motorola- gsr8 mib reference

8/13/2019 Motorola- GSR8 MIB Reference

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GSR 8 CM MIB Reference 2005, Motorola General Business Use

29/04/05 Engineering Support GSR8 CM MIB Reference 1

GSM/12666/EI Motorola Technical Support

Version 1.0

Copyrights, notices and trademarks

CopyrightsThe Motorola products described in this document may include

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of law in the sale of a product.

Restrictions The software described in this document is the property of Motorola.It is furnished under a license agreement and may be used and/or

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unauthorized copies is prohibited by law. No part of the software ordocumentation may be reproduced, transmitted, transcribed, stored in

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AccuracyWhile reasonable efforts have been made to assure the accuracy of

this document, Motorola assumes no liability resulting from any

inaccuracies or omissions in this document, or from the use of theinformation obtained herein. Motorola reserves the right to make

changes to any products described herein to improve reliability,

function, or design, and reserves the right to revise this document andto make changes from time to time in content hereof with no

obligation to notify any person of revisions or changes. Motoroladoes not assume any liability arising out of the application or use of

any product or circuit described herein; neither does it convey licenseunder its patent rights of others. The information in this document is

based off the 1800.18 version of the OMC.


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Trademarks

ANDMOTOROLAARE TRADEMARKS OF MOTOROLA INC.

UNIXIS A REGISTERED TRADEMARK IN THE UNITED STATES AND OTHERCOUNTRIES, LICENSED EXCLUSIVELY THROUGH X/OPEN COMPANY LIMITED.

TANDEM, INTEGRITY, INTEGRITY S2, ANDNONSTOPUXARE TRADEMARKS OFTANDEM COMPUTERS INCORPORATED.

X WINDOW SYSTEM, XANDX11ARE TRADEMARKS OF THE MASSACHUSETTSINSTITUTE OF TECHNOLOGY.

LOOKING GLASSIS A REGISTERED TRADEMARK OF VISIX SOFTWARE LTD.

OSF/MOTIFIS A TRADEMARK OF THE OPEN SOFTWARE FOUNDATION.ETHERNETIS A TRADEMARK OF THE XEROX CORPORATION.

WINGZIS A TRADEMARK ANDINFORMIXIS A REGISTERED TRADEMARK OF

INFORMIX SOFTWARE LTD.SUN, SPARC, AND SPARCSTATIONARE TRADEMARKS OF SUN MICROSYSTEMS

COMPUTER CORPORATION.

IBMIS A REGISTERED TRADEMARK OF INTERNATIONAL BUSINESS MACHINESCORPORATION.

HPIS A REGISTERED TRADEMARK OF HEWLETT PACKARD INC.


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Version 1.0

TABLE OF CONTENTS

TABLE OF CONTENTS.............................................................................................. 3

Preface ...................................................................................................................... 6

Extracting information from the CM MIB ................................................................. 7

Using cmutil.......................................................................................................... 7

Objects which do not have all data in a single table ................................................... 91610 new objects that do not have all attributes in same table................................ 9

1620 new objects that do not have all attributes in same table...............................12

1650 Objects which do not have all data in a single table......................................14

The effect of the OSP port on GSR6 / GSR6 Horizon II / GSR7 EDGE / GSR7 Half

Rate / GSR8 MIB DBMS.........................................................................................15

Storing the Instance attribute as three separate attributes in the DBMS.................16

Tips on using sql queries for GSR6 / GSR6 Horizon II/ GSR7 EDGE/ GSR7 Half

Rate and GSR8 MIB.................................................................................................17

Summary of GSR8attributes per feature...................................................................18

CM MIB objects new for GSR8 ...............................................................................21

GSR8 CM MIB Attributes Tables and Classes.......................................................22

Deleted attributes and classes from the MIB.............................................................24Renamed Attributes from the MIB............................................................................24

MIB objects Navigation Tree containment.............................................................26

Object summary .......................................................................................................30

Introduction ......................................................................................................30

Object types and properties...............................................................................30

Attributes summary..................................................................................................35

Attribute name....................................................................................................35Datatype ............................................................................................................35Optional.............................................................................................................36BSS access .........................................................................................................36

Valid range ........................................................................................................37

AlrmThrttle (alrmthrttletable2).................................................................................39

AlrmThttldv (alrmthttldvtable2) ...............................................................................40

ASSOC_BSCS (assoc_bscstable2) ...........................................................................41

Assoc_RXCDRs (assoc_16691table2)......................................................................43

BLCcab (blccabtable2).............................................................................................45

BLCdefault (blcdefaulttable2) ..................................................................................46

BLCdri (blcdritable2) ...............................................................................................47

BlindSrchNbr (blinds16334table2) ..................... ......................................... .............48

BSS (bsstable2)........................................................................................................49

BSP (bsptable2)........................................................................................................61

BTF (btftable2) ........................................................................................................63

BTP (btptable2)........................................................................................................65Cabinet (cabinettable2).............................................................................................67

Cage (cagetable2).....................................................................................................69

CallTrace (calltracetable2)........................................................................................71

CBL (cbltable2)........................................................................................................74

CELL (celltable2).....................................................................................................76

Conn_Link (conn_linktable2)...................................................................................90

COMB (combtable2)................................................................................................92


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Commslink (commslinktable2).................................................................................94

CSFP (csfptable2) ....................................................................................................95

DHP (dhptable2) ......................................................................................................97

DPROC (dproctable2) ..............................................................................................99

DRIGroup (drigrouptable2) ....................................................................................101

DRI (dritable2).......................................................................................................103

DYNET (dynettable2) ............................................................................................106DYNETGroup (dynetgrouptable2) .........................................................................107

EAS (eastable2)......................................................................................................108

EAS_Alarm (eas_alarmtable2) ...............................................................................111

IAS (iastable2) .......................................................................................................112

FreqHopSys (freqhopsystable2)..............................................................................113

ARFCN values ...................................................................................................114

Cell Name ..........................................................................................................116

GSM Cell Id .......................................................................................................116

GBL (gbltable2) .....................................................................................................118

GCLK (gclktable2).................................................................................................120

GDS (gdstable2).....................................................................................................122

GPROC (gproctable2) ............................................................................................124GSL (gsltable2)......................................................................................................126

InvokedTrace (invoke16550table2) ........................................................................128

KSWPAIR (kswpairtable2) ....................................................................................129

KSW (kswtable2)...................................................................................................130

LAN (lantable2) .....................................................................................................132

MapLink (maplinktable2).......................................................................................140

MapNode (mapnodetable2) ....................................................................................141

MSC (msctable2) ...................................................................................................142

MSI (msitable2) .....................................................................................................144

MMS (mmstable2) .................................................................................................148

MTL (mtltable2).....................................................................................................150

NbrTemplate (nbrtemplatetable2)..... ......................................................................152

Neighbour (neighbourtable2)..................................................................................153

NESoftware (nesoftwaretable2)... ......................................... ..................................156

Network (networktable2)........................................................................................158

NSVC (nsvctable2) .......... ......................................................................................159

OMC (omctable2) ..................................................................................................160

OMF(omctable2)..................................................................................................162OML (omltable2) ...................................................................................................164

PATH(pathtable2) ................................................................................................166PCU (pcutable2).....................................................................................................169

ProxyCell (proxycelltable2)....................................................................................172

PSP (psptable2)......................................................................................................174REGION (regiontable2) .........................................................................................176

RXCDR (rxcdrtable2) ............................................................................................178

RelTimAdvHC(reltimadvhctable2).......................................................................181RxlevDlHC(rxlevdlhctable2) ................................................................................182RxlevUlHC(rxlevulhctable2) ................................................................................183RxlevDlPC(rxlevdlpctable2).................................................................................184RxlevUlPC(rxlevulpctable2).................................................................................185


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RxqualDlHC(rxqualdlhctable2) ............................................................................186RxqualUlHC(rxqualulhctable2) ............................................................................187RxqualDlPC(rxqualdlpctable2).............................................................................188RxqualDlPC(rxqualdlpctable2).............................................................................189RTFGroup (rtfgrouptable2) ....................................................................................190

RTF (rtftable2) .......................................................................................................192

RSL (rsltable2).......................................................................................................195SAPAudtSchd (sapaudtschdtable2).........................................................................197

SGSN (sgsntable2).................................................................................................198

SMSCBmsg (smscbmsgtable2)...............................................................................200

SITE (sitetable2) ....................................................................................................202

SWInventory (swinventorytable2) ........................................ ..................................207

Softwareload (softwa28258table2) .........................................................................208

SOURCE (sourcetable2).........................................................................................209

SURRNDCELLHC (surrnd16209table2)................................................................210

TESTNEIGHBOR (testne16421table2) ..................................................................211

TDM (tdmtable2) ...................................................................................................212

TRX (trxtable2)......................................................................................................214

UserProfile (userprofiletable2) ...............................................................................215UtranNbr (utrannbrtable2) ......................................................................................216

XBL (xbltable2) .....................................................................................................218


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Preface

29thApril 2005,

Please note that the attributes summarised in the objects tables give the Informix name (as

they would appear in a table file following an unload, or from a sql query. The name in the

corresponding Detailed View may appear differently. A summary of the contents of this

manual are:

New CM MIB objects in GSR8 (1 page summary)

MIB objects GSR8 Navigation Tree containment

The effect of the OSP port on /GSR6/GSR7/ GSR7 Half Rate/GSR8 MIB DBMS

Tips on using sql queries for /GSR6/GSR7/ GSR7 Half Rate/GSR8 MIB

Summary of new GSR8 attributes per feature

Object summary followed by a listing of all attributes of each object

Local Motorola Support Organization.


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Extracting information from the CM MIB

The CM MIB is not a straight forward DBMS. The schema is created by, and runs under,

OSP, which is a middleware product mapping application defined objects to and from

relational databases. OSP differs from straight-vanilla SQL relational programming. It

provides an object interface to C++ types, such as, a valOid (an OSP identifier for objects),valIntList (a list of integer). OSP translates bi-directionally between objects and relations.This translation, as well as the access to the database itself, is completely transparent to both

developers and users. OSP also optimizes application performance and minimizes databasecommunication overhead by using object caching.

To write SQL scripts, which retrieve the OMC objects, the SQL script writer needs to know

all of the following:

The OSP/OMC internally generated object class codes and object attribute codes.

What tables correspond to what object classes.

What column of a particular class-table corresponds to a particular attribute.

The algorithm that OSP uses to name-mangle tables and columns because ofInformixs 17-character table/column limit. This algorithm uses the generated classand attribute codes.

Know that oid attributes for OMC objects mean a pointer to another OMC objectstored in another table.

Know that each multi-valued (i.e. list) attribute is stored in a separate MVA tablewhich is joined with main object-class table to yield a single multi-valued attribute

for a given object class.

In effect, trying to get object-attribute information out of a database means trying to

reproduce some of the functionality that OSP provides - which it achieves this throughC++/ESQL/cursor programming. A simple SQL scripting interface is not always sufficient

enough to do the same task.

While this manual provides most of the information required to do extractions based on theMIB tables, please note that some objects do not have all their attributes stored under theircorresponding table name, the most obvious examples being the new Frequency hopping

object contained by Cell, and the Path object. Note also the new mangled table names where

applicable, as well as the mangled attribute names. However in most cases, the data is storedin a single table, and can be extracted using SQL queries, or by unloading the tables, and then

parsing them.

Note:The retrieval of MIB data using SQL queries is not recommended as it puts a load on

the MIB processor.

Using cmutil

The recommended method of extracting information from the CM MIB is to use the cmutil

utility which will extract all the attributes associated with each object regardless of whether or

not they are contained in a single MIB DBMS table. This can be run as omcadmin. Examplesof extracts using cmutil are:


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cmutil -x -t PATH -o

cmutil -x -t FreqHopSys -o

cmutil -x -h -t CommsLink -o

CommsLink

The CommsLink object is used to represent a generic point to point link in the network. AMapLink object is created automatically when a CommsLink object is created. It isrecommended to use cmutilwith the commslink object as it has been enhanced specifically

for adding/removing commslinks.


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Objects which do not have all data in a single table

1610 new objects that do not have all attributes in same table

The objects which do not have all the data which can be viewed from a Detailed View stored

in their generic table in the MIB DBMS (.table2) are: Assoc_BSCs

BTF

BTP DHP

FreqHopSys PATH

NOTE:The only guaranteed way to extract full information for these objects from the CMMIB is by using cmutil.

Assoc_BSCs

The Detailed View also contains a Links section which is a straight read from the informationcontained in the child Conn_link objects.

BTF

The Assigned DRI information contained in the BTF object is stored as

complex_connectivity datatype in a different table of the MIB DBMS. It is not stored in thebtftable2.

related_dris (stored in intlisttable2)

Description : This (OMC only) attribute stores the

identifiers of the DRIs assigned to this

BTF.datatype : COMPLEX_CONNECTIVITY

(Int_list)

Displayed Text on

Detailed View :

Assigned DRIs


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PATH

The following attributes contain the link information for each path object but are stored in

different tables (to pathtable2) in the MIB DBMS.:

link[1 ... 10] (stored outside pathtable2, in intlisttable2)

Description : There are 10 of these attributes, suchas, link1, link2, describing the links in

the path.

datatype : COMPLEX_CONNECTIVITY

Values : Terminating Site: (0..40, 254)

Upstream MSI: (0..50, 254)

Upstream MMS: (0..1, 254)

Downstream MSI: (0..50, 254)

Downstream MMS: (0..1, 254)

254 is used for the TS-Switching site.The Site and Upstream/Downstream

MSI/MMS identifiers contain 254 if thislink specifies a TS-Switch.

commsLinkList (stored outsidepathtable2 in oidlisttable2)

This attribute is not on the PATH DetailedView.

Description : When PATHs are created, appropriateCommsLinks are created to represent thepoint-to-point links specified in link1 ..link10. Each PATH has a list ofCommsLinks which are associated withthat path. The commsLinkList attribute

stores this information.datatype : OID_LIST

Values : 1 - 10 (number of links in path)


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1620 new objects that do not have all attributes in same table

The objects which do not have all the data which can be viewed from a Detailed View

stored in their generic table in the MIB DBMS (.table2) are:

* DRI

* DYNET

* Commslink* MSI

* MMS

The only guaranteed way to extract full information for these objects from the

CM MIB is by using CMUTIL

DRI :

last_diag_resp attributeThe last_diag_resp attribute is stored in the MIB as an octet string. This is an OMC only

attribute that stores the ASN.1 diagnostic response that comes from the BSS. This data will

be later decoded for display when the user requests it via the gui.

Each last_diag_resp attribute is stored in an Informix BLOB space.

They can only be extracted using cmutil.

The details of the attribute are as follows:

ATTRIBUTE last_diag_resp

Description This is an OMC only attribute that storesthe ASN.1 diagnostic response thatcomes from the BSS.

Datatype OCTET_STRING

Displayable Text for DV Diagnostic Response

bssAccess No Access

Optional True

DYNET:

Link Information for the DYNET object

The link information contained in the DYNET object is stored ascomplex_connectivity datatype in different tables (to dynettable2) of the MIB DBMS.

The following attributes contain the link information for each path object:


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NumInSequence (stored in dynettable2)Description: This attribute indicates the number of links are in

the path. This indicates which PATH linkattributes are valid for this instance.

datatype: Integer

Values: 1 11 (number of links in path)

link[1..11] (stored outside dynettable2, in intlisttable2)Description: There are 11 of these attribute, such as, link1,

link2, describing the links in the path.

datatype: COMPLEX_CONNECTIVITYValues: Terminating Site: (0..40,254)

Upstream MSI: (0..50,254)Upstream MMS: (0..1,254)Downstream MSI: (0..50,254)Downstream MMS: (0..1,254)

254 is used for the TS-Switching site.The Siteand Upstream/downstream MSI/MMSidentifiers contain 254 if this linkspecifies a TS-Switch.

CommsLink:

connLinkList (stored outside pathtable2 in oidlisttable2)

This attribute is not on the CommsLink Detailed View.Description: When a Conn_Link is created, it creates

CommLinks automatically to represent the point-to-point links between BSSs and RXCDRs.

This attribute is a list of Conn_Link objects

associated with this CommsLinkdatatype: OID_LIST


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MMS and MSI

The ltu_connectors and the associated_dris information is stored as

complex_connectivity datatype in different tables of the MIB DBMS. They are not

stored in the msitable2.

1650 Objects which do not have all data in a single table

The object which does not have all the data which can be viewed from a Detailed

View stored in its generic table in the MIB DBMS (.table2) is:

LCF

The only guaranteed way to extract full information for this object from the CM MIB

is by using CMUTIL

controlledLMTLs is a new attribute in the LCF class

controlledLMTLsDescription This attribute defines the LMTLs controlled

by this LCF

Datatype COMPLEX_CONNECTIVITY


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Tips on using sql queries for GSR6 / GSR6 Horizon II/ GSR7EDGE/ GSR7 Half Rate and GSR8 MIB

Order of queries:

Attributes of type OID (such as, oid, source, target, container) used inwhereclauses

should be ordered as follows:

class,

instleft,

instrite,

tomid

If there are attributes additional to the OID types they should come after the OID

attributes in the clauses.

Using containment relationships

Note: The following example, shows how the use of a whereclause

where

bsstable2.oidclass = sitetable2.containerclass and

bsstable2.oidinstleft = sitetable2.containerinstleft and

bsstable2.oidinstrite = sitetable2.containerinstrite and

bsstable2.oidtomid = sitetable2.containertomid and

sitetable2.oidclass = celltable2.containerclass and

sitetable2.oidinstleft = celltable2.containerinstleft and

sitetable2.oidinstrite = celltable2.containerinstrite and

sitetable2.oidtomid = celltable2.containertomid and


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Summary of GSR8attributes per feature

Following lists the new/modified GSR8parameters for the BSS features

New Versa TRAU attributesversatrauOpt

rtf_ds0_count

New Intelligent Audit attributes

timeoflastau12233

timeoflastau12234

New RSL Congestion Control attributes

rcc_thi

rcc_tlow

bss_ovld_control

rcc_alarm_timer

msc_bss_ovld_alw

max_pgnum_persec

New QoS attributesQosOpt

Bssgp_pfc_bit

arp_signal_sele

thp_i2_weight

thp_i3_weightthp_bg_weight

thp_be_weight

pfc_be_arp

qos_mtbr_i1_dl

qos_mtbr_i1_ul

qos_mtbr_i2_dl

qos_mtbr_i2_ul

qos_mtbr_i3_dl

qos_mtbr_i3_ul

qos_mtbr_be_dl

qos_mtbr_be_ul

qos_mtbr_bg_dlgprs_par_wait_ind

bssgp_t6_timer

bssgp_t8_timer

bssgp_t5_timer

bssgp_dwnld_retry

cbl_bit_negotiate


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pfc_bit_negotiate

New IMRM attributes

imrmOpt

imrm_pgsm_weight

imrm_egsm_weightimrm_dcs18_weight

imrm_umts_weight

imrm_force_recalc

New attributes for BTS Keeps on Transmitting on RSL Fail featurestop_dri_tx_enable

stop_dri_txt_time

New attributes for VGCS feature

vgcsOpt

vgcs_res_opt1_Optasci_enabled

vgcsInbandPagPr

vgcsDedNotifPr

vgcsVgcNotifPr

vgcsPchNotifPr

t3115

ny2

ul_reply_timer

ul_burst_timer

bssmap_t14

vgcs_option_enable

nch_position

New eMLPP attributesenhancedMLPPOpt

emer_grp_priority

sw_pdtch_priority

New attributes for Enhanced 2G-3G FeatureEnhncdInterRatOpt

qsearch_c

fdd_rep_quantservBandReporting

fddMultiratRprtng

blindSearchPref

umtsBandPreferred

umtsCpichEcNoMin

umtsCpichRscpMin

umts_meas_margin


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umtsNcellAvgPrd

umts_ba_type

bs_fdd_arfcn

New attributes for Fast Call Setup feature

fastCallOpt

tch_usage_thrsld

New attributes from GPRS Trace Featuretrace_type

gprs_record_type_info

active_gprs_mobiles

completed_gprs_mobiles

tlli

gprs_record_type

traceTypepcu_id

original_tlli

New attributes for ITS featureitsOpt

its_enabled

Following attributes were removed in GSR8immidiateAssMode

gprs_max_ul_ts

Following attributes were modified/renamed in GSR8

Name of attribute New name of the attribute

option_EmPreempt option_preempt


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CM MIB objects new for GSR8

Following are the new objects for GSR8.

BlindSearch Neighbour


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GSR8 CM MIB Attributes Tables and Classes

The following lists the new GSR8 parameters, along with the tables and classes in

which they are found

Attribute Name Table Name Class Name

timeoflastau12233 networktable2, bsstable2,

rxcdrtable2, sitetable2,

pcutable2, regiontable2

Network, BSS, RXCDR,

SITE, PCU, Region

timeoflastau12234 networktable2, bsstable2,

rxcdrtable2, sitetable2,

pcutable2, regiontable2

Network, BSS, RXCDR,

SITE, PCU, Region

versatrauopt bsstable2 BSS

rcc_thi bsstable2 BSSrcc_tlow bsstable2 BSS

bss_ovld_control bsstable2 BSS

rcc_alarm_timer bsstable2 BSS

msc_bss_ovld_alw bsstable2 BSS

max_pgnum_persec bsstable2 BSS

qosOpt bsstable2 BSS

Bssgp_pfc_bit bsstable2 BSS

arp_signal_sele bsstable2 BSS

thp_i2_weight bsstable2 BSS

thp_i3_weight bsstable2 BSS

thp_bg_weight bsstable2 BSS

thp_be_weight bsstable2 BSS

pfc_be_arp bsstable2 BSS

imrmopt bsstable2 BSS

stop_dri_tx_enable bsstable2 BSS

vgcsOpt bsstable2 BSS

vgcs_res_opt1_Opt bsstable2 BSS

asci_enabled bsstable2 BSS

vgcsInbandPagPr bsstable2 BSS

vgcsDedNotifPr bsstable2 BSS

vgcsVgcNotifPr bsstable2 BSS

vgcsPchNotifPr bsstable2 BSS

t3115 bsstable2 BSSny2 bsstable2 BSS

ul_reply_timer bsstable2 BSS

ul_burst_timer bsstable2 BSS

FastCallOpt bsstable2 BSS

EnhncdInterRatOpt bsstable2 BSS

FastCallOpt bsstable2 BSS


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enhancedMLPPOpt bsstable2 BSS

emer_grp_priority bsstable2 BSS

sw_pdtch_priority bsstable2 BSS

itsOpt bsstable2 BSS

its_enabled bsstable2 BSS

bssmap_t14 sitetable2 SITE

bssgp_t6_timer pcutable2 PCUbssgp_t8_timer pcutable2 PCU

bssgp_t5_timer pcutable2 PCU

bssgp_dwnld_retry pcutable2 PCU

cbl_bit_negotiate pcutable2 PCU

pfc_bit_negotiate pcutable2 PCU

qos_mtbr_i1_dl celltable2 CELL

qos_mtbr_i1_ul celltable2 CELL


qos_mtbr_i2_ul celltable2 CELL


qos_mtbr_i3_ul celltable2 CELLqos_mtbr_be_dl celltable2 CELL

qos_mtbr_be_ul celltable2 CELL

qos_mtbr_bg_dl celltable2 CELL

gprs_par_wait_ind celltable2 CELL

imrm_pgsm_weight celltable2 CELL

imrm_egsm_weight celltable2 CELL

imrm_dcs18_weight celltable2 CELL

imrm_umts_weight celltable2 CELL

imrm_force_recalc celltable2 CELL

stop_dri_txt_time celltable2 CELL

vgcs_option_enable celltable2 CELL

nch_position celltable2 CELL

qsearch_c celltable2 CELL

fdd_rep_quant celltable2 CELL

servBandReporting celltable2 CELL

fddMultiratRprtng celltable2 CELL

blindSearchPref celltable2 CELL

umtsBandPreferred celltable2 CELL

umtsCpichEcNoMin celltable2 CELL

umtsCpichRscpMin celltable2 CELL

tch_usage_thrsld celltable2 CELL

rtf_ds0_count rtftable2 RTF

umts_meas_margin utrannbrtable2 UtranNbrumtsNcellAvgPrd utrannbrtable2 UtranNbr

umts_ba_type utrannbrtable2 UtranNbr

bs_fdd_arfcn blinds16334table2 BlindSrchNbr

trace_type calltracetable2 CallTrace

gprs_record_type_info calltracetable2 CallTrace

active_gprs_mobiles calltracetable2 CallTrace


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completed_gprs_mobiles calltracetable2 CallTrace

tlli calltracetable2 CallTrace

gprs_record_type calltracetable2 CallTrace

traceType Invoke16550table2 InvokedTrace

pcu_id Invoke16550table2 InvokedTrace

original_tlli Invoke16550table2 InvokedTrace

Deleted attributes and classes from the MIB

The following attributes have been deleted in GSR8.

Attribute Name Table Name Class Name

immidiateAssMode celltable2 CELL

gprs_max_ul_ts bsstable2 BSS

Renamed Attributes from the MIB

The following attributes have been renamed in GSR8.

Attribute which has been removed New attribute name

option_EmPreempt option_preempt


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RelTimAdvHC

RxlevUIHC

SurrndCellHC

RxlevDlPC

RxlevUlPC

RxqualDlPC

RxqualUlPC

RxqualDlHC

RxqualUlHC

2

2

2

2

2

2

2

2

2

2

RxlevDlHC

MSC

TRXSource

Network

SWInventory

SoftwareLoad NESoftware

CommsLin

Neighbor

DRIGroupRTFGroup

OMC

CELL COMB

RTF DRI

SITE

BSS RXCDRNbrTemplate

CAGECabinet

DHP

CSFP

MMS

MSI

10151

20 10

1

1

n 121 1

24 24 24 124 142 16

14

64 500 25 12 12 2(1)COMBproc2

TestNeighbor64

EAS_alarm

34

8

SMSCBmsg4

Assoc_BSCs

32

FreqHopSys4

Conn_link32

CallTrace16

CallTrace16

PATH10

CallTrace16

CallTrace16

PCUNSVC

GSL

GDS

GBL

DPROC

PSP

SGSN

CabinetCAGEMSI

MMS

101 31272

2

38

12

12

60

1112

2

14

G

G

G

GSR8 Object Containment

DYNETGroup

DYNET

Assoc_RXCDRs

Conn_Link XBL

5

254 254

27 10 20 3

128

G

LMTL

16

UtranNbr

64

BlindSrchNbr

8

G


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Version 1.0

MIB objects Navigation Tree containment

The following table lists either the class or the logical grouping on the OMC Navigation Treewhere particular devices and functions should appear, depending on the SITE type containingthat device or function.

Object RXCDRSITE

PCU BSC Co-locatedBSC/BTS

BTS M_CELLBTS

BlindSrchNbr - - - CELL CELL CELL

BSP Processors - Processors Processors - -

BTF - - SoftwareFunctions

- - -

BTP - - - - Processors Processors

Cabinet HardwareDevices

HardwareDevices

HardwareDevices

HardwareDevices

HardwareDevices

HardwareDevices

Cage HardwareDevices

HardwareDevices

HardwareDevices

HardwareDevices

HardwareDevices

-

CELL - - - RadioFrequency

RadioFrequency

RadioFrequency

CBL - - LogicalLinks

LogicalLinks

- -

COMB - - - HardwareDevices

HardwareDevices

HardwareDevices

CSFP Processors - Processors Processors Processors Processors

DHP - - - Cage Cage -

DPROC - Processors - - - -

DRIGroup - - - RadioFrequency

RadioFrequency

RadioFrequency

DRI - - - DRIGroup DRIGroup DRIGroup

EAS HardwareDevices - HardwareDevices HardwareDevices HardwareDevices HardwareDevices

FreqHopSys - - - CELL CELL CELL


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Version 1.0

Object RXCDRSITE

PCU BSC Co-locatedBSC/BTS

BTS M_CELLBTS

IAS HardwareDevices

- HardwareDevices

HardwareDevices

HardwareDevices

-

GBL - LogicalLinks

- - - -

GCLK HardwareDevices

- HardwareDevices

HardwareDevices

HardwareDevices

-

GDS - LogicalLinks

- - - -

GPROC Processors - Processors Processors Processors -

GSL - Processors - - - -

KSWpair HardwareDevices

- HardwareDevices

HardwareDevices

HardwareDevices

-

KSW KSWpair - KSWpair KSWpair KSWpair -

LAN HardwareDevices

- HardwareDevices

HardwareDevices

HardwareDevices

-

LCF - - SoftwareFunctions

SoftwareFunctions

- -

MMS MSI MSI MSI MSI MSI MSI

MSI Hardware

Devices

Hardware

Devices

Hardware

Devices

Hardware

Devices

Hardware

Devices

Hardware

Devices

MTL - - LogicalLinks

LogicalLinks

- -

Neighbour - - - CELL CELL CELL

NSVC - LogicalLinks

- - - -

OMF SoftwareFunctions

- SoftwareFunctions

SoftwareFunctions

- -

OML LogicalLinks

- LogicalLinks

LogicalLinks

- -

PATH - - - - LogicalLinks

LogicalLinks

PSP - Processors - - - -


29/221


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Version 1.0

The following table shows the containment of the logical groupings themselves, beneath SITEobjects in the OMC Navigation Tree hierarchy.

Object

Grouping

RXCDR

SITE

BSC Co-located

BSC/BTS

BTS M-CELL

BTS

Hardware

Devices

SITE SITE SITE SITE SITE

Software

Functions

SITE SITE SITE - -

Logical Links SITE SITE SITE SITE SITE

Radio

Frequency

- - SITE SITE SITE

Processors HardwareDevices

HardwareDevices

HardwareDevices

HardwareDevices

HardwareDevices

Handover/

PowerControl

- - CELL CELL CELL


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Version 1.0

Object summary

Introduction

CM MIB objects are used to model the operation of the network at the OMC. The objects

within the MIB are contained in a logical hierarchy to reflect the network structure.

Object types and properties

The MIB object types, which, can be accessed by user operations are listed below togetherwith their properties. For each object type the properties are as follows:

CardinalityCardinality defines the max number of objects of the relevant type that can be created under

the parent object. This field is used by both the OMC and the BSS.

Auditable

Auditable indicates whether or not objects of the relevant type can be audited from the OMC.

Audit ensures that any changes, made at device level, in the network are reported and inserted

in the MIB. This field is only used by the OMC.

BSS Creatable

BSS Creatable indicates whether objects of the relevant type can be created at BSS level by

an OMC operation. This field is used by both the OMC and the BSS.

BSS Deletable

BSS Deletable indicates whether objects of the relevant type can be deleted at BSS level byan OMC operation. This field is used by both the OMC and the BSS.

MIB Creatable

MIB Creatable indicates whether objects of the relevant type can be created in the MIB using

the Detailed Views or cmutil tools. This field is only used by the OMC.

MIB Deletable

MIB Deletable indicates whether objects of the relevant type can be deleted from the MIBusing the Detailed Views or cmutil tools. This field is only used by the OMC.

MIB Updatable

MIB Updatable indicates whether objects of the relevant type can be updated in the MIBusing the Detailed Views or cmutil tools. This field is only used by the OMC.

Properties of useraccessible MIB objects

The properties of useraccessible MIB object types are as follows:

Object Cardinality Auditable? BSSpermissions(C=Creatable)(D=Deletable)

MIBpermissions(C=Creatable)(D=Deletable)(U=Updatable)

Assoc_BSCs 32 C, D C, D, U

Assoc_RXCDRs 5 C,D C, D, U


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Version 1.0

AlrmThrttle 255 C,D

AlrmThttlDv 12 None

BLCcab 16 None C, D, U

BLCdefault 100 None C, D, U

BLCdri 72 None C, D, U

BlindSrchNbr 8 C, D C, D

BSS 128 None C, D, U

BSP 2 C, D C, D, U

BTF 1 C, D C, D, U

BTP 2 C, D C, D, U

Cabinet 16 C C, D, U

Cage 140-13 or 2-15

C, D C, D, U

CallTrace 16 C,D

CBL 1 C, D C, D, U

CELL 24 C, D C, D, U

COMB 14 C, D C, D, U

CommsLink 10 None C, D, U

Conn_Link 32 C, D C, D, U

CSFP (Note 6) 2 or 1* C, D* C, D, U*

DHP 8 C, D C, D, U

DPROC

(Note 8)

12 C, D C, D, U

DRI 12 C, D C, D, U

DRIGroup 24 C, D C, D, U

DYNET 3 C,D C, D, U

DYNETGroup 20 C,D C, D, U

EAS 8 C, D C, D, U

EAS_Alarm(Note 1)

34 None U

FreqHopSys(Note 1)

4 None None

GBL

(Note 8)

12 C, D C, D, U

GDS

(Note 8)

38 C, D C, D, U

GPROC 112 C, D C, D, U

GCLK(Note 5)

2 C, D C, D, U

GSL

(Note 8)

60 C,D C,D,U

IAS 16 None U


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Version 1.0

RxqualDIHC 2 C, D C, D, U

RxqualDIPC 2 C, D C, D, U

RxqualUIHC 2 C, D C, D, U

RxqualUIPC 2 C, D C, D, U

SAP Audit 22 None

SGSN 101 None C, D, U

SITE 121 C, D C, D, U

SMSCBmsg(Note 4)

4 C, D C, D, U

SWInventory(Note 1)

1 None None

SoftwareLoad(Note 3)

2 147 483 647 None C, D, U

Source (Note 1) 100 None None

SurrndCellHC 2 C, D C, D, U

TDM

(Note 1)

2 None None

TestNeighbor 64 (see Note 7) C, D C, D, U

Timeslot 32 N C,D

TRX (Note 1) 25 None None

TSGroup 4 N C,D

UserProfile 256 None C, D, U

UtranNbr 16 C, D C, D, U

XBL 32 C, D C, D, U


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Version 1.0

NOTES

1)Automatically created.

2)Automatically or independently created.

3)Created by an operation.

4)Can only be created or modified if the SMS CB option is not restricted5) For an M-Cell site, GCLK instance is autocreated by the BSS when

BTP instance is created.

6) In an M-Cell site, a CSFP cannot be explicitly created or deleted.CSFP 0 is auto-created at an M-Cell site when the BTP is created.

The cardinality at a BSC site is 2.The cardinality at a BTS site is 1.

7) The number of TestNeighbor instances plus the number of Neighborsinstances cannot be greater than 64.

8) These objects are creatable, deletable, and updatable at the MIB via

cmutil. There is no GUI support for creating, deleting, updating these

objects.


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Version 1.0

Attributes summary

Introduction

Attributes are used to specify the configuration and operation of the MIB objects used to

model the network in the OMC.

Attribute types and properties

The MIB object attributes are listed below together with a summary of their properties. For

each attribute the properties described are as follows:

Attribute name.

Datatype.

Optional.

BSS access.

Valid range.

Attribute name

The name of the attribute within the OMC MIB.

Datatype

The datatype of the attribute may be one of the following:

Integer

A signed integer value.

String

An ASCII string (null terminated).

Octet String

An octet string (not null terminated).

Boolean

Either 0 or 1, the meanings assigned to these values are attributespecific and

provided in the relevant attribute description.

Complex_GSM_cell_ID (GSM_ID)

A GSM standard for cell identification which consists of the following:Mobile Country Code (MCC) 3 octets.Mobile Network Code (MNC) 2 octets.

Local Area Identifier (LAI) 2 octets.


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Version 1.0

Cell Identifier (CI) 2 octets.

The MNC and MCC are Binary Coded Decimal (BCD) encoded. The LAI and CImay be either BCD encoded or hexadecimal values.

Complex_connectivity (CONNECT)

This type is used to describe the links in a path.

OCTET_STRING

A set of 64 values, each of which is specified by a 2 octet integer.

OID

An OID (Object ID) uniquely identifies an object. This type is used to define object

relationships.

OID_list

An OID_list (Object ID list) is used to identify the relationship between Path andCommsLink objects. This type is used in a CommsLink object to define the Pathobjects included in the CommsLink. When used with Path objects, the OID_list type

is used to define all CommsLinks in which the Path is included.

Optional

The Optional flag of an attribute is used to indicate whether or not the attributerequires an assigned value when creating an object with which the attribute is

associated. Can be either TRUE or FALSE.

BSS access

The BSS Access of an attribute indicates what access the OMC has to the attributeacross the OMCBSS interface. BSS attributes which can be accessed from the OMC

are crossreferenced with their OMC equivalents. Valid options for the BSS Access

are:

NOACCESS

The OMC cannot access this attribute at BSS level. This option applies to all OMClocal attributes.

RW

The OMC has read and write access to the attribute at BSS level. The value can be

assigned by the OMC at any time.

RC

The OMC has read and write access to the attribute at BSS level during the creation

of objects. After creation, the OMC has read only access at BSS level.


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Version 1.0

RO

The OMC has read only access to the attribute at BSS level. The value cannot be

assigned at any time by the OMC.

Valid range

The valid range specification depends on the attribute datatype. The range is specifed

for the valid datatypes as follows:

IntegerFor an integer attribute, the format is (range to range) which indicates one or more

sets of ranges. The format of each range can be one of the following:

(integer value or integer value or or integer value) which indicates that theattribute must be one of the listed values, for example:

(0 or 1 or 2 or 4 or 6) indicates that the attribute may take the values 0, 1, 2, 4 or 6.

(integer value to integer value) which indicates a range from the first value to

the second value inclusive, for example:

(0 to 31) indicates that the attribute may take any value from 0 to 31 inclusive. (integer value to integer value or integer value) which indicates a range ofvalues from the first integer to the second integer inclusive or a single value outside

that range, for example:

(0 to 15 or 255) indicates that the attribute may take any value from 0 to 15 inclusive,or the value 255. (integer value to integer value or integer value to integer value or or

integer value to integer value) which indicates that a number of ranges are possible.Within each range the values are from the first integer to the second integer inclusive,

for example:(0 to 124 or 512 to 885 or 975 to 1023) indicates that the attribute may take any value

from 0 to 124 inclusive, 512 to 885 inclusive, or 975 to 1023 inclusive.

String (including time)For a string attribute the maximum number of characters are spelled out in full.

BooleanFor a Boolean attribute the format is always (0 or 1) which indicates that the attributemay take either the value 0 or 1.

GSM_IDFor a GSM_ID attribute the number of octets required is specified.

CONNECT, OID, OID_list, INT_list, OCTET_STRINGNo range information is applicable to these datatypes.


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Version 1.0

New OMC-BSS attributes to GSR8rcc_thi rcc_tlow bss_ovld_control

rcc_alarm_timer msc_bss_ovld_alw max_pgnum_persec

qosOpt Bssgp_pfc_bit arp_signal_sele

thp_i2_weight thp_i3_weight thp_bg_weight

thp_be_weight pfc_be_arp imrmopt

stop_dri_tx_enable vgcsOpt vgcs_res_opt1_Opt

asci_enabled vgcsInbandPagPr vgcsDedNotifPr

vgcsVgcNotifPr vgcsPchNotifPr t3115

ny2 ul_reply_timer ul_burst_timer

FastCallOpt EnhncdInterRatOpt FastCallOpt

enhancedMLPPOpt emer_grp_priority sw_pdtch_priority

bssmap_t14 bssgp_t6_timer bssgp_t8_timer

bssgp_t5_timer bssgp_dwnld_retry cbl_bit_negotiatepfc_bit_negotiate qos_mtbr_i1_dl qos_mtbr_i1_ul

qos_mtbr_i2_dl qos_mtbr_i2_ul qos_mtbr_i3_dl

qos_mtbr_i3_ul qos_mtbr_be_dl qos_mtbr_be_ul

qos_mtbr_bg_dl gprs_par_wait_ind imrm_pgsm_weight

imrm_egsm_weight imrm_dcs18_weight imrm_umts_weight

imrm_force_recalc stop_dri_txt_time vgcs_option_enable

nch_position qsearch_c fdd_rep_quant

servBandReporting fddMultiratRprtng blindSearchPref

umtsBandPreferred umtsCpichEcNoMin umtsCpichRscpMin

tch_usage_thrsld rtf_ds0_count umts_meas_margin

umtsNcellAvgPrd umts_ba_type bs_fdd_arfcntrace_type gprs_record_type_info active_gprs_mobiles

completed_gprs_mobiles tlli gprs_record_type

traceType pcu_id original_tlli

versatrauopt


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Version 1.0

AlrmThrttle (alrmthrttletable2)

Description :

The Alarm Throttle class indicates which alarm for a particular device is being

throttled.

The instance of this object class indicates the particular alarm being throttled.

Creating this class enables throttling of an alarm.

Deleting this class disables throttling of an alarm.

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

throttle_period integer

remote smallint

deletelocal smallint

nxcontextmap integer

rdnclass integer

rdninstance integer

dn varchar(100)

additionalinfo varchar(255)

nmcrdninstance varchar(32)

containerclass integer

containertomid integer

containerinstrite integer

containerinstleft integer

Indexes (oidinstleft, oidinstrite,

oidtomid)

(containerclass ,containerinstleft

containerinstrite)


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Version 1.0

AlrmThttldv (alrmthttldvtable2)

Description :

The Alarm Throttle Device class indicates which device at the BSS is having its

alarms throttled.Instances of this class always exist at the BSS.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

device_class integer

remote smallintdeletelocal smallint


rdnclass integer

rdninstance integer

dn varchar(100)







Indexes (oidinstleft, oidinstrite,

oidtomid)

(containerclass ,containerinstleft

containerinstrite)


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Version 1.0

ASSOC_BSCS (assoc_bscstable2)

Description :

This class describes a BSC associated with an RXCDR.

Behaviour:

An instance of this class can only be contained under the RXCDR class.

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

bss_idclass integer

bss_idtomid integer

bss_idinstrite integer

bss_idinstleft integer

efr_enabled integer

volconttype integer

ulaudiolevoff integer

dlaudiolevoff integer

network_entity_id integer

remote smallint



rdnclass integer

rdninstance integer

dn varchar(100)







opstate integer

adminstate integer

reasoncode integer

timeoflasttrans datetime year to fraction(5)


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Version 1.0

omcuser varchar(32)

cause integer

configtag integer

reporttype integer

operationcode integer

alarmcode integer

alarmedoidclass integer

alarmedoidtomid integer

alar12145instrite integer

alar12145instleft integer

alarmeddevicename varchar(50)

relateddevclass integer

relateddevtomid integer

rela12127instrite integer

rela12127instleft integerIndexes (oidinstleft,oidinstrite,oidtomid)


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Version 1.0

Assoc_RXCDRs (assoc_16691table2)

Description :

This class describes an RXCDR associated with a BSC.

Behaviour:

An instance of this class can only be contained under the BSS class.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

rxcdr_idclass integer

rxcdr_idtomid integer

rxcdr_idinstrite integer

rxcdr_idinstleft integer

cic_validation smallint


eac_mode integer

cic_block_thresh integer

cicunblockthresh integer

remote smallint



rdnclass integer

rdninstance integer

dn varchar(100)



containerclass integercontainertomid integer



opstate integer

adminstate integer


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Version 1.0

reasoncode integer

timeoflasttrans datetimeyeartofraction(5)

omcuser varchar(32)

cause integer

configtag integer

reporttype integer


alarmcode integer







relateddevtomid integerrela12127instrite integer

rela12127instleft integer

Indexes oidinstleft, oidinstrite , oidtomid


46/221




Version 1.0

BLCcab (blccabtable2)

Description :

This class stores the default info for a cabinet that exists under the

SITE being calibrated.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

cabclass integer

cab_id integer

cabsite_gen integer





Indexes oidinstleft, oidinstrite, oidtomid


47/221




Version 1.0

BLCdefault (blcdefaulttable2)

Description :

This class store the name of a set of defaults used to calibrate a SITE.

It groups together the cabinets and dris associated with a SITE.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

defname varchar(30)

siteoidclass integer

siteoidtomid integer

siteoidinstrite integer

siteoidinstleft integer



48/221




Version 1.0

BLCdri (blcdritable2)

Description :

This class stores the default info of DRIs associated with a cabinet un

der the site being calibrated.

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

dri_id_1 integer

dri_id_2 integer

slotno integer

freqtype integer

rxa integer

rxb integer







49/221




Version 1.0

BlindSrchNbr (blinds16334table2)

Description :

This class describes a Blind Search Neighbour for 2G to 3G handover..

Behaviour:

An instance of this class can only be contained under the CELL class.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

name varchar(32)

fdd_arfcn integerremote smallint



rdnclass integer

rdninstance integer

dn varchar(100)







Indexes (oidinstleft, oidinstrite,oidtomid)


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Version 1.0

BSS (bsstable2)

Description :

The BSS object class is used to describe BSS-wide information within the BSS.

There is one instance of the BSS object class for each BSS managed by the OMCR.

Behaviour:

The instance maximum is the maximum value for an unsigned 32 bit integer.

Creating a BSS object will automatically create SITE 0.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integeroidinstleft integer

bsc_type integer

ollocated_dris smallint

local_transcoding smallint

basebandhopopt smallint

concentriccellopt smallint

cycretranprevopt smallint

daisychainopt smallint

diversityopt smallintegsmopt smallint

ercopt smallint

gsmphase2opt smallint

heterocabfreqopt smallint

homocabfreqopt smallint

mbintercellhoopt smallint

microcellopt smallint

multiencryptopt smallint

nailconnectsopt smallint

restimeslotopt smallint

rtf_capacityopt smallint

rtfpathenableopt smallint

rsl_rateopt smallint

congestreliefopt smallint


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Version 1.0

directedretryopt smallint

smscellbroadopt smallint

smspnttopntopt smallint

synthhoppingopt smallint

smsservcenteropt smallint

aggabisopt smallint

hdslopt smallint

gprsopt smallint

egprsopt smallint

bscbtsdynallocopt smallint

dualbandcellopt smallint

horizonmiccom2opt smallint

lcsopt smallint

ecermopt smallint

nccropt smallintnccr_enabled smallint

nc_report_prd_I integer

nc_non_drx_period integer

nc_report_prd_t integer

almegsmopt smallint

cs34opt smallint

ebscopt smallint

eopopt smallint

interratopt smallintscropt smallint

pccchopt smallint

prp_capacity_opt smallint

amrtcuaopt smallint

amrtcubopt smallint

ni integer

opc integer

dpc integer

called_pci smallint

calling_pci smallint

cr_calling smallint

pcr_enable smallint

pcr_n1 integer

pcr_n2 integer


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Version 1.0

sccp_bssap_mgt smallint

ss7_mode integer

bssap_ss integer

stp_pc_enabled integer

stp_pc integer

a5_alg_priority_1 integer








option_alg_a5_1 smallint

option_alg_a5_2 smallintoption_alg_a5_3 smallint





ciphmoderejallwd smallint

confusionmsgallwd smallint

cpoptionresetckt smallint

cpoptionrrstatus smallintdlaudiolevoff integer

ulaudiolevoff integer

globalresetreps integer

grpblkunblkallwd smallint

gsm_cell_id_fmt integer

maxrstckttimrexps integer

phase2clssmkald integer

phase2resindallwd integer

ssmcritovrldthres integer

ssmnrmoverldthres integer

ssp_burst_delay integer

ssp_burst_limit integer

uneqcctalld integer

call_trace_opts integer


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Version 1.0

intrabsspretrsfer smallint

ho_reqd_curr_ch smallint

cbl_l3ps integer

cbl_l3ws integer

rtf_path_enable integer

handoverreqreject smallint

freqtypesallowed integer

volconttype integer

egsm_alm_allowed integer

addr_ind_bit_8 integer

pcs_freq_blocks integer

mmi_cell_id_fmt integer

ct_msgs_before_ho integer

ct_msgs_after_ho integer

second_asgnmnt integermsc_ovld_allwd integer

tsc_update_method integer

gproc_preemption integer

sig_lnk_tst_allow integer

inact_cont_allow integer

mtl_loadshare integer

msc_release integer

dte_cbc varchar(16)

dte_bsc_cbc varchar(16)bssmap_t20 integer

bssmap_t19 integer

bssmap_t1 integer

bssmap_t13 integer

bssmap_t4 integer

circuit_reset_ack integer

spi integer

start_ack integer

t_stat_info integer

ss7_l2_t1 integer

ss7_l2_t2 integer

ss7_l2_t3 integer

ss7_l2_t4 integer

ss7_l2_t5 integer


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Version 1.0

ss7_l2_t6 integer

ss7_l2_t7 integer

ss7_l3_t1 integer

ss7_l3_t2 integer

ss7_l3_t12 integer

ss7_l3_t13 integer

ss7_l3_t14 integer

ss7_l3_t17 integer

ss7_l3_t22 integer

ss7_l3_t23 integer

ss7_slt_t1 integer

ss7_l3_t4 integer

ss7_l3_t5 integer

sccp_tconn_est integer

clear_command integerradiochanrel integer

ciphersuccess integer

ho_successful integer

ho_allocation integer

sccp_released integer

assign_successful integer

bsc_audit integer

sm_audit_response integer

sccp_tias integersccp_tiar integer

bssmap_t7 integer

bscauditresponse integer

bssmap_tqho integer

ho_request integer

ext_ho_allocation integer

sccp_trel integer

clear_cmd_ext_ho integer

dr_preference integer

dr_chan_mode_mod smallint

mb_preference smallint

earlyclassmarksnd integer

earlyclassmarkdly integer

avbltraceno integer


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Version 1.0

efr_enabled integer

override_sp_ver integer

ho_req_spver_used smallint

cicerrgenthresh integer

cicerrclrthresh integer

cicerrorinc integer

rcierrgenthresh integer

rcierrclrthresh integer

rcierrorinc integer

gprsalarmtime integer

gcierrgenthresh integer

gcierrclrthresh integer

gcierrorinc integer

acierrgenthresh integer

acierrclrthresh integeracierrorinc integer

picerrgenthresh integer

picerrclrthresh integer

picerrorinc integer

cbc_intface_vers integer

cbc_vbind_cntr integer

cbc_vbind_cntr integer

sms_fast_select integer

smg_gb_vers integernsei integer

relatedsgsnclass integer

relatedsgsntomid integer



gprs_sched_beta integer

eop_enabled smallint

pcu_redundancy smallint

pcu_red_map_01 integer







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Version 1.0

gprs_mac_mode integer

gprs_net_op_mode integer

gprs_dl_pwr_mode integer

gsl_lcf_mapping integer

bssgp_cbl_bit smallint

sgsn_release integer

delay_dl_rel_dur integer

ddtr_ctrl_enabled integer

delay_ul_rel_dur integer

auto_dl_dur integer

prr_aggr_factor integer

gprs_ul_dl_bias integer

gprs_com_ms_class integer

inc_prp_cap_ena smallint

ct_fc_bss_enabled integerct_fc_hi_level integer

ct_fc_lo_level integer

ct_fc_msc_trace integer

smspercall float

hopercall float

intrabschoratio float

locupdatefactor float

callduration integer

pagingrate integercurr_xact_id integer

lcs_mode integer

lcs_perf_location integer

lcs_supervision integer

lcs_segmentation integer

lb_int_ss7_l2_t1 integer










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Version 1.0

defa12059instrite integer

defa12059instleft integer

local_maintenance smallint


versionstring varchar(8)

neloadversion varchar(12)

neloadversiontime date time year to fraction(5)

initlswloadclass integer

initlswloadtomid integer

init12064instrite integer

init12064instleft integer

dte_ne varchar(16)

dte_omc_1 varchar(16)


dte_omc_3 varchar(16)dte_omc_4 varchar(16)





landlayer1mode integer

mms_cat_enable smallint

dnlk_vad_dtx integer

msc_qt integerstat_interval integer

oml_l3ps integer

oml_l3ws integer

illegalcicid integer

amregdpproopt smallint

trunkcritthresh integer

trunkmajthreshold integer

flash_version varchar(16)

flash_time date time year to fraction(5)

flash_checksum integer

flash_size integer

xbl_rateopt smallint

level3passopt smallint

efropt smallint


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Version 1.0

gdpvolcontopt smallint

fastwarmgclkopt smallint

amropt smallint

amrenhancedcapopt smallint

remote smallint



rdnclass integer

rdninstance integer

dn varchar(100)





containerinstrite integercontainerinstleft integer

opstate integer

adminstate integer

reasoncode integer

timeoflasttrans date time year to fraction(5)

omcuser varchar(32)

cause integer

configtag integer

reporttype integeroperationcode integer

alarmcode integer






longitude integer

latitude integer

nt_long integer

nt_lat integer

guistate integer

name varchar(50)

guilabel varchar(50)


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Version 1.0

enhancedMLPPOpt smallint

emer_grp_priority integer

sw_pdtch_priority integer

option_preempt integer

timeoflastau12233 datetime year to fraction(5)

timeoflastau12234 datetime year to fraction(5)

itsOpt smallint

its_enabled integer

Indexes (oidinstleft, oidinstrite ,

oidtomid)

(containerclass, containerinstleft

containerinstrite, rdninstance

name)

(name)

(guilabel)

(dte_ne)

(dn)


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Version 1.0

BSP (bsptable2)

Description:

This class describes a BSP hardware device.

Behaviour:

A BSP cannot be locked if its operational/administrative states are busy/un

locked.

In a BSC or ollocated BSC the CageNonOpt::cageId must be 0 or 1.

If the CageNonOpt::cageId is 0

then the SlotRCNonOpt::slot_id must be 20 or 24.

If the CageNonOpt::cageId is 1 then the SlotRCNonOpt::slot_id must be 20.

In a RXCDR

The CageNonOpt::cageId must be 0 or 1.

If the CageNonOpt::cageId is 0

then the SlotRCNonOpt::slot_id must be 25 or 26.

If the CageNonOpt::cageId is 1 then the SlotRCNonOpt::slot_id must be 25.

No instances of this class can exist in a BTS.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

max_mtls integerkitnumber varchar(16)

fr_unit varchar(50)

serialnumber varchar(16)

remote smallint



rdnclass integer

rdninstance integer

dn varchar(100)







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Version 1.0

BTF (btftable2)

Description :

This class describes a BTF GPROC function.

Behaviour:

A single instance of this class is required in a ollocated BSC site.

Instances of this class are only allowed in a ollocated BSC site.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integerbtf_max_dris integer


relateddevtomid integer



remote smallint



rdnclass integer

rdninstance integer

dn varchar(100)







opstate integer

adminstate integer

reasoncode integer


omcuser varchar(32)

cause integer


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Version 1.0

configtag integer

reporttype integer


alarmcode integer








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Version 1.0

BTP (btptable2)

Description :

This class describes a BTP hardware device.

Behaviour:

If the Cabinet::cabinet_type for the cabinet in which this device is

contained is M-CELL-MICRO, HORIZONMICRO2 or HORIZONCOMPACT2 then

the cardinality is 1.

Slot and cage attributes (inherited) are only valid if the site in which

this BTP is contained is not an M-Cell site.

BTP instances can only be created in a BTS.

The cageId attribute can only have values 14 or 15 for a BTP.

If the cageId is 14 then the slot_id must be 20.

If the cageId is 15 then the slot_id must be 20 or 24.

If Cabinet::cabinet_type is Horizonoffice, then cageId must be 15.

A BTP cannot be locked if its operational/admin states are busy/unlocked.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

btp_max_dris integer

kitnumber varchar(16)fr_unit varchar(50)

serialnumber varchar(16)

remote smallint



rdnclass integer

rdninstance integer

dn varchar(100)








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Version 1.0

opstate integer

adminstate integer

reasoncode integer


omcuser varchar(32)

cause integer

configtag integer

reporttype integer


alarmcode integer





alarmeddevicename varchar(50)slot_id integer

cageid integer

redundantstate integer


(containerclass, containerinstleft

containerinstrite )

Related DRIs for the BTP object

The Related DRIs information contained in the BTP object is stored in a different table (to

btptable2) of the MIB DBMS. The related_drisattribute is as follows:related_dris (stored in intlisttable2)

Description : This (OMC only) attribute stores the

identifiers of the DRIs assigned to this

BTF.

Datatype : COMPLEX_CONNECTIVITY (Int_list)

Displayed Text on

Detailed View :

Assigned DRIs


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Version 1.0

Cabinet (cabinettable2)

Description :

The Cabinet object class describes a single cabinet within the site.

Behaviour:

This class is automatically deleted when the parent site is deleted.

A CAB is automatically created when a PCU is created, and automatically

deleted when a PCU is deleted.

Only 1 cabinet is allowed at the PCU.

Horizonoffice sites support single Cabinet configuration only, a cage will

be equipped automatically when the cabinet is equipped at a Horizonoffice

site and cageId is set to 15 at a BTS or 0 at a BSC.

An Horizonmicro2, Horizoncompact2 or Horizonmacro2 BTS site can support up

to 3 cabinets.

Attributes :

oidclass integer

oidtomid integer

oidinstrite integer

oidinstleft integer

cabinet_type integer

freq_type integer

int_hdsl_modem integer

int_integrate_ant integer

psu_fru_1 varchar(10)




remote smallint



rdnclass integer

rdninstance integerdn varchar(100)






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GSR 8 CM MIB Reference 2005, Motorola General Busin

motorola- gsr8 mib reference

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