635387658048587043_RAN Report - GSM Voice Only-Tuy-Phuoc

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TEMS™ RAN Tuning --- GSM Voic Reporting Date: 6/19/2014 a Collection Date: 12/06/2014 Data Source: Created With: Reporting Options: Project: B Tuy-Phuoc- TEMS Disco Profession Collection 15:00~06/1

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Transcript of 635387658048587043_RAN Report - GSM Voice Only-Tuy-Phuoc

Cover PageTEMS DiscoveryRAN Tuning Report--- GSM Voice Only ---Reporting Date:6/19/14Data Collection Date:12/06/2014 3:00:38 PM~14/06/2014 10:18:22 AMData Source:Project: BDH_Final, Composite: Tuy-Phuoc-MS2Created With:TEMS Discovery Professional(10.0.3 Build: 5196)Reporting Options:Collection Date Range: 06/12/2014 15:00~06/14/2014 10:18 Ascom 2010-2012. All rights reserved.TEMS is a trademark of Ascom.All other trademarks are the property of their respective holders

TOCTable of ContentsMethodologyLogfiles Used and Analysis Methods AppliedConventions Used in This ReportRF Analysis (Based on Scanner Data)CoverageCell Coverage AnalysisVoiceCoverageOverall and Cell-level Performance MetricsAccessibilityRetainabilityMobilityDrops in Connection with HandoverDownlink Service IntegrityAcronyms

VoiceMethodologyRF Analysis (Based on Scanner Data)Acronyms

MethodologyMethodologyIn this report, the performance of the GSM radio access network (RAN) is described in terms of accessibility, retainability, mobility, and coverage.Mobile data was used for the Voice and Packet-switched Data sections of the report. Scanner data was used for the RF Analysis section.User-defined ThresholdsTable 1 lists the names and values of user-defined thresholds used in this report. To change threshold values, please select "Configuration \ User-Defined Thresholds" menu from TEMS Discovery to access the User-Defined Threshold table. The user-should NEVER overwrite the values in the "Values" column.User-Defined ThresholdsValuesUnitsRAN_Report_RxLev_High-70dBmRAN_Report_RxLev_Medium-85dBmRAN_Report_RxLev_Low-100dBmRAN_Report_RxLev_Drop-95dBmRAN_Report_RxQual_High6RAN_Report_RxQual_Medium4RAN_Report_RxQual_Low2RAN_Report_TA_Drop60RAN_Report_IE_Valid_Age5000msVoice_Call_Length_For_Dropped_Call_Rate_Calculation_160secondTable 1 User-Defined Thresholds and ValuesLogfiles Used and Analysis Methods AppliedThe logfiles used as input to this report are listed in Table 2.NameStart TimeEnd TimeEnd TimeMT1_TUY PHUOC_ 20140612_016/12/14 15:006/12/14 16:29MT1_TUY PHUOC_ 20140613_016/13/14 7:516/13/14 10:02MT1_TUY PHUOC_ 20140613_026/13/14 13:076/13/14 15:04MT1_TUYPHUOC_ 20140614_016/14/14 8:106/14/14 9:33MT1_TUYPHUOC_ 20140614_026/14/14 9:596/14/14 10:18Table 2 Logfile ListThe logfiles and devices used for accessibility report are concatenated and listed in table 3a. By default, the values for the "For_Accessibility" attribute are set to 1 for all newly imported Discovery data sets. To selectively exclude certain file/device combinations from accessibility test, please use device attribute editing tool to change the "For_Accessibility" to 0.Log File NameDeviceStart TimeEnd TimeEnd TimeMT1_TUY PHUOC_ 20140612_01MS26/12/14 15:006/12/14 16:29MT1_TUY PHUOC_ 20140613_01MS26/13/14 7:516/13/14 10:02MT1_TUY PHUOC_ 20140613_02MS26/13/14 13:076/13/14 15:04MT1_TUYPHUOC_ 20140614_01MS26/14/14 8:106/14/14 9:33MT1_TUYPHUOC_ 20140614_02MS26/14/14 9:596/14/14 10:18Table 3a List of Log files and devices used for accessibility test.The logfiles and devices used for retainability report are concatenated and listed in table 3b. By default, the values for the "For_Retainability" attribute are set to 1 for all newly imported Discovery data sets. To selectively exclude certain file/device combinations from retainability test, please use device attribute editing tool to change the "For_Retainability" to 0.Log File NameDeviceStart TimeEnd TimeEnd TimeMT1_TUY PHUOC_ 20140612_01MS26/12/14 15:006/12/14 16:29MT1_TUY PHUOC_ 20140613_01MS26/13/14 7:516/13/14 10:02MT1_TUY PHUOC_ 20140613_02MS26/13/14 13:076/13/14 15:04MT1_TUYPHUOC_ 20140614_01MS26/14/14 8:106/14/14 9:33MT1_TUYPHUOC_ 20140614_02MS26/14/14 9:596/14/14 10:18Table 3b List of Log files and devices used for retainability test.Conventions Used in This ReportCharts and tables in the report are based on the filtering conditions selected by the user at the time of report generation.

RF ReportRF Analysis (Based on Scanner Data)The RF Analysis section of this report is based on scanner data collected with a GSM scanner.CoverageTable 1 shows the coverage classifications used in this document.GSM Coverage ClassConditionsLevel 1RxLev >= -70 dBm AND RxQual = -85 dBm AND RxQual 2)Level 3(RxLev >= -100 dBm AND RxQual 4)Level 4RxLev < -100 dBm OR RxQual > 6Table 1 RF Analysis: Definition of Coverage ClassesLevel 1 is the best and Level 4 is the worst classification; the levels are colored green, yellow, orange, and red respectively in tables in this report. These classifications are used throughout the report to categorize the accessibility, coverage, mobility, and retainability measurements. In cases where no RxLev or RxQual measurements were available during a call event, the No Data classification is used. For this particular section, no RxQual measurements are available, so classification is based on RxLev only.Overall CoverageTable 2 shows the percentage distribution of the cell measurements across RxLev value ranges, as well as across coverage classes.GSM Coverage ClassLevel1Level2Level3Level4TotalSample Count00000PercentageN/AN/AN/AN/A100.00%Table 2 RF Analysis: Coverage Class Distribution, OverallCell Coverage AnalysisThe coverage statistics for each selected cell are listed in Table 3Table 3 shows, cell by cell, the coverage distribution expressed in terms of coverage classes.Cell NameBandARFCNLevel 1 CoverageLevel 2 CoverageLevel 3 CoverageLevel 4 CoverageTotal Samples% of TotalCount%Count%Count%Count%Table 3 RF Analysis: Coverage Class Distribution by Cell

Voice ReportVoiceThe Voice section of this report include key parameters, such as RxLev (dBm), RxQual, FER, and MS TxPower.CoverageGSM Coverage ClassRxQual < 22 Rxlev >= -853474{Count$R|=201}[!ADV].[@RAN_Report_Metrics].[GSM_Coverge_Quality_Matrix]10719025588576862-85 > Rxlev >= -100264{Count$R|=301}[!ADV].[@RAN_Report_Metrics].[GSM_Coverge_Quality_Matrix]76632353479Rxlev= -8528.26%8.71%7.34%4.54%6.97%55.83%-85 > Rxlev >= -1002.15%0.62%0.51%0.19%0.43%3.90%Rxlev= -1000{Count$R|=301}[!ADV].[@RAN_Report_Metrics].[GSM_Coverge_Quality_Matrix]00000Rxlev= -855.88%0.00%11.76%17.65%0.00%35.29%-85 > Rxlev >= -1000.00%0.00%0.00%0.00%0.00%0.00%Rxlev= -850.000300.00220.00540-85 > Rxlev >= -10000000Rxlev= -850{Count$R|=201}[!ADV].[@RAN_Report_Metrics].[GSM_Coverge_Quality_Matrix]01708-85 > Rxlev >= -1000{Count$R|=301}[!ADV].[@RAN_Report_Metrics].[GSM_Coverge_Quality_Matrix]00000Rxlev= -850.00%0.00%10.00%70.00%0.00%80.00%-85 > Rxlev >= -1000.00%0.00%0.00%0.00%0.00%0.00%Rxlev= -85000.00110.01250-85 > Rxlev >= -10000000Rxlev-70-70=>L>-85-85>=L>-100L-85-85>=L>-100Rxlev