UBS-21!23!010 ZMS ZAP Database Specification (R2.10.18)

UBS-21-23-010 ZMS ZAP Database Specification (Auto Generated).xls

Generated on: 20/01/2012 at 11:20:02

The following document versions were scanned:

Title

UBS-21-23-006 ZAP Database Specification.xls

This spreadsheet was automatically generated by the following tool: T:\R2.10-trunk-KT\sw\sc\db\scripts\db_parser.pl version V0.0.12

UBS-21-23-010 ZMS ZAP Database Specification (Auto Generated).xls

Version Date

0.16.116 2012-01-20

Parameter Name Group Min Value

Device TR-069 Mandatory object

Device.DeviceInfo TR-069 Mandatory object

Manufacturer TR-069 Mandatory string 0

ManufacturerOUI TR-069 Mandatory string 6

ModelName TR-069 Mandatory string 0

Description TR-069 Mandatory string 0

ProductClass TR-069 Mandatory string 0

SerialNumber TR-069 Mandatory string 0

HardwareVersion TR-069 Mandatory string 0

SoftwareVersion TR-069 Mandatory string 0

ModemFirmwareVersion TR-069 Mandatory string 0

EnabledOptions TR-069 Mandatory string 0

AdditionalHardwareVersion TR-069 Mandatory string 0

AdditionalSoftwareVersion TR-069 Mandatory string 0

SpecVersion TR-069 Mandatory string 0

ProvisioningCode TR-069 Mandatory string 0

UpTime TR-069 Mandatory uint32 0

FirstUseDate TR-069 Mandatory dateTime 0

DeviceLog TR-069 Mandatory string 0

Device.Config TR-069 Mandatory object

PersistentData TR-069 Mandatory string 0

Device.ManagementServer TR-069 Mandatory object

URL TR-069 Mandatory string 0

Username TR-069 Mandatory string 0

Password TR-069 Mandatory string 0

PeriodicInformEnable TR-069 Mandatory boolean 0

PeriodicInformInterval TR-069 Mandatory uint32 1

PeriodicInformTime TR-069 Mandatory dateTime 0

ParameterKey TR-069 Mandatory string 0

ConnectionRequestURL TR-069 Mandatory string 0

ConnectionRequestUsername TR-069 Mandatory string 0

ConnectionRequestPassword TR-069 Mandatory string 0

UpgradesManaged TR-069 Mandatory boolean 0

KickURL TR-069 Mandatory string 0

DownloadProgressURL TR-069 Mandatory string 0

X_UBIQUISYS_COM_BootReason TR-069 Mandatory uint32 0

Device.Time TR-069 Mandatory object

NTPServer1 TR-069 Mandatory string 0



CurrentLocalTime TR-069 Mandatory dateTime 0

LocalTimeZoneName TR-069 Mandatory string 0

TimeZoneOffset TR-069 Mandatory int32 -48

Device.LAN TR-069 Mandatory object

IPAddress TR-069 Mandatory string 7

MACAddress TR-069 Mandatory string 0

GatewayAddress TR-069 Mandatory string 7

Device.X_UBIQUISYS_COM_ZAP Ubiquisys Generic object

Device.X_UBIQUISYS_COM_ZAP.DeviceInfo Ubiquisys Generic object

IMSI Ubiquisys Generic string 0

MSISDN Ubiquisys Generic string 0

SimType Ubiquisys Generic uint32 0

Address Ubiquisys Generic string 0

Parameter Type

PostCode Ubiquisys Generic string 0

HomeZoneName Ubiquisys Generic 0

HomeZoneNameCustomisation Ubiquisys Generic boolean 0

HomeZonePSNotification Ubiquisys Generic 0

EnableHomeZoneTone Ubiquisys Generic boolean 0

EnableHandoutTone Ubiquisys Generic boolean 0

EnableHandinTone Ubiquisys Generic boolean 0

GUIName Ubiquisys Generic string 0

Device.X_UBIQUISYS_COM_ZAP.DeviceInfo.Status Ubiquisys Generic object

ZAPStatus Ubiquisys Generic uint32 0

RFStatus Ubiquisys Generic uint32 0

DatabaseStatus Ubiquisys Generic uint32 0

HardwareStatus Ubiquisys Generic uint32 0

SimStatus Ubiquisys Generic uint32 0

InService Ubiquisys Generic boolean 0

Device.X_UBIQUISYS_COM_ZAP.DeviceInfo.Hardware Ubiquisys Generic object

HardwareVariant Ubiquisys Generic string 0

MACAddress Ubiquisys Generic string 0

HardwareFlag Ubiquisys Generic uint32 0

ModelCode Ubiquisys Generic string 0

ModelRevision Ubiquisys Generic string 0

InServiceForPSSessions Ubiquisys Generic boolean 0

Device.X_UBIQUISYS_COM_ZAP.DeviceInfo.Software Ubiquisys Generic object

UpgradeStatus Ubiquisys Generic uint32 0

UpgradeControl Ubiquisys Generic uint32 0

PreviousSoftwareVersion Ubiquisys Generic string 0

RevertToBackupVersion Ubiquisys Generic boolean 0

ClearPreviousVersion Ubiquisys Generic boolean 0

TrialPeriod Ubiquisys Generic uint32 0

DownloadServerAddress Ubiquisys Generic string 0

NetworkID Ubiquisys Generic uint32 0

NetworkVersion Ubiquisys Generic uint32 0

DownloadSingleFileTimeout Ubiquisys Generic uint32 0

BootloaderVersion Ubiquisys Generic string 0

RecoveryKernelVersion Ubiquisys Generic string 0

BackupRecoveryKernelVersion Ubiquisys Generic string 0

StandardKernelVersion Ubiquisys Generic string 0

AltStandardKernelVersion Ubiquisys Generic string 0

RootfsVersion Ubiquisys Generic string 0

AltRootfsVersion Ubiquisys Generic string 0

UbiqfsVersion Ubiquisys Generic string 0

AltUbiqfsVersion Ubiquisys Generic string 0

Device.X_UBIQUISYS_COM_ZAP.DeviceInfo.Network Ubiquisys Generic object

NetworkMode Ubiquisys Generic uint32 0

NetworkGateway Ubiquisys Generic string 0

NetworkGateway2 Ubiquisys Generic string 0

NetworkGateway3 Ubiquisys Generic string 0

DefaultAPN Ubiquisys Generic string 0

WAPNResolutionMode Ubiquisys Generic uint32 0

AudioCodec Ubiquisys Generic string 5

VideoCodec Ubiquisys Generic string 5

MinJitterBufferDelay Ubiquisys Generic uint32 0

MaxJitterBufferDelay Ubiquisys Generic uint32 20

DTMFCodec Ubiquisys Generic string 0

constrainedString

constrainedString

NeighbourMacroCellTypeReportingPreference Ubiquisys Generic uint32 0

Device.X_UBIQUISYS_COM_ZAP.DeviceInfo.Timers Ubiquisys Generic object

TEmergencyRegistration Ubiquisys Generic uint32 0

TEmergencyCallTail Ubiquisys Generic uint32 0

Device.X_UBIQUISYS_COM_ZAP.GatewayInfo Ubiquisys Generic object

ManufacturerOUI Ubiquisys Generic string 6

ProductClass Ubiquisys Generic string 0

SerialNumber Ubiquisys Generic string 0

Device.X_UBIQUISYS_COM_ZAP.AM Ubiquisys AM object

ReportingPeriod Ubiquisys AM uint32 0

AlarmHistoryMaxLength Ubiquisys AM uint32 0

AlarmHistoryNumberOfEntries Ubiquisys AM uint32 0

AlarmHistoryWriteIndex Ubiquisys AM uint32 0

Device.X_UBIQUISYS_COM_ZAP.AM.CurrentAlarmList Ubiquisys AM object

CannotSelectRFProfile Ubiquisys AM dateTime 0

SoftwareFault Ubiquisys AM dateTime 0

PMReportFailure Ubiquisys AM dateTime 0

LocationChanged Ubiquisys AM dateTime 0

PoorRFQos Ubiquisys AM dateTime 0

PoorBackHaulQoS Ubiquisys AM dateTime 0

OverTemperature Ubiquisys AM dateTime 0

UpgradeFailure Ubiquisys AM dateTime 0

FilesystemFailure Ubiquisys AM dateTime 0

HotSpotIndication Ubiquisys AM dateTime 0

NoNtpServer Ubiquisys AM dateTime 0

InvalidCountry Ubiquisys AM dateTime 0

GatewayChanged Ubiquisys AM dateTime 0

LossOfAllTimingServerConnectivity Ubiquisys AM dateTime 0

NoTimingSource Ubiquisys AM dateTime 0

EnterpriseLACReuseDetected Ubiquisys AM dateTime 0

ServiceAffectingBackhaulQoS Ubiquisys AM dateTime 0

CapacityLimitingBackhaulQoS Ubiquisys AM dateTime 0

GPSLocationVerificationInappropriateLocation Ubiquisys AM dateTime 0

GPSLocationVerificationMeasurementFailure Ubiquisys AM dateTime 0

GPSLocationVerificationForceScanInappropriateLocation Ubiquisys AM dateTime 0

GPSLocationVerificationForceScanMeasurementFailure Ubiquisys AM dateTime 0

GPSgeoLocationMeasurementFailure Ubiquisys AM dateTime 0

EnterpriseNoMRTTrafficRxd Ubiquisys AM dateTime 0

HardwareFault Ubiquisys AM dateTime 0

Device.X_UBIQUISYS_COM_ZAP.AM.AlarmHistory Ubiquisys AM multiobject 0

AlarmName Ubiquisys AM string 0

AlarmDateTime Ubiquisys AM dateTime 0

AlarmActive Ubiquisys AM boolean 0

Device.X_UBIQUISYS_COM_ZAP.EventLog Ubiquisys EventLog object

MaxLength Ubiquisys EventLog uint32 0

EventListNumberOfEntries Ubiquisys EventLog uint32 0

WriteIndex Ubiquisys EventLog uint32 0

Device.X_UBIQUISYS_COM_ZAP.EventLog.EventList Ubiquisys EventLog multiobject 0

EventDescription Ubiquisys EventLog string 0

EventDateTime Ubiquisys EventLog dateTime 0

Device.X_UBIQUISYS_COM_ZAP.Diagnostics Ubiquisys Diag object

FactoryRecovery Ubiquisys Diag uint32 0

TraceFileSize Ubiquisys Diag uint32 0

PostEventPeriod Ubiquisys Diag uint32 0

PostEventUploadURL Ubiquisys Diag string 0

PostEventUploadUsername Ubiquisys Diag string 0

PostEventUploadPassword Ubiquisys Diag string 0

PostEventMaxFiles Ubiquisys Diag uint32 1

TriggerImmediatePostEventUpload Ubiquisys Diag boolean 0

TraceProfile0 Ubiquisys Diag string 0



SetCurrentTraceProfile Ubiquisys Diag int32 -1

InServiceCheckingEnabled Ubiquisys Diag uint32 0

AutomaticRebootDelay Ubiquisys Diag uint32 0

Device.X_UBIQUISYS_COM_ZAP.PM Ubiquisys PM object

Device.X_UBIQUISYS_COM_ZAP.PM.Reports Ubiquisys PM object

ReportStartTime Ubiquisys PM dateTime 0

ReportPeriod Ubiquisys PM uint32 0

Enable Ubiquisys PM boolean 0

ReportLocation Ubiquisys PM string 0

FTPUserName Ubiquisys PM string 0

FTPPassword Ubiquisys PM string 0

LeastBusyHour Ubiquisys PM uint32 0

LeastBusyHourAccumulationPeriod Ubiquisys PM uint32 0

ReportFilename Ubiquisys PM string 0

ForceFileSend Ubiquisys PM boolean 0

NextLeastBusyHourExpiryTime Ubiquisys PM dateTime 0

Device.X_UBIQUISYS_COM_ZAP.PM.Reports.CallQuality Ubiquisys PM object

TotalRxCSAMRBlocks Ubiquisys PM uint32 0

TotalRxCSAMRBlocksWithBadCRCI Ubiquisys PM uint32 0

AvgDLCSAMRBLER Ubiquisys PM uint32 0

TotalRxCSVideoBlocks Ubiquisys PM uint32 0

TotalRxCSVideoBlocksWithBadCRCI Ubiquisys PM uint32 0

AvgDLCSVideoBLER Ubiquisys PM uint32 0

Ubiquisys PM object

SpeechDropAPInitated Ubiquisys PM uint32 0

SpeechDropAPInitiatedNoHandoutTargetIdentified Ubiquisys PM uint32 0

SpeechDropAPInitiatedHandoutTargetUnavailable Ubiquisys PM uint32 0

SpeechDropAPInitiatedHandoutExecInProgress Ubiquisys PM uint32 0

SpeechDropAPInitiatedRLFailUEPowerSaturated Ubiquisys PM uint32 0

SpeechDropCNInitated Ubiquisys PM uint32 0

SpeechNormalReleaseCNInitiated Ubiquisys PM uint32 0

SpeechSuccess Ubiquisys PM uint32 0

CSVideoDropAPInitiated Ubiquisys PM uint32 0

CSVideoDropAPInitiatedNoHandoutTargetIdentified Ubiquisys PM uint32 0

CSVideoDropAPInitiatedHandoutTargetUnavailable Ubiquisys PM uint32 0

CSVideoDropAPInitiatedHandoutExecInProgress Ubiquisys PM uint32 0

CSVideoDropAPInitiatedRLFailUEPowerSaturated Ubiquisys PM uint32 0

CSVideoDropCNInitiated Ubiquisys PM uint32 0

CSVideoNormalReleaseCNInitiated Ubiquisys PM uint32 0

CSVideoSuccess Ubiquisys PM uint32 0

PSDropAPInitiated Ubiquisys PM uint32 0

PSDropAPInitiatedNoHandoutTargetIdentified Ubiquisys PM uint32 0

PSDropAPInitiatedHandoutTargetUnavailable Ubiquisys PM uint32 0

PSDropAPInitiatedHandoutExecInProgress Ubiquisys PM uint32 0

PSDropAPInitiatedRLFailUEPowerSaturated Ubiquisys PM uint32 0

PSDropCNInitiated Ubiquisys PM uint32 0

Device.X_UBIQUISYS_COM_ZAP.PM.Reports.CallSetupQuality

PSNormalReleaseCNInitiated Ubiquisys PM uint32 0

PSNormalReleaseAPInitiated Ubiquisys PM uint32 0

PSSuccess Ubiquisys PM uint32 0

PSR99DropAPInitiated Ubiquisys PM uint32 0

PSHSDPADropAPInitiated Ubiquisys PM uint32 0

StandaloneSRBAttempts Ubiquisys PM uint32 0

StandaloneSRBSuccess Ubiquisys PM uint32 0

StandaloneSRBDrop Ubiquisys PM uint32 0

CSSpeechRABAttempts Ubiquisys PM uint32 0

CSSpeechRABSuccess Ubiquisys PM uint32 0

CSVideoRABAttempts Ubiquisys PM uint32 0

CSVideoRABSuccess Ubiquisys PM uint32 0

PSR99RABAttempts Ubiquisys PM uint32 0

PSR99RABSuccess Ubiquisys PM uint32 0

PSHSDPARABAttempts Ubiquisys PM uint32 0

PSHSDPARABSuccess Ubiquisys PM uint32 0

RRCAttempts Ubiquisys PM uint32 0

RRCConnectionBlocked Ubiquisys PM uint32 0

RABAttempts Ubiquisys PM uint32 0

RABConnectionBlocked Ubiquisys PM uint32 0

RBSetupAttempts Ubiquisys PM uint32 0

RBSetupSuccess Ubiquisys PM uint32 0

RBReleaseAttempts Ubiquisys PM uint32 0

RBReleaseSuccess Ubiquisys PM uint32 0

RadioBearerReconfAttempts Ubiquisys PM uint32 0

RadioBearerReconfSuccess Ubiquisys PM uint32 0

TransportChannelReconfAttempts Ubiquisys PM uint32 0

TransportChannelReconfSuccess Ubiquisys PM uint32 0

Physical_Channel_reconf_attempts Ubiquisys PM uint32 0

Physical_Channel_reconf_success Ubiquisys PM uint32 0

PDPContextAttempts Ubiquisys PM uint32 0

PDPContextSuccesses Ubiquisys PM uint32 0

TotalPageAttempts Ubiquisys PM uint32 0

TotalPageSuccesses Ubiquisys PM uint32 0

Ubiquisys PM object

CSAttachAccepts Ubiquisys PM uint32 0

CSAttachRejects Ubiquisys PM uint32 0

PSAttachAccepts Ubiquisys PM uint32 0

PSAttachRejects Ubiquisys PM uint32 0

ExplicitCSDetach Ubiquisys PM uint32 0

ExplicitPSDetach Ubiquisys PM uint32 0

NumberAttachedUsers Ubiquisys PM uint32 0

Device.X_UBIQUISYS_COM_ZAP.PM.Reports.Handout Ubiquisys PM object

2GSpeechHandoutAttempts Ubiquisys PM uint32 0

2GSpeechHandoutSuccess Ubiquisys PM uint32 0

2GSpeechHandoutCancels Ubiquisys PM uint32 0

3GSpeechIntraFreqHandoutAttempts Ubiquisys PM uint32 0

3GSpeechIntraFreqHandoutSuccess Ubiquisys PM uint32 0

3GSpeechIntraFreqHandoutCancels Ubiquisys PM uint32 0

3GSpeechInterFreqHandoutAttempts Ubiquisys PM uint32 0

3GSpeechInterFreqHandoutSuccess Ubiquisys PM uint32 0

3GSpeechInterFreqHandoutCancels Ubiquisys PM uint32 0

3GVideoIntraFreqHandoutAttempts Ubiquisys PM uint32 0

3GVideoIntraFreqHandoutSuccess Ubiquisys PM uint32 0

Device.X_UBIQUISYS_COM_ZAP.PM.Reports.CustomerBehaviourData

3GVideoIntraFreqHandoutCancels Ubiquisys PM uint32 0

3GVideoInterFreqHandoutAttempts Ubiquisys PM uint32 0

3GVideoInterFreqHandoutSuccess Ubiquisys PM uint32 0

3GVideoInterFreqHandoutCancels Ubiquisys PM uint32 0

3GPSIntraFreqHandoutAttempts Ubiquisys PM uint32 0

3GPSIntraFreqHandoutSuccess Ubiquisys PM uint32 0

3GPSIntraFreqHandoutCancels Ubiquisys PM uint32 0

3GPSR99IntraFreqHandoutAttempts Ubiquisys PM uint32 0

3GPSR99IntraFreqHandoutSuccess Ubiquisys PM uint32 0

3GPSR99IntraFreqHandoutCancels Ubiquisys PM uint32 0

3GPSInterFreqHandoutAttempts Ubiquisys PM uint32 0

3GPSInterFreqHandoutSuccess Ubiquisys PM uint32 0

3GPSInterFreqHandoutCancels Ubiquisys PM uint32 0

3GPSR99InterFreqHandoutAttempts Ubiquisys PM uint32 0

3GPSR99InterFreqHandoutSuccess Ubiquisys PM uint32 0

3GPSR99InterFreqHandoutCancels Ubiquisys PM uint32 0

3GPSHSDPAIntraFreqHandoutAttempts Ubiquisys PM uint32 0

3GPSHSDPAIntraFreqHandoutSuccess Ubiquisys PM uint32 0

3GPSHSDPAIntraFreqHandoutCancels Ubiquisys PM uint32 0

3GPSHSDPAInterFreqHandoutAttempts Ubiquisys PM uint32 0

3GPSHSDPAInterFreqHandoutSuccess Ubiquisys PM uint32 0

3GPSHSDPAInterFreqHandoutCancels Ubiquisys PM uint32 0

3GIntraFreqHandoutAttempts Ubiquisys PM uint32 0

3GIntraFreqHandoutCancels Ubiquisys PM uint32 0

3GInterFreqHandoutAttempts Ubiquisys PM uint32 0

3GInterFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPSpeechIntraFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPSpeechIntraFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPSpeechIntraFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPSpeechInterFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPSpeechInterFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPSpeechInterFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPVideoIntraFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPVideoIntraFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPVideoIntraFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPVideoInterFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPVideoInterFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPVideoInterFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPPSIntraFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPPSIntraFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPPSIntraFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPPSR99IntraFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPPSR99IntraFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPPSR99IntraFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPPSInterFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPPSInterFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPPSInterFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPPSR99InterFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPPSR99InterFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPPSR99InterFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPPSHSDPAIntraFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPPSHSDPAIntraFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPPSHSDPAIntraFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPPSHSDPAInterFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPPSHSDPAInterFreqHandoutSuccess Ubiquisys PM uint32 0

InterFAPPSHSDPAInterFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPIntraFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPIntraFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPInterFreqHandoutAttempts Ubiquisys PM uint32 0

InterFAPInterFreqHandoutCancels Ubiquisys PM uint32 0

InterFAPSpeechHandinAttempts Ubiquisys PM uint32 0

InterFAPSpeechHandinSuccess Ubiquisys PM uint32 0

InterFAPSpeechHandinCancels Ubiquisys PM uint32 0

InterFAPSpeechHandinCongestionRejections Ubiquisys PM uint32 0

InterFAPCSVideoHandinAttempts Ubiquisys PM uint32 0

InterFAPCSVideoHandinSuccess Ubiquisys PM uint32 0

InterFAPCSVideoHandinCancels Ubiquisys PM uint32 0

InterFAPCSVideoHandinCongestionRejections Ubiquisys PM uint32 0

InterFAPCSHandinAttempts Ubiquisys PM uint32 0

InterFAPCSHandinSuccess Ubiquisys PM uint32 0

InterFAPCSHandinCancels Ubiquisys PM uint32 0

InterFAPCSHandinCongestionRejections Ubiquisys PM uint32 0

InterFAPPSHandinAttempts Ubiquisys PM uint32 0

InterFAPPSHandinSuccess Ubiquisys PM uint32 0

InterFAPPSHandinCancels Ubiquisys PM uint32 0

InterFAPPSHandinCongestionRejections Ubiquisys PM uint32 0

LoadBalancingHandoutAttempts Ubiquisys PM uint32 0

LoadBalancingHandoutSuccess Ubiquisys PM uint32 0

LoadBalancingHandoutUEHandoverFail Ubiquisys PM uint32 0

Device.X_UBIQUISYS_COM_ZAP.PM.Reports.Timing Ubiquisys PM object

HoldoverPeriodExceeded Ubiquisys PM uint32 0

APFrequencyModifiedByIPT Ubiquisys PM uint32 0

APFrequencyModifiedByMacroSniff3G Ubiquisys PM uint32 0

APFrequencyModifiedByMacroSniff2G Ubiquisys PM uint32 0

APFrequencyModifiedByGPS Ubiquisys PM uint32 0

FastIPTRuns Ubiquisys PM uint32 0

Device.X_UBIQUISYS_COM_ZAP.PM.Reports.Backhaul Ubiquisys PM object

NumberOfTxBytes Ubiquisys PM uint32 0

NumberOfRxBytes Ubiquisys PM uint32 0

NumberOfTxPackets Ubiquisys PM uint32 0

NumberOfRxPackets Ubiquisys PM uint32 0

NumberOfRxErrorPackets Ubiquisys PM uint32 0

NumberOfRxDroppedPackets Ubiquisys PM uint32 0

CSULJitterThresholdExceeded Ubiquisys PM uint32 0

CSDLJitterThresholdExceeded Ubiquisys PM uint32 0

CSULPacketLossThresholdExceeded Ubiquisys PM uint32 0

CSDLPacketLossThresholdExceeded Ubiquisys PM uint32 0

CSFrameRTDelayThresholdExceeded Ubiquisys PM uint32 0

Device.X_UBIQUISYS_COM_ZAP.PM.Reports.FAPStatus Ubiquisys PM object

CellStatus Ubiquisys PM uint32 0

Uptime Ubiquisys PM uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network Ubiquisys Network object

Device.X_UBIQUISYS_COM_ZAP.Network.Status Ubiquisys Network object

NetworkConnectionStatus Ubiquisys Network uint32 0

SecureConnectionStatus Ubiquisys Network uint32 0

TunnelIPAddress Ubiquisys Network string 7

Device.X_UBIQUISYS_COM_ZAP.Network.WAN Ubiquisys Network object

Status Ubiquisys Network boolean 0

UpstreamCurrRate Ubiquisys Network uint32 0

DownstreamCurrRate Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network.PSOffload Ubiquisys Network object

DataOffloadEnabled Ubiquisys Network boolean 0

PrimaryDNSAddress Ubiquisys Network string 7

SecondaryDNSAddress Ubiquisys Network string 7

APNNumberOfEntries Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network.PSOffload.APN Ubiquisys Network multiobject 0

APN Ubiquisys Network string 0

DefaultOffload Ubiquisys Network boolean 0

IPAddress0 Ubiquisys Network string 9










Ubiquisys Network object

DefaultOffload Ubiquisys Network boolean 0











Device.X_UBIQUISYS_COM_ZAP.Network.Ethernet Ubiquisys Network object

PhyConfig Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network.DHCP Ubiquisys Network object

DHCPEnabled Ubiquisys Network boolean 0

StaticIPAddress Ubiquisys Network string 7

StaticNetmask Ubiquisys Network string 7

GatewayAddress Ubiquisys Network string 7

PrimaryDNSAddress Ubiquisys Network string 7

SecondaryDNSAddress Ubiquisys Network string 7

Device.X_UBIQUISYS_COM_ZAP.Network.IPSEC Ubiquisys Network object

DefaultSIMType Ubiquisys Network uint32 0

PolicySendPeerId Ubiquisys Network boolean 0

PolicySendCertReq Ubiquisys Network boolean 0

PolicyVerifyCert Ubiquisys Network boolean 0

PolicyVerifyId Ubiquisys Network boolean 0

PolicyPH1EncrAlg Ubiquisys Network string 3

PolicyPH1HashAlg Ubiquisys Network string 3

PolicyPH1PrfAlg Ubiquisys Network string 3

PolicyPH1DHGroup Ubiquisys Network uint32 1

PolicyPH2EncrAlg Ubiquisys Network string 3

PolicyPH2HashAlg Ubiquisys Network string 3

T_IKERekey Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network.PSOffload.ZAPRoute

T_ESPRekey Ubiquisys Network uint32 0

T_DPD Ubiquisys Network uint32 0

T_NATKeepAlive Ubiquisys Network uint32 0

RetransmitTimeout Ubiquisys Network uint32 1

RetransmitTries Ubiquisys Network uint32 0

PseudonymEnable Ubiquisys Network boolean 0

AuthenticationMethod Ubiquisys Network uint32 0

TransmitFragmentMode Ubiquisys Network uint32 0

RetransmitTimeoutAP Ubiquisys Network uint32 1

RetransmitTriesAP Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network.QoS Ubiquisys Network object

QoSMappingType Ubiquisys Network uint32 0

Enable8021PTagging Ubiquisys Network boolean 0

Device.X_UBIQUISYS_COM_ZAP.Network.QoS.PHBMapping Ubiquisys Network object

ExpeditedForwarding Ubiquisys Network uint32 0

AssuredForwardingClass4 Ubiquisys Network uint32 0





Conversational Ubiquisys Network uint32 0

StreamingPS Ubiquisys Network uint32 0

InteractivePS_Priority1 Ubiquisys Network uint32 0



BackgroundPS Ubiquisys Network uint32 0

Signalling Ubiquisys Network uint32 0

OAMP Ubiquisys Network uint32 0

IPT Ubiquisys Network uint32 0


ExpeditedForwarding Ubiquisys Network uint32 0






Conversational Ubiquisys Network uint32 0

StreamingPS Ubiquisys Network uint32 0




BackgroundPS Ubiquisys Network uint32 0

Signalling Ubiquisys Network uint32 0

OAMP Ubiquisys Network uint32 0

IPT Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network.IPTiming Ubiquisys Network object

TimingServerInstanceNumberOfEntries Ubiquisys Network uint32 0

PredictedResolution Ubiquisys Network uint32 0

IgnoreSniffResults Ubiquisys Network boolean 0

TimingReferenceSource Ubiquisys Network uint32 0

PoorResolutionBehaviour Ubiquisys Network uint32 0

DisableIPTWhenInMacroCoverage Ubiquisys Network boolean 0

GpsRrmPreference Ubiquisys Network uint32 0

Ubiquisys Network multiobject 0

Device.X_UBIQUISYS_COM_ZAP.Network.QoS.ServiceMapping

Device.X_UBIQUISYS_COM_ZAP.Network.QoS.PHBMapping8021P

Device.X_UBIQUISYS_COM_ZAP.Network.QoS.ServiceMapping8021P

Device.X_UBIQUISYS_COM_ZAP.Network.IPTiming.TimingServerInstance

ServerIP Ubiquisys Network string 7

Device.X_UBIQUISYS_COM_ZAP.Network.NTP Ubiquisys Network object

Status Ubiquisys Network uint32 0

PollPeriod Ubiquisys Network uint32 0

OperatorNTPServer1 Ubiquisys Network string 0

OperatorNTPServer2 Ubiquisys Network string 0

Device.X_UBIQUISYS_COM_ZAP.Network.TrafficControl Ubiquisys Network object

Enabled Ubiquisys Network boolean 0

CS0CallDLPSTarget Ubiquisys Network uint32 0









CS9To16CallDLPSTarget Ubiquisys Network uint32 0

OverloadManagementAlgorithmLevel Ubiquisys Network uint32 1

OverloadRabLimit Ubiquisys Network uint32 0


LocalCsAmrWeight Ubiquisys Network uint32 0

LocalCsVideoWeight Ubiquisys Network uint32 0

LocalCsVideoWeightFor8Call Ubiquisys Network uint32 0

ServingCsAmrWeight Ubiquisys Network uint32 0

ServingCsVideoWeight Ubiquisys Network uint32 0

ServingCsVideoWeightFor8Call Ubiquisys Network uint32 0

DriftCsAmrWeight Ubiquisys Network uint32 0

DriftCsVideoWeight Ubiquisys Network uint32 0

DriftCsVideoWeightFor8Call Ubiquisys Network uint32 0

LocalPsLowRateWeight Ubiquisys Network uint32 0

LocalPsNormalWeight Ubiquisys Network uint32 0

LocalMultiRabAmrPsLowRateWeight Ubiquisys Network uint32 0

LocalMultiRabAmrPsNormalWeight Ubiquisys Network uint32 0

LocalMultiRabAmrPsNormalWeightFor8Call Ubiquisys Network uint32 0

LocalMultiRabVideoPsLowRateWeight Ubiquisys Network uint32 0

LocalMultiRabVideoPsNormalWeight Ubiquisys Network uint32 0

LocalMultiRabVideoPsNormalWeightFor8Call Ubiquisys Network uint32 0

Enable Ubiquisys Network boolean 0

MaxFachPsUsers Ubiquisys Network uint32 0

OverrideMaxTotalRabWeight Ubiquisys Network uint32 0

EnableOverrideMaxTotalRabWeight Ubiquisys Network boolean 0

Device.X_UBIQUISYS_COM_ZAP.Network.BackhaulQoS Ubiquisys Network object

BandwidthServer Ubiquisys Network string 0

BandwidthFile Ubiquisys Network string 0

BandwidthLogin Ubiquisys Network string 0

BandwidthPassword Ubiquisys Network string 0

InitialMeasurementEnabled Ubiquisys Network boolean 0

InitialMeasurementDuration Ubiquisys Network uint32 1

InitialMeasurementInterval Ubiquisys Network uint32 1

PeriodicMeasurementEnabled Ubiquisys Network boolean 0

PeriodicMeasurementInterval Ubiquisys Network uint32 1

CSULJitterThreshold Ubiquisys Network uint32 0

CSDLJitterThreshold Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Network.TrafficControl.RabManagement

CSULPacketLossThreshold Ubiquisys Network uint32 0

CSDLPacketLossThreshold Ubiquisys Network uint32 0

CSFrameRTDelayThreshold Ubiquisys Network uint32 0

RTCPAllocatedBandwidth Ubiquisys Network uint32 0

Device.X_UBIQUISYS_COM_ZAP.Subscribers Ubiquisys Subscribers object

AccessControlMode Ubiquisys Subscribers uint32 0

MaxConcurrentSubs Ubiquisys Subscribers uint32 1

MaxSubList Ubiquisys Subscribers uint32 1

MaxOpenAccess Ubiquisys Subscribers uint32 0

MaxCSUsers Ubiquisys Subscribers uint32 0

MaxPSUsers Ubiquisys Subscribers uint32 0

MaxSRBUsers Ubiquisys Subscribers uint32 0

BackhaulLimitedMaxCSUsers Ubiquisys Subscribers uint32 0

DeploymentCategory Ubiquisys Subscribers uint32 0

HotspotMonitoringPeriod Ubiquisys Subscribers uint32 10

HotspotThreshold Ubiquisys Subscribers uint32 1

HandoutMode Ubiquisys Subscribers uint32 0

SubReservedCalls Ubiquisys Subscribers uint32 0

EnableEmergencyCallRedirect Ubiquisys Subscribers boolean 0

EmergencyCallRedirectPreference Ubiquisys Subscribers uint32 0

EmergencyCallRedirectWindow Ubiquisys Subscribers uint32 0

MaxRRCLayerRejections Ubiquisys Subscribers uint32 0

WaitTimeUnauthorisedReject Ubiquisys Subscribers uint32 1

FinalRejectCauseForUnauthorisedUE Ubiquisys Subscribers uint32 0

EnableRejectCauseToggling Ubiquisys Subscribers boolean 0

RejectDelay Ubiquisys Subscribers uint32 0

EnableEmergencyCallForUnauthorisedUE Ubiquisys Subscribers boolean 0

Ubiquisys Subscribers boolean 0

ExtendedEmergencyServiceSupportEnabled Ubiquisys Subscribers boolean 0

AccessRejectCauseForUnauthorisedUE Ubiquisys Subscribers uint32 0

CongestedCSCallBehaviour Ubiquisys Subscribers uint32 0

APNDomainName Ubiquisys Subscribers string 0

SubscriberListNumberOfEntries Ubiquisys Subscribers uint32 0

WhiteListNumberOfEntries Ubiquisys Subscribers uint32 0

IMEIBlackList Ubiquisys Subscribers string 0

AccessRejectCauseForUnauthorisedIMEI Ubiquisys Subscribers uint32 0

MaxPDPContexts Ubiquisys Subscribers uint32 24

Device.X_UBIQUISYS_COM_ZAP.Subscribers.SubscriberList Ubiquisys Subscribers multiobject 0

IMSI Ubiquisys Subscribers string 6

MSISDN Ubiquisys Subscribers string 0

ExpiratoryDate Ubiquisys Subscribers dateTime 0

Status Ubiquisys Subscribers uint32 0

KC Ubiquisys Subscribers string 0

RAND Ubiquisys Subscribers string 0

SRES Ubiquisys Subscribers string 0

K Ubiquisys Subscribers string 0

HandoutEnabled Ubiquisys Subscribers boolean 0

CSAttachAPN Ubiquisys Subscribers string 0

CSAttachPDGAddress Ubiquisys Subscribers string 0

CSAttachPDGAddress2 Ubiquisys Subscribers string 0


PSAttachAPN Ubiquisys Subscribers string 0

PSAttachPDGAddress Ubiquisys Subscribers string 0

PSAttachPDGAddress2 Ubiquisys Subscribers string 0

EnableEmergencyCallForUnauthorisedUEsUnderMacroCoverage


PDPContextAPN Ubiquisys Subscribers string 0

PDPContextAddress Ubiquisys Subscribers string 0

PDPContextAddress2 Ubiquisys Subscribers string 0


Device.X_UBIQUISYS_COM_ZAP.Subscribers.WhiteList Ubiquisys Subscribers multiobject 0

IMSIMask Ubiquisys Subscribers string 1

Ubiquisys Subscribers object

CSAttachAPN Ubiquisys Subscribers string 0

CSAttachPDGAddress Ubiquisys Subscribers string 0



PSAttachAPN Ubiquisys Subscribers string 0

PSAttachPDGAddress Ubiquisys Subscribers string 0



PDPContextAPN Ubiquisys Subscribers string 0

PDPContextAddress Ubiquisys Subscribers string 0



Device.X_UBIQUISYS_COM_ZAP.Security Ubiquisys Security object

EnableLocalGUI Ubiquisys Security boolean 0

OwnerUIPwd Ubiquisys Security string 4

EnableEngineeringGUI Ubiquisys Security boolean 0

EngUIPwd Ubiquisys Security string 4

MNOPassword Ubiquisys Security string 3

FieldTechnicianGUIPwd Ubiquisys Security string 4

Device.X_UBIQUISYS_COM_ZAP.Security.HomeGateway Ubiquisys Security object

GatewayMACAddress Ubiquisys Security string 0

GatewayChangeCount Ubiquisys Security uint32 0

EnableVerification Ubiquisys Security boolean 0

GatewayChangeBehaviour Ubiquisys Security uint32 0

GatewayChangeThreshold Ubiquisys Security uint32 1

Device.X_UBIQUISYS_COM_ZAP.Security.Licencing Ubiquisys Security object

TriggerLicenceDownload Ubiquisys Security boolean 0

Ubiquisys Security object

Base Ubiquisys Security boolean 0

HSUPACAT4_29 Ubiquisys Security boolean 0


HSDPA14Codes Ubiquisys Security boolean 0

Calls8 Ubiquisys Security boolean 0


Enterprise Ubiquisys Security boolean 0

ExtendedRange Ubiquisys Security boolean 0

OperatorGUI Ubiquisys Security boolean 0

FieldTechnicianGUI Ubiquisys Security boolean 0

LocalLANTrace Ubiquisys Security boolean 0

ServicesInterface Ubiquisys Security boolean 0

Ubiquisys Security object



HSDPA14Codes Ubiquisys Security boolean 0



Device.X_UBIQUISYS_COM_ZAP.Subscribers.OpenAccessSubscriberInfo

Device.X_UBIQUISYS_COM_ZAP.Security.Licencing.Features

Device.X_UBIQUISYS_COM_ZAP.Security.Licencing.OperatorOverride

Enterprise Ubiquisys Security boolean 0

ExtendedRange Ubiquisys Security boolean 0

OperatorGUI Ubiquisys Security boolean 0

FieldTechnicianGUI Ubiquisys Security boolean 0

LocalLANTrace Ubiquisys Security boolean 0

ServicesInterface Ubiquisys Security boolean 0

Device.X_UBIQUISYS_COM_ZAP.Services Ubiquisys UMTS object

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS Ubiquisys UMTS object

NeighbourMacrosNumberOfEntries Ubiquisys UMTS uint32 0

NeighbourZAPsNumberOfEntries Ubiquisys UMTS uint32 0

EquivalentPLMNsNumberOfEntries Ubiquisys UMTS uint32 0

Ubiquisys UMTS multiobject 0

UARFCN_DL Ubiquisys UMTS uint32 412

PrimaryScramblingCode Ubiquisys UMTS uint32 0

CPICH_Tx_Power Ubiquisys UMTS int32 -99

PLMN_Cell_Id Ubiquisys UMTS uint32 0

RNC_Id Ubiquisys UMTS uint32 0

MCC Ubiquisys UMTS uint32 0

MNC Ubiquisys UMTS uint32 0

LAC Ubiquisys UMTS uint32 1

RAC Ubiquisys UMTS uint32 0

TxDiversityInd Ubiquisys UMTS boolean 0

MaxUlTxPower Ubiquisys UMTS int32 -50

SniffModePopulated Ubiquisys UMTS boolean 0

Measured_RSCP Ubiquisys UMTS int32 -150




MVTRange Ubiquisys UMTS uint32 0






CPICH_Tx_Power Ubiquisys UMTS int32 -99

MaxUlTxPower Ubiquisys UMTS int32 -50

Measured_RSCP Ubiquisys UMTS int32 -150

GroupID Ubiquisys UMTS uint32 0

Blacklist Ubiquisys UMTS boolean 0

OperatorHandoverWeight Ubiquisys UMTS uint32 0

CombinedHandoverWeight Ubiquisys UMTS uint32 0




Ubiquisys UMTS object

MinWidebandInterferenceLevel Ubiquisys UMTS int32 -150

MaxTotalMacroPilotInterferenceLevel Ubiquisys UMTS int32 -115

MaxZAP_RSCP_Level Ubiquisys UMTS int32 -150

MinIndoorLoss Ubiquisys UMTS int32 10

NodeBNoiseFloor Ubiquisys UMTS int32 -1700

ULNoiseRiseMargin Ubiquisys UMTS uint32 0

SlavingZAPRange Ubiquisys UMTS uint32 20

SignificantChangeEventsEnable Ubiquisys UMTS boolean 0

CarrierChangeThreshold Ubiquisys UMTS uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.NeighbourMacros

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.NeighbourZAPs

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.EquivalentPLMNs

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RRMProfile

ClearCarrierDLPower Ubiquisys UMTS int32 -40

ClearCarrierULTxPower Ubiquisys UMTS int32 -50

SafeDLPower Ubiquisys UMTS int32 -40

SafeULTxPower Ubiquisys UMTS int32 -50

MaxPermittedDLPower Ubiquisys UMTS int32 -40

MaxPermittedULTxPower Ubiquisys UMTS int32 -50

MinPermittedDLPower Ubiquisys UMTS int32 -40

MinPermittedULTxPower Ubiquisys UMTS int32 -50

MaxPermittedClearDLPower Ubiquisys UMTS int32 -40

MaxPermittedClearULTxPower Ubiquisys UMTS int32 -50

MinPermittedClearDLPower Ubiquisys UMTS int32 -40

MinPermittedClearULTxPower Ubiquisys UMTS int32 -50

MinRSCP Ubiquisys UMTS int32 -120

UpperIndoorPathlossLimit Ubiquisys UMTS uint32 0

LocationChangeThreshold Ubiquisys UMTS uint32 0

LocationChangeBehaviour Ubiquisys UMTS uint32 0

InvalidCountryBehaviour Ubiquisys UMTS uint32 0

PeriodicDLMMPeriod Ubiquisys UMTS uint32 0

TriggerImmediateDLMM Ubiquisys UMTS boolean 0

IPTHandoffTimer Ubiquisys UMTS uint32 0

ScramblingCodeSelectionMethod Ubiquisys UMTS uint32 0

MinSignificantChangeRSCP Ubiquisys UMTS int32 -120

RSCPRSSIChangeHysteresis Ubiquisys UMTS uint32 0

FDDBandsSupported Ubiquisys UMTS string 0

AllowedBandList Ubiquisys UMTS string 0

AllowedFrequenciesNumberOfEntries Ubiquisys UMTS uint32 0

AllowedCodesNumberOfEntries Ubiquisys UMTS uint32 0


Allowed_UARFCN_DL Ubiquisys UMTS uint32 411

Allowed_UARFCN_UL Ubiquisys UMTS uint32 11

NeighbourListType Ubiquisys UMTS uint32 0

HandoverPriority Ubiquisys UMTS uint32 1



AllowedPrimaryScramblingCode Ubiquisys UMTS uint32 0


MaxDLPowerWarning Ubiquisys UMTS boolean 0

MaxULTxPowerWarning Ubiquisys UMTS boolean 0

MinDLPowerWarning Ubiquisys UMTS boolean 0

MinULTxPowerWarning Ubiquisys UMTS boolean 0


OPLMNSearchEnable Ubiquisys UMTS boolean 0

OPLMNAllowedBandList Ubiquisys UMTS string 0

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.LACConfig Ubiquisys UMTS object

PowerUpLACSelectionMode Ubiquisys UMTS uint32 0

DominantNeighbourMacroIndex Ubiquisys UMTS int32 -1

LACRangesNumberOfEntries Ubiquisys UMTS uint32 0


ZAPBroadcastVirtualLACStart Ubiquisys UMTS uint32 0

ZAPBroadcastVirtualLACEnd Ubiquisys UMTS uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.CellConfig Ubiquisys UMTS object

InhibitService Ubiquisys UMTS boolean 0

InhibitServiceFromCPE Ubiquisys UMTS boolean 0

InhibitServiceUntilReboot Ubiquisys UMTS boolean 0

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RRMProfile.AllowedFrequencies

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RRMProfile.AllowedCodes

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RRMStatus

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.SNIFFProfile

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.LACConfig.LACRanges






attach_detach_allowed Ubiquisys UMTS boolean 0

network_mode_operation Ubiquisys UMTS uint32 0


UARFCN_UL Ubiquisys UMTS uint32 0


MVTRange Ubiquisys UMTS uint32 0

primary_sch_power Ubiquisys UMTS uint32 0

primary_ccpch_power Ubiquisys UMTS uint32 0

hspdsch_hsscch_total_power Ubiquisys UMTS uint32 0

hsscch_cell_power_offset Ubiquisys UMTS uint32 0

ciphering_enabled Ubiquisys UMTS boolean 0

PagingDRXCycleLengthCoefficient Ubiquisys UMTS uint32 6


RNARRestrictionPercentage Ubiquisys UMTS uint32 0

DSAC_CSRestrictionPercentage Ubiquisys UMTS uint32 0

DSAC_PSRestrictionPercentage Ubiquisys UMTS uint32 0

RestrictionInterval Ubiquisys UMTS uint32 1

RepetitionTimes Ubiquisys UMTS uint32 0

RNAR_AC0 Ubiquisys UMTS boolean 0
















DSAC_CS_AC0 Ubiquisys UMTS boolean 0















Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.CellConfig.AccessClassBarring


DSAC_PS_AC0 Ubiquisys UMTS boolean 0

















MeasureType Ubiquisys UMTS uint32 0

QqualMin Ubiquisys UMTS int32 -24

SintraSearch Ubiquisys UMTS int32 -16

SinterSearch Ubiquisys UMTS int32 -16

SsearchRAT Ubiquisys UMTS int32 -16

QrxLevMin Ubiquisys UMTS int32 -60

Qhyst Ubiquisys UMTS uint32 0

Treselection Ubiquisys UMTS uint32 0

QqualMinMacroBias Ubiquisys UMTS int32 -20

QrxLevMinUMTSMacroBias Ubiquisys UMTS int32 -90

Qoffset1UMTSMacro Ubiquisys UMTS int32 -50

Qoffset1UMTSFemto Ubiquisys UMTS int32 -50

Qoffset2UMTSMacro Ubiquisys UMTS int32 -50

Qoffset2UMTSFemto Ubiquisys UMTS int32 -50

QrxLevMinGSMMacroBias Ubiquisys UMTS int32 -90

Qoffset1GSMMacro Ubiquisys UMTS int32 -50


Enabled Ubiquisys UMTS boolean 0

SsearchHCS Ubiquisys UMTS int32 -53

S_HCS_RAT Ubiquisys UMTS int32 -53

SlimitSearchRAT Ubiquisys UMTS int32 -16

ZAP_HCS_PRIO Ubiquisys UMTS uint32 0

ZAP_Qhcs Ubiquisys UMTS uint32 0

UMTSMacro_HCS_PRIO Ubiquisys UMTS uint32 0

UMTSFemto_HCS_PRIO Ubiquisys UMTS uint32 0

UMTSMacro_Qhcs Ubiquisys UMTS uint32 0

UMTSFemto_Qhcs Ubiquisys UMTS uint32 0

GSMMacro_HCS_PRIO Ubiquisys UMTS uint32 0

GSMMacro_Qhcs Ubiquisys UMTS uint32 0


IntraFreqMeas1EQualBias Ubiquisys UMTS int32 -24

IntraFreqMeas1EHysteresis Ubiquisys UMTS uint32 0

IntraFreqMeas1ETimeToTrigger Ubiquisys UMTS uint32 0

IntraFreqMeas1FQualBias Ubiquisys UMTS int32 -24

IntraFreqMeas1FHysteresis Ubiquisys UMTS uint32 0

IntraFreqMeas1FTimeToTrigger Ubiquisys UMTS uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.CellConfig.SelectionReselection

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.CellConfig.HCS

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.CellConfig.Handout

IntraFreqMeas1E1FFilterCoefficient Ubiquisys UMTS uint32 0

IntraFreqMacroOffset Ubiquisys UMTS int32 -20

InterFreqMeas2DQualBias Ubiquisys UMTS int32 -24

InterFreqMeas2DHysteresis Ubiquisys UMTS uint32 0

InterFreqMeas2DTimeToTrigger Ubiquisys UMTS uint32 0

InterFreqMeas2FQualBias Ubiquisys UMTS int32 -24

InterFreqMeas2FHysteresis Ubiquisys UMTS uint32 0

InterFreqMeas2FTimeToTrigger Ubiquisys UMTS uint32 0

InterFreqMeas2D2FFilterCoefficient Ubiquisys UMTS uint32 0

InterFreqMeas2BCurrentFreqQualBias Ubiquisys UMTS int32 -24

InterFreqMeas2BOtherFreqQualBias Ubiquisys UMTS int32 -24

InterFreqMeas2BHysteresis Ubiquisys UMTS uint32 0

InterFreqMeas2BTimeToTrigger Ubiquisys UMTS uint32 0

InterFreqMeas2BNonUsedFreqBestCellBias Ubiquisys UMTS uint32 0

InterFreqMeas2BFilterCoefficient Ubiquisys UMTS uint32 0

InterFreqMacroOffset Ubiquisys UMTS int32 -20

InterRATMeasCurrentFreqQualBias Ubiquisys UMTS int32 -24

InterRATGSM3ARxLevBias Ubiquisys UMTS int32 -90

InterRATMeas3AHysteresis Ubiquisys UMTS uint32 0

InterRATMeas3ATimeToTrigger Ubiquisys UMTS uint32 0

InterRATGSM3BRxLevBias Ubiquisys UMTS int32 -90

InterRATMeas3BHysteresis Ubiquisys UMTS uint32 0

InterRATMeas3BTimeToTrigger Ubiquisys UMTS uint32 0

InterRATMeasUTRANFilterCoefficient Ubiquisys UMTS uint32 0

InterRATMeasGSMFilterCoefficient Ubiquisys UMTS uint32 0

CurrentFreqPSHandoverQualityOffset Ubiquisys UMTS uint32 0

CurrentFreqCSVideoHandoverQualityOffset Ubiquisys UMTS uint32 0

TargetRNCRelease Ubiquisys UMTS uint32 0

EnablePSHandoutTo3GMacro Ubiquisys UMTS boolean 0


t_reloc_prep Ubiquisys UMTS uint32 0

t_reloc_complete Ubiquisys UMTS uint32 0

reloc_retry_timer Ubiquisys UMTS uint32 0

t_reloc_synch Ubiquisys UMTS uint32 0

srb_inactivity_timer Ubiquisys UMTS uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.UETimers Ubiquisys UMTS object

t300 Ubiquisys UMTS uint32 0

n300 Ubiquisys UMTS uint32 0

















Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RRCTimers


sccpch_po1 Ubiquisys UMTS uint32 0

sccpch_po3 Ubiquisys UMTS uint32 0

fach_dcch_power Ubiquisys UMTS uint32 0

fach_dtch_power Ubiquisys UMTS uint32 0

fach_pch_power Ubiquisys UMTS uint32 0

fach_pich_power Ubiquisys UMTS uint32 0

reference_beta_c Ubiquisys UMTS uint32 0

reference_beta_d Ubiquisys UMTS uint32 0

aich_power Ubiquisys UMTS uint32 0

DualSCCPCHEnable Ubiquisys UMTS boolean 0


MaxULPSRate Ubiquisys UMTS uint32 0

MaxDLPSRate Ubiquisys UMTS uint32 0

MultiRateAMRBehaviour Ubiquisys UMTS uint32 0

r99_ul_rlc_window_size Ubiquisys UMTS uint32 0

r99_dl_rlc_window_size Ubiquisys UMTS uint32 0

hsdpa_ul_rlc_window_size Ubiquisys UMTS uint32 0

hsdpa_dl_rlc_window_size Ubiquisys UMTS uint32 0

hsupa_ul_rlc_window_size Ubiquisys UMTS uint32 0

UseFastSRB Ubiquisys UMTS uint32 0

PSInteractiveBackgroundPremptionEnabled Ubiquisys UMTS boolean 0

PSStreamingPremptionEnabled Ubiquisys UMTS boolean 0

SRBOnEDCHEnabled Ubiquisys UMTS boolean 0


DCHtoFACHTimeToTrigger Ubiquisys UMTS uint32 0

FACHtoIDLETimeToTrigger Ubiquisys UMTS uint32 0



desired_eb_no Ubiquisys UMTS uint32 0

ul_sir_target Ubiquisys UMTS uint32 0

ul_sir_target_cat3_hsupa Ubiquisys UMTS uint32 0



bler_quality_value Ubiquisys UMTS int32 -63




















Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.CommonChannels

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RABParams

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RABParams.StateChange

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParamsDevice.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.SRB

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.AMR

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.CSVideo























































Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.PS32K




Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.AMR_PS8K









































ul_sir_target_cat4 Ubiquisys UMTS uint32 0

ul_sir_target_cat6 Ubiquisys UMTS uint32 0




power_offset1 Ubiquisys UMTS uint32 0




max_dl_power Ubiquisys UMTS uint32 0

min_dl_power Ubiquisys UMTS uint32 0

pc_preamble Ubiquisys UMTS uint32 0

srb_delay Ubiquisys UMTS uint32 0






Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.Video_PS8K




Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.SRB_13K6

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.TrCHParams.SRB_EDCH

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.PhychParamsDevice.X_UBIQUISYS_COM_ZAP.Services.UMTS.PhychParams.DL_DPCCH

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.PhychParams.SF256














ue_periodic_rau_timer Ubiquisys UMTS uint32 3

cn_timer_t3313 Ubiquisys UMTS uint32 1

PagingAttempts Ubiquisys UMTS uint32 1

RoveInRAUPDPStatusClear Ubiquisys UMTS boolean 0

GMMCharacterEncodingScheme Ubiquisys UMTS uint32 0


PSTransitionToIdleReleaseCause Ubiquisys UMTS uint32 0


update_period Ubiquisys UMTS uint32 1

HDLPAEnabled Ubiquisys UMTS boolean 0

power_increase_time_to_trigger Ubiquisys UMTS uint32 1

power_decrease_time_to_trigger Ubiquisys UMTS uint32 1

HSProfileNumberOfEntries Ubiquisys UMTS uint32 0


total_dpdch_power_max Ubiquisys UMTS uint32 0

hs_Power Ubiquisys UMTS uint32 10


RTWPAveragingWindow Ubiquisys UMTS uint32 0

RTWPBackoffMargin Ubiquisys UMTS uint32 0

RTWPNumBackoffMargins Ubiquisys UMTS uint32 0

RTWPRestoreOffMargin Ubiquisys UMTS uint32 0

RTWPChangeIgnoreTimer Ubiquisys UMTS uint32 0

DefaultMaxTargetRTWP Ubiquisys UMTS uint32 0

WeightingTriggerThreshold1 Ubiquisys UMTS uint32 0



RTWPWeightingBackoffMargin1 Ubiquisys UMTS uint32 0




DDLPAEnabled Ubiquisys UMTS boolean 0

DCHPowerDecreaseThreshold Ubiquisys UMTS uint32 20

DCHPowerIncreaseThreshold Ubiquisys UMTS uint32 20

DCHPowerLimitReductionStep Ubiquisys UMTS uint32 0

DCHPowerLimitIncreaseStep Ubiquisys UMTS uint32 0

DCHPowerDecreaseSamplesToTrigger Ubiquisys UMTS uint32 1

DCHPowerIncreaseSamplesToTrigger Ubiquisys UMTS uint32 1

LowestMaxDCHPowerAllocation Ubiquisys UMTS int32 -35

Device.X_UBIQUISYS_COM_ZAP.Services.GSM Ubiquisys GSM object

DominantNeighbourMacroIndex Ubiquisys GSM int32 -1

NeighbourListType Ubiquisys GSM uint32 0

HandoverPriority Ubiquisys GSM uint32 0

NeighbourMacrosNumberOfEntries Ubiquisys GSM uint32 0




Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.MMGMMParams

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.RANAPParams

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.DynamicDLPowerAllocation

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.DynamicDLPowerAllocation.HSProfile

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.DynamicULPowerAllocation

Device.X_UBIQUISYS_COM_ZAP.Services.UMTS.DynamicDLDCHPowerAllocation

Ubiquisys GSM multiobject 0

GSM_Cell_Id Ubiquisys GSM uint32 0

MCC Ubiquisys GSM uint32 0

MNC Ubiquisys GSM uint32 0

LAC Ubiquisys GSM uint32 1

RAC Ubiquisys GSM uint32 0

FrequencyBand Ubiquisys GSM uint32 0

BCCH_ARFCN Ubiquisys GSM uint32 0

NCC Ubiquisys GSM uint32 0

BCC Ubiquisys GSM uint32 0

MaxUlTxPower Ubiquisys GSM int32 -50

SniffModePopulated Ubiquisys GSM boolean 0

Measured_RSSI Ubiquisys GSM int32 -150

Ubiquisys GSM object

Enabled Ubiquisys GSM boolean 0

GSMRxBandsSupported Ubiquisys GSM string 0

AllowedBandList Ubiquisys GSM string 0

OPLMNSearchEnable Ubiquisys GSM boolean 0

Device.X_UBIQUISYS_COM_ZAP.Services.CNGW Ubiquisys CN GW object

FromPort Ubiquisys CN GW uint32 1024

ContactPort Ubiquisys CN GW uint32 1024

RegistrarAddrDiscoveryMode Ubiquisys CN GW uint32 0

RegistrarAddr Ubiquisys CN GW string 0

RegistrarPort Ubiquisys CN GW uint32 1024

IETFRegistrationPassword Ubiquisys CN GW string 0

SMSGWAddr Ubiquisys CN GW string 0

MediaPortBase Ubiquisys CN GW uint32 1024

MediaPortRange Ubiquisys CN GW uint32 1

RegistrationPeriod Ubiquisys CN GW uint32 600

AMRInterfaceFormat Ubiquisys CN GW uint32 0

UeSipDomain Ubiquisys CN GW string 0

SMSGWDomain Ubiquisys CN GW string 0

Personality Ubiquisys CN GW uint32 0

SAI Ubiquisys CN GW string 0

GEOArea Ubiquisys CN GW string 0

IMEICheckProcedureTimeout Ubiquisys CN GW uint32 10

SMSCPRetryCount Ubiquisys CN GW uint32 1

SMSCPRetransmitTimeout Ubiquisys CN GW uint32 1

SMSProcedureTimer Ubiquisys CN GW uint32 20

SSProcedureTimer Ubiquisys CN GW uint32 20

CSLocalRouting Ubiquisys CN GW boolean 0

Ubiquisys CN GW object

Police Ubiquisys CN GW string 0

Ambulance Ubiquisys CN GW string 0

Fire Ubiquisys CN GW string 0

Marine Ubiquisys CN GW string 0

Mountain Ubiquisys CN GW string 0

PoliceAndAmbulance Ubiquisys CN GW string 0

AmbulanceAndFire Ubiquisys CN GW string 0

DefaultCentre Ubiquisys CN GW string 0

Device.X_UBIQUISYS_COM_ZAP.Services.RANGW Ubiquisys RAN GW object

Ubiquisys RAN GW object

GANC_Address Ubiquisys RAN GW string 0

GANC_Port Ubiquisys RAN GW uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.GSM.NeighbourMacros

Device.X_UBIQUISYS_COM_ZAP.Services.GSM.SNIFFProfile

Device.X_UBIQUISYS_COM_ZAP.Services.CNGW.EmergencyNumbers

Device.X_UBIQUISYS_COM_ZAP.Services.RANGW.ProvisioningInfo


SEGW_Address Ubiquisys RAN GW string 0











Device.X_UBIQUISYS_COM_ZAP.Services.RANGW.General Ubiquisys RAN GW object

StoreIndicator Ubiquisys RAN GW boolean 0

SMSOriginationPrefix Ubiquisys RAN GW string 0

AutomaticDefaultGatewayReversionEnable Ubiquisys RAN GW boolean 0

GTPMSS Ubiquisys RAN GW uint32 1

RegisterUpdateUplinkDisable Ubiquisys RAN GW boolean 0

IMSISpoofing Ubiquisys RAN GW boolean 0

GANCMSS Ubiquisys RAN GW uint32 536


LAC Ubiquisys RAN GW uint32 1

RAC Ubiquisys RAN GW uint32 0


MNCSubstitute Ubiquisys RAN GW uint32 0

CellIDSubstitute Ubiquisys RAN GW uint32 0

NoMacroCoverageRegistrationLAC Ubiquisys RAN GW uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise Ubiquisys Enterprise object

Ubiquisys Enterprise object

EnterpriseID Ubiquisys Enterprise uint32 0

GroupID Ubiquisys Enterprise uint32 0

GroupSiteID Ubiquisys Enterprise uint32 0

EnterpriseReset Ubiquisys Enterprise boolean 0

P2PMRTAESKey Ubiquisys Enterprise string 0

P2PMRTRefreshPeriod Ubiquisys Enterprise uint32 0

P2PStaleTimeoutMultiplier Ubiquisys Enterprise uint32 1

P2PKeepAliveTimeoutMultiplier Ubiquisys Enterprise uint32 1

P2PPort Ubiquisys Enterprise uint32 1

P2PMulticastGroup Ubiquisys Enterprise uint32 0

P2PTTL Ubiquisys Enterprise uint32 1

MRTList Ubiquisys Enterprise string 0

IntraGroupHOEnable Ubiquisys Enterprise boolean 0

MaxHORetries Ubiquisys Enterprise uint32 0

EnableMacroRedirectOnReject Ubiquisys Enterprise boolean 0

AllowedEnterpriseCodesNumberOfEntries Ubiquisys Enterprise uint32 0

Ubiquisys Enterprise multiobject 0

UARFCN_DL Ubiquisys Enterprise uint32 411

AllowedPrimaryScramblingCode Ubiquisys Enterprise uint32 0


CombineOperatorHandoverWeighting Ubiquisys Enterprise uint32 0

UseInternalPSCs Ubiquisys Enterprise boolean 0

ExternalPSCMVTUtilisation Ubiquisys Enterprise uint32 25

EnterpriseLoadingMargin Ubiquisys Enterprise int32 -5

MinEnterpriseRSCP Ubiquisys Enterprise int32 -120

Device.X_UBIQUISYS_COM_ZAP.Services.RANGW.DefaultInfo

Device.X_UBIQUISYS_COM_ZAP.Services.RANGW.ServingInfo

Device.X_UBIQUISYS_COM_ZAP.Services.RANGW.RedundantInfo

Device.X_UBIQUISYS_COM_ZAP.Services.RANGW.NetworkFacing

Device.X_UBIQUISYS_COM_ZAP.Services.RANGW.ServiceAreaOverride

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.ProvisioningInfo

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.ProvisioningInfo.AllowedEnterpriseCodes

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.ProvisioningInfo.RRM


EnableRRCRedirectToFAP Ubiquisys Enterprise boolean 0

MinRRCRedirectRSCP Ubiquisys Enterprise int32 -120

EnableHandoverToFAP Ubiquisys Enterprise boolean 0

MinHandoverSignalQuality Ubiquisys Enterprise int32 -24

HandoverOffsetBias Ubiquisys Enterprise int32 -20

EnableHandoverToFAPDueToSignalling Ubiquisys Enterprise boolean 0

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.MRT Ubiquisys Enterprise object

Ubiquisys Enterprise multiobject 0

CellID Ubiquisys Enterprise uint32 0

GroupID Ubiquisys Enterprise uint32 0

UARFCN_DL Ubiquisys Enterprise uint32 0

UARFCN_UL Ubiquisys Enterprise uint32 0

PrimaryScramblingCode Ubiquisys Enterprise uint32 0

MVTRange Ubiquisys Enterprise uint32 0

BootTimestamp Ubiquisys Enterprise dateTime 0

InService Ubiquisys Enterprise boolean 0

VersionTag Ubiquisys Enterprise uint32 0

DetectedStrongestMacroCellID Ubiquisys Enterprise uint32 0

RegisteredStrongestMacroCellID Ubiquisys Enterprise uint32 0

RegisteredStrongestMacroPLMN Ubiquisys Enterprise uint32 0

RegisteredStrongestMacroLACRAC Ubiquisys Enterprise uint32 0

NeighbourAPList Ubiquisys Enterprise string 0

NeighbourMacroList Ubiquisys Enterprise string 0

NeighbourGsmList Ubiquisys Enterprise string 0

RAI Ubiquisys Enterprise string 0

PSCFreedomScore Ubiquisys Enterprise uint32 0

CPICHTxPower Ubiquisys Enterprise int32 -99

MaxUlTxPower Ubiquisys Enterprise int32 -50

IPAddress Ubiquisys Enterprise string 7

KATime Ubiquisys Enterprise dateTime 0

Online Ubiquisys Enterprise boolean 0

Stale Ubiquisys Enterprise boolean 0


Enable Ubiquisys Enterprise boolean 0

EMPAESKey Ubiquisys Enterprise string 0

EMPPort Ubiquisys Enterprise uint32 1

Device.X_UBIQUISYS_COM_ZAP.Services.GPS Ubiquisys GPS object

ScanOnBoot Ubiquisys GPS boolean 0

ScanPeriodically Ubiquisys GPS boolean 0

PeriodicInterval Ubiquisys GPS uint32 0

PeriodicTime Ubiquisys GPS dateTime 0

ContinuousGPS Ubiquisys GPS boolean 0

ForceScan Ubiquisys GPS boolean 0

ScanTimeout Ubiquisys GPS uint32 0

ScanStatus Ubiquisys GPS uint32 0

ErrorDetails Ubiquisys GPS string 0

LastScanTime Ubiquisys GPS dateTime 0

LastSuccessfulScanTime Ubiquisys GPS dateTime 0

LockedLatitude Ubiquisys GPS int32 -90000000

LockedLongitude Ubiquisys GPS int32 -180000000

NumberOfSatellites Ubiquisys GPS uint32 0

AccuracyEstimateLatitude Ubiquisys GPS uint32 0

AccuracyEstimateLongitude Ubiquisys GPS uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.ProvisioningInfo.LoadBalancing

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.MRT.OtherAPInfo

Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.Monitoring

BackoffUpperThreshold Ubiquisys GPS uint32 0

BackoffLowerThreshold Ubiquisys GPS uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.GPS.GeoLocation Ubiquisys GPS object

OperatingMode Ubiquisys GPS uint32 0

AlarmMode Ubiquisys GPS uint32 0

ReusePrevious Ubiquisys GPS uint32 0

OverrideLatitude Ubiquisys GPS uint32 0

OverrideLongitude Ubiquisys GPS int32 -8388608

OverrideAltitude Ubiquisys GPS uint32 0

LEDmode Ubiquisys GPS uint32 0

LEDtimeout Ubiquisys GPS uint32 0

Ubiquisys GPS object

LocationChangeBehaviour Ubiquisys GPS uint32 0

ExpectedLatitude Ubiquisys GPS int32 -90000000

ExpectedLongitude Ubiquisys GPS int32 -180000000

LatitudeAccuracy Ubiquisys GPS uint32 0

LongitudeAccuracy Ubiquisys GPS uint32 0

InitialScanTimeout Ubiquisys GPS uint32 0

ExtendedScanTimeout Ubiquisys GPS uint32 0

FemtoPlusEmulation Ubiquisys GPS boolean 0

MismatchScalar Ubiquisys GPS uint32 0

HistoryMaxLength Ubiquisys GPS uint32 0

HistoryNumberOfEntries Ubiquisys GPS uint32 0

HistoryWriteIndex Ubiquisys GPS uint32 0

Ubiquisys GPS multiobject 0

EntryDateTime Ubiquisys GPS dateTime 0

EntryStatus Ubiquisys GPS uint32 0

MeasuredLatitude Ubiquisys GPS int32 -90000000

MeasuredLongitude Ubiquisys GPS int32 -180000000

NumberOfSatellites Ubiquisys GPS uint32 0

AccuracyEstimate Ubiquisys GPS uint32 0

Device.X_UBIQUISYS_COM_ZAP.SubscriberServices Services object

Enabled Services boolean 0

Device.X_UBIQUISYS_COM_ZAP.ServicesInterface Services object

MaximumNumberofTrackedUE Services uint32 0

TrackedUENumberOfEntries Services uint32 0

Device.X_UBIQUISYS_COM_ZAP.Services.GPS.LocationVerification

Device.X_UBIQUISYS_COM_ZAP.Services.GPS.LocationVerification.History

Max Value Default Value ZMS Access ZAP Access

64 "Ubiquisys" no reboot allowed normal off read read

6 "001B67" no reboot allowed normal off read read

64 no reboot allowed normal off read read

256 no reboot allowed normal off read read

64 "" no reboot allowed normal off read read/write


64 "" no reboot allowed normal always read read

64 "" no reboot allowed normal always read read/write


1024 "" no reboot allowed normal off read read



16 "1.0" no reboot allowed normal off read read

64 "" reboot allowed normal off read/write read

4294967295 0 no reboot allowed verbose off read read/write

4294967295 0 no reboot allowed normal off read read/write

1024 "" no reboot allowed verbose off read read/write

256 "" no reboot allowed verbose off read/write read/write

256 "" reboot allowed normal off read/write read/write

256 "" reboot allowed normal off write read/write

256 "" reboot allowed normal off write read/write

1 1 no reboot allowed normal off read/write read




256 "" reboot allowed normal always read read/write

256 "" no reboot allowed normal off write read/write

256 "" no reboot allowed normal off write read/write





64 "0.pool.ntp.org" no reboot allowed normal off read/write read




64 no reboot allowed normal off read/write read


15 "0.0.0.0" no reboot allowed normal always read read/write


15 "0.0.0.0" no reboot allowed normal off read read/write




1024 "" no reboot allowed normal off read/write read

Reboot Required

ZMS Notification

Notification Profile

Default Notification

"ZoneGate Access Point""Provides local cellular service

"Europe/London"









2 2 no reboot allowed quiet off read read/write







17 "" no reboot allowed normal always read read

2 2 no reboot allowed normal off read read







1 0 no reboot allowed normal off read/write read/write
















2 1 reboot allowed normal off read/write read





1 0 reboot allowed normal off read/write read/write

30 "96 AMR/8000" reboot allowed normal off read/write read

30 reboot allowed normal off read/write read



255 no reboot allowed normal off read/write read

"97 CLEARMODE/

"101 telephone-




































100







100



3 0 no reboot not allowed write read/write



AlarmHistoryNumberOfEntries

EventListNumberOfEntries


256 "anonymous" no reboot allowed normal off read/write read



1 0 no reboot allowed normal off write read




2 -1 no reboot allowed normal off read/write read







32 "anonymous" no reboot allowed normal off read/write read

















































































15 "" no reboot allowed normal active read read/write








10



18 "0.0.0.0/0" no reboot allowed normal off read/write read























15 no reboot allowed normal off read/write read/write

15 "255.255.0.0" no reboot allowed normal off read/write read/write









12 "aes" reboot allowed normal off read/write read

12 "sha1" reboot allowed normal off read/write read



12 "aes" reboot allowed normal off read/write read



APNNumberOfEntries

"192.168.1.120"
















































4 TimingServerInstanceNumberOfEntries

255 "0.0.0.0" no reboot allowed normal off read/write read

















































































250 0 no reboot allowed verbose off read/write read





250

15 "000000" no reboot allowed normal off read/write read
















SubscriberListNumberOfEntries






20















10 "0000" no reboot not allowed write read/write


10 "stella" no reboot not allowed write read

10 "ubipass" no reboot not allowed write read

10 "ftpass" no reboot not allowed write read/write


4294967295 0 no reboot allowed verbose off read/write read/write






















WhiteListNumberOfEntries










64



50 -99 no reboot allowed normal off read/write read/write











200









50 -99 no reboot allowed normal off read read/write







5



-20 -85 no reboot allowed normal off read/write read









NeighbourMacrosNumberOfEntries

NeighbourZAPsNumberOfEntries

EquivalentPLMNsNumberOfEntries



















1 0 no reboot allowed normal off write read





16 "I" no reboot allowed normal off read read/write


12 0 reboot allowed verbose off read read/write


12





30










63 -1 no reboot allowed verbose off read read/write


100






AllowedFrequenciesNumberOfEntries

AllowedCodesNumberOfEntries

LACRangesNumberOfEntries






























0 -30 no reboot allowed verbose off read/write read




































10























31 -1 no reboot allowed verbose off read read/write




HSProfileNumberOfEntries

32














112 no reboot allowed normal off read read/write






255 "" reboot allowed normal off read/write read/write


32 "apples" reboot not allowed write read



























NeighbourMacrosNumberOfEntries

"P-GSM900,E-GSM900,DCS1

























1 0 reboot not allowed write read













30








AllowedEnterpriseCodesNumberOfEntries







199



















50 -99 no reboot allowed normal off read read/write

























OtherAPInfoNumberOfEntries























20










HistoryNumberOfEntries

Provisioning

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Comments

The top-level object for an Internet Gateway Device.

This object contains general device information.

The manufacturer of the CPE (human readable string).

Model name of the CPE (human readable string).

A full description of the CPE device (human readable string).

Represents the version of the specification implemented by the device. Currently 1.0 is the only available version.

Time in seconds since the CPE was last restarted.

Date and time in UTC that the CPE first successfully established a network connection.

Vendor-specific log(s).

This object contains general configuration parameters.

Arbitrary user data that must persist across CPE reboots.

This object contains parameters relating to the CPE's association with an ACS.

Whether or not the CPE must periodically send CPE information to Server using the Inform method call.

Username used to authenticate an ACS making a Connection Request to the CPE.

This object contains parameters relating an NTP or SNTP time client in the CPE. Support for this object is Optional.

The current date and time in the CPE's local time zone.

This object contains parameters relating to the LAN side of the CPE

The LAN IP address (assigned by DHCP or static) of the ZAP

The LAN MAC address of the ZAP (duplicate of Device.X_UBIQUISYS_COM_ZAP.DeviceInfo.Hardware.MACAddress)

The Gateway IP address (assigned by DHCP)

The top of the Ubiquisys tree.

The top of the Ubiquisys tree.

The IMSI associated with that ZAP.

The MSISDN of the ZAP.

Address at which the ZAP is located (subscribers address).

Organizationally unique identifier of the device manufacturer. Represented as a six hexadecimal-digit value using all upper-case letters and including any leading zeros. The value MUST be a valid OUI as defined in Error! Reference source not

Identifier of the class of product for which the serial number applies, set equal to the platform parameter ModelCode. That is, for a given manufacturer, this parameter is used to identify the product or class of product over which the SerialNumber Serial number of the CPE.

A string identifying the particular CPE model and version.

A string identifying the software version currently installed in the CPE.

A string identifying the version of the modem firmware currently installed in the CPE. This is applicable only when the modem firmware is separable from the overall CPE software.Comma-separated list of the OptionName of each Option that is currently enabled in the CPE. The OptionName of each is identical to the OptionName element of the OptionStruct described in Error! Reference source not found.. Only those options A comma separated list of any additional versions. Represents any additional hardware version information the vendor may wish to supply.A comma separated list of any additional versions. Represents any additional software version information the vendor may wish to supply.

Identifier of the primary service provider and other provisioning information, which MAY be used by the Server to determine service provider-specific customization and provisioning parameters.

URL for the CPE to connect to the ACS using the CPE WAN Management Protocol.

Username used to authenticate the CPE when making a connection to the ACS using the CPE WAN Management Protocol.

Password used to authenticate the CPE when making a connection to the ACS using the CPE WAN Management Protocol.

The duration in seconds of the interval for which the CPE MUST attempt to connect with the ACS and call the Inform method if PeriodicInformEnable is true.An absolute time reference in UTC to determine when the CPE should initiate the Inform method calls. Each Inform call must occur at this reference time plus or minus an integer multiple of the PeriodicInformInterval.The value of the ParameterKey argument from the most recent SetParameterValues, AddObject, or DeleteObject method call from the Server. If there have been no such calls, this value is empty.HTTP URL for an ACS to make a Connection Request notification to the CPE.

Password used to authenticate an ACS making a Connection Request to the CPE.

Indicates whether or not the ACS will manage upgrades for the CPE. If true (1), the CPE SHOULD not use other means other than the ACS to seek out available upgrades. If false (0), the CPE MAY use other means for this purpose.Present only for a CPE that supports the Kicked RPC method.

Present only for a CPE that provides a LAN-side web page to show progress during a file download.

The reason for the AP rebooting:

First public NTP timeserver. Either a host name or IP address. Manual reboot of AP required in order for a change to this parameter to take effect.Second public NTP timeserver. Either a host name or IP address. Manual reboot of AP required in order for a change to this parameter to take effect.Third public NTP timeserver. Either a host name or IP address. Manual reboot of AP required in order for a change to this parameter to take effect.

Name of the local time zone (human readable string). This can be optionally set by the ZMS to give a name to the TimeZoneOffset belowThis value represents an offset from UTC in 15 minute increments between -12 and +14 hours that is applied to all timestamp fields reported to the ZMS. (e.g. for a 9 hour offset use value of 36 and for a -3.5 hour offset use value of -14)

Type of (U)SIM card inserted into the ZAP:

PostCode/ZIP Code at which the ZAP is located (subscribers address).

True - means that the configured handin tone file is played during voice call handin. False - means handin tones are disabled.

Friendly display name for the unit to be displayed on the local owner GUI in preference to MAC address or IP address

Indicates whether this AP is providing service to UEs or not

ZAP MAC address (xx:xx:xx:xx:xx:xx)

Model code of the Ubiquisys product (e.g. ZM-000-05)

Revision of the model of the Ubiquisys product (e.g. 0001)

Version of software in the backup memory. If there is no previous version then this will be NULL.

Fully qualified domain name of Download Server

Version of the configuration information for the specified Network ID. Value 0 means no network version specified

Bootloader software version

Factory recovery kernel version

Backup factory recovery kernel version

Main kernel version (kernel currently in use)

Main kernel version (alternative kernel currently not in use)

Root file system version (system currently in use)

Root file system version (alternative system currently not in use)

Ubiquisys file system version (system currently in use)

Ubiquisys file system version (alternative system currently not in use)

FQDN or IP address of the APN used during the ZAP IPSEC tunnel setup. Mandatory if NetworkMode is IMS (except IETF)

Audio codec supported by ZAP

Video codec supported by ZAP

Minimum RTP jitter buffer delay (ms)

Maximum RTP jitter buffer delay (ms). If smaller than MinJitterBuffer then it will be clipped to the value of MinJitterBuffer

DTMF telephony events supported by ZAP

The 'Home Zone' name of the ZAP. This is displayed on the UE when it is registered with the ZAP. Default for network would be set by ZMS but optional ability to override from owner GUI. If set to empty string then no MMINFO will be sent to Ues.True - means that the Owner GUI is allowed to change the Home Zone name. False - means that the Home Zone name can only be set from the ZMSThe 'Home Zone PS Notification' message that is sent to the UE in a type 0 SMS when it starts a PS session. If set to empty string then no PS notification will be sent to UEs.True - means that the configured HomeZone tone file is played during voice call setup. False - means HomeZone tones are disabled.True - means that the configured handout tone file is played during voice call handout. False - means handout tones are disabled.

Overall status of the ZAP:

Status of the RF lineup:

Status of the database:

Status of the hardware:

Status of the SIM card:

Hardware variant - product code as defined in UBS-91-14-020

Indication to software whether development/trials/commercial software builds are permitted on the ZAP.

If set to TRUE then the 'In service' LED flashes for CELL DCH PS sessions as well as CS sessions. Otherwise the LED only flashes when a CS call is being made.

Current state of upgrade:

When to perform upgrade:

If set to True will force the ZAP to revert to the software in the backup memory. The ZAP will then clear the flag once it has completed the operation.If set to True will delete the version of software in backup memory and copy the current version into backup memory. At the same time the configuration information will be changed accordingly. The ZAP will then clear the flag once it has completed Trial period in minutes after a software upgrade. If a major failure (e.g. reboot, SC crash) occurs during this time it will cause an immediate fallback to the previous version of the software. At the end of the trial period the current software will be copied

Identifies network that the ZAP is deployed on - used by factory recovery and Download Controller to validate suitability of software for the network. There are 3 ways to authorise a load,

Time in minutes to wait for a single file to download from the download server. If the time is exceeded for any file the download will be aborted. Value of zero implies no timeout at all. Any value between 1 and 9 will be rounded up to 10.

Core Network Mode:

FQDN or IP address of the primary IPSEC Network Gateway that the ZAP connects to in order to contact the core network, ZMS and download server.FQDN or IP address of the secondary IPSEC Network Gateway that the ZAP connects to in order to contact the core network, ZMS and download server. Currently only used in IMS network mode.FQDN or IP address of the tertiary IPSEC Network Gateway that the ZAP connects to in order to contact the core network, ZMS and download server. Currently only used in IMS network mode.

Static or dynamic W-APN resolution

This object contains general device information for the gateway that the AP is connected to

Serial number of the Gateway

The minimum time between alarms being sent in hours. 0 means an inform will be sent on every change.

Max number of alarms in the alarm history list.

Number of alarms in the alarm history list.

Index of the oldest entry in the Alarm History list

The AP, after a ForceScan has been unable to obtain a position fix with sufficient accuracy

The AP has been unable to obtain a position fix for GeoLocation functionality

List of alarms the ZAP has previously raised.

The name of the alarm

Time the alarm was raised or cleared

Type of history entry (TRUE = active alarm, FALSE = inactive alarm)

Max number of events in the event list.

Number of events in the event list.

Index of the oldest entry in the event list

List of events the ZAP has previously logged.

Description of the event

Time and date that the event occurred

Preference on which type of neighbour cell should be reported during AP registration with the core network (currently 3G GAN only):

Time after first emergency call made by an unauthorised user is released that the AP will keep the UE 'emergency registered' to allow for further emergency calls and/or call back from PSAP (seconds)Time after an emergency call made by an user is released that the AP will apply emergency status to any follow-on call, CS or PS, for that user. (seconds)

Organizationally unique identifier of the device manufacturer. Represented as a six hexadecimal-digit value using all upper-case letters and including any leading zeros. The value MUST be a valid OUI as defined in Error! Reference source not Identifier of the class of product for which the serial number applies. That is, for a given manufacturer, this parameter is used to identify the product or class of product over which the SerialNumber parameter is unique.

List of attributes that will be reported as alarms.

Cannot Select RF Profile. The AP is unable to select a valid set of RF parameters because of excessive interference.

Software Fault. The AP detected a software problem which requires it to re-initialise in order to provide service.

PM Report Failure. The AP is unable to upload the PM files.

Location Change. The AP has detected that it has potentially change location.

PoorRFQoS. Set when the AP has detected conditions which are likely to make it not to provide good RF QoS

PoorBackHaulQoS. The AP has measured that the QoS on the backhaul connection have has diminished below a preset threshold. Over Temperature. The AP shutdown because of over temperature

UpGradeFailure. The AP could not complete its upgrade successfully.

FileSystemFailed. The AP secondary file system has failed. (will be escalated to a System Failure if the fault cannot be cleared. HotSpotIndication. The AP has detected an excessive number of attach rejects which indicates it is in a hotspot.

NoNTPServer. The AP cannot connect to an NTP server to set its internal date/time clock.

Invalid Country. The AP has detected that it has potentially change location into a different country ( AP home PLMN MCC has not been detected on any macro cells) Gateway Change. The AP has detected that it has potentially change location as the Home Gateway MAC address has changed Loss of all timing server connectivity. The AP has detected that all the configured timing servers are no longer contactable. If macro coverage is lost this will lead to the NoTimingSource alarmNo Timing Source. The AP has no macro coverage and there are either no timing servers configured or the LossOfAllTimingServerConnectivity alarm is raised. When in this state the timing within the AP will gradually drift out of spec EnterpriseLACReuseDetected. The ZAP has detected that the LAC assigned to the enterprise is being used by a cell that is not part of the enterprise group ServiceAffectingBackhaulQoS. With only one CS call (voice or video) in progress, the AP has measured that the backhaul QoS parameters for that call have diminished below preset thresholds. As only one CS call is in progress then this implies that CapacityLimitingBackhaulQoS. With 2, 3 or 4 CS call (voice or video) in progress the AP has measured that the backhaul QoS parameters for that call have diminished below preset thresholds. This implies that the Femto AP will limit its CS call The AP has detected, after a boot, that it is in location other than that specified by ExpectedLat/Long

The AP, after a boot, has been unable to obtain a position fix with sufficient accuracy

The AP has detected, after a ForceScan, that it is in location other than that specified by ExpectedLat/Long

Enterprise functionality is configured but the AP has not received any MRT traffic on the network, check the network configuration. The alarm will clear as soon as MRT traffic is received.Hardware Fault. The AP is has a detected a major unrecoverable hardware fault

If set to non-zero then the ZAP will reboot and enter Factory Recovery mode as indicated below. The ZAP will automatically clear this field once it has completed the operation.Limits the size of the circular local trace buffer to the last n Mb of trace. The value is in Mb. A value of 0 indicates that local trace should be disabledIndicates how long after the event that local trace should be allowed to continue before the local-trace buffer is copied and prepared for uploading. The value is in seconds. A value of 0 indicates no post-event delay.

The account name to use when uploading files to the Post Event Diagnostics server.

The account password to use when uploading files to the Post Event Diagnostics server.

Maximum number of Post Event Diagnostics tarballs that should be queued for uploading.

Contains all the objects associated with performance measurement.

Contains all the objects associated with the performance reports.

The time that the PM stats will start default (00:00) midnight.

FTP Username that the ZAP will use to upload the PM log

FTP Password that the ZAP will use to upload the PM log - leave blank for anonymous FTP

The filename of the active performance metric file.

The time when the least busy hour is next due to occur

Total number of received CS AMR blocks

Total number of received CS AMR blocks with bad CRC

Average CS AMR call BLER reported by all Ues for all calls within the pegging period.

Total number of received CS video blocks

Total number of received CS Video blocks with bad CRC

Average CS Video call BLER reported by all Ues for all calls within the pegging period.

Speech Drop UE/AP initiated drop

Speech Drop UE/AP initiated drop: handout required but no candidate identified (GAN Only)

Speech Drop UE/AP initiated drop: handout required but target unavailable (GAN only)

Speech Drop UE/AP initiated drop: AP release whilst handout execution in progress (GAN only)

Speech Drop UE/AP initiated drop: AP release as UE power saturated (GAN only)

Speech Drop CN initiated drop

Speech Drop CN initiated drop with normal_release cause (GAN only)

Speech Successfully Established

CS Video Drop UE/AP initiated drop

CS Video Drop UE/AP initiated drop: handout required but no candidate identified (GAN only)

CS Video Drop UE/AP initiated drop: handout required but target unavailable (GAN only)

CS Video Drop UE/AP initiated drop: AP release whilst handout execution in progress (GAN only)

CS Video Drop UE/AP initiated drop: AP release as UE power saturated (GAN only)

CS Video Drop CN initiated drop

CS Video Drop CN initiated drop with normal_release cause (GAN only)

CS Video Successfully Established

PS drop AP initiated (includes R99 and HSDPA)

PS Drop UE/AP initiated drop: handout required but no candidate identified (GAN only)

PS Drop UE/AP initiated drop: handout required but target unavailable (GAN only)

PS Drop UE/AP initiated drop: AP release whilst handout execution in progress (GAN only)

PS Drop UE/AP initiated drop: AP release as UE power saturated (GAN only)

PS drop CN initiated (includes R99 and HSDPA)

The FQDN or IP address of the server where the Post Event Diagnostics tarballs should be uploaded to. An empty string will indicate that uploading (as opposed to collection and packaging) is disabled.

Trigger an immediate creation and upload of a Post Event Diagnostics (PED) file to the FTP server configured above. The FAP will immediately clear this value back to zero when it receives the trigger.An encoded string containing the trace level setting for all relevant modules and interfaces for a trace profile with the lowest overheadAn encoded string containing the trace level setting for all relevant modules and interfaces for a trace profile with a medium overheadAn encoded string containing the trace level setting for all relevant modules and interfaces for a trace profile with the maximum overheadAllows the default behaviour of choosing a different trace profile to be overridden until the next reboot.

Controls periodic In-Service checks:

Sets the automatic reboot delay period in days (0=off). When this period elapses a reboot will occur in the next Least Busy Hour on a PDQ basis.

The reporting period:

False - Don't collect performance counts

URL of the location where the PM reports need to be passed. The file name will be PM[ZAPID][Date]. Mandatory if PM enabled.

The least busy hour of the ZAP. The least busy hour is calculated as the middle of the longest period of least number of active RABs.Number of days worth of LBH info that has been stored in the LHBHistory. Max is 7 days - once it has reached this point, further days' history is averaged with existing data

When set to TRUE it will force an immediate upload of the PM file. Flag is automatically reset to FALSE when the action is complete.

Counters that are associated with call quality.

Counters that are associated with call setup quality.

PS drop CN initiated (includes R99 and HSDPA) with normal_release cause (GAN only)

PS drop AP initiated (includes R99 and HSDPA) with normal_release cause (GAN only)

PS Successfully Established (GAN only)

PS R99 service drop AP initiated

PS HSDPA service drop AP initiated

NBAP Radio Link Setup Request for standalone SRB (for RRC connection establishment) per traffic class

RAB Assignment request for speech call establishment attempts (NAS)

RAB Assignment Complete for successful speech call establishment (NAS)

RAB Assignment request for video telephony calls attempts (NAS)

RAB Assignment Complete for successful video telephony call establishment (NAS)

RAB Assignment request for PS R99 call attempts.

RAB Assignment Complete for successful PS R99 call establishment

RAB Assignment request for PS HSDPA call attempts.

RAB Assignment Complete for successful PS HSDPA call establishment

RRC Connection Request.

RRC connection Reject

RAB Assignment Request.

RAB Assignment Response (IE failed to establish RABs)

RRC RadioBearerSetup

RRC RadioBearerSetupComplete

RRC RadioBearerRelease

RRC RadioBearerReleaseComplete

RRC Radio Bearer Reconfiguration except the ones triggered by inter-frequency hard handovers.

RRC Radio Bearer Reconfiguration Complete except the ones triggered by inter-frequency hard handovers

RRC Transport Channel Reconfiguration except the ones triggered by inter-frequency hard handovers.

RRC Transport Channel Reconfiguration Complete except the ones triggered by inter-frequency hard handovers.

RRC Physical Channel Reconfiguration except the ones triggered by inter-frequency hard handovers.

RRC Physical Channel Reconfiguration Complete except the ones triggered by inter-frequency hard handovers.

PDP Context Requests

PDP Context Accepts

Logged on first page attempt

Total page successes

Number of CS attach requests from Ues that have been accepted

Number of CS attach requests from Ues that have been rejected

Number of PS attach requests from Ues that have been accepted

Number of PS attach requests from Ues that have been rejected

Number of UEs that have explicitly CS detached from the AP

Number of UEs that have explicitly PS detached from the AP

Number of UEs attached in either idle mode or in a call

Number attempts to perform a 2G speech handout from the AP to 2G cell

Number of successful attempts to complete a 2G speech handout from the AP to 2G cell

Number of cancelled attempts to perform 2G speech handout from the AP to 2G cell

Number attempts to perform a speech Intra frequency handout from the AP to 3G cell

Number of successful attempts to complete a speech Intra frequency handout from the AP to 3G cell

Number of cancelled attempts to perform a speech Intra frequency handout from the AP to 3G cell

Number attempts to perform a speech Inter frequency handout from the AP to 3G cell

Number of successful attempts to complete a speech Inter frequency handout from the AP to 3G cell

Number of cancelled attempts to perform a speech Inter frequency handout from the AP to 3G cell

Number attempts to perform a video Intra frequency handout from the AP to 3G cell

Number of successful attempts to complete a video Intra frequency handout from the AP to 3G cell

Sum on RRC connection complete for speech calls for all traffic classes (conversational, streaming, interactive and background).call drop that occurs on standalone SRB only. RRC connection release (for causes: unspecified, pre-emptive release, congestion, re-establishment reject, directed signalling connection re-establishment) + Radio link failure + others.

Counters that are associated with customer behaviour.

Counters that are associated with handover

Number of cancelled attempts to perform a video Intra frequency handout from the AP to 3G cell

Number attempts to perform a video Inter frequency handout from the AP to 3G cell

Number of successful attempts to complete a video Inter frequency handout from the AP to 3G cell

Number of cancelled attempts to perform a video Inter frequency handout from the AP to 3G cell

Number attempts to perform a PS Intra frequency handout from the AP to 3G cell (GAN only)

Number of successful attempts to complete a PS Intra frequency handout from the AP to 3G cell (GAN only)

Number of cancelled attempts to perform a PS Intra frequency handout from the AP to 3G cell (GAN only)

Number attempts to perform a R99 PS Intra frequency handout from the AP to 3G cell

Number of successful attempts to complete a R99 PS Intra frequency handout from the AP to 3G cell

Number of cancelled attempts to perform a R99 PS Intra frequency handout from the AP to 3G cell

Number attempts to perform a PS Inter frequency handout from the AP to 3G cell (GAN only)

Number of successful attempts to complete a PS Inter frequency handout from the AP to 3G cell (GAN only)

Number of cancelled attempts to perform a PS Inter frequency handout from the AP to 3G cell (GAN only)

Number attempts to perform a R99 PS Inter frequency handout from the AP to 3G cell

Number of successful attempts to complete a R99 PS Inter frequency handout from the AP to 3G cell

Number of cancelled attempts to perform a R99 PS Inter frequency handout from the AP to 3G cell

Number attempts to perform a HSDPA PS Intra frequency handout from the AP to 3G cell

Number of successful attempts to complete a HSDPA PS Intra frequency handout from the AP to 3G cell

Number of cancelled attempts to perform a HSDPA PS Intra frequency handout from the AP to 3G cell

Number attempts to perform a HSDPA PS Inter frequency handout from the AP to 3G cell

Number of successful attempts to complete a HSDPA PS Inter frequency handout from the AP to 3G cell

Number of cancelled attempts to perform a HSDPA PS Inter frequency handout from the AP to 3G cell

Number attempts to perform any Intra frequency handout from the AP to 3G cell

Number of cancelled attempts to perform any Intra frequency handout from the AP to 3G cell

Number attempts to perform any Inter frequency handout from the AP to 3G cell

Number of cancelled attempts to perform any Inter frequency handout from the AP to 3G cell

Number attempts to perform a speech Intra frequency handout between two FAPs

Number of successful attempts to complete a speech Intra frequency handout between two FAPs

Number of cancelled attempts to perform a speech Intra frequency handout between two FAPs

Number attempts to perform a speech Inter frequency handout between two FAPs

Number of successful attempts to complete a speech Inter frequency handout between two FAPs

Number of cancelled attempts to perform a speech Inter frequency handout between two FAPs

Number attempts to perform a video Intra frequency handout between two FAPs

Number of successful attempts to complete a video Intra frequency handout between two FAPs

Number of cancelled attempts to perform a video Intra frequency handout between two FAPs

Number attempts to perform a video Inter frequency handout between two FAPs

Number of successful attempts to complete a video Inter frequency handout between two FAPs

Number of cancelled attempts to perform a video Inter frequency handout between two FAPs

Number attempts to perform a PS Intra frequency handout between two FAPs (GAN only)

Number of successful attempts to complete a PS Intra frequency handout between two FAPs (GAN only)

Number of cancelled attempts to perform a PS Intra frequency handout between two FAPs (GAN only)

Number attempts to perform a R99 PS Intra frequency handout between two FAPs

Number of successful attempts to complete a R99 PS Intra frequency handout between two FAPs

Number of cancelled attempts to perform a R99 PS Intra frequency handout between two FAPs

Number attempts to perform a PS Inter frequency handout between two FAPs (GAN only)

Number of successful attempts to complete a PS Inter frequency handout between two FAPs (GAN only)

Number of cancelled attempts to perform a PS Inter frequency handout between two FAPs (GAN only)

Number attempts to perform a R99 PS Inter frequency handout between two FAPs

Number of successful attempts to complete a R99 PS Inter frequency handout between two FAPs

Number of cancelled attempts to perform a R99 PS Inter frequency handout between two FAPs

Number attempts to perform a HSDPA PS Intra frequency handout between two FAPs

Number of successful attempts to complete a HSDPA PS Intra frequency handout between two FAPs

Number of cancelled attempts to perform a HSDPA PS Intra frequency handout between two FAPs

Number attempts to perform a HSDPA PS Inter frequency handout between two FAPs

Number of successful attempts to complete a HSDPA PS Inter frequency handout between two FAPs

Number of cancelled attempts to perform a HSDPA PS Inter frequency handout between two FAPs

Number attempts to perform any Intra frequency handout between two FAPs

Number of cancelled attempts to perform any Intra frequency handout between two FAPs

Number attempts to perform any Inter frequency handout between two FAPs

Number of cancelled attempts to perform any Inter frequency handout between two FAPs

Number attempts to perform a Speech handin from another FAP (GAN only)

Number of successful attempts to complete a Speech handin from another FAP (GAN only)

Number of cancelled attempts to perform a Speech handin from another FAP (GAN only)

Number of rejected attempts to perform a Speech handin from another FAP due to target FAP congestion (GAN only)

Number attempts to perform a CS Video handin from another FAP (GAN only)

Number of successful attempts to complete a CS Video handin from another FAP (GAN only)

Number of cancelled attempts to perform a CS Video handin from another FAP (GAN only)

Number of rejected attempts to perform a CS Video handin from another FAP due to target FAP congestion (GAN only)

Number attempts to perform a CS handin from another FAP

Number of successful attempts to complete a CS handin from another FAP

Number of cancelled attempts to perform a CS handin from another FAP

Number of rejected attempts to perform a CS handin from another FAP due to target FAP congestion

Number attempts to perform a PS handin from another FAP

Number of successful attempts to complete a PS handin from another FAP

Number of cancelled attempts to perform a PS handin from another FAP

Number of rejected attempts to perform a PS handin from another FAP due to target FAP congestion

Number of inter-FAP load balancing attempts

Number of inter-FAP load balancing successes

Number of inter-FAP load balancing failures due to UE

Number of times the holdover period has been exceeded

Number of times the AP frequency has been modified by IP timing

Number of times the AP frequency has been modified by 3G macro sniffing

Number of times the AP frequency has been modified by 2G macro sniffing

Number of times the AP frequency has been modified by GPS timing

Number of times Fast IP timing has run

Number of bytes transmitted by the AP over the backhaul

Number of bytes received by the AP over the backhaul

Number of packets transmitted by the AP over the backhaul

Number of packets received by the AP over the backhaul

Number of errored packets received by the AP over the backhaul

Number of dropped packets detected by the AP received on the backhaul

Number of times the UL Jitter limit is exceeded

Number of times the DL Jitter limit is exceeded

Number of times the UL Packet Loss limit is exceeded

Number of times the DL Packet Loss limit is exceeded

Number of times the Round-Trip Delay limit is exceeded

Counters that are associated with timing

Counters that are associated with the backhaul ethernet connection

Counters that are associated with FAP status

Current value of the Device.X_UBIQUISYS_COM_ZAP.DeviceInfo.RFStatus database variable recorded at the pegging interval. This will be reported in the same format as the RFStatus parameter [0..4]. Values 0 and 2 should be considered by Current value of the Device.DeviceInfo.UpTime database variable recorded at the pegging interval. Note that this is a cumulative value so does not reset to zero at the start of the next pegging period. If the value goes down then it means the

0 - OK

0 - OK

Stores the IP address of the IPSEC tunnel endpoint so that ZAP applications that populate source IP address can populate this information correctly when sending data down the tunnel

0 - No WAN connection

WAN Upstream current date rate (in bits per second)

WAN Downstream current date rate (in bits per second)

Configures whether PS data Offload is enabled or not.

Primary DNS server IP address sent to the UE in CN Gateway mode (derived from DHCP information)

Secondary DNS server IP address sent to the UE in CN Gateway mode (derived from DHCP information)

Length of APN list (for information only)

List of APN specific routing information

APN Name

Default offload behaviour

Route definition 0

Route definition 1

Route definition 2

Route definition 3

Route definition 4

Route definition 5

Route definition 6

Route definition 7

Route definition 8

Route definition 9

Default ZAP routing information

Default offload behaviour

Route definition 0

Route definition 1

Route definition 2

Route definition 3

Route definition 4

Route definition 5

Route definition 6

Route definition 7

Route definition 8

Route definition 9

Configures whether the ZAP IP address is obtained by DHCP or not

ZAP static IP address (Only used if DHCP disabled)

ZAP static netmask (Only used if DHCP disabled)

Gateway IP address (Only used if DHCP disabled)

Primary DNS server IP address (Mandatory if DHCP disabled)

Secondary DNS server IP address (Mandatory if DHCP disabled)

Send GW ID information

Request GW certifcate

Enable checking of the GW Certificate

Enable checking of the GW ID

IKEv2 encryption algorithm

IKEv2 hash algorithm

IKEv2 pseudo random function algorithm

IKEv2 diffie hellman group

IPSEC encryption algorithm

IPSEC hash algorithm

Time in minutes between IKE Child SA rekey (0 = off). Values between 1 and 10 are treated as 10 minutes.

Configures the ethernet physical parameters:

Default type of SIM authentication routine that should be used for unknown AP SIM cards:

Time in minutes between ESP rekey (0 = off). Values between 1 and 10 are treated as 10 minutes.

Interval in seconds between sucessive DPD liveness tests (0 = off)

Interval in seconds between sending of the NAT keep-alive packets for the IPSEC tunnel (0 = off)

Time in seconds between retransmission of IKE messages for UE IPsec tunnels

Max number of retransmission attempts for IKE messages for UE IPsec tunnels

Enable Pseudonym feature

Time in seconds between retransmission of IKE messages for the AP IPsec tunnel

Max number of retransmission attempts for IKE messages for the AP IPsec tunnel

Enables (1) or disables (0) 802.1q priority tagging in the PCP field (with VID=0) using the PHB or service mapped values

Values used in PHB mapping scheme for DSCP tagging

DSCP for Expedited Forwarding class (Conversational CS data).

DSCP for Assured Forwarding Class 4 (Streaming PS data).

DSCP for Assured Forwarding Class 3 (Interactive PS data THP 1 and CN signalling).

DSCP for Assured Forwarding Class 2 (Interactive PS data THP 2).

DSCP for Assured Forwarding Class 1 (Interactive PS data THP 3 and Background PS data).

Values used in Service mapping scheme for DSCP tagging

DSCP used for conversational traffic (speech, video, conversational PS calls). Default is Expedited Forwarding.

DSCP used for streaming PS. Default is Assured Forwarding Class 4.

DSCP used for Interactive PS with a traffic handling priority of 1 (Highest). Default is Assured Forwarding Class 3.

DSCP used for Interactive PS with a traffic handling priority of 2. Default is Assured Forwarding Class 2.

DSCP used for Interactive PS with a traffic handling priority of 3. Default is Assured Forwarding Class 1.

DSCP used for background PS. Default is Assured Forwarding Class 1.

DSCP used for signalling connections in to an IMS or RANGW core network. Default is Assured Forwarding Class 3.

DSCP used for OAMP/TR069 connections. Default is Assured Forwarding Class 1.

DSCP used for IP timing server connections. Default is Assured Forwarding Class 1.

Values used in PHB mapping scheme for 802.1q priority tagging

PCP for Expedited Forwarding class (Conversational CS data).

PCP for Assured Forwarding Class 4 (Streaming PS data).

PCP for Assured Forwarding Class 3 (Interactive PS data THP 1 and CN signalling).

PCP for Assured Forwarding Class 2 (Interactive PS data THP 2).

PCP for Assured Forwarding Class 1 (Interactive PS data THP 3 and Background PS data).

Values used in Service mapping scheme for 802.1q priority tagging

PCP used for conversational traffic (speech, video, conversational PS calls). Default is Expedited Forwarding.

PCP used for streaming PS. Default is Assured Forwarding Class 4.

PCP used for Interactive PS with a traffic handling priority of 1 (Highest). Default is Assured Forwarding Class 3.

PCP used for Interactive PS with a traffic handling priority of 2. Default is Assured Forwarding Class 2.

PCP used for Interactive PS with a traffic handling priority of 3. Default is Assured Forwarding Class 1.

PCP used for background PS. Default is Assured Forwarding Class 1.

PCP used for signalling connections in to an IMS or RANGW core network. Default is Assured Forwarding Class 3.

PCP used for OAMP/TR069 connections. Default is Assured Forwarding Class 1.

PCP used for IP timing server connections. Default is Assured Forwarding Class 1.

Length of IP Timing list (for information only)

Flag to disable inputs to timing from sniff mode

List of IPTiming specific information

Defines the IPSEC authentication method that will be used:

Defines the behaviour of setting the Don't Fragment (DF) flag in the IP header of the ESP tunnel mode packet (outer). See RFC 4301 Sec 8.1 for detail.

Type of QoS mapping Scheme:

Predicted resolution of frequency error:

Source of the AP timing reference:

Action to take if the predicted resolution exceeds 250ppb:

Disable IP timing when in macro coverage (reduces unnecessary DSL traffic). On units that have GPS fitted this will also disable IP timing if the GPS is locked.Defines relative priority of GPS and macro timing. Both are always higher priority than IP timing.

IP address or FQDN of timing server

Time in minutes between NTP time re-validations. If set to zero then the time is never re-validated after boot-up

Enables or disables data throttling

No CS Call target DL PS throttle rate bytes per 10ms

1 CS Call target DL PS throttle rate bytes per 10ms








9-16 CS Call target DL PS throttle rate bytes per 10ms

Relative weighting of a Local standalone AMR RAB.

Relative weighting of a Local standalone 64k Video RAB.

Relative weighting of a Local standalone 64k Video RAB for an 8 call unit.

Relative weighting of a standalone AMR RAB which is being served from this AP

Relative weighting of a standalone 64k Video RAB which is being served from this AP

Relative weighting of a standalone 64k Video RAB which is being served from this AP for an 8 call unit.

Relative weighting of a standalone AMR RAB which is being drifted to this AP

Relative weighting of a standalone 64k Video RAB which is being drifted to this AP.

Relative weighting of a standalone 64k Video RAB which is being drifted to this AP for an 8 call unit.

Relative weighting of a standalone PS 64k or lower rate RAB. DEPRECATED.

Relative weighting of a standalone PS RAB.

Relative weighting of a AMR + PS 64k or lower rate Multi-RAB. DEPRECATED.

Relative weighting of a AMR + PS Multi-RAB.

Relative weighting of a AMR + PS Multi-RAB for an 8 call unit.

Relative weighting of a Video + PS 64k or lower rate Multi-RAB. DEPRECATED.

Relative weighting of a Video + PS Multi-RAB.

Relative weighting of a Video + PS Multi-RAB for an 8 call unit.

Allow disabling of the RAB Management feature for test purposes.

Maximum number of users using a PS bearer on FACH/RACH channels.

Allows technician to apply a manual limit to the RAB weight. Requires enabling to take effect.

Used to enable the use of the manual override value for max total rab weight.

Server address for QoS download tests (FQDN or IP address)

File on server to download for QoS tests

Server login id

Server password

Time between each bandwidth test within the InitialMeasurementDuration period (minutes)

Configures whether periodic backhaul QoS measurements are performed once initial measurement period has elapsed.

Time between each periodic bandwidth test (minutes)

0 - Unknown

First operator NTP timeserver. Either a host name or IP address. Manual reboot of AP required in order for a change to this parameter to take effect.Second operator NTP timeserver. Either a host name or IP address. Manual reboot of AP required in order for a change to this parameter to take effect.

DEPRECATED. Controls the maximum level of loading allowed before new call attempts are blocked by the Overload Management Algorithm in the FAP. This algorithm will refuse attempts to add a CS RAB to an existing set of CS-only RABs DEPRECATED. Limits the number of users with Multi-Rab bearers that may be allocated. This limit is to prevent CPU overload. An attempt to allocate a multi-rab bearer from the CN will be rejected if it would cause this limit to be exceeded.

Configures whether full backhaul QoS measurement is performed after the next reboot. Cleared by the AP when measurements completed.Duration of full backhaul measurement procedure (minutes). Incorporates one or more measurements spaced apart by the InitialMeasurementInterval

Acceptable limit for inter-arrival jitter of UL RTP frames. A value of zero disables this threshold from use by the dynamic BQoS feature. (ms)Acceptable limit for inter-arrival jitter of DL RTP frames. A value of zero disables this threshold from use by the dynamic BQoS feature. (ms)

Acceptable limit for Round-Trip Delay. A value of zero disables this threshold from use by the dynamic BQoS feature. (ms)

Information associated with the subscriber traffic, e.g. calls, data connection.

The maximum number of users that can be attached to the FAP concurrently (either from subscriber list or open access).

Maximum number of registered users allowed in the subscriber list

Maximum number of unregistered users that can access the FAP in semi-open access mode only

Maximum number of concurrent PS calls

Maximum number of concurrent UE signalling channels (SRBs)

Period in minutes over which to accumulate UE registration rejections

Number of rejections within the rejection period that will trigger a Hotspot Indication alarm

Number of call resources reserved for subscribers. 0 means OFF

Value to use in the Wait Time IE for RRC Connection Rejections for unauthorised UEs (seconds).

Actual number of subscribers currently registered with the ZAP (for information)

Actual number of whitelist entries (for information)

One Instance per subscriber that can use the ZoneGate. Must have at least one entry if AccessControlMode = Closed

The IMSI associated with that subscriber

The MSISDN (phone number) of the subscriber

The date until which the UE is allowed to access the ZAP. If zero then access is permanent.

The 2G Ciphering Key of the UE's SIM [Kc value] Mandatory for 2G SIMs in IETF SIP mode

The authentication challenge random number of the UE's SIM Mandatory for 2G SIMs in IETF SIP mode

The authentication response of the UE's SIM for the RAND above Mandatory for 2G SIMs in IETF SIP mode

The 3G secret key. Mandatory for Test SIMs in IETF SIP mode

Disables (0) or Enables (1) handout for this subscriber if handout mode is set to 'Per Registered User only'

Address of the APN for use when UE CS attaches to the ZoneGate. Mandatory in IMS SIP mode.

FQDN or IP address of the secondary PDG to use for authentication and key exchange for this subscriber on the CS domain.

FQDN or IP address of the tertiary PDG to use for authentication and key exchange for this subscriber on the CS domain.

Address of the APN for use when UE PS attaches to the ZoneGate. Mandatory in IMS SIP mode.

FQDN or IP address of the secondary PDG to use for authentication and key exchange for this subscriber on the PS domain.

Acceptable limit for frame loss rate of UL RTP frames. A value of zero disables this threshold from use by the dynamic BQoS feature. (percentage)Acceptable limit for frame loss rate of DL RTP frames. A value of zero disables this threshold from use by the dynamic BQoS feature. (percentage)

This parameter defines the proportion of each estimated overall bandwidth session to be used for RTCP. It configures the RTCP packets frequency, or more practically, the inter-RTCP time. A value of zero disables RTCP and the dynamic BQoS

Type of access mode:

Maximum number of concurrent CS calls. Dimensioned for G3 capabilities but will be constrained to max of 4 calls when running on G2 hardware.

Maximum number of concurrent CS calls capable within measured backhaul performance limits. Dimensioned for G3 capabilities but will be constrained to max of 4 calls when running on G2 hardware.Determines the deployment category of the ZAP:

Handout Mode:

Set to TRUE to enable the emergency call redirect feature (all emergency calls are re-directed to the macro network rather than being serviced by the femtocell)If emergency call redirect is enabled above then this field configures which type of macro cell the call is redirected to:

Window (in seconds) within which if a UE that had been previously redirected for an emergency call re-attempts a connection then it will be allowed through.Number of times an unauthorised UE will be rejected at the RRC layer before being allowed to establish a SRB and be rejected by NAS using reject cause configured by following field. Range 0-3 where 0 implies 'off' i.e. no RRC rejection for

Selects which reject cause is used by the AP when rejecting unauthorised UEs at the (G)MM layer:

Set to TRUE to enable toggling of the FinalRejectCauseForUnauthorisedUE from cause 15 to cause 13 if the UE appears to ignore the first NAS rejection attempt of cause 15. If FinalRejectCauseForUnauthorisedUE is set to other causes this field has Delay in ms between determining that a UE is unauthorised for access to the ZAP in closed mode and actually sending the NAS rejection to the UE. This is hoped to work around non-compliant UE behaviour with rejection causes 13 and 15.Set to TRUE to enable emergency registration for un-authorised UEs when they are trying to place an emergency call. If FALSE they are rejectedThis parameter has no effect if EnableEmergencyCallForUnauthorisedUE is FALSE.

Controls the use of the Simplified Extended Emergency Service feature. Set to TRUE, extended emergecy service will be applied to allow follow-on CS and PS calls to be treated as emergency calls for pre-emption and retention. Only SIMPLIFIED Selects which reject cause is used by the AP when rejecting UEs at the (G)MM layer that fail the whitelist check locally or in the core network:Configures the AP behaviour when it is running at full CS call capacity and another CS call arrives or when the maximum number of simultaneous signalling resources are in use and another user attempts a new signalling procedure:The default domain name concatenated to a UE supplied W-APN for a PDP context when there is no dot-notation present. Applies to IMS SIP mode only.

Comma-separated list of strings. Each string represents the TAC component of an IMEI that will be refused access to the FAP. Each TAC string must be 8 characters in length. All TAC strings not 8 characters in length will be ignored. If the list is Selects which reject cause is used by the AP when rejecting UEs at the (G)MM layer that fail the IMEI blacklist check locally:

Maximum number of Active or Idle PDP contexts established on AP. Limit maintained in SM. Dimensioned for G3 capabilities hardware.

0 - Not connected

FQDN or IP address of the primary PDG to use for authentication and key exchange for this subscriber on the CS domain. Mandatory in IMS SIP mode.

FQDN or IP address of the primary PDG to use for authentication and key exchange for this subscriber on the PS domain. Mandatory in IMS SIP mode.

FQDN or IP address of the tertiary PDG to use for authentication and key exchange for this subscriber on the PS domain.

Address of the APN for use when UE establishes a PDP Context. Mandatory in IMS SIP mode.

FQDN or IP address of the secondary PDG to use for authentication and key exchange for this subscriber for PDP contexts.

FQDN or IP address of the tertiary PDG to use for authentication and key exchange for this subscriber for PDP contexts.

List of whitelist masks to be applied to all unregistered user access attempts. Only used if AccessControlMode is not Closed

The whitelist mask to apply from the start digit of the IMSI.

Default security information to use for open access users

FQDN or IP address of the secondary PDG to use for authentication and key exchange for this subscriber on the CS domain.

FQDN or IP address of the tertiary PDG to use for authentication and key exchange for this subscriber on the CS domain.

FQDN or IP address of the secondary PDG to use for authentication and key exchange for this subscriber on the PS domain.

FQDN or IP address of the tertiary PDG to use for authentication and key exchange for this subscriber on the PS domain.

FQDN or IP address of the secondary PDG to use for authentication and key exchange for this subscriber for PDP contexts.

FQDN or IP address of the tertiary PDG to use for authentication and key exchange for this subscriber for PDP contexts.

Enable the owner GUI (available on development, trials and commercial units)

Password to access local owner GUI.

Enable the engineering GUI (available on development units only)

Password to access engineering UI.

Password to access operator UI.

Password to access the local field technician GUI

Gateway MAC address (xx:xx:xx:xx:xx:xx)

Count of number of Gateway MAC address changes. Can be reset by ZMS

Threshold for GatewayChange alarm - when GatewayCount exceeds this value the alarm is triggered

Set to TRUE from ZMS to initate a licence download and is reset to FALSE by the FAP when the download is complete.

Shows whether HSUPA Cat 4 (2.9Mbps) data rates are licenced

Shows whether HSUPA Cat 6 (5.74Mbps) data rates are licenced

Shows whether HSDPA is licenced to use up to 14 codes when R99 call volume allows

FQDN or IP address of the primary PDG to use for authentication and key exchange for this subscriber for PDP contexts. Mandatory in IMS SIP mode.

Address of the APN for use when Open Access UE CS attaches to the ZoneGate. Mandatory in IMS SIP Open or Semi-Open mode.FQDN or IP address of the primary PDG to use for authentication and key exchange for this subscriber on the CS domain. Mandatory in IMS SIP Open or Semi-Open mode.

Address of the APN for use when Open Access UE PS attaches to the ZoneGate. Mandatory in IMS SIP Open or Semi-Open mode.FQDN or IP address of the primary PDG to use for authentication and key exchange for this subscriber on the PS domain. Mandatory in IMS SIP Open or Semi-Open mode.

Address of the APN for use when Open Access UE establishes a PDP Context. Mandatory in IMS SIP Open or Semi-Open mode.FQDN or IP address of the primary PDG to use for authentication and key exchange for this subscriber for PDP contexts. Mandatory in IMS SIP Open or Semi-Open mode.

Enables verification of the Home Gateway MAC address to detect if the AP has moved location. If verification is disabled, the GatewayMACAddress and GatewayChangeCount are still updated after every reboot. If verification is enabled and the Action to take after raising the GatewayChange alarm:

Shows whether the base licence is present. If this is not present then the FAP will not provide service. This licence cannot be overridden (but the InhibitService flags can be used from the ZMS for a similar effect)

Shows whether up to 8 DCHs are licenced to be used simultaneously (hardware permitting)

Shows whether up to 16 DCHs are licenced to be used simultaneously (hardware permitting)

Shows whether the Enterprise solution and all parameters under Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise are licenced for useShows whether extended range functionality is licenced for use. This allows the FAP to respond to RACH attempts from UEs up to 27 chips (~2km) away from the FAP. With the feature disabled the max UE distance is 3 chips (~225m).Shows whether the operator GUI is licenced for use.

Shows whether the Field Technician GUI is licensed for use.

Shows whether tracing using the ZoneGate Trace Tool via the local LAN is licenced for use

Shows whether the FAP supports a services interface with the CPU on the carrier board. Initially this will be via the CCI to share MSISDN information which is a SBM only feature.

Set to FALSE from the ZMS to override a granted licence for the HSUPACAT4_29 feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the HSUPACAT6_574 feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the HSDPA14Codes feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the Calls8 feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the Calls16 feature. Setting this to TRUE in the absence of a valid licence will have no effect.

Length of the neighbour macros list (for information only)

Length of the neighbour ZAPs list (for information only)

Length of the equivalent PLMN list (for information only)

Central downlink channel frequency of the macro

Primary scrambling code of the macro

3G Cell Id (only bottom 28 bits are valid - 268435456 means unknown cell id)

RNC Id (0 - 4095 - 4096 means unknown RNC id)

3 digit mobile country code (max 0x999, only digits 0-9 valid in each half-byte).

2 or 3 digit mobile network code - 3 digit maximum is 999, top digit is masked to 0xF if 2 digit MNC is used.

Location Area Code - note 0x0 and 0xfffe are invalid.

Routing Area Code.

Indicates whether the Macro is using transmit diversity

Max permitted UE Tx power: -50-33 (dBm) as broadcast in SIB 3

Central downlink channel frequency of the ZAP

Primary scrambling code of the ZAP

MIB value tag range being used by the ZAP (0=1-2, 1=3-4, 2=5-6, 3-7-8, 4=ALL)

3G Cell Id (only bottom 28 bits are valid - 268435456 means unknown cell id)




Routing Area Code.


List of Equivalent PLMNs to broadcast in NAS messaging when in CN GW mode and to filter neighbour list in all modes



If the wideband interference (RSSI) on a carrier is below this level (dBm) it is concluded that the carrier is not being used.

Maximum allowed Macro Layer pilot Interference level per carrier (dBm) above which an alarm is triggered.

Maximum allowed level of interference (dbm) on a particular scrambling code, above which alarm is triggered.

Minimum expected indoor propagation loss (dBm).

Noise floor for a typical Node B on the macro network (units of 0.1dBm)

Margin to ensure that the noise rise caused by multiple ZAP Ues is within acceptable limits (units of 0.1dB)

Minimum pathloss to a ZAP for it to be considered for slaving power levels (dBm)

Difference in current DL interference on a carrier to indicate a significant increase in DL interference level (units of 0.1dB)

Set to FALSE from the ZMS to override a granted licence for the Enterprise feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the ExtendedRange feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the OperatorGUI feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the FieldTechnicianGUI feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the LocalLANTrace feature. Setting this to TRUE in the absence of a valid licence will have no effect.Set to FALSE from the ZMS to override a granted licence for the ServicesInterface feature. Setting this to TRUE in the absence of a valid licence will have no effect.

Please note that bulk ad-hoc provisioning of parameters in this tree are not guaranteed to work as the radio stack has to prioritise service to the UEs and Radio Resource Management. It is recommended that the cell is taken down (by setting CellConfig.InhibitService to TRUE) before making multiple parameter changes.

List of UMTS neighbour macro cells - either from ZMS or UMTS sniff mode. Up to 32 will be on the same frequency as selected by the ZAP and the other 32 will be on other frequencies allowed in the RRM profile.

Primary CPICH absolute power of the macro (dBm). Value of -99 means that the CPICH Tx power is unknown hence pathloss cannot be calculated to this cell

If FALSE then this field was created by ZMS or TGUI and will not be removed by sniff mode. If TRUE then this field was created by the AP sniff modeMeasured RSCP of the macro. Value of -150 means that the macro was derived off the SIB11 of another detected cell so Cell ID, MCC, MNC, LAC, RAC are not known and CPICH Tx Power and Max UL Tx Power may not be known. Value of -149 List of UMTS ZAPs. The ZMS is only allowed to modify a limited number of fields in this Multi-object. It is not allowed to add or delete entries from this list

Primary CPICH absolute power of the ZAP (dBm) - includes CPICH adjustment. Value of -99 means that the CPICH Tx power is unknown hence pathloss cannot be calculated to this cell.

Measured RSCP of the ZAP. Value of -150 means that a previously detected ZAP has vanished and will be removed from the list in the near future if it does not re-appear. Value of -149 means that the ZAP was inferred from the MRT (Enterprise mode Enterprise Mode only: Group ID assigned to the AP. Used to filter out APs on a different group from the CONNECTED neighbour list. Value of 256 means group id is not known yet (i.e. cell does not appear in the MRT)Enterprise Mode only: If set to TRUE by the ZMS this AP neighbour will be omitted from both the IDLE and CONNECTED neighbour lists. Default for all new cells populated by the AP is FALSE. If the neighbour is turned off for a while such that this Enterprise Mode only: This defines the optional operator defined weighting factor that is used in the calculations to determine the handover priority of multiple cells with the same UARFCN/PSC combination.Enterprise Mode only: This shows the combined weight that defines the handover priority of this cell id relative to others with the same UARFCN/PSC combination. The content of this paramter is controlled by

Enables or disables RRM significant change algorithms that will trigger immediate re-run of full Downlink Monitor Mode if a significant RF environment change is detected

DL power that the RRM algorithm will initially set if it detects a clear carrier (dBm)

UL Tx power that the RRM algorithm will initially set if it detects a clear carrier (dBm)

DL power that the RRM algorithm initially sets on a carrier with poor QoS (dBm)

UL Tx power that the RRM algorithm initially sets on a carrier with poor QoS (dBm)

Maximum DL power that the RRM algorithm is allowed to use on an occupied carrier (dBm)

Maximum UL Tx power that the RRM algorithm is allowed to use on an occupied carrier (dBm)

Minimum DL power that the RRM algorithm is allowed to use on an occupied carrier (dBm)

Minimum UL Tx power that the RRM algorithm is allowed to use on an occupied carrier (dBm)

Maximum DL power that the RRM algorithm is allowed to use on a clear carrier (dBm)

Maximum UL Tx power that the RRM algorithm is allowed to use on a clear carrier (dBm)

Minimum DL power that the RRM algorithm is allowed to use on a clear carrier (dBm)

Minimum UL Tx power that the RRM algorithm is allowed to use on a clear carrier (dBm)

The absolute minimum RSCP value the ZAP aims to achieve (dBm)

Measurement reports with a UE-ZAP pathloss above this value will be excluded from the power adaptation histograms (dBm)

Trigger an immediate DLMM. The FAP will immediately clear this value back to zero when it receives the trigger

List of allowed UL/DL frequencies for the RRM algorithm to use.

Central downlink channel frequency: 412-10838 (band 1 only). 411 is the default (unconfigured) value

Central uplink channel frequency: 12-9888 (band 1 only). 11 is the default (unconfigured) value

List of allowed primary scrambling codes for the RRM algorithm to use.

Central downlink channel frequency for this code: 412-10838 (band 1 only). 411 is the default (unconfigured) value

Allowed primary scrambling codes for this frequency

When set, this indicates that the RRM algorithm is using a DL power equal to the max value in the RRM profile

When set, this indicates that the RRM algorithm is using a UL Tx power equal to the max value in the RRM profile

When set, this indicates that the RRM algorithm is using a DL power equal to the min value in the RRM profile

When set, this indicates that the RRM algorithm is using a UL Tx power equal to the min value in the RRM profile

Cell-based parameters that are currently in use.

Length of the LAC Range list (for information only). Mandatory if PowerUpLACSelectionMode is not equal to Fixed

List of LAC Ranges that the ZAP is allowed to use.

Start of ZAP Broadcast LAC range (inclusive)

End of ZAP Broadcast LAC range (inclusive)


Percentage of neighbour cells that need to change in order to trigger the LocationChange alarm. Value of 0 disables the alarm.Action to take after raising the LocationChange alarm:

Action to take after raising the InvalidCountry alarm:

Frequency of periodic DLMM execution. The runs occur at a random time within the least busy hour for the AP

Time in seconds that RRM waits before handing over timing to IPT during long calls. Set to zero to disable handoff during calls. Values below 15 minutes (900s) are not recommended.Type of scrambling code selection algorithm used by the AP:

The minimum RSCP level that will trigger a significant change event when detected by Fast Sniff as the new strongest cell (dBm)Configures the amount of change in RSCP (or RSSI for GSM cells) that Fast Sniff must detect before the RSCP/RSSI is updated in the database and decisions about the new strongest cell for registration purposes updated. Setting to a very large Comma-separated list (maximum length 16) of strings. Indicates the UMTS bands that the FAP supports 3GPP-TS.25.104, Release 8. At least one band MUST be supported and multiple bands MAY be supported.Comma-separated list of strings (maximum item length 64). Each item is a UMTS Band to measure. Each band is identified in by a roman numeral 3GPP-TS.25.104.Length of the allowed frequencies list (for information only - mandatory provisioning shows that at least one entry must exist in the AllowedFrequencies list)Length of the allowed scrambling codes list (for information only - mandatory provisioning shows that at least one entry must exist in the AllowedCodes list)

Optional configuration for use of neighbours on this frequency:

Optional configuration to specify the relative handover priority of this frequency relative to the other frequencies for femto to macro handover. 1 is the highest (and default) priority. Note that if femto to femto handover is possible then this is treated as

Enable or disable the search for alternate WCDMA carriers during sniff mode in order to find a macro cell to use as a timing referenceComma-separated list of strings (maximum item length 64). Each item is a UMTS Band to consider for the OPLMN search Each band is identified in by a roman numeral 3GPP-TS.25.104.

Determines how the ZAP will select the LAC to be broadcast in SIB 1:

Index into the UMTS Macro neighbour list for the strongest neighbour (to allow LAC/RAC/PLMN etc to be read)

Used to stop the ZAP from providing service permanently by ZMS. Automatically set to 0 on first unprovisioned ZAP boot (customisation data being applied). Never set to 1 by ZAP.Used to stop the ZAP from providing service permanently by CPE. Automatically set to 0 on first unprovisioned ZAP boot (customisation data being applied). Never set to 1 by ZAP.Used to stop the ZAP from providing service until the next reboot. Automatically reset to 0 after a reboot. Set to 1 by the ZAP when it detects a condition that requires service to be stopped (such as InvalidCountry, LocationChange, RF Profile Selection



Routing Area Code that is currently being broadcast by the ZAP. Mandatory if PowerUpLACSelectionMode == Fixed

Permit mobile to apply IMSI attach and detach procedure.

Network Mode of Operation. NMOI (0) or NMOII (1)

Central downlink channel frequency currently in use: 0-16383 (units of 0.2MHz).

Central uplink channel frequency currently in use: 0-16383 (units of 0.2MHz).

Primary scrambling code currently in use.

MIB value tag range chosen by the AP (0=1-2, 1=3-4, 2=5-6, 3-7-8, 4=ALL)

Power of the P-CCPCH relative to P-CPICH: 0-440 (0=-35.0dB, 440=9.0dB).

Total power budget for all HSDPA DL channels relative to P-CPICH: 0-500 (0=0.0dB .. 500=50.0dB).

Cell wide HS-SCCH power offset relative to P-CPICH: 0-28 (0=-14dB, 28=0dB)

Access Class Barring configuration (causes changes in SIB3)

The duration of a restriction step in minutes

The number of times the restriction step is repeated. 0 means repeat forever.

Bars (1) or allows (0) R5 or R99 UEs on specified access class to access the AP
















Bars (1) or allows (0) R6 or later UEs on specified access class to access the CS domain on the AP















Unique cell identity within the PLMN that the ZAP is transmitting in SIB3. Set by ZMS and is unique across all ZAPs (0 - 268435455 - 268435456 is invalid value)

Location Area Code that is currently being broadcast by the ZAP. May be a virtual or real LAC depending on settings in LACConfig object - note 0x0 and 0xfffe are invalid. Mandatory if PowerUpLACSelectionMode == Fixed

Power of the P-SCH channel relative to P-CPICH: 0-440 (0=-35.0dB, 440=9.0dB). The S-SCH is set to 2dBs below this value.

Enables (1) or disables (0) air interface ciphering. In RANGW mode this only has any effect if ciphering is enabled in the Core Network and if so setting this field to 0 will override the CN setting. In CNGW this fully controls the enabling or disabling of Paging DRX Cycle Length Coefficient (dictates how often UE listens for paging messages and hence its battery life): 6-9 (units of 2^val frames)

Configures percentage of R5 or R99 UE access classes that will be barred for the dynamic access class restriction. (0=0%, 1=10%, 10=100%)Configures percentage of R6 or later UE access classes that will be barred on the CS domain for the dynamic access class restriction. (0=0%, 1=10%, 10=100%)Configures percentage of R6 or later UE access classes that will be barred on the PS domain for the dynamic access class restriction. (0=0%, 1=10%, 10=100%)


Bars (1) or allows (0) R6 or later UEs on specified access class to access the PS domain on the AP

















Type of cell selection/reselection measurement: 0 = CPICH Ec/No, 1 = RSCP

Quality minimum for Ec/N0: -24-0 (dB).

Sintrasearch - see 25.304 section 5.2.6.1: -16-10 (units of 2dB).

Sintersearch - see 25.304 section 5.2.6.1: -16-10 (units of 2dB).

SsearchRAT (GSM) - Threshold at which to activate inter-RAT measurement rules: -16-10 (units of 2dB).

QHyst: 0-20 (units of 2dB).

Reselection time: 0-31 (seconds).

Reselection QqualMin bias to apply for all UMTS macro neighbours (dB)

Reselection QrxLevMin bias to apply for all UMTS macro neighbours (dB)

Reselection Qoffset1 parameter to apply for all UMTS macro neighbours (dB)

Reselection Qoffset1 parameter to apply for all UMTS femto neighbours (dB) [Enterprise mode only]

Reselection Qoffset parameter to apply for all UMTS macro neighbours (dB)

Reselection Qoffset parameter to apply for all UMTS femto neighbours (dB) [Enterprise mode only]

Reselection QrxLevMin bias to apply for all GSM macro neighbours (dB)

Reselection Qoffset1 parameter to apply for all GSM macro neighbours (dB)


Enables (1) or disables (0) the broadcast of HCS information in the system information

RxLevThreshold at which the UE begins to take measurements on a inter/intra UMTS cell: -53 - +45 (val * 2 + 1 dBm).

RxLevThreshold at which the UE begins to take measurements on a GSM cell: -53 - +45 (val * 2 + 1 dBm).

HCS priority of the ZAP. 0 is lowest priority

Quality threshold for applying prioritised HCS. Qhcs is mapped from CPICH Ec/No or CPICH RSCP - see 25.331 10.3.7.54a

HCS priority of all UMTS macro neighbours. 0 is lowest priority

HCS priority of all UMTS femto neighbours. 0 is lowest priority [Enterprise mode only]

HCS priority of all GSM macro neighbours. 0 is lowest priority

Handout parameters

Measurement hysteresis for Intra Freq 1E event (0 - 7.5dB in steps of 0.5dB)

Measurement hysteresis for Intra Freq 1F event (0 - 7.5dB in steps of 0.5dB)

Quality Q minimum for RSCP: -60 - -13 (val * 2 + 1 dBm). Note that values below -58 will be treated as -58 by UEs not conforming to R5 or later specifications.

This threshold is used in the measurement rules for cell reselection when HCS is used. It specifies the GSM RAT specific threshold in the serving cell above which the UE may choose not to perform any inter-RAT measurements: -16-10 (units of

Quality threshold for applying prioritised HCS for all UMTS macro neighbours. Qhcs is mapped from CPICH Ec/No or CPICH RSCP - see 25.331 10.3.7.54aQuality threshold for applying prioritised HCS for all UMTS femto neighbours. Qhcs is mapped from CPICH Ec/No or CPICH RSCP - see 25.331 10.3.7.54a [Enterprise mode only]

Quality threshold for applying prioritised HCS for all GSM neighbours. Qhcs is mapped from CPICH Ec/No or CPICH RSCP - see 25.331 10.3.7.54a

Bias relative to ZAP q_qual_min at which another intra-freq cell is considered a candidate for handout or when reported against the AP it cancels handout: -24 - +24 (dB)

Measurement time-to-trigger for Intra Freq 1E event (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000) msBias relative to ZAP q_qual_min at which intra-freq handout is triggered if reported against the AP or if reported against an intra-freq neighbour then this neighbour is excluded as a handout candidate cell: -24 - +24 (dB)

Measurement time-to-trigger for Intra Freq 1F event (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000) ms

Filter coefficient for measurement values (0,1,2,3,4,5,6,7,8,9,11,13,15,17,19,spare)

Measurement hysteresis for Inter Freq 2D event (0 - 7.5dB in steps of 0.5dB)

Measurement hysteresis for Inter Freq 2F event (0 - 7.5dB in steps of 0.5dB)


Measurement hysteresis for Inter Freq 2B event (0 - 7.5dB in steps of 0.5dB)


Bias relative to ZAP q_rxlev_min at which a GSM cell is considered good (3A event) for handout -90 - +90 (dB)

Measurement hysteresis for Inter RAT 3A event (0 - 7.5dB in steps of 0.5dB)

Bias relative to ZAP q_rxlev_min at which a GSM cell is considered bad (3B event) for handout -90 - +90 (dB)

Measurement hysteresis for Inter RAT 3B event (0 - 7.5dB in steps of 0.5dB)

Filter coefficient for UTRAN measurement values (0,1,2,3,4,5,6,7,8,9,11,13,15,17,19,spare)

Filter coefficient for GSM measurement values (0,1,2,3,4,5,6,7,8,9,11,13,15,17,19,spare)

Timers used by the RRC layer in the ZAP.

Timer before aborting handout if no relocation command received from CN in response to relocation required (ms).

Timer before releasing IU connection if no IU release received from CN after relocation command sent to the UE (ms).

Time to wait before retrying handout if a temporary failure occurs (ms).

Timer before releasing resources if no UE synch detected during a handin procedure (ms).

Timers used by the UEs associated with the ZAP.

Number of RRC Connection Requests to perform before dropping to idle.

Time to wait for N312 number of in sync indications before Physical channel establishment failure (seconds).

Number of Cell Updates to perform before dropping to idle.

Number of UE Capability Request messages to transmit before initiating Cell Update.

Number of times to restransmit RRC Connection Release Complete.

After N313 consecutive out of sync indications and T313 expires, radio link failure (seconds)

Cell Individual Offset to apply to all Macro neighbours that are to be considered for the 1E/1F handout measurements. This allows the quality of a good/bad Macro to be varied relative to a good/bad Femto. (-10 .. +10 in steps of 0.5dB)Bias relative to ZAP q_qual_min at which event 2D is triggered, which will enable 2B/3A/3B measurements and compressed mode as required -24 - +24 (dB)

Measurement time-to-trigger for Inter Freq 2D event (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000) msBias relative to ZAP q_qual_min at which event 2F is triggered, which will disable 2B/3A/3B measurements and compressed mode as required -24 - +24 (dB)

Measurement time-to-trigger for Inter Freq 2F event (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000) ms

Bias relative to ZAP q_qual_min at which AP on current frequency is considered bad for inter-frequency handout criteria: -24 - +24 (dB)Bias relative to ZAP q_qual_min at which cell on another frequency is considered good for inter-frequency handout criteria: -24 - +24 (dB)

Measurement time-to-trigger for Inter Freq 2B event (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000) msBias towards the best cell on the other frequencies monitored during inter-frequency measurements: 0.0-2.0 in steps of 0.1. See 25.331 sec 14.2.0b

Cell Individual Offset to apply to all Macro neighbours that are to be considered for the 2B other frequency handout measurements. This allows the quality of a good/bad Macro to be varied relative to a good/bad Femto. (-10 .. +10 in steps of Bias relative to ZAP q_qual_min at which AP on current frequency is considered bad for inter-RAT 3A handout criteria: -24 - +24 (dB)

Measurement time-to-trigger for Inter RAT 3A event (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000) ms

Measurement time-to-trigger for Inter RAT 3B event (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000) ms

Quality offset to be added to all of the handover trigger thresholds for the current cell when a PS call is present (either standalone or MultiRAB). Units of dB.Quality offset to be added to all of the handover trigger thresholds for the current cell when a CS video call is present (either standalone or MultiRAB). Units of dB. The PS value takes priority if a video call co-exists with a PS call.This controls the maximum 3GPP specification version which can be used for the construction of srncRelocation Source-to-Target RNC container. Note: If a RAB Combination requires a higher release version than this parameter allows, then the For 3G macros that do not support SRNC relocation of PS services, this control provides the means to trigger Iu release of PS domain in order to suppress handout

Timer before releasing the RRC connection if no RAB addition /RAB Assignment is received from the UE (s)

Time to wait for RRC Connection Setup before retransmission of RRC Connection Request.

Number of in sync indications.

Time to wait for Cell Update Confirm before retransmission of Cell Update.

Time to wait for UE Capability Confirm before retransmission of UE Capability Request.

Time from entring Cell FACH state and not changing state to transmit Cell Update.

After T305 expires and UE is in out of service area, after T307 move to idle.

After T308 expires, retransmit RRC Connection Release Complete N308 times then move to idle.

Number of consecutive out of sync indications.

After radio link failure and timer expiry, release all associated radio bearers.

After radio link failure and timer expiry, release all associated radio bearers.

Number of in sync indications to stop T315.

Time between periodic location update procedures (in 6 minute units). 0 is infinite, i.e. no periodic location updates. Note in RANGW mode this parameter will be overridden by the INC

Parameters for the common channels in the ZAP.

Power offset for TFCI bits on the S-CCPCH: 0-24 (0=0.0dB, 24=6.0dB).

Power offset for pilot bits on the S-CCPCH: 0-24 (0=0.0dB, 24=6.0dB).

Power of FACH DCCH relative to P-CPICH: 0-440 (0=-35.0dB, 440=9.0dB).

Power of FACH DTCH relative to P-CPICH: 0-440 (0=-35.0dB, 440=9.0dB).

Power of FACH PCH relative to P-CPICH: 0-440 (0=-35.0dB, 440=9.0dB).

PICH power relative to P-CPICH: 0-15 (0=-10dB, 15=5dB).

Computed gain factor betaC reference value of the highest data rate transport format: 0-15.


AICH power relative to P-CPICH: 0-27 (units 0=-22dB ... 27=5dB).

Parameters for the different RABs supported by the ZAP.

Maximum uplink data rate allowed for PS services: 0 = 64k, 1 = 128k, 2 = 384k, 3 = HSUPA

Maximum downlink data rate allowed for PS services: 0 = 32k, 1 = 64k, 2 = 128k, 3 = 384k, 4 = HSDPA

Enables (1) or disables (0) the feature to allow pre-emption of a PS-streaming to make room for a CS RAB

Parameters for controlling UE state changes

Parameters for the different transport channels supported by the ZAP.

Parameters for the SRB 3.4k transport channel

Desired Eb/No for bearer: 0-200 (0=0.0dB, 200=20.0dB).

Initial UL SIR target before outer loop power control takes over: 0-255 (0=-8.2dB, 255=17.3dB).




BLER Quality Target. Actual target is 10^(value/10).



Parameters for AMR transport channel









Parameters for CS Video (64/64) transport channel








Determines the S-CCPCH configuration used by the FAP.

MultiRate AMR behaviour

Uplink RLC window size for R99 services [0 = 1, 1 = 8, 2 = 16, 3 = 32, 4 = 64, 5 = 128, 6 = 256, 7 = 512, 8 = 768, 9 = 1024, 10 = 1536, 11 = 2047, 12 = 2560, 13 = 3072, 14 = 3584, 15 = 4095]Downlink RLC window size for R99 services [0 = 1, 1 = 8, 2 = 16, 3 = 32, 4 = 64, 5 = 128, 6 = 256, 7 = 512, 8 = 768, 9 = 1024, 10 = 1536, 11 = 2047, 12 = 2560, 13 = 3072, 14 = 3584, 15 = 4095]Uplink RLC window size for HSDPA services [0 = 1, 1 = 8, 2 = 16, 3 = 32, 4 = 64, 5 = 128, 6 = 256, 7 = 512, 8 = 768, 9 = 1024, 10 = 1536, 11 = 2047, 12 = 2560, 13 = 3072, 14 = 3584, 15 = 4095]Downlink RLC window size for HSDPA services [0 = 1, 1 = 8, 2 = 16, 3 = 32, 4 = 64, 5 = 128, 6 = 256, 7 = 512, 8 = 768, 9 = 1024, 10 = 1536, 11 = 2047, 12 = 2560, 13 = 3072, 14 = 3584, 15 = 4095]Uplink RLC window size for HSUPA services [0 = 1, 1 = 8, 2 = 16, 3 = 32, 4 = 64, 5 = 128, 6 = 256, 7 = 512, 8 = 768, 9 = 1024, 10 = 1536, 11 = 2047, 12 = 2560, 13 = 3072, 14 = 3584, 15 = 4095]Configures the use of fast (13.6k) SRB:

Enables (1) or disables (0) the feature to allow pre-emption of a PS-interactive/background RAB from CELL_DCH into CELL_FACH to make room for a higher priority RAB (CS or PS streaming)

Controls whether SRB is placed upon EDCH for PS only HSUPA calls. This is required to achieve max throughput (5.76Mbps) on the uplink for Cat 6 devices, but will be used for all HSUPA calls if set to free up UL SF resources.

Time to trigger for transition from CELL DCH to CELL FACH when inactivity has been detected in both UL and DL (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000, 10000, 15000, 30000, 60000, 120000, 300000) msTime to trigger for transition from CELL FACH to CELL IDLE when inactivity has been detected in both UL and DL (0, 10, 20, 40, 60, 80, 100, 120, 160, 200, 240, 320, 640, 1280, 2560, 5000, 10000, 15000, 30000, 60000, 120000, 300000) ms


Parameters for PS 32k transport channel
























Parameters for AMR + PS 8k transport channel






























Parameters for Video + PS 16k transport channel
























Parameters for the SRB 13.6k transport channel













Parameters for the different physical channels supported by the ZAP.

Parameters for DL DPCCH

Power offset for TFCI bits: 0-24 (0=0.0dB, 24=6.0dB).

Power offset for TPC bits: 0-24 (0=0.0dB, 24=6.0dB).

Power offset for pilot bits: 0-24 (0=0.0dB, 24=6.0dB).

Parameters for UL/DL PhyCH SF 256

DCH power relative to P-CPICH.0-440 (0=-35.0dB, 440=9.0dB).


Delay time of transmitting DPDCH after starting transmission of DPCCH (frames)

After DchSrbDpchInfoPcPreamble, delay this number of frames before transmitting data on all SRBs.

Parameters for DL PhyCH SF 128





Parameters for the SRB transport channel when mapped to the E-DCH. These settings are only used for Cat 6 Ues where trying to achieve maximum data rates.











Parameters used by MMGMM.

Time to wait for paging response before sending another page. Units - seconds.

Maxiumum number of pages sent to UE by MMGMM as part of paging procedure

Enables or disables clearing of a PDP context on rove-in

Parameters for the RANAP interface

Enables or disables the HSDPA dynamic DL power algorithm

Actual number of entries in the HS Profile multiobject

List of HS profiles. This should be populated as an ordered list based upon the total_dpdch_power_max (smallest to largest)

Upper limit for Total DPDCH power percentage usage range for which this HS profile is valid.

Total HS power (HS-PDSCHs + HS-SCCHs) as a percentage of total power

Number of RTWP samples to be used in averaging. 0 disables algorithm

dB margin to be applied when calculating temporary reduced RTWP target for HSUPA scheduler

Number of RTWP backoff margins from the DefaultMaxTargetRTWP to the minimum RTWP target.

dB margin to be applied when calculating an increase to the RTWP target for HSUPA scheduler.

Min period in seconds between updates to the RTWP target

The weighting trigger threshold as a percentage of maximum to apply weighting backoff margin 1 to the RTWP value



%reduction in max EDCH data rate to be applied when WeightingTriggerThreshold1 for total RAB combinations is exceeded.



Enables or disables the DCH DL Power Allocation Algorithm.

Percentage of total power in use by all DCHs which will trigger a decrease in the max DL DCH power. (Units: %)

The Max DCH power will be decreased by a fixed step anytime a request to lower Max DCH power is triggered (Units: dB)

The Max DCH power will be increased by a fixed step anytime a request to increase Max DCH power is triggered. (Units: dB)

The total DCH power has to be above the reduction threshold for a number of samples before a reduction is triggered

The total DCH power has to be below the increase threshold for a number of samples before an increase is triggered

This is the lowest possible value Max DCH Power allocation. Specified as dBs relative to CPICH.

Length of the neighbour macros list (for information only)

Periodic Routing Area Update time interval. Units - minutes. Note in RANGW mode this parameter is not used to populate in NAS messages to the UE but it should be set to the same value as the SGSN otherwise the internal FAP timers that manage

Defines the encoding scheme that will be used for the HomeZoneName string in the (G)MMINFO message

RANAP cause value that will be sent to the core network when the FAP releases a PS RAB due to inactivity. User Inactivity is the recommended value by 3GPP (and hence the default) but other values may be used for inter-working with non-standards Control parameters for the DL Power allocation algorithms which dynamically adjust the power allocated to DCH and HS channels.Period between running dynamic DL power algorithms. This time should take into account processing delay between RRM algorithm running in the host processor, the modem responding to RRM results, signalling new settings over the air and any

#Iterations of Dynamic Power update algorithm. When moving to a higher HS profile, Total DPDCH power has to be within the higher HS power profile range for at least this duration before a decision is made to move to such an HS profile.#Iterations of Dynamic Power update algorithm. When moving to a lower HS profile, Total DPDCH power has to be within the lower HS profile power range for at least this duration before a decision is made to move to such an HS profile.

Control parameters for the UL Power allocation algorithm which dynamically adjusts the target RTWP for all HSUPA calls. This will vary as R99 calls change their power requirements.

The Default target RTWP value

Control parameters for the DL Power allocation algorithm which dynamically adjusts the power allocated to the DL DCH channels.

Percentage of total power in use by all DCHs which will trigger an increase of the max DL DCH power towards its initial default value. (Units: %)

Index into the GSM Macro neighbour list for the strongest neighbour (to allow LAC/RAC/PLMN etc to be read)

Optional configuration for use of GSM neighbours:

Optional configuration to specify the relative handover priority for femto to GSM handover relative to femto to UMTS macro handover on the configured UMTS frequencies. 1 is the highest priority and 12 the lowest priority. The default value of 0

List of GSM neighbour macro cells populated by ZMS or 2G Sniff

2G Cell id (0 - 65535 - 65536 means unknown value)




Routing Area Code.

GSM frequency band; 0 = DCS 1800, 1 = PCS 1900

GSM RF channel number: 0-1023 (units depend on band)

Network Colour Code (0-7)

Base Station Colour Code (0-7)

Max permitted UE Tx power: -50-33 (dBm) as broadcast on BCCH

Enables or disables 2G Listen Mode functionality

Port at which the SIP client listens for messages from the SIP server.

Port at which the SIP client listens for responses to requests sent to the SIP server.

Port at which the SIP server is listening for requests from the SIP client

SIP server registration password that is used if IMS personality is 0 or 3 (IETF or Secure IETF)

Name of the SMS gateway. Mandatory if IMS personality == 1

First port in the range of media ports to send RTP media. One port per media stream is used.

The range of media ports - determined by the maximum permitted number of simutaneous calls per ZAP.

Registration period with SIP server in minutes

SIP Domain with which the UE is registered. Mandatory in the IMS network mode.

SMS Domain used for SMS IMS messages. Mandatory in the IMS network mode.

Selects CN personality e.g. 0 = IETF, 1 = IMS variant 1 etc

Time in seconds to wait for an IMEI Check response (encapsulated in a SIP:MESSAGE) from the EIR in the CN.

Number of times to retransmit a failed SMS CP Layer PDU.

Time in seconds to wait before retransmitting a failed SMS CP Layer PDU.

Outer timer in seconds to catch either no follow up RP PDU from the IMS CN (MO SMS) or RP PDU from the UE (MT SMS)

Outer timer in seconds to catch no follow up SS message from the IMS CN or from the UE

Emergency Numbers

All fields below are mandatory if NetworkMode is GAN

Fully qualified domain name or IP address of GANC

TCP port for GANC communication

If FALSE then this field was created by ZMS or TGUI and will not be removed by sniff mode. If TRUE then this field was created by the AP sniff modeMeasured RSSI of the macro. Value of -150 means that macro was not detected so Cell ID, MCC, MNC, LAC, RAC are not known and Max UL Tx Power may not be known

Comma-separated list of strings. Indicates the GSM receive bands that the FAP supports 3GPP-TS.45.005. At least one band MUST be supported and multiple bands MAY be supported.Comma-separated list of strings. Each item is a GSM Band to measure. Each list item is an enumeration of:

Enable or disable the search for alternate GSM carriers during sniff mode in order to find a macro cell to use as a timing reference

Determines whether RegistrarAddr is automatically resolved by the AP as part of the AP tunnel IPSEC establishment

FQDN or IP address of the SIP server. When operating with RegistrarAddrDiscoveryMode = 1 this is automatically populated by the AP as part of the IPSEC establishment procedure for the AP tunnel. Mandatory if SIP NetworkMode chosen and

AMR Interface Format:

Service Area Identifier - sent in P-Access-Network-Info header for location information to the core network. Mandatory if Personality == 1Geographical Area Identifier - sent to UE when it requests it via SS and sent to network in SIP INVITE message. Mandatory if Personality == 1

This field configures the Local CS Routing feature, which enables CS traffic to be routed locally rather than through the IMS Core when a call is made between two UEs on FAPs which are located in the same box. If the value of this parameter is set to

Police emergency number. If there is no number configured, the default centre is called. If that is not configured, the call will not be treated as an emergency call.Ambulance emergency number. If there is no number configured, the default centre is called. If that is not configured, the call will not be treated as an emergency call.Fire emergency number. If there is no number configured, the default centre is called. If that is not configured, the call will not be treated as an emergency call.Marine emergency number. If there is no number configured, the default centre is called. If that is not configured, the call will not be treated as an emergency call.Mountain emergency number. If there is no number configured, the default centre is called. If that is not configured, the call will not be treated as an emergency call.Emergency centre number when police and ambulance is requested. If there is no number configured, the default centre is called. If that is not configured, the call will not be treated as an emergency call.Emergency centre number when ambulance and fire is requested. If there is no number configured, the default centre is called. If that is not configured, the call will not be treated as an emergency call.Default emergency centre number. If string length is 0 and this emergency service is called then the call will be treated as a non-emergency call

TCP port for default GANC communication

TCP port for serving GANC communication

Fully qualified domain name or IP address of SEGW

Fully qualified domain name or IP address of GANC

TCP port for GANC communication

Numerical digits that will be inserted at the start of the destination SMS address in all outgoing SMS transfers from the AP

Configures the MSS (Maximum Segment Size) for DL FTP PS data that is sent through the GTP tunnel.

Configures the MSS for the GANC connection.

Location Area Code used in all signalling (except initial registration) to RAN GW - note 0x0 and 0xfffe are invalid.

Routing Area Code used in all signalling (except initial registration) to RAN GW

Unique group identifier for a collection of APs within an enterprise. Mandatory if enterprise ID is non-zero.

UDP port used for Peer-to-peer traffic

IP Packet Time to Live

Length of the allowed enterprise internal scrambling codes list (for information only)

Central downlink channel frequency for this code: 10562-10838 (band 1 only). 10561 is the default (unconfigured) value

Allowed primary scrambling codes for this frequency

Allows the max DL power chosen by enterprise FAPs to be adjusted to tune the powers to a particular environment (dB)

The absolute minimum target RSCP value that should be used in the Enterprise Max DL power setting algorithms (dBm)

Fully qualified domain name or IP address of default SEGW. The ZMS should only use its ability to write to this field in order to clear the value reported by the FAP in order to force it back to the provisioning SEGW during a network configuration change. Fully qualified domain name or IP address of default GANC. The ZMS should only use its ability to write to this field in order to clear the value reported by the FAP in order to force it back to the provisioning GANC during a network configuration

Fully qualified domain name or IP address of serving SEGW. The ZMS should only use its ability to write to this field in order to clear the value reported by the FAP in order to force it back to the provisioning SEGW during a network configuration Fully qualified domain name or IP address of serving GANC. The ZMS should only use its ability to write to this field in order to clear the value reported by the FAP in order to force it back to the provisioning GANC during a network configuration

0: ZAP is not allowed to store SEGW/GANC addresses

0: No automatic reversion

Set to TRUE to disable sending of a RegisterUpdateUplink message except for the first time a macro cell is detected when none were previously available. Set to FALSE to always send a RegisterUpdateUplink whenever the strongest macro cell Enables or disables IMSI spoofing. If enabled the FAP will register with the FAPs IMEI left zero padded to the length of an IMSI if a SIM is not present in the FAP. If disabled, the FAP will register with a non-padded IMEI if a SIM is not present in the

2 or 3 digit mobile network code to substitute in place of the MNC of the strongest cell in the REGISTER REQUEST - 3 digit maximum is 999, top digit is masked to 0xF if 2 digit MNC is used. If left at default (0) then substitution is disabled.Cell ID to substitute in place of the Cell ID of the strongest cell in the REGISTER REQUEST (0 - 268435455) If left at default (268435456) then substitution is disabled. Ignored if MNC substitution is enabled.Location Area Code to report as the strongest cell in the REGISTER REQUEST if no macro coverage is detected (note 0x0 and 0xfffe are invalid). The Cell ID and MNC above will also be reported at the same time if they are set to non-default

Unique global enterprise ID. Also used to enable enterprise functionality within the AP. Default value of 0 means enterprise feature set is disabled.

Unique site id within the enterprise. All APs within a specific group must be located on the same site. Mandatory if enterprise ID is non-zero.If this is set to TRUE the AP will reset the contents of all the parameters of the Device.X_UBIQUISYS_COM_ZAP.Services.Enterprise.MRT object to their default values and then trigger a reboot. The flag Pre-shared 128 bit AES key to encrypt/decrypt all P2P MRT traffic between FAPs. The string is encoded as hex digits. If set to empty string then the P2P messages are not encryptedPeriod (in seconds) for FAP to send periodic MRTDataIndications to other FAPs.

Multiplier of the MRTRefreshPeriod to determine the number of seconds after which another FAP shall be considered as stale.Multiplier of the MRTRefreshPeriod to determine the number of seconds after which another FAP shall be considered as offline it has not been heard from. The FAP may initiate a DiscoveryRequest to the suspect FAP to determine if is still online

Multicast group to be used for Peer-to-peer traffic (the lower 28 bits of the IP address where the top 4 bits are set to 0xE). If set to 0 then broadcast is used instead of multicast. Note that multicast groups 1-255 and 251658240-268435455 are

This string contains a comma separated list of cell-IDs of all FAPs in the same enterprise-site. This defines which other FAPs this FAP may conduct P2P communications with. The same list will be provisioned across all FAPs in the same enterprise-Specifies whether intra-group handover is allowed within the Enterprise. If set to FALSE then UEs will only be able to move between femtos in IDLE mode.Maximum number of handover targets that will be tried before handover is aborted in cases where multiple cells share the same scrambling code. If set to 0 then handover will be retried forever until the call drops or the radio conditions improve.Enable addtion of Redirection Info with Macro Cells in RRC Connection Reject when in Enterprise Mode (not applicable to Emergency Calls).

List of extra allowed internal primary scrambling codes for the RRM algorithm to use in Enterprise mode if all of the main set of 'AllowedCodes' are in heavy use. These codes will not be neighboured on the macro network so macro->femto rove in will not be possible on these cells. Femto-femto rove in and handover will still work however.

Defines how the OperatorHandoverWeight in the NeighbourZAP list is used:

Sets whether internal PSC/MVT combinations should be used even if a percentage of external PSC/MVT combinations (configured by ExternalPSCMVTUtilisation) are still availableDefines the percentage of external PSC/MVT combinations that should be used before moving on to internal PSC/MVT combinations. If UseInternalPSCs is FALSE then this parameter is ignored

Enables the load balancing option which uses RRC Rejection with redirection to an inter-frequency Enterprise FAP

Enables the load balancing option which uses handover to an intra- or inter-frequency Enterprise FAP

UMTS Cell ID assigned to the AP

Group ID assigned to the AP

DL UMTS frequency chosen by the AP

UL UMTS frequency chosen by the AP

Primary scrambling code chosen by the AP

MIB value tag range chosen by the AP (0=1-2, 1=3-4, 2=5-6, 3-7-8, 4=ALL)

Timestamp of when this AP was powered on

Indicates whether this AP is providing service to UEs or not

Measurement used as part of Primary Scrambling Code selection algorithm

Primary CPICH absolute Power of the neighbour ZAP (dBm) - includes CPICH adjustment


IP address of the AP derived from the UDP packets received from it

Timestamp when the last communication was received from the AP

Enables the Enterprise Monitoring Process in the FAP

Enables or disables GPS scans during the FAP start up.

Enables or disables Periodic GPS scans.

Whether or not the FAP SHOULD maintain a continuous GPS lock (e.g. as a frequency stability source).

Provides more detail when the ScanStatus is set to ‘Error’

The time of the last GPS scan.

estimated RMS error (2-sigma, 95%) in meters of the Latitude

estimated RMS error (2-sigma, 95%) in meters of the Longitude

Minimum RSCP level for a neighbouring FAP (as measured by RRM) for it to be considered a valid target for RRC redirection load balancing (dB)

Minimum Ec/Io for a neighbouring FAP (as measured by the UE) for it to be considered a valid target for handover load balancing (dB)Quality offset to prevent a UE returning to the original cell too quickly after being handed out for load balancing (dB). This will be applied as a CellIndividualOffset for intra-frequency cells and TBD for inter-frequency cells.Enables the load balancing option for new signalling connections which uses handover to an intra- or inter-frequency Enterprise FAPMaster Relationship Table (MRT) for enterprise RRM. The parameters directly under this object contain information from the MRT entry for this AP that cannot easily be read from elsewhere in the database. To create a full MRT entry, the following other parameters need to be read:Master Relationship Table (MRT) containing information on other APs. One entry in this table for each other AP on a given site.

Incremented each time the AP changes any other parameters in Enterprise.MRT.

Cell ID of the strongest macro cell detected by this AP. Bottom 28 bits are used for UMTS cells or bottom 16 bits for GSM cells. Top 4 bits are used to indicate type of cell:Cell ID of the strongest macro cell registered with the INC by this AP. Bottom 28 bits are used for UMTS cells or bottom 16 bits for GSM cells. Top 4 bits are used to indicate type of cell:PLMN of the strongest macro cell registered with the INC. Contains the MCC and MNC packed together into a 3-byte value in the same format as 24.008. The top byte is unused.Location Area Code and Routing Area Code of the strongest macro cell registered with the INC. The fields are packed together with the RAC in byte 2 and LAC in bytes 0 and 1. The top byte (3) is unused.String containing list of detected and reciprocated neighbour AP [cell id, CPICH power, RSCP, MIB value tag group] quadrupletsString containing list of detected neighbour UMTS macro [cell id, frequency, PSC, CPICH power, RSCP] quintruplets

String containing list of detected GSM neighbour cells [Cell-Id, MCC, MNC, LAC, Band, ARFCN, BSIC, max_tx_power] octuplets for an AP.String containing the RAI of the AP in comma separated format "AAA,BBB,CCCC,DD" where:

Indicates if the AP is on-line or not. If an AP is online this means that it active and can support peer to peer communications. If an AP is off line then it will not be used for load balancing or hand out. Derived by this AP itself or signalled from other APs (but clearly not the one that has gone stale)

Pre-shared 128 bit AES key to sign all control messages between the Enterprise Monitoring Tool (EMT) and the AP. The string is encoded as hex digits. If set to empty string then the EMT messages are not signedThe port that the AP listens on for EMT messages. This port is only opened in the firewall if the enable flag above is set to TRUE.

When ScanPeriodically is true, this value indicates the interval in seconds which GPS scan is performed while the FAP service is enabled.An absolute time reference in UTC to determine when the CPE will initiate the periodic GPS scan. Each GPS scan MUST occur at (or as soon as possible after) this reference time plus or minus an integer multiple of the PeriodicInterval.

Forces a refresh of the GPS location results. Should only be used when PeriodicScan and ContinuousScan modes are disabled or not supported.Specifies the time-out value in seconds since the test started after which the test will time out.

Indicates the current status of this scan. Enumeration of:

Specifies the date and time, when the GPS scan last completed successfully. This value is retained across reboot. The values for LockedLatitude, LockedLongitute and NumberOfSattelites correspond to this time. If a scan has never succeeded before, This parameter specifies the actual location of the FAP, returned by the GPS Diagnostics Test.

This parameter specifies the actual location of the FAP, returned by the GPS Diagnostics Test.

The number of satellites that were locked during the test execution. The greater the number of satellites the better the precision of the results.

Override Latitude (24 bit encoding per sections 6.1 and 7.3.5 of TS 23.032)

Override Longitude (24 bit encoding per sections 6.1 and 7.3.5 of TS 23.032)

Override Altitude (16 bit encoding per sections 6.3 and 7.3.5 of TS 23.032)

Number of seconds to wait before flashing the LED on failure to obtain a GPS fix. If 0, then use ScanTimeout instead.

Max number of entries in the verification history list.

Number of entries in the verification history list.

Index of the oldest entry in the verification History list

History of location verification events

Time of when the verification success or failure occurred

Latitude, as read from GPS dongle (via LockedLatitude). Set to 0 if information is not available.

Longitude, as read from GPS dongle (via LockedLongitude). Set to 0 if information is not available

Claimed Accuracy Estimate (in meters). Set to 0 if information is not available

Enables or disables subscriber services extensions on the ZAP

The maximum number of Open Mode UEs that can be tracked simultaneously by the “MSISDN list sharing over CCI” feature

Length of the TrackedUE list (for information only)

This parameter specifies the upper threshold (i.e., number of active UE's) at which point GPS will become temporarily disabled via the 'backoff' mechanism.This parameter specifies the lower threshold (i.e., number of active UE's) at which point GPS will become re-enabled, if it was temporarily disabled via the 'backoff' mechanism.

GeoLocation operating mode:

GeoLocation Alarm mode. Raise Alarm if:

Whether or not to re-use the previously measured GeoLocation

LED mode for GeoLocation, whether or not to flash on failure to obtain GPS fix

Action to take after raising the LocationChanged alarm:

This parameter specifies the expected location of the FAP to allow automatic position verification. The units are the same as LockedLatitude (millionths of a degree). This parameter specifies the expected location of the FAP to allow automatic position verification. The units are the same as LockedLongitude (millionths of a degree). This specifies the accuracy requirement for the position verification relative to the ExpectedLatitude. The units are the same as ExpectedLatitude (millionths of a degree) and the LocationChanged alarm will be raised if ExpectedLatitude - This specifies the accuracy requirement for the position verification relative to the ExpectedLongitude. The units are the same as ExpectedLongitude (millionths of a degree) and the LocationChanged alarm will be raised if ExpectedLongitude - This parameter specifies the amount of time to spend attempting a GPS (or WiFi) scan, after a cold boot (or reboot), before raising an alarm and flashing the LED, if a position fix with a sufficient level of accuracy cannot be obtainedThis parameter specifies the amount of time to spend attempting a GPS (or Wifi) scan, after a ForceScan, before the system generates an alarm (and optionally flashes the LED), if a position fix with a sufficient level of accuracy cannot be obtained (i.e., Causes Femto++ to emulate the behaviour of the Femto+. Parameter is ignored on a real Femto+

This parameter specifies the multiplier (x10) to be applied to LatitudeAccuracy and LongitudeAccuracy, for the purpose of the 'mismatch' test

Verification success / failure status, as follows:

The number of satellites that were locked during the test execution. The greater the number of satellites the better the precision of the results.

UBS-21!23!010 ZMS ZAP Database Specification (R2.10.18)

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Transcript of UBS-21!23!010 ZMS ZAP Database Specification (R2.10.18)