNONINTRA -1 to set s-NonIntraSearch to Off (∞ dB).
7． [LTE] Execute NCAINTERFREQ 1,0 to set the leftmost Inter Frequency Cell - DL Channel to 0.
8． [LTE] Execute NCAINTERQOFFSET 0dB to set Inter Frequency Cell - q-OffsetFreq to 0 dB.
9． [LTE] Execute NCAINTERQOFFSETCELL 1,-4dB to set the leftmost Inter Frequency Cell - q-OffsetCell to –4
dB.
10． [LTE] Execute NCAINTERCELLID 1,0 to set the leftmost Inter Frequency Cell - Cell ID to 0.
11． [LTE] Turn on the UE power and perform location registration (2.1.3).
12． [InterFreq] Execute LVL ON to set Output Level to On.
13． [InterFreq] Execute OLVL_EPRE -60.0 to set Output Level (EPRE) to –60.0 (dBm/15 kHz).
14． [LTE] Execute OLVL_EPRE -75.0 to set Output Level (EPRE) to –75.0 (dBm/15 kHz) and wait a few seconds.
15． [InterFreq] Execute CALLSTAT? and check that the call processing static status is 2(= Idle(Regist)).