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6.3.2.6. Measurement Report for GSM
This chapter describes the UE Report of LTE and GSM. In the example, the CCH Channel in GSM is set to 1 and
System Combination is set to GSM/DCS1800.
1. [LTE] Execute CALLRFR to initialize the UE Report value.
2. [LTE] Execute NCABCCHARFCN 1,1,DCS1800 to set leftmost Inter RAT(GSM) Cell - BCCH-ARFCN and Band
to 1 and DCS1800, respectively.
3. [LTE] Execute NEIGHCELLMEAS GSM to set Neighbour Cell Measurement to GSM.
4. [GSM] Execute SYSCMB DCS1800 to set System Combination to GSM/DCS1800.
5. [GSM] Execute CTRLCH 1 to set CCH Channel to 1.
6. [LTE] Connect on Test Mode. (2.3)
7. [LTE] Execute MEASREP ON to request the UE Report.
8. [LTE] Execute MREP_GSM? FLAG and check if the Response is 1 to receive the UE Report for GSM.
9. [LTE] Execute MREP_GSM? to read the ARFCN, NCC, BCC, and RxLev values.
10. [LTE] Execute MREP_GSM_BAND? to read the Band value.
11. To read again, return to Step 9 and continue.
6.3.2.7. Measurement Report for 1xEV-DO
This chapter describes the UE Report for LTE and 1xEV-DO. In the example, the Channel in 1xEV-DO is set to 300,
Band Class is set to 1 and Pilot PN Off is set to 0.
1. [LTE] Execute CALLRFR to initialize the UE Report value.
2. [LTE] Execute NCAEVDOARFCN 1,300 to set leftmost Inter RAT(1xEV-DO) Cell - ARFCN to 300.
3. [LTE] Execute NCAEVDOBAND BC1 to set Inter RAT(1xEV-DO) Cell - Band Class to bc1.
4. [LTE] Execute NCAEVDOCELLID 0 to set Inter RAT(1xEV-DO) Cell - Cell ID to 0.
5. [LTE] Execute NEIGHCELLMEAS EVDO to set Neighbour Cell Measurement to 1xEV-DO.
6. [1xEV-DO] Execute BANDCLASS 1 to set Band Class to 1.
7. [1xEV-DO] Execute CHAN 300 to set Channel to 300.
8. [1xEV-DO] Execute PNOFFS 0 to set Pilot PN Offset to 0.
9. [LTE] Connect on Test Mode. (2.3)
10. [LTE] Execute MEASREP ON to request the UE Report.
11. [LTE] Execute MREP_EVDO? FLAG and check if the Response is 1 to receive the UE Report for 1xEV-DO.
12. [LTE] Execute MREP_EVDO? to read the Cell ID and PilotStrength.
13. To read again, return to Step 12 and continue.