Managing Groups and ID Pools - Cisco€¦ · Managing Groups and ID Pools ... Procedure Step 1...

Managing Groups and ID Pools

• Overview of Managing Groups and ID Pools, page 1

• Managing Group Types, page 3

• Managing Groups, page 25

• Managing ID Pool Types, page 26

• Managing ID Pools, page 30

• Making Changes to a Group Type, Group Instance, ID Pool Type or IP Pool Instance, page 32

• Groups and IP Pools: Messages, page 39

Overview of Managing Groups and ID PoolsYou can manage your groups and ID pools from the Device Command and Control User Interface (DCC-UI).Click Groups and IDs to access the interface. You can view, add, update or delete groups, group types, IDpools and ID pool types. You can use the export option to view all defined parameters for your groups in oneCSV file. You can use the import option to import parameters for multiple groups within a group type, usingone CSV file.

The RMS manages devices according to their groupings. You can create any number of group types in theRMS. Devices can be assigned to one or multiple groups automatically during registration.

The significance of groups is the ability to set configuration or system operational parameters on group objectsthat are applied to all devices belonging to a group. The Femto Gateway groups determine the public IPaddress of the SeGW and private IP address of the HNB-GW. Area groups may determine settings that arespecific to a country or other areas such as target frequencies, PLMN, etc.

The RMS supports the concept of automatic assignment of unique IDs for devices from a pool or range ofavailable values. This feature can be used to assign unique Cell ID, SAC, CGI, Broadcast SAI, etc. A uniquevalue is assigned from a pool and stored as a property in the RMS. This property is then referenced inconfiguration templates in order to configure devices. Until the device is de-commissioned, the assigned valueremains reserved for this device.

You must have read-write permission to perform these operations. If you have read-only permission, you canexport or view the information, only.

Cisco RAN Management System Administration Guide, Release 4.x OL-32398-01 1

Recommended Order for Working with Pools and GroupsThis task outlines the recommended procedure for working with pools and groups:

Procedure

Step 1 Create a SAI pool:a) In the Groups and IDs interface, click ID Pools in the left navigation bar.b) Click the SAI-POOL tab.c) Click Add and refer to: Adding an ID Pool Instance, on page 34.

Step 2 Create a Cell pool:a) Click the CELL-POOL tab.b) Click Add and refer to: Adding an ID Pool Instance, on page 34.

Step 3 Create a Femto Gateway group:a) In the Groups and IDs interface, click Groups in the left navigation bar.b) Click the FemtoGateway tab.c) Click Add and refer to: Adding a Group Instance, on page 32.

Step 4 Assign the Cell ID pool to the Femto Gateway:a) In the Add FemtoGateway Instance dialog box, select the Cell ID pool to be associated with the Femto

Gateway group.b) If you already closed the dialog box, select the Femto Gateway group and click Update to change this

value.

Step 5 Associate the Femto Gateway group to the Area group:a) Click the Area tab and select an Area group.b) Click Update and choose the Femto Gateway group to associate with this Area group.

Step 6 Create an Area group:a) In the Groups and IDs interface, click Groups in the left navigation bar.b) Click the Area tab.c) Click Add and refer to: Adding a Group Instance, on page 32.

Step 7 Assign the SAI pool to the Area group:a) In the Add Area Instance dialog box, select the SAI pool to be associated with the Area group.b) If you already closed this dialog box, select the Area group and click Update to change this value.

Step 8 Create an Enterprise group:a) In the Groups and IDs interface, click Groups in the left navigation bar.b) Click the Enterprise tab.c) Click Add and refer to: Adding a Group Instance, on page 32 and skip Step 4, on page 33 and Step 5,

on page 33

Step 9 Create a Site group:a) In the Groups and IDs interface, click Groups in the left navigation bar.b) Click the Site tab.

Cisco RAN Management System Administration Guide, Release 4.x2 OL-32398-01

Managing Groups and ID PoolsRecommended Order for Working with Pools and Groups

c) Click Add and refer to: Adding a Group Instance, on page 32 and skip Step 4, on page 33

Step 10 Assign the Area and Enterprise to the site group:a) In the Add Site Instance dialog box, select the Area and Enterprise pool to be associated with the Site

group.b) If you already closed this dialog box, select the Site group and click Update to change this value.

Managing Group TypesTo manage group types, click the Group Types tab in the left navigation pane of the Group and ID Poolsinterface. Any defined group types are displayed and you can add, update, delete, import or export grouptypes using the buttons at the bottom of the display.

Groups are defined within the context of a group type, so you must have group types defined before you cancreate groups. These group types are created by default during the RMS installation:

• Site

• Area

• RF Profile

• FemtoGateway

• Enterprise

Figure 1: Group Types Screen

These pool types and group types are associated by default:

• The Area group type is associated with the SAI-POOL type.


Managing Groups and ID PoolsManaging Group Types

• The FemtoGateway group type is associated with the CELL-POOL type.

In addition, note these guidelines:

• The RF Profile group type should not be associated with any group type or ID pool type.

• The Enterprise group type can be associated with the Site group type; it should not be associated withany pool type.

Site GroupsA Site group is a middle-tier group. An Enterprise can have 255 Sites . However, a site can connect to onlyone enterprise. A Site group type is linked to a Site ID Pool that is responsible for assigning a unique ID tosite groups within the Enterprise.

If you use the DCC user interface, tool tips are provided so that you know what values to provide for eachparameter. This table describes all the parameters that can be specified for Site groups in the CSV file usedwith the Import option.

Table 1: Default Site Group Properties

DescriptionRequiredProperty

Name of the group type: Site.YesGroup Type

Name of the group should be unique. Name should not containunderscore (_) and hyphen(-) other than alphanumeric characters.

YesGroup Name

Active—RMS accepts the registration of device, if area is specifiedin the register message is Active state.

Planned—RMS rejects the registration of device, if area specified inthe register message is in Planned state. In planned state customercan create the area and make it Active, after all the configurations aredone.

Deactive—RMS rejects the registration of device, if area is specifiedin the register message is Deactive state.

Only groups in either Planned or Deactive state can bedeleted.

Note

YesSTATE

If this option is checked, select area from the dropdown box. If thisoption is unchecked provide latitude/longitude co-ordinates.

Area Association

Selects the area of the site. This option is available ifAreaAssociationis checked.

Area

Expected latitude that is inside an Area to be associated to this Site.The Area will be assigned based in the latitude/longitude look-up inPMGDB. This option is available if Area Association is unchecked.

Latitude


Managing Groups and ID PoolsSite Groups


Expected longitude that is inside an Area to be associated to this Site.The Area will be assigned based in the latitude/longitude look-up inPMGDB. This option is available if Area Association is unchecked.

Longitude

Auto-assigned unique LAC RAC candidate list for all APs inside thisSite. Can be overridden on this screen. This is a comma-separated list(maximum length 256) of strings.

Each item in the list is a LAC/RAC combination expressed in thefollowing format: (LAC or LACrange):(RAC or RACrange) whereLAC and RAC are single values, LACrange and RACrange areinclusive and can be expressed in the following format:(Start-value)..(End-value). The location area code (LAC consists ofup to 5 numerical characters. the routing Area Code consists of up to3 numerical characters, e.g., 4000:10,5000-5500: 25,5600:28:32:6000-6500:35-45.

FC-LAC-RAC-CL-GRID

Set for Site objects for Inner APs when cSON updates PSC list.FC-CSON-STATUS-HSCO-INNER

Auto-located by RMS. the unique Site ID is auto-assigned by RMSfor the given site.

FC-SITE-ID

Groups associated with the Enterprise group. Format: {name:EnterpriseGroupName, type :Enterprise}

YesGROUPS

Indicates whether this site is multicell (TRUE) or standalone (FALSE).FC-GRID-ENABLE

Default list of inner PSCs (0-511) for this Site. In the absence of QSS,the value set here is pushed to the AP.

FC-PSC-CL-INNER

Indicates whether devices in this site are in Reserved mode (TRUE).FC-RESERVED-MODE

Area GroupsAn Area group determines the settings that are specific to a country or other areas such as target frequencies,PLMN, etc. A device is registered with an Area group and other groups such as FemtoGateway. CELL-POOLand SAI-POOL association is done by the RMS.

If you use the DCC user interface, tool tips are provided so that you know what values to provide for eachfield. This table describes all the property that can be specified for Area groups in the CSV file used with theImport option.

The Area cannot support more than 65535 devices. This is because two Pools having the same rangecannot be assigned to the Area Group.

Note


Managing Groups and ID PoolsArea Groups

Table 2: Default Area Group Property

DescriptionParameterRequiredProperty

Name of the group type: Area.YesGroup Type

Name of the group type should be unique. Nameshould not contain underscore (_) and hyphen(-)other than alphanumeric characters. Area andFemtoGateway are created by default.

YesName

Active—RMS accepts the registration of device,if area is specified in the register message is Activestate.

Planned—RMS rejects the registration of device,if area specified in the register message is inPlanned state. In planned state customer can createthe area and make it Active, after all theconfigurations are done.

Deactive—RMS rejects the registration of device,if area is specified in the register message isDeactive state.

Only Area groups in either Planned orDeactive state can be deleted.

Note

YesState

Pools associated with the Area group. By deafult,SAI-POOLs are associated.

YesID Pools

Groups associated with the Area group. By DefaultFemtoGateways groups are associated with Areagroups. Format {name :FemtoGatewayGroupName,type :FemtoGateway}

YesGroups

This maps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.UARFCNDL Comma-separated list(maximum length 64) (minimum1 items) of strings.Each item is a DL UTRA Absolute RadioFrequencyChannel Number (UARFCN) in an FDDmode cell. 3GPP-TS.25.433 Section 9.2.1.65 TheUARFCN values supplied to the list are derivedbased on the formula defined in 3GPP-TS.25.104Section 5.4.3 The order of the UARFCN entrieshas no significance. The carrier spacing in FDDmode is fixed as defined in 3GPP-TS.25.104.Therefore, the FAP can unambiguously derive theUL UARFCN value based on the selected DLUARFCN.

UARFCNDLYesCELL-CONFIG-RF-UARFCNDL




This maps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.PrimaryScramblingCodeComma-separated list (maximum length 32)(minimum 1 items) of strings. Each item is aPrimary DL Scrambling Code (PSC) used by theFDD mode cell with a numeric range between 0and 511 inclusive. 3GPP-TS.25.433 Section9.2.2.34 The multiplicity of the PSC values canalso be expressed by defining a range using ".."(two periods) between two values. In this case, thecombination of two values defines the lower-boundand upper-bound of the range inclusive. Thefollowing are examples of valid PSC string: 20(explicitly specifies a single PSC value) 20,30,40(specifies 3 possible PSC values to select from)20..40 (specifies 21 possible values between 20 and40, inclusive) 20..40,50 (specifies 22 possiblevalues between 20 and 40 inclusive and a singlevalue 50) The order of the items has nosignificance.

PrimaryScramblingCode

YesCELL-CONFIG-RF-PSC

Used for DNM location verification. Both MobileCountry Code (MCC) and Mobile Network Code(MNC) are required.

YesDNM List

Specifies whether Location verification is notrequired.

NoNO-LV

Name of the local time zone. This must be a POSIXcompliant string e.g."EST+5EDT,M4.1.0/2,M10.5.0/2".

LocalTimeZoneName

NoLocal Time Zone Name

Comma-separated list (maximum length 32) ofstrings. Each item is a PLMN ID to measure.PLMN ID consists ofMobile Country Code (MCC)and Mobile Network Code (MNC)3GPP-TS.23.003, 3GPP-TS.24.008. If an emptystring, then no specific PLMN ID is provided,meaning that the FAP is required to scan allavailable PLMN IDs.

REMPLMNListNoREM-3G- PLMN-LIST




Comma-separated list of strings (maximum itemlength 6). Each item is a PLMNID. PLMN IDconsists of Mobile Country Code (MCC) andMobile Network Code (MNC) 3GPP-TS.23.003,3GPP-TS.24.008.MCC consists of three digits anduniquely identifies the country of domicile of thesubscriber. MNC consists of two or three digits andidentifies the Home PLMN within a country. Fora 2-digit MNC the total string length of thePLMNID is 5. If an empty string no specific PLMNID is provided, meaning that the FAP is requiredto report all available PLMN IDs. If a list isprovided, the FAP is expected to limit the REMmeasurement to the PLMN(s) specified in this listonly and ignore others even if they are detected.

REMPLMNListNoREM-2G- PLMN-LIST

Comma-separated list of strings. Each item is aGSM Band to measure. If an empty string then nospecific GSM band is provided, meaning that theFAPMUST scan all bands. If a list is provided, theFAP is expected to limit the REM measurement tothe band(s) specified in this list only and ignoreothers even if they are detected. Refer FAP HWspecification before Providing the value

REMBandListNoREM-2G-BAND-LIST

Comma-separated list (maximum length 64) ofstrings. Each entry is a UARFCN in the DLdirection to measure. If an empty string, then nospecific UARFCN is provided, meaning that theFAP is required to scan all UARFCNs that it isaware of.

UARFCNDLListNoREM-3G-ARFCN-LIST

Comma-separated list (maximum length 64) ofstrings. Each item is a GSM ARFCN to measure.If an empty string then no specific ARFCN isprovided, meaning that the FAP is required to scanall ARFCNs. If a list is provided, the FAP isexpected to limit the REM measurement to theARFCN(s) specified in this list only and ignoreothers even if they are detected.

ARFCNListNoREM-2G-ARFCN-LIST

Comma-separated list of strings. Each item is aUMTS Band to measure. Each band is identifiedin by a roman numeral 3GPP-TS.25.104. If anempty string then no specific UMTS band isprovided, meaning that the FAP is required to scanall available bands. The order of the band indicatorhas no significance. Refer FAP HW specificationbefore Providing the value

REMBandListNoREM-3G-BAND-LIST




Consists of Mobile Country Code (MCC) andMobile Network Code (MNC) 3GPP-TS.23.003,3GPP-TS.24.008. Mobile Country Code consistsof three digits and uniquely identifies the countryof domicile of the subscriber. Mobile NetworkCode consists of two or three digits and identifiesthe Home PLMN within a country. For a 2-digitMNC the total string length of PLMNID is 5.

The MNC is always maintained in thedatabase as a fixed-length 3-digits - the3rd digit is 'F' where only a 2-digit MNCis required.

Note

PLMNIDNoCELL-CONFIG-PLMNID

Defines the PLMN ID reported on the Iu interfacein place of the PLMNID used by the UE. Formatis identical to PLMNID.Only used (andmandatory)if X_UBIQUISYS_COM_LAIRAISwapEnable isTRUE or if X_UBIQUISYS_COM_CBSSAItypeis set to Iu

X_UBIQUISYS_COM_IuPLMNID

NoCELL-CONFIG- IU-PLMNID

Defines the PLMN ID reported on the Iu interfacein place of the PLMNID used by the UE. Formatis identical to PLMNID.Only used (andmandatory)if X_UBIQUISYS_COM_LAIRAISwapEnable isTRUE or if X_UBIQUISYS_COM_CBSSAItypeis set to Iu

X_UBIQUISYS_COM_IuRAC

NoCELL-CONFIG- IU-RAC




RMS pushes this to all entry APs.Comma-separated list (maximum length 32)(minimum 1 items) of strings. This maps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.PrimaryScramblingCode. Each item is a PrimaryDL Scrambling Code used by the FDD mode cellwith a numeric range between 0 and 511 inclusive.3GPP-TS.25.433 Section 9.2.2.34Self-configuration for PSC is controlled by.Capabilities.UMTS.SelfConfig.PrimaryScramblingCodeConfig from an availability perspective andFAPControl.UMTS.SelfConfig.PrimaryScramblingCodeSelfConfigEnable from an enabledperspective.

If the self-configuration capability of the FAP forPrimaryScramblingCode is available and enabled,this parameter may contain more than one item andthe FAP is expected to select one from the list forPrimaryScramblingCodeInUse.

If the self-configuration capability is unavailable,or not enabled, then this parameter should containonly a single item. The multiplicity of the PSCvalues can also be expressed by defining a rangeusing ".." (two periods) between two values. In thiscase, the combination of two values defines thelower-bound and upper-bound of the rangeinclusive.

The following are examples of valid PSC string:

• "20" - Explicitly specifies a single PSC value

• "20,30,40" - Specifies three possible PSCvalues to select from

• "20..40" - Specifies 21 possible valuesbetween 20 and 40 inclusive

• "20..40,50" - Specifies 22 possible valuesbetween 20 and 40 inclusive and a singlevalue 50

FC-PSC-CL-ENTRY

YesPSC Candidate ListEntry




Used to populate Inner PSC of Site Creation.Comma-separated list (maximum length 32)(minimum 1 items) of strings. Each item is aPrimary DL Scrambling Code used by the FDDmode cell with a numeric range between 0 and 511inclusive. 3GPP-TS.25.433 Section 9.2.2.34Self-configuration for PSC is controlled by.Capabilities.UMTS.SelfConfig.PrimaryScramblingCodeConfig from an availability perspective and.FAPControl.UMTS.SelfConfig.PrimaryScramblingCodeSelfConfigEnable from an enabledperspective.

If the self-configuration capability of the FAP forPrimaryScramblingCode is available and enabled,this parameter may contain more than one item andthe FAP is expected to select one from the list forPrimaryScramblingCodeInUse.

If the self-configuration capability is unavailableor not enabled, then this parameter should containonly a single item. The multiplicity of the PSCvalues can also be expressed by defining a rangeusing ".." (two periods) between two values. In thiscase, the combination of two values defines thelower-bound and upper-bound of the rangeinclusive.

The following are examples of valid PSC string:

• "20" - Explicitly specifies a single PSC value

• "20,30,40" - Specifies three possible PSCvalues to select from

• "20..40" - Specifies 21 possible valuesbetween 20 and 40 inclusive

• "20..40,50" - Specifies 22 possible valuesbetween 20 and 40 inclusive and a singlevalue 50

The order of the items has no significance.

FC-PSC-CL-INNER

YesPSC List for Inner APs

Comma Separated LV methods.For example: EDN,DNL,GPS,ISM.Used for DNBLV methods

FC-DNB-LV-METHODS-LIST

NoDNB LocationVerification MethodsList

Used for Intra Grid LV methods. Only GPS issupported currently.

FC-CIG-LV-METHODS-LIST

NoCIG LocationVerification MethodsList




Single value UARFCN used for following types ofAPs:

• Active Entry AP

• Inner AP

• Idle Entry AP when part of the Grid

FC-UARFCN-SINGLE

YesUARFCN Single

Enables or disables auto classification of otherHNBs based on set classification policy (OTA LAIor P-CPICH Tx Power criteria).

Enables or disables auto classification of otherHNBs based on set classification policy (OTA LAIor P-CPICH Tx Power criteria). Following is anexample of the possible enumerations:

Disabled UseOtherHNBOTALAIsUseOtherHNBCPICHTxPowerThreshold WhenDisabled, the tableAutoDiscoveredOtherHNBPrimaryScramblingCodeswill be populated with auto discovered HNB cellsthat are not part of the ProvisionedOtherHNBPSC's,or in the provisioned NeighbourList, or in theallowed UARFCN, PSC combination. This iscurrently limited to Cisco HNB's that aretransmitting the SIB proprietary extension.

FC-OTHER-HNB-AUTO-DISCOVERY

NoOther HNB AutoDiscovery

The AP will classify any neighbors with P-CPICHTx Power in dBm equal or below this threshold asHNBs. This maps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.X_UBIQUISYS_COM_RRMProfile.OtherHNBPCPICHTxPowerThreshold.

FC-OTHER-HNB-TX-POWER-THRESHOLD

NoOther HNB PCPICHTxPower Threshold

Decides whether the table OtherHNBOTALAIs isto be Included or not .

The AP will classify any neighbours operating onthese LAIs as HNBs. Both PLMNID and LACshould be matched in order, for the discovered cellto be considered as a HNB. A valid match indicatesthat the HNB is added to theAutoDiscoveredOtherHNBPrimaryScramblingCodesTable.This maps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.X_UBIQUISYS_COM_RRMProfile.OtherHNBOTALAIs

FC-OTHER-HNB-OTA-1-ENABLE

NoFC-OTHER-HNB-OTA-1-ENABLE




If FC-OTHER-HNB-AUTO-DISCOVERY set toOTALAI then the scanned Cell has PLMNID andLACmatching the onementioned in this Propertiesthen it will consider as HNB. This maps to

InternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.X_UBIQUISYS_COM_RRMProfile.

OtherHNBOTALAIs. PLMNID. PLMN ID consistsof Mobile Country Code (MCC) and MobileNetwork Code (MNC) 3GPP-TS.23.003,3GPP-TS.24.008.

Mobile Country Code consists of three digits anduniquely identifies the country of domicile of thesubscriber. Mobile Network Code consists of twoor three digits and identifies the Home PLMNwithin a country. For a 2-digit MNC the total stringlength of PLMNID is 5.

FC-OTHER-HNB-OTA-1-PLMNID

NoFC-OTHER-HNB-OTA-1-PLMNID

Decides whether the tableFC-OTHER-HNB-PSC-1-ENABLE to be Includedor not.

A supplementary list of UARFCN PSC pairs usedto provide the HNB with visibility of the PSCallocated for use by any HNBs in the locality (inaddition to those used by the HNB to select a PSCfor its own use). The HNB appends these tupleswith the UARFCN PSC pairs defined inInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDPFAP.RF.UARFCNDL andPrimaryScramblingCode.If enabled the autodiscovered UARFCN.PSC tuples populated inInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDPFAP.RF.X_UBIQUISYS_COM_RRMProfile.AutoDiscoveredOtherHNBPrimaryScramblingCodetable in its consideration of HNB neighbours. Thismaps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.X_UBIQUISYS_COM_RRMProfile.OtherHNBOTALAIs.LACs. Comma-separated listof strings representing Location Area Codes(LACs). Each item is a LAC or LAC range. LACranges are inclusive and expressed in the followingformat: <Start-value>".."<End-value>

FC-OTHER-HNB-PSC-1-ENABLE

NoFC-OTHER-HNB-PSC-1-ENABLE




FAP considers scanned cell as HNB if bothUARFCN and PSC mentioned here matches. Thismaps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.X_UBIQUISYS_COM_ProvisionedOtherHNBPrimaryScramblingCodes.UARFCNDLInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.X_UBIQUISYS_COM_ProvisionedOtherHNBPrimaryScramblingCodes.PrimaryScramblingCodes.Central downlink channel frequency: 412-10838.

FC-OTHER-HNB-PSC-1-DLUARFCN

NoFC-OTHER-HNB-PSC-1-DLUARFCN

This maps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.X_UBIQUISYS_COM_ProvisionedOtherHNBPrimaryScramblingCodes.PrimaryScramblingCodes.Comma-separated list (maximum length 32) ofstrings. Each item is a Primary DL ScramblingCode used by the FDD mode cell with a numericrange between 0 and 511 inclusive.

FC-OTHER-HNB-PSC-1-PSC

NoFC-OTHER-HNB-PSC-1-PSC




Comma separated UARFCN candidate list forstandalone enterprise idle entry, that is not part ofgrid. This maps toInternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.FDDFAP.RF.UARFCNDL.Refer to the below linkhttp://en.wikipedia.org/wiki/UMTS_frequency_bandsfor the value. Comma-separated list (maximumlength 64) (minimum 1 items) of strings. Each itemis a DLUTRAAbsolute Radio Frequency ChannelNumber (UARFCN) in an FDD mode cell.3GPP-TS.25.433 Section 9.2.1.65Self-configuration for UARFCN is controlled by.Capabilities.UMTS.SelfConfig.UARFCNConfigfrom an availability perspective and.FAPControl.UMTS.SelfConfig.UARFCNSelfConfigEnablefrom an enabled perspective.

If the self-configuration capability of the FAP forUARFCN is available and enabled, then thisparameter may contain more than one item. TheFAP is expected to select one from the list forUARFCNDLInUse.

If the self-configuration capability is unavailableor not enabled, then this parameter should containonly a single item. The UARFCN values suppliedto the list are derived based on the formula definedin 3GPP-TS.25.104 Section 5.4.3.The order of theUARFCN entries is not significant. The carrierspacing in FDD mode is fixed as defined in3GPP-TS.25.104. Therefore, the FAP canunambiguously derive the UL UARFCN valuebased on the selected DL UARFCN.

FC-UARFCN-CLYesUARFCN List forStand-alone Idle EntryAPs

RF Profile GroupsThe RF profile is used to determine the RF tuning and configuration (power settings, handover rules, and soon). The number of profiles existing by default is one. By default, the RF profile is installed through the BACconfiguration. However, the DCC UI provides the functionality to modify the RF profile group instanceproperties. See Updating a Group Type, Group Instance, ID Pool Type or ID Pool Instance, on page 34 formore details.

If you use the DCC user interface, tool tips are provided so that you know what values to provide for eachparameter. This table lists the RF Profile group parameters that can be defined using a CSV file and the Importoption. All of these properties are persistent. And none of these properties require a reboot.


Managing Groups and ID PoolsRF Profile Groups

http://en.wikipedia.org/wiki/UMTS_frequency_bands

Table 3: RF Profile Properties

DefaultValue

Custom Property NameParameterType

Parameter Name / Comment

UMTSEMG-CALL-REDIRECT-PREFERENCE

enumerationEmergencyCallRedirect Preference

20.0..20.0MAX-FAP-TX-POWERstringMaxFAPTxPower

0..21MAX-UL-TX-POWERstringMaxULTxPower

-1027NODE-B-NOISE- FLOORint32NodeBNoiseFloor

150UL-NOISE-RISE- MARGINuint32ULNoiseRiseMargin

21CLEAR-CARRIER-ULTX-POWERint32ClearCarrierULTxPower

Reselectionandhandout

GSM-NEIGHBOUR- LIST-TYPEenumerationGSMNeighbourListType

1ADAPT-ON-VOICEbooleanAdaptOnVoiceOnly

412RRM-ARFCN-i- DOWNLINKuint32UARFCNDL

RRM-FREQ-CONFIG-i-ENABLE flagwill have to be enabled to set each of themulti instance parameters.

Reselectionandhandout

RRM-NEIGHBOUR- i-LIST-TYPEenumerationNeighbourListType

RRM-FREQ-CONFIG-i-ENABLE flagmust be enabled to set each of the multiinstance parameters.

TRUEENABLE-SNIFF-OPLMN-SEARCHbooleanOPLMNSearchEnable

SNIFF-OPLMN- BAND-LISTstringOPLMNAllowedBandList

TRUEENABLE-GSM-SNIFF-OPLMN-SEARCH

booleanOPLMNSearchEnable

Enablealarm nosafemode

HNB-INTERFERENCEenumerationHNBInterference


MACRO- INTERFERENCEenumerationMacroInterference


UNKNOWN-WIDEBAND-RF-INTERFERENCE

enumerationUnknownWidebandRF Interference



DefaultValue




MACRO-SIB- DECODE-FAILUREenumerationMacroSIBDecodeFailure

0UMTS-QRX-MIN- MACRO-BIASint32X_UBIQUISYS_COM_QRxLevMinUMTSMacroBias

10GSM-QRX-MIN- MACRO-BIASint32X_UBIQUISYS_COM_QRxLevMinGSMMacroBias

2FDD-CELL- RESELECTION-HYSTERESIS

uint32QHyst2s

4Q-OFFSET1- UMTS-MACROint32X_UBIQUISYS_COM_Qoffset1UMTSMacro

4Q-OFFSET2- UMTS-MACROint32_UBIQUISYS_COM_Qoffset2UMTSMacro

8CELL-SELECTION-SINTRASEARCH

int32SIntrasearch

4CELL-SELECTION-SINTERSEARCH

int32SIntersearch

4CELL-SELECTION-SSEARCHRATint32SSearchRAT

0UETX-PWR-MAX- RACHint32UETxPwrMaxRACH

5000DCH-FACH-TIME- TRIGGERuint32DCHtoFACHTimeToTrigger

30000FACH-IDLE-TIME- TRIGGERuint32FACHtoIDLETimeToTrigger

TRUENETWORK-MODE-OPR-COMBINED

booleanNetworkModeOperation Combined

TRUEENABLE-PSHANDOUT-3G-MACRO

booleanX_UBIQUISYS_COM_EnablePSHandoutTo3G Macro

0CURRENT-FREQ-PS-REL-OFFSET-ECNO

uint32X_UBIQUISYS_COM_CurrentFreqPSRelease OffsetEcNo

0CURRENT-FREQ-PS-REL-OFFSET-RSCP

uint32X_UBIQUISYS_COM_CurrentFreqPSRelease OffsetRSCP

FALSEENABLE-DCH-DL-PAAbooleanDDLPAEnabled

45DCH-POWER-DECREASE-THRESHOLD

uint32DCHPowerDecrease Threshold

35DCH-POWER-INCREASE-THRESHOLD

uint32DCHPowerIncrease Threshold

2DCH-POWER-LIMIT-REDUCTION-STEP

uint32DCHPowerLimitReduction Step



DefaultValue



3DCH-POWER-LIMIT-INCREASE-STEP

uint32DCHPowerLimitIncrease Step

5DCH-POWER-DECREASE-SAMPLE-TO-TRIGGER

uint32DCHPowerDecrease SamplesToTrigger

10DCH-POWER-INCREASE-SAMPLE-TO-TRIGGER

uint32DCHPowerIncrease SamplesToTrigger

-6LOWEST-MAX-DCH-POWER-ALLOCATION

int32LowestMaxDCHPower Allocation

CPICHEc/No

CELL-CONIFG-INTRA-FREQ-MEAS-QUANTITY

enumerationMeasurementQuantity

4CELL-CONIFG-INTRA-FREQ-HYSTERESIS- EVENT-1E

uint32HysteresisEvent1e

4CELL-CONIFG-INTRA-FREQ-HYSTERESIS- EVENT-1F

uint32HysteresisEvent1f

320CELL-CONIFG-INTRA-FREQ-TTT-EVENT-1E

uint32TimeToTriggerEvent1e

200CELL-CONIFG-INTRA-FREQ-TTT-EVENT-1F

uint32TimeToTriggerEvent1f

-9CELL-CONIFG-INTRA-FREQ-THRESHOLD-EVENT-1E

int32ThresholdUsedFrequency Event1e

FALSECELL-CONIFG-INTRA-FREQ-1-ENABLE

booleanEnable

CPICHRSCP

CELL-CONIFG-INTRA-FREQ-1-MEAS-QUANTITY


ActiveandMonitored

CELL-CONIFG-INTRA-FREQ-1-TRIGGERING-EVENT-1E

enumerationTriggeringCondition2Event1e

ActiveandMonitored

CELL-CONIFG-INTRA-FREQ-1-TRIGGERING-EVENT-1F

enumerationTriggeringCondition1Event1f

8CELL-CONIFG-INTRA-FREQ-1-HYSTERESIS- EVENT-1E

uint32HysteresisEvent1e

8CELL-CONIFG-INTRA-FREQ-1-HYSTERESIS- EVENT-1F


320CELL-CONIFG-INTRA-FREQ-1-TTT-EVENT-1E

uint32TimeToTriggerEvent1e



DefaultValue



200CELL-CONIFG-INTRA-FREQ-1-TTT-EVENT-1E


-98CELL-CONIFG-INTRA-FREQ-1-THRESHOLD-EVENT-1E

int32ThresholdUsedFrequency Event1e

-97CELL-CONIFG-INTRA-FREQ-1-THRESHOLD-EVENT-1F

int32ThresholdUsedFrequency Event1f

CPICHEc/No

CELL-CONIFG-INTER-FREQ-MEAS-QUANTITY


4CELL-CONIFG-INTER-FREQ-HYSTERESIS- EVENT-2B

uint32HysteresisEvent2b

4CELL-CONIFG-INTER-FREQ-HYSTERESIS- EVENT-2D

uint32HysteresisEvent2d

4CELL-CONIFG-INTER-FREQ-HYSTERESIS- EVENT-2F


100CELL-CONIFG-INTER-FREQ-TTT-EVENT-2B

uint32TimeToTriggerEvent2b

320CELL-CONIFG-INTER-FREQ-TTT-EVENT-2D

uint32TimeToTriggerEvent2d

320CELL-CONIFG-INTER-FREQ-TTT-EVENT-2F


-10CELL-CONIFG-INTER-FREQ-THRESHOLD- EVENT-2B

int32ThresholdUsedFrequency Event2b

-10CELL-CONIFG-INTER-FREQ-THRESHOLD- EVENT-2D

int32ThresholdUsedFrequency Event2d

-10CELL-CONIFG-INTER-FREQ-THRESHOLD- EVENT-2F


0CELL-CONIFG-INTER-FREQ-1-ENABLE

booleanEnable

CPICHRSCP

CELL-CONIFG-INTER-FREQ-1-MEAS-QUANTITY


4CELL-CONIFG-INTER-FREQ-1-HYSTERESIS- EVENT-2B

uint32HysteresisEvent2b

4CELL-CONIFG-INTER-FREQ-1-HYSTERESIS- EVENT-2D

uint32HysteresisEvent2d

4CELL-CONIFG-INTER-FREQ-1-HYSTERESIS- EVENT-2F




DefaultValue



100CELL-CONIFG-INTER-FREQ-1-TTT-EVENT-2B

uint32TimeToTriggerEvent2b

320CELL-CONIFG-INTER-FREQ-1-TTT-EVENT-2D

uint32TimeToTriggerEvent2d

320CELL-CONIFG-INTER-FREQ-1-TTT-EVENT-2F


-95CELL-CONIFG-INTER-FREQ-1-THRESHOLD-EVENT-2B

int32ThresholdUsedFrequency Event2b

-97CELL-CONIFG-INTER-FREQ-1-THRESHOLD-NON-USED-2B

int32ThresholdNonUsed FrequencyEvent2b

-97CELL-CONIFG-INTER-FREQ-1-THRESHOLD-EVENT-2D

int32ThresholdUsedFrequency Event2d

-90CELL-CONIFG-INTER-FREQ-1-THRESHOLD-EVENT-2F


CPICHEc/No

CELL-CONIFG-INTER-FREQ-1-THRESHOLD-EVENT-2F


0CELL-CONIFG-INTER-RAT-HYSTERESIS-3B

uint32X_UBIQUISYS_COM_ Hysteresis3b

100CELL-CONIFG-INTER- RAT-TTTuint32TimeToTrigger

100CELL-CONIFG-INTER-RAT-TTT-3B

uint32X_UBIQUISYS_COM_TimeToTrigger3b

-11CELL-CONIFG-INTER-RAT-THRESHOLD-OWN-SYSTEM

int32ThresholdOwnSystem

-98CELL-CONIFG-INTER-RAT-THRESHOLD-OTHER-SYSTEM

int32ThresholdOtherSystem

-102CELL-CONIFG-INTER-RAT-THRESHOLD-OTHER-SYSTEM-3B

int32X_UBIQUISYS_COM_ThresholdOtherSystem3b

0CELL-CONIFG-INTER-RAT-1-ENABLE

booleanEnable

CPICHRSCP

CELL-CONIFG-INTER-RAT-1-MEAS-QUANTITY


4CELL-CONIFG-INTER-RAT-1-HYSTERESIS

uint32Hysteresis

0CELL-CONIFG-INTER-RAT-1-HYSTERESIS-3B

uint32Hysteresis3b



DefaultValue



100CELL-CONIFG-INTER-RAT-1-TTTuint32TimeToTrigger

100CELL-CONIFG-INTER-RAT-1-TTT-3B

uint32TimeToTrigger3b

-11CELL-CONIFG-INTER-RAT-1-THRESHOLD-OWN-SYSTEM

int32ThresholdOwnSystem

-98CELL-CONIFG-INTER-RAT-1-THRESHOLD-OTHER-SYSTEM

int32ThresholdOtherSystem

-102CELL-CONIFG-INTER-RAT-1-THRESHOLD-OTHER-SYSTEM-3B

ThresholdOtherSystem3b

0CELL-CONIFG-INTRA-FREQ-MACRO-OFFSETint32X_UBIQUISYS_COM_MacroOffset

2FC-CELL-SELECTION-Q-HYST-1Sint32QHyst1s

6FC-CELL-SELECTION-Q-OFFSET1-GSM-MACROint32X_UBIQUISYS_COM_Qoffset1GSMMacro

2FC-CELL-SELECTION-Q-OFFSET1-UMTS-FEMTOint32X_UBIQUISYS_COM_Qoffset1UMTSFemto

2FC-CELL-SELECTION-Q-OFFSET2-UMTS-FEMTOInt32X_UBIQUISYS_COM_Qoffset2UMTSFemto

1FC-CELL-SELECTION-SHCS-RATint32SHCSRAT

4FC-CELL-SELECTION-SLIMIT-SEARCH-RATint32SLimitSearchRAT

0FC-MACRO-QOFFSET-INTRAFREQ1int32MacroOffset

0FC-MACRO-QOFFSET-INTERFREQMEAS1int32X_UBIQUISYS_COM_MacroOffset

0PS-STREAMING-PREMPTION-ENABLEDbooleanX_UBIQUISYS_COM_PSStreamingPreemptionEnabled

0ENABLE-CPICH-BOOSTINGbooleanEnableCPICHBoosting

0PS-PREMPTION-ENABLEDbooleanX_UBIQUISYS_COM_PSInteractiveBackgroundPremptionEnabled

""SNIFF-OPLMN-BAND-LISTstringOPLMNAllowedBandList

-18FC-CELL-SELECTION-Q-QUAL-MINint32QqualMin

-111FC-CELL-SELECTION-Q-RX-LEV-MINint32QRxLevMin

0FC-CELL-SELECTION-Q-QUAL-MIN-MACRO-BIASint32X_UBIQUISYS_COM_QqualMinMacroBias

0FC-MACRO-QOFFSET-INTERFREQint32X_UBIQUISYS_COM_MacroOffset



FemtoGatewayThe Femto Gateway groups determine the public IP address of the Security Gateway (SecGW) and the privateIP address of the Home Node Base Station Gateway (HNB-GW).

By default, the Femto Gateway group type is associated with the CELL pool type.

By default, the Area group type is associated with the Femto Gateway group type.

Note

If you use the DCC user interface, tool tips are provided so that you know what values to provide for eachfield. This table describes all the parameters that can be specified for Femto Gateway groups in the CSV file.

Table 4: Default FemtoGateway Group Parameters

DescriptionRequiredParameter

Name of the group type: FemtoGateway.YesGroup Type


YesGroup Name


Planned—RMS rejects the registration of device, if area specified inthe register message is in Planned state. In planned state customer cancreate the area andmake it Active, after all the configurations are done.


Only FemtoGateway groups in either Planned or Deactivestate can be deleted.

Note

YesState

Pools associated with the FemtoGateway group. By deafult,CELL-POOLs are associated. Format: {name :Name of the Pool, type:CELL-POOL}

YesID Pools

Mobile Network Code part PLMN Used for IPA devices.YesFC-MNC

Mobile country code part PLMN Used for IPA devices.YesFC-MCC

Set to Iu-H (ASR 5000); non-Iu-H is not used by the RMS in SCSReleases.

YesFC-HNB-GW-TYPE

First serving SecGW the FAP attempts to establish a connection with.Either a hostname or IP address. This is a platform-copy parameter sothat an initial SecGW can be obtained from operator data in order tomake the initial connection, after which the parameter is updated bythe HMS. This maps toInternetGatewayDevice.Services.FAPService.1.FAPControl.UMTS.Gateway.SecGWServer1.

YesIPSEC-SERVER-HOST


Managing Groups and ID PoolsFemtoGateway

DescriptionRequiredParameter

SCTP IP address for the IPA device.YesFC-FGW-FQDN

Provisioning group name present in the RMS. Provisioning groupname is given in the descriptor file during RMS installation.

YesFC-PROV-GRP-NAME

Radius server address or source IP address of DHCP request and accessrequest for DHCP lease and radius authentication.

YesFC-HNB-GW-RADIUS-ADDRESS

Same as Secret defined in HNBGW. (Property @ HANBGW radiusserver <Ip.aaddress> encrypted key).

YesFC-HNB-GW-RADIUS-SHARED-SECRET

FemtoGateway name.NoFC-FGW-NAME

Enables Cell Broadcasting on the AP.NoFC-CB-ENABLE

OTA LAC RAC candidate list configured by the operator.YesCELL-CONFIG-LAC-RAC-CL

First FAP-GW the FAP attempts to establish connection with. Eitherhostname or IPaddress. Maps toInternetGatewayDevice.Services.FAPService.1.FAPControl.UMTS.Gateway.FAPGWServer1.

YesHNB-GW-SERVER

Used if ZAP route feature is enabled. This maps toInternetGatewayDevice.Services.FAPService.1.AccessMgmt.X_UBIQUISYS_COM_PSOffload.ZAPRoute.IPAddress0.

NoZAP-ROUTE-IP-ADDRESS

RNC-ID of an intra-freq neighbor cell. It uniquely identifies an RNCwithin a PLMN. Normally, RNC-ID consists of 12 bits (i.e. a rangeof [0:4095]). However, if the value is larger than 4095, then ExtendedRNC-ID (range of [4096:65535]) is used in RANAP. The RNC-IDand Extended RNC-ID are combined into a single parameter here asthere is no explicit need to have them separated. 3GPP-TS.25.413Section 9.2.1.39

YesRNC-ID

Value of CBS frame offset (CTCH) on DL FACH. Parameter in SIB5.NoCBS-FRAME-OFFSET

Parameter to specify which PLMN and LAC are used in the SAI valueused by HNB in SABP (BroadcastSAI).

NoCBS-SAI-TYPE

Enables CBS Level 1 scheduling.NoCBS-LEVEL-1-SCHEDULING


Managing Groups and ID PoolsFemtoGateway

Enterprise GroupsAn Enterprise group type is created by default during the RMS installation. Enterprise is a top level grouptype for the RMS 4.0. An Enterprise group type is linked to an Enterprise ID Pool that is responsible forassigning a unique ID to enterprise groups within the solution.

If you use the DCC user interface, tool tips are provided so that you know what values to provide for eachparameter. This table describes all the parameters that can be specified for Enterprise groups in the CSV fileused with the Import option.

Table 5: Default Enterprise Group Properties

DescriptionRequiredProperties

Name of the group type: Enterprise.YesGroup Type


YesGroup Name


Planned—RMS rejects the registration of device, if area specified inthe register message is in Planned state. In planned state customer cancreate the area andmake it Active, after all the configurations are done.


Only Enterprise groups in either Planned or Deactive statecan be deleted.

Note

YesState

Groups associated with the enterprise group. Format {nameEnterpriseGroupName, type :Enterprise}

YesGroups

Enterprise group ID that is auto-assigned by the RMS.YesEnterprise ID


Managing Groups and ID PoolsEnterprise Groups

Managing GroupsTo manage groups, select the Groups tab in the left navigation bar of the Groups and ID Pools interface.You can view, add, update, import, export or delete a group instance with read-write permission.

Figure 2: Groups Screen

The default Area group should not be used for Device Registration.Note

Groups are created within the framework of a group type which defines the parameters that the groups canhave. Each pre-defined group type has one default group created during installation. Use the default group asa template to create additional groups within the same group type. To create a new group:

• Click Add in the Groups tab and provide all requested parameter values.

• Create a CSV file containing the same parameters as the default group, and then click Import in theGroups tab. This option can be used to import multiple groups in one CSV file.


Managing Groups and ID PoolsManaging Groups

The easiest way to create a group CSV file is to click Export in the Groups tab andexport the default group. The CSV file is downloaded to your local drive where you canopen it and edit as required. Save this file and then use it in the Import operation. Formore information, refer to Importing a Group Type, Group Instance, ID Pool Type orID Pool Instance, on page 35.

Tip

Managing ID Pool TypesTo manage ID pool types, click the ID Pool Types tab in the left navigation pane of theGroup and ID Poolsinterface. Information regarding the defined ID pool types is displayed and you can add, update, delete, importor export ID pool types using the buttons at the bottom of the display.

The main difference between the adding of ID pool types and that of adding group types is the association togroup or ID pools, respectively. Where group types can have multiple associations with ID pool types, IDpool types can have only one association with group types.

The following pool types are pre-configured during the RMS installation:

• SAI-POOL


Managing Groups and ID PoolsManaging ID Pool Types

• CELL-POOL

Figure 3: ID Pool Types Screen

Note • If the SAI-POOL or CELL-POOL are in the Active state, they cannot be deleted.

• If the SAI-POOL or CELL-POOL are in the Deactive or Planned state, they can be deleted only ifdevices are not associated with the pool.

• If devices are associated with the SAI-POOL or CELL-POOL, run the Reassign script to move thedevices to other pools and then delete the pools.

SAI PoolsService Area Identifier (SAI)-POOL is used to uniquely track APs, especially for billing purposes. It containsa Location Area Code (LAC). Specifically, the SAI is equal to the PLMN + LAC + Service Area Code (SAC).

There is a distinction in the solution between the Over-The-Air (OTA) LAC and the SAI LAC. The SAI LACis used in the SAI contained in Radio Access Network Application Part (RANAP) messages. The OTA-LACis used by the FAP on the Air Interface.


Managing Groups and ID PoolsSAI Pools

The SAI-POOL gives a unique SAC-ID of SAI for every new device during registration. The RMS maps theSAC-ID selected to the below Ubiquisys data model:InternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.CN.SAC

If you use the DCC user interface, tool tips are provided so that you know what values to provide for eachparameter. This table describes all the properties that can be specified for SAI pools in the CSV file used withthe Import option.

Table 6: Default SAI Pool Properties


Name of the pool type: SAI-POOL.Yesid Pool Type

Name of the SAI pool should be unique. Name should not containunderscore (_) and hyphen(-) other than alphanumeric characters. TheDEFAULT-SAI-POOL is created during the RMS installation.

YesPool Name

Active— RMS selects only those SAI-POOL's for SAC-ID assignmentwhich are in the Active state1

Planned— RMS does not select SAI pools which are in the Planned statefor SAC-ID Assignment. SAI pools are created in this state and if Activepools are exhausted then SAI pools in this State are made Active.2

Deactive— RMS does not select SAI pools which are in the DeactiveState for SAC-ID assignment. SAI pools are moved to this state beforethey can be deleted. 3

SAI pools must be in the Deactive state before they can bedeleted.

Note

YesState

Represents the SAC-ID of the SAI. Values should be 1..65535. The formatfor a range is x..y, for example 1..100. The format for a set of singlevalues is x,y, for example 1,2,3. Both range and a set of single valuescan be given, for example 1..100,101,102.

YesRange

For SAI-POOL the options show the list of Area groups to which thispool can be associated. The format is {name :AreaGroupName, type:Area},{name : AreaGroupName, type :Area}

YesGroups

SAI LAC value. The SAI LAC is used in SAI contained in RANAPmessages. This LAC is used by the core network, so it has to be obtainedfrom core network configuration.

YesFC-LAC-ID

1 A SAI pool in the Active State cannot be Deleted.2 This is a guideline for clean assignment of SAC-IDs within a SAI pool. You can create SAI pools in the Active State.3 This is a guidelines only. You can even delete a SAI pool which is in the Planned State. The RMS does not allow deletion of Deactive or Planned SAI pools

if devices are associated with the pool. You should run the Reassign script to move devices to another SAI pool.

An example CSV file is shown here:


Managing Groups and ID PoolsSAI Pools

Table 7: ID Pool Instance CSV File

FC-LAC-IDGROUPSRANGESTATEPool NameID PoolType

1023{name :Band_1,type :Area},{name:Band_2_5, type:Area}

500..600PlannedCHILE-SAI-POOL-2SAI-POOL

CELL PoolsFor Ubiquisys, the UC-Id and RNC-Id are used in the configuration which is applied via TR-069 to the HNB.Cell-POOL gives the C-ID needed for the UC-Id calculation.

The UC-Id is equal to the Concatenation[Hex(RNCID), Hex(C-ID)]. The RMS maps the UC-Id to thisUbiquisys data model parameter: InternetGatewayDevice.Services.FAPService.1.CellConfig.UMTS.RAN.CellID.

If you use the DCC user interface, tool tips are provided so that you know what values to provide for eachparameter. This table describes all the properties that can be specified for CELL pools in the CSV file usedwith the Import option.

Table 8: Default CELL Pool Properties


Name of the pool type: CELL-POOL.Yesid Pool Type

Name of the CELL pool should be unique. Name should not containunderscore (_) and hyphen(-) other than alphanumeric characters. TheDEFAULT-CELL-POOL is created during the RMS installation.

YesPool Name

Active—RMS selects only those CELL pools for C-IDAssignment whichare in this State.4

Planned—RMS does not select CELL pools which are in Planned statefor C-ID assignment. CELL pools are created in this state and if Activepools are exhausted then a CELL pool in this State are made Active. 5

Deactive—RMS does not select CELL pools which are in the DeactiveState for C-ID assignment. The CELL pools are moved to this state beforedeleting the CELL pool. 6

CELL pools must be in the Deactive state before they can bedeleted.

Note

YesState

Represents the C-ID of the UC-Id. Values should be 1..65535. The formatfor a range is x..y, for example 1..100. The format for a set of singlevalues is x,y, for example 1,2,3. Both range and a set of single valuescan be given, for example 1..100,101,102.

YesRange


Managing Groups and ID PoolsCELL Pools


For CELL-POOL the options show the list of FemtoGateway groups towhich this pool can be associated. The format is {name:FemtoGroupName, type :FemtoGateway},{name : FemtoGroupName,type :FemtoGateway}

YesGroups

4 Cell pools in the Active State cannot be deleted.5 This is only a guideline for clean assignment of the C-ID within a Cell pool. You can still create a Cell pool in the Active State.6 This is again a guideline. You can even delete a Cell pool in the Planned state. RMS does not allow deletion of Deactive or Planned Cell pools if devices are

associated with this Cell pool. You should run the Reassign script to move devices to another Cell pool.

An example CSV file is shown here:

Table 9: CELL Pool CVS File

GROUPSRANGESTATEPool NameID Pool Type

{name :Band_1, type:Area},{name :Band_2_5, type:Area}

500..600PlannedCHILE-CELL-POOL-2CELL-POOL

Managing ID PoolsYou can create ID pool instances in the Group and ID Pool interface. Click on the ID Pools tab in the leftnavigation bar of the interface. All existing ID pools are displayed in the right pane of the display.


Managing Groups and ID PoolsManaging ID Pools

To add, update or delete an ID pool, you must have read-write permissions.

Figure 4: ID Pools Screen

You must associate each SAI pool with at least one Area group and each CELL pool with at least oneFemtoGateway group. Initially associate the SAI pool with the default Area and the CELL pool with thedefault FemtoGateway as no other groups would initially be created. When a new Area instance is createdand associated with the SAI pool, automatic assignment of the SAI pool happens. So the SAI pool createdabove has two associations: one with the default Area and another with the newly created Area. You canupdate the SAI pool to remove the association with the default Area after the newArea association is completed.

The default Area group should not be used for Device Registration.Note


Managing Groups and ID PoolsManaging ID Pools

Making Changes to a Group Type, Group Instance, ID Pool Typeor IP Pool Instance

You can change groups and group types or ID pools and pool types using the DCC-UI graphic interface, orusing the XML interface.

Adding a Group Type

Procedure

Step 1 In the left navigation pane of the Group and ID interface, select Group Types and click Add.Step 2 Enter the name of the new group type.

The name must be unique. If you try to give the name which is already existing but in different case(upper case or lower case), you will get an error message.

Only the alphanumeric characters and other characters such as underscore (_) and hyphen (-) areallowed.

Note

Step 3 In the Group Type screen, enter a priority for the group type.Values can range from 1 to 100.

Step 4 Check the Reassignable check box if you want to reassign the device in this group type to other group types.Step 5 Specify the number of devices that can be assigned to this Group type.

Specifying no value here defaults to '0', which indicates an unlimited number of devices.Step 6 Select the ID Pool types that are to be associated with this Group type. For example, SAI-POOL and

CELL-POOL. This field is optional.Step 7 Select Group Types that are to be associated with the existing Group type.

The Area group type should be associated with the FemtoGateway group type for registering a deviceand relating a device from one group to another group of the same group type.

Note

Step 8 Click Add to add the group type.TheAdd button is enabled only when you specify all the required details.Note

What to Do Next

After you add a group type, you need to define the parameters that you want to be available for groups of thistype. To do this, refer to ConfiguringDCCDialog Boxes. This customizes the interface to include the parametersthat you specify in all groups of this type.

Adding a Group InstanceThere are two ways to add a group. You can use this task to add the group using the DCC UI screens. Youneed to provide all of the required information in the Add dialog box. Alternatively, you can use the Importoption to import a previously created CSV file with one or more groups defined. For more information


Managing Groups and ID PoolsMaking Changes to a Group Type, Group Instance, ID Pool Type or IP Pool Instance

b_rms_user_guide_chapter_01.pdf#unique_45

regarding the import option, refer to Importing a Group Type, Group Instance, ID Pool Type or ID PoolInstance, on page 35.

Procedure

Step 1 From the Group and ID interface, select Groups from the left navigation pane and click Add.TheAddGroup Instance dialog box for Site group is displayed by default. You can select the required groupfrom Groups screen.

Step 2 Enter the name of the new group.The name must be unique. If you try to give the name which is already existing but in different case(upper case or lower case), you will get an error message.

Only alphanumeric characters and other characters such as underscore (_) and hyphen (-) are allowed.

Note

Step 3 Enter the state of the group.A group can be in any of Planned, Active, or Deactive states.

Groups and Pools must bemoved to Deactive state before deletion.Note

Step 4 Select any ID Pools that are to be associated with this Group.Step 5 Select any Groups that are to be associated with the existing Group.

The Group Instance of Area has to be associated with the Group Instance of FemtoGateway forregistering a device and relating a device within the Group Type.

Note

Step 6 Click Add to add the group instance.

Adding a Device to New GroupA device can be added to a newly created group in three ways:

1 Using the ops-tools reassign script (reassignDevices.sh). For more details refer to reassignDevices2 Re-registering the AP with the newly created group. For more details refer to Re-registering the Device

with a New Group3 Reassigning a device to a new group by using the DCC_UI import operation. To perform this export the

group with export type as related EIDs and change the group name to the newly added group. Then importthe .csv file by following steps inImporting a Group Type, Group Instance, ID Pool Type or ID PoolInstance, on page 35.

Adding ID Pool TypesUse this task to create a new ID pool type.

Procedure

Step 1 From the Group and ID interface, select ID Pool Types from the left navigation pane and click Add.The Add ID Pool Type dialog box is displayed.

Step 2 Enter the name of the new ID Pool type.


Managing Groups and ID PoolsAdding a Device to New Group




The name must be unique. If you try to give a name which already exists in different case (uppercase or lower case), you receive an error message.

Only the alphanumeric characters and other characters such as underscore (_) and hyphen (-) areallowed.

Note

Step 3 Enter the pool type priority. This value can range from 1 to 100 and corresponds to this pool type’s priority.Step 4 Select the Group Type to be associated with this ID pool type.Step 5 Select the Property name to be associated with this ID pool type.Step 6 Click Add to add the ID pool type.

Adding an ID Pool Instance

Procedure

Step 1 In the left navigation pane of the Group and ID interface, select ID Pools and click Add.The Add ID Pool Instance dialog box for SAI-POOL is displayed by default. You can select the required IDPool from ID Pools screen.

Step 2 Enter the name of the new pool instance.The name must be unique. If you try to give the name which is already existing but in different case(upper case or lower case), you will get an error message.

Only alphanumeric characters and other characters such as underscore (_) and hyphen (-) are allowed.

Note

Step 3 Enter the state of the pool.A pool can be in any of the Planned, Active, Deactive states.

Step 4 Enter the Range of IDs this Pool can be assigned to.Range consists of a single number or two numbers separated by two periods or a combination of both eachbeing separated by a comma. For example: [1,2..10,300..400].

Step 5 Select the Groups that are to be associated with this ID Pool.Step 6 Click Add to add the ID Pool.

TheAdd button is enabled only when you specify all required details.Note

Updating a Group Type, Group Instance, ID Pool Type or ID Pool InstanceUse this task to edit a group type, group instance, ID pool type or ID pool instance that you have previouslycreated.


Managing Groups and ID PoolsAdding an ID Pool Instance

Procedure

Step 1 In the left navigation pane of the Group and ID Pools interface, select the tab for the object type that youwant to update. Values are Group Type, Groups (for group instance), ID Pool Types or ID Pools (for ID poolinstances).

Step 2 From the list of available objects in the right display pane, select the object that you want to edit and clickUpdate.The Update dialog box is displayed.

TheUpdate button is enabled only after you select an object in the right pane of the display.Note

Step 3 Edit any of the values in the Update dialog box.The name of the object is displayed in the dialog box, but cannot be edited.

Step 4 Click Update.TheUpdate button is enabled only after you specify all the required details.Note

Deleting a Group Type, Group Instance, ID Pool Type or ID Pool Instance

Procedure

Step 1 In the left navigation pane of the Group and ID Pools interface, select the tab for the object type that youwant to delete. Values are Group Type, Groups (for group instance), ID Pool Types or ID Pools (for ID poolinstances).

Step 2 From the list of available objects in the right display pane, select the object that you want to delete and clickDelete.

You cannot delete a group type if the group type has any group instances; nor can you delete an IDpool type if it has any ID pool instances.

Note

Step 3 Click Confirm to confirm the action.The object is deleted from the interface.

Importing a Group Type, Group Instance, ID Pool Type or ID Pool InstanceUse this task to import properties for group type, group instance, ID pool type or ID pool instance. To determinethe format of the CSV file to import, you can export a file for a same-type group type or instance, or ID pooltype or instance and use it as a template. The advantage of using the Import option as opposed to the Addoption is that you can import multiple objects in a single CSV file.


Managing Groups and ID PoolsDeleting a Group Type, Group Instance, ID Pool Type or ID Pool Instance

Procedure

Step 1 In the left navigation pane of the Group and ID interface, select the tab for the object type that you want toimport. Values are Group Type, Groups (for group instance), ID Pool Types or ID Pools (for ID pool instances).

Step 2 Click Import.The Import dialog box is displayed.

Step 3 Click Select CSV File.A dialog box is opened for you to specify the CSV file that you want to upload.

Step 4 Navigate to the location of the CSV file and click Open.The name of the file is displayed in the text box in the Import dialog box.

Step 5 Click Import.The Import button is only activated after you select a CSV file to import.

Step 6 Click Confirm to confirm the action.Once the import of the CSV file succeeds, a status message is displayed and the data is applied to the BAC.Note • You can view and edit the .csv files inMicrosoft Excel and import into the application. However,

it is recommended to use a text editor to edit the .csv files. This is because Microsoft Exceldoes not remove commas when a cell value is deleted, which can cause import to malfunctionand also lead to unintended formatting issues in the csv file values.

• Blank values are not permitted in the file. Operator must provide 'N/A' in case parameter valuesare not specified in the file or remove the parameter from the file. The import engine treats"N/A" as a parameter to be marked for deletion. Any parameter labeled 'N/A' is treated as 'blank'value and is marked for deletion during import. This is to intentionally discourage accidentaldeletion of parameters during import.

Sample CSV File

Table 10: ID Pool Instance

FC-LAC-IDGROUPSRANGESTATEPool NameID Pool Type

1023{name :Band_1, type:Area},{name:Band_2_5, type :Area}

500..600PlannedCHILE-SAI-POOL-2SAI-POOL

Importing the Exported Pools and Groups from the Previous Build to the New BuildThis task outlines the steps to be followed for importing the exported pools and groups from previous buildto the new build.

Follow these steps only if you have exported the groups and pools in the previous build.Note


Managing Groups and ID PoolsImporting a Group Type, Group Instance, ID Pool Type or ID Pool Instance

Procedure

Step 1 Import the SAI-POOL as described in Importing a Group Type, Group Instance, ID Pool Type or ID PoolInstance, on page 35. Before Importing the SAI pool, edit the exported .csv file and make the followingchanges:a) Change the Area to DefaultArea "{name:DefaultArea, type:Area}". The default area must be used in the

SAI-POOL, as the intended area mentioned in the exported SAI-POOL is not created yet in the RMS.b) If needed, change the range.

The default SAI pool range is 500.900. The maximum range is from 0 to 65535. Generally, you can makethese changes in a standard text editor, but if a range is specified such as 3400..4000,23000, you must useMicrosoft Excel to make the changes.

Step 2 Import the CELL-POOL as described in Importing a Group Type, Group Instance, ID Pool Type or ID PoolInstance, on page 35. Before importing the Cell pool, edit the exported .csv file and make the followingchanges:a) Change the FGW to Default FGW "{name:DefaultFGW, type:FemtoGateway}".

The default FGWmust be used in the CELL pool, as the intended FGWmentioned in the exported CELLpool is not created yet in the RMS.

b) If needed, change the range.The default CELL pool range is 1..400. The maximum range is from 0 to 65535. Generally, you can makethese changes in a text editor, but if a range is specified as in 3400..4000,23000, you must use MicrosoftExcel to make the changes.

Step 3 Import the FGW as described in Importing a Group Type, Group Instance, ID Pool Type or ID Pool Instance,on page 35. Before importing the FGW group, verify the following:a) All cell pools present in the exported FGW group are imported before importing the FGW group. Refer

to Step 1, on page 37.b) If you see the ZAP Route property in the exported file for the FGW group, you must delete this column

before importing the group. The reason for this is that the system throws an error on import when theproperty is not already configured in the pmg-profile.xml.

c) The Provisioning Group name is same in the present and previous build. If not, edit the Provisioning Groupname in the exported .csv file to the one mentioned in the BAC UI.

Step 4 Import the AREA group as described in Importing a Group Type, Group Instance, ID Pool Type or ID PoolInstance, on page 35.Import all SAI pools and FGW groups contained in the exported Area group before importing the AREAgroup. Follow Step 1, on page 37 and Step 3, on page 37 to import the FGW group and SAI pool. All theSAI pools and Cell pools get associated with the intended and Default Area and FGW respectively. APs areregistered with the intendedAREA andFGW. So the association of same pool (SAI-POOL orCELL-POOL)with different groups (Intended and Default Area and FGW) does not cause any issue.

Step 5 Import the Enterprise group group as described in Importing a Group Type, Group Instance, ID Pool Typeor ID Pool Instance, on page 35.Note:Remove the Groups Column from the csv before Importing the Exported file.

Step 6 Import the Site group group as described in Importing a Group Type, Group Instance, ID Pool Type or IDPool Instance, on page 35.Note:Import all the Area and Enterprise groups contained in the exported site group before importing the Site.


Managing Groups and ID PoolsImporting a Group Type, Group Instance, ID Pool Type or ID Pool Instance

Exporting ID Pool or Group TypesExport the ID pool types or group types to view the parameters set for these, or to use them as a template toimport a new ID pool type or group type.

Procedure

Step 1 From the Group and ID Pools interface, select ID Pool Types from the left navigation pane.Step 2 Click Export.

A CSV text file containing the properties of all ID pool types is generated. A dialog box is displayed for youto open or save the generated file.

Step 3 Click Save File and specify a location for the file to be saved.Step 4 Click OK to complete the export operation.

Following is a sample of the exported pool type data (including the header row):

id Pool Type Name,Priority,Associated Group Type,BAC Property NameSAI-POOL,50,Area,FC-SAC-IDCELL-POOL,50,FemtoGateway,FC-OTA-CELL-ID

Exporting Information about a Group or ID Pool InstanceExport information about a group or ID pool instance to view the various properties used. You can edit exportedfiles to create new groups or ID pools. Use the Import option to import these groups or ID pool files into theRMS.

Procedure

Step 1 In the left navigation pane of the Group and ID Pools interface, select the Groups tab.Step 2 Select one of the group types and click Export.Step 3 Select a specific group for which to export information in the Group drop-down list.

The All Groups checkbox must beunchecked.

Note

Step 4 In theExport Type drop-down list, select whether the export should include the group properties, or all relatedEIDs for the group.

By default, 'Properties' is selected as the ExportType.

Note

Step 5 Click Export.A CSV text file containing the properties of all the group instances of the selected group is generated and adialog box is displayed for you to specify where to save the exported file.

• Related EIDs refer to all the devices associated with the selected pool type/pool(s).


Managing Groups and ID PoolsExporting ID Pool or Group Types

• Properties refer to all the attributes associated with the selected pool type/pool(s).

Step 6 Navigate to the desired location and click Save File.The export is complete after you specify the location to which the file should be saved.

Step 7 Click OK.The following is a sample of the exported group data (including the header row):

Group Type,Group Name,FC-FIRMWARE-PC202-3G-IMAGE,/IPDevice/connectionRequestMethod,FC-3G-PC312-ENABLE,FC-FIRMWARE-PC202-ROUTER-IMAGE,FC-3G-PC202-ENABLE,FC-FIRMWARE-PC312-ROUTER-VERSION,FC-FIRMWARE-PC202-ROUTER-VERSION,FC-ROUTER-PC312-ENABLE,FC-FIRMWARE-PC312-3G-VERSION,FC-ROUTER-PC202-ENABLE,FC-FIRMWARE-PC312-3G-IMAGE,FC-FIRMWARE-PC202-3G-VERSION,FC-FIRMWARE-PC312-ROUTER-IMAGE,FC-CSG-ENABLEManagement,224Fcb,N/A,N/A,true,N/A,N/A,1.0.34,N/A,true,Bootloader:224_001 176.4.0; Kernel: 224_002 197.3.0; Filesys: 224F004491.49.0_Cb_710_11,N/A,rmm-224F007_491.49.0_Cb_710_11.sdp,N/A,router-1.0.34,N/AManagement,CRDiscovered,N/A,Discovered,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/AManagement,CRLeaseQuery,N/A,LeaseQuery,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/AManagement,RichSR71,rmm-205F007_491.48.0_C_710_9.sdp,N/A,N/A,router-1.0.34,true,N/A,1.0.34,N/A,N/A,true,N/A,Bootloader: 205_001 171.14; Kernel: 205_002 197.0; Filesys: 205F004491.48.0_C_710_9,N/A,N/A

Groups and IP Pools: Messages

Adding a Group Type: MessagesThis table lists the status messages that can be displayed when adding a group type:

DescriptionUI Message

Successfully added group type 'groupTypeName'

When BAC RDU is not available.Failed to add group type 'groupTypeName'. RDUUnavailable.

When the unexpected error occurs at Server.Failed to add group type 'groupTypeName'.Unexpected error.

Generic error message.Failed to add group type 'groupTypeName'.Operation error occurred. Please try again. If theproblem persists please contact your systemadministrator.


Managing Groups and ID PoolsGroups and IP Pools: Messages

Updating a Group Type: MessagesThis table lists the status messages that can be displayed when updating a group type:


Successfully updated group type 'groupTypeName'

When BAC RDU is not available.Failed to update group type 'groupTypeName'. RDUUnavailable.

When the unexpected error occurs at Server.Failed to update group type 'groupTypeName'.Unexpected error.

Generic error message.Failed to update group type 'groupTypeName'.Operation error occurred. Please try again. If theproblem persists please contact your systemadministrator.

Import Group Type, Group Instance, ID Pool Type and ID Pool Instance:Messages

This table lists the status messages that can be displayed when importing a group type, group instance, IDpool type or ID pool instance:


CSV file successful imported and changes applied.

The user interrupted the import process byclicking the Cancel button.

You have cancelled applying the changes.

Export Group Type: MessagesThis table lists the status messages that can be displayed when exporting group types:


Export of group types successful.

Generic error message for such scenarios asthe PMG is unavailable.

The export of group types could not be completed.


Managing Groups and ID PoolsUpdating a Group Type: Messages

Adding or Updating a Group Instance: MessagesThis table lists the status messages that can be displayed when adding or updating a group instance:


Successfully added group '<groupName>'.

If the configured parameter is not recognizedby PMG. It has to be present inpmg-profile.xml and BAC.

Failed to add group '<groupName>'. UnknownParameter <parameterName>

If the parameter value is not valid..Failed to add group '<groupName>'. InvalidParameter <parameterName>

When BAC RDU is not available.Failed to add group '<groupName>'. RDUUnavailable

When the unexpected error occurs at server.Failed to add group '<groupName>'. Unexpectederror

Generic Error Message.Failed to add group '<groupName>'. Operation erroroccurred. Please try again. If the problem persistsplease contact your system administrator.

Deleting a Group Instance: MessagesThis table lists the status messages that can be displayed when deleting a group instance:


Successfully deleted group '<groupName>'.

When a group does not exists at BAC.Failed to delete group '<groupName>'. UnknownInstance.

When the unexpected error occurs at serverlike if .group is in active state

Failed to delete group '<groupName>'. Unexpectederror.

When BAC RDU is not available.Failed to delete group '<groupName>'. RDUunavailable.

Generic Error Message.Failed to delete group '<groupName>'. Operationerror occurred. Please try again. If the problempersists please contact your system administrator.


Managing Groups and ID PoolsAdding or Updating a Group Instance: Messages

Exporting Information about a Group Instance: MessagesThis table lists the status messages that can be displayed when exporting information about a group instance:


This message is presented to the user only ifhe selected a single group to export.

Export of group, '<groupName>', successful.

This message is presented to the user only ifhe chose to export all groups.

Export of all groups successful.


The export of group could not be completed.

Adding an ID Pool: MessagesThis table lists the status messages that can be displayed when adding an ID pool:


Successfully added ID pool '<poolName>'.

If the configured parameter is not recognizedby PMG. It has to be present inpmg-profile.xml and BAC.

Failed to add ID pool '<poolName>'. UnknownParameter <parameterName>

If the parameter value is not valid.Failed to add ID pool '<poolName>'. InvalidParameter <parameterName>

When the BAC RDU is not available.Failed to add ID pool '<poolName>'. RDUUnavailable

When the unexpected error occurs at server.Failed to add ID pool '<poolName>'. Unexpectederror

Generic Error Message.Failed to add ID pool '<poolName>'. Operation erroroccurred. Please try again. If the problem persistsplease contact your system administrator.

Deleting an ID Pool Type: MessagesThis table lists the status messages that can be displayed when deleting an ID pool type:


Managing Groups and ID PoolsExporting Information about a Group Instance: Messages


Successfully deleted ID pool type'<idPoolTypeName>'.

Generic error message for such scenarios asthe BAC is unavailable.

Failed to delete ID pool type '<idPoolTypeName>''.Operation error occurred. Please try again. If theproblem persists please contact your systemadministrator

Exporting ID Pool Type: MessagesThis table lists the status messages that can be displayed when exporting information about an ID pool type:


Successfully exported details for all Pool types.

The user interrupted the import process bypressing the "Cancel" button.

You have cancelled the requested Export


There has been a communication error with theserver. Please try again. If the problem persistsplease contact your system administrator

Export an ID Pool: MessagesThis table lists the status messages that can be displayed when exporting an ID pool instance:


This message is presented to the user only ifhe selected a single pool to export.

Successfully exported details of <poolName>.

This message is presented to the user only ifhe chose to export all pools.

Successfully exported details for all <poolType>pools.

The user interrupted the import process bypressing the "Cancel" button.

You have cancelled the requested Export

This message is presented to the user only ifhe clicks on export button when no pool andno pools checkbox checked.

Please enter a Pool Instance or Select All Pools


Managing Groups and ID PoolsExporting ID Pool Type: Messages



There has been a communication error with theserver. Please try again. If the problem persistsplease contact your system administrator.

This pool type does not allow export.EID modifications for <poolTypeName> are notsupported. Export may proceed. For example: EIDmodifications for FemtoGateway are not

supported. Export may proceed.

Updating an ID Pool Instance: MessagesThis table lists the status messages that can be displayed when updating an ID pool instance:


Successfully updated ID pool '<poolName>'.

If the configured parameter is not recognizedby PMG. It has to be present inpmg-profile.xml and BAC

Failed to update ID pool '<poolName>'. UnknownParameter <parameterName>

If the parameter value is not validFailed to update ID pool '<poolName>'. InvalidParameter <parameterName>

When the BAC RDU is not available.Failed to update ID pool '<poolName>'. RDUUnavailable

When the unexpected error occurs at server.Failed to update ID pool '<poolName>'. Unexpectederror

Generic Error MessageFailed to update ID pool '<poolName>'. Operationerror occurred. Please try again. If the problempersists please contact your system administrator.

Updating an ID Pool Type: MessagesThis table lists the status messages that can be displayed when updating an ID pool type:


Successfully updated ID pool type'<idPoolTypeName>'.


Managing Groups and ID PoolsUpdating an ID Pool Instance: Messages


When the BAC RDU is not available.Failed to update ID Pool type '<idPoolTypeName>'. RDU Unavailable.

When an unexpected error occurs at ServerFailed to update ID Pool type '<idPoolTypeName>'. Unexpected error.

Generic error message.Failed to update ID Pool type '<idPoolTypeName>'. Operation error occurred. Please try again. If theproblem persists please contact your systemadministrator.


Managing Groups and ID PoolsUpdating an ID Pool Type: Messages


Managing Groups and ID PoolsUpdating an ID Pool Type: Messages

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