New functions in BC12 1

jazaya · Dec 5, 2003

Can anyone provide a list of new functionalities in BC12 please.

Experience it, there is no substitute.
RemoveThisJazayeri@kiasagroup.com

whosrdaddy · Dec 7, 2003

okay, you asked for it, but be warned, it's a LONG read

)

from ALEX :

PRODUCT REVISION INFORMATION
109 21-ASB 501 04-18 Uen A

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Revision information for source system release ASB 501 04 R11 (functional and MML changes)

Contents 1 Scope
1.1 Acronyms

2
Features
2.1 Comment regarding MAAS
2.2 ACD Enhancements
2.3 ACD Group/Common Bell Group/Hunt Group Enhancements
2.4 Call deflection feature enhancements with maintained CTI/ACD queue
2.5 CAS Trunk Adaptations
2.6 Charging Enhancements
2.7 CIL Feature Enhancements
2.8 Calling Line Identification Restriction (CLIR) Features
2.9 Collect Call Blocking
2.10 CSTA Interface Enhancements
2.11 DBC 22X
2.12 DTS Extension and ISDN S 0 Extension Features
2.13 Number Analysis and Authorization code Features
2.14 Operator Features
2.15 IP networking
2.16 ISDN Trunk Features
2.17 ISDN QSIG Call Offer Feature
2.18 ISDN QSIG Message Segmentation Feature
2.19 Remote Extension Enhancements
2.20 Recorded Voice Announcement Enhancements
2.21 Service and Maintenance (SAM) Enhancements
2.22 Tone Enhancements
2.23 End user features
2.24 Operation and Management functions
2.25 Capacity enhancements
2.26 Downloadable firmware
2.27 Hardware
2.28 Support systems

3
End User Interface
3.1 Extensions
3.2 Data extensions, terminal adapters, modems
3.3 Operators/Attendants

4
Capacity

5
Deliverables
5.1 Hardware
5.2 Software
5.3 Documentation

6
Operation & Maintenance
6.1 Abbreviated dialling, AD
6.2 Analogue Extension, EX
6.3 Authorization code for extension, AU
6.4 Automatic Call Distribution, AC
6.5 Automatic Network Call Distribution, NC
6.6 Application system parameters, AS
6.7 Call Information Logging, CL
6.8 Call Tracing, CT
6.9 Charging, CH
6.10 Common Bell Group, CB
6.11 Computer Supported Telecommunications Applications, CS
6.12 Configuration, CN
6.13 Cordless extension, CX
6.14 Generic Extension, GE
6.15 Group call pickup, GP
6.16 Group Hunting, GH
6.17 I/O data, IO
6.18 IP Extension, IP
6.19 IP Networking, RI
6.20 ISDN Terminal, IT
6.21 Key System telephones, KS
6.22 Name Identity, NI
6.23 PABX Operator Traffic, OP
6.24 Recorded Voice Announcement, RA
6.25 Route data, RO
6.26 SL60
6.27 System Data, SY
6.28 System User Information, SU
6.29 TL12
6.30 TL17
6.31 TL30
6.32 TL51
6.33 TL60
6.34 TL65
6.35 Traffic Recording, TR
6.36 Fault codes in ACS
6.37 Fault codes in SES
6.38 Fault codes in DCS

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1 Scope
This document gives a brief summary of changes from ASB 501 04 R8 (BC11) to ASB 501 04 R11 (BC12) regarding features, end user procedures, capacities, and operation and maintenance. This PRI only mentions some of the HW changes, see 5.1 Hardware for a complete list.

The changes could be summarized like this:

ACD Enhancements :
Several market specific ACD features are generalized in this release. Validation of PIN code during ACD agent logon is included.

Call Information Logging Enhancements :
Several Call Information Logging features which were existing in specific Markets are generalized in this release. CIL is extended to cover Logging of failed calls i.e. calls to vacant numbers and busy parties are covered. New condition codes are introduced to the existing ones.

CAS Trunk Adaptations :
Several CAS MFC-R2 features applicable for TL 30 trunks of different markets have been generalized. The features can be enabled using Operation and Maintenance commands.

Charging Enhancements :
Enhanced Charging, different charging models are introduced. Forced disconnections for outgoing calls (Limited call duration/Cost)

Collect Call Blocking for Brazil :
Collect Call Blocking feature is enhanced to provide the charging information to Called party. Also Call Information Logging is provided for CCB calls.This features is mainly used for Brazil market.

CSTA Interface Enhancements :
Full monitoring of generic extension is supported. Call logging of extensions through the CSTA events reporting, for incoming calls, for traffic cases such as Diversion, Deflection, SST and Rerouting.

DBC 225, new telephone
The new telephone DBC 225 has been introduced. This new telephone has for example a large graphical display and top menu buttons.

IP networking , a new type of trunk that provides multimedia communications between the ASB 501 04 and other H.323-compliant systems over IP network. The standards H.323, H.225.0 and H.245 are supported.
ISDN Trunk Adaptations :
Several ISDN features which were existing in several markets have been generalized.

Networking :
Support to the ISO QSIG Message Segmentation.Support to the ISO QSIG Call Offer without Path Retention, and ISO QSIG Call offer with Path Retention

Operator Service Enhancements :
Several Market specific Operator related features have been generalized in this release. Automatic Operator feature is generalized to bypass the workload from operator for incoming trunk calls with incomplete number or just DID number.

Recorded Voice Announcement and Music on Hold Enhancements :
RVA and MOH features are generalized in this release by integrating different features existing in previous release in several markets. Welcome and Continuous announcements can be initiated for Individual extensions. Vocal guidance feature is generalized to provide announcements to the calling user about success or failure of any feature activation.

Remote Extensions Enhancements :
Fast through connect and CLIR are supported.

Service and Maintenance (SAM) Enhancements :
The regeneration function has been upgraded to comply with ASB 501 04 R11 changes.

1.1 Acronyms
ACD Automatic Call Distribution

ACDM Automatic Cable Delay Measurement

ADN Additional Directory Number

ANCD Automatic Network Call Distribution

AS Application system

ATS Analogue Telephone Set

CAS Channel Associated Signalling

CCITT Consultative Committee on International Telegraphy and Telephones

CCB Collect Call Blocking.

CID Customer Identity.

CIL Call Information Logging

CLIP Calling Line Information Presentation

CLIR Calling Line Identification Restriction

CLIPRO Calling Line Identification Presentation Restriction Override

CSTA Computer Supported Telecommunication Applications

CTI Computer Telephony Integration

CXN Cordless Extension

DASS Digital Access Signalling System

DECT Digital Enhanced Cordless Telecommunications

DID Direct Indialling

DSS1 Digital Subscribers Signalling 1.

DPNSS Digital Private Network Signalling System

DTMF Dual Tone Multi Frequency

DTS Digital Telephone Set

ELU Extension Line Unit (board)

ETSI European Telecommunications Standards Institute

ETE End To End

EUA Ericsson Unified Applications

H.323 ITU-T umbrella recommendation for multimedia communications using a packet switched transport network. In the ASB 501 04 it is TCP/IP on an Ethernet.

H.225.0 ITU-T Standard for call signalling and RAS between H.323 entities. The call signalling part is based on Q.931.

H.245 ITU-T Standard describing the logical channel signalling protocol between H.323 entities.

HDLC High-level Data Link Control

GH Group Hunt

IE Information Element

IP Internet Protocol

ITU-T International Telecommunication Union - Telecommunication

ISDN Integrated Services Digital Network

ISO The International Organization for Standardization

LCR Least Cost Routing

LIM Line Interface Module

LLC Lower Layer Compatibility

MCT Malicious Call Tracing

MFC Multi Frequency Signalling, Compelled

MOH Music On Hold

MDP Market Dependent Parameter

MML Man-Machine Language

NIU2 Network Interface Unit (I/O board of a PABX ASB 501 04))

OACC Operator Access Code

OAS Open Application Server

ODN Own Directory Number

OPI Operator Instrument, PABX operator console

PABX Private Automatic Branch Exchange

PIN Personal Identification Number

PINX Private ISDN exchange

PRI Product Revision Information.

QSIG ISDN Signalling protocol at the Q-reference point

RAS Registration, Admission and Status protocol. Part of H.225.0.

RID Repeated Individual Diversion.

RTCP Real-time Transmission Control Protocol

RTP Real-time Transmission Protocol

RVA Recorded Voice Announcement

REX Radio Exchange.

SAM Service And Maintenance (tool box)

SST Singel Step Transfer

ToS Type of Service

UUI User to User Information, ISDN mechanism for proprietary additions

UUS User to User Signaling, ISDN mechanism for proprietary additions

VOG Vocal Guidance

2 Features
This clause lists the major changes of features, including extension-, PABX operator-, external line-, network, system-, and data communications features.

2.1 Comment regarding MAAS
Beneath most features there is a sentence with reference to the BC11 market unique function.

2.2 ACD Enhancements
2.2.1 Change Congestion for busy on full ACD
This feature allows to provide busy message instead of congestion message for call from public trunks to an ACD-group, when all agents are busy and the queue is full and no diversion is active for the ACD group.

The feature is generalization of the market uniq ue function MX-1001.

2.2.2 Check PIN code during ACD agent logon
This feature allows the validation of PIN code during the ACD agent logon. The PIN number entered by ACD agent during logon procedure is normally not checked against the PIN code programmed in the AO database. This feature allows the ACD agent to logon only if the PIN code entered is programmed in the AO database.

See parameter description for AUTOMATIC CALL DISTRIBUTION

See extra facility description for AUTOMATIC CALL DISTRIBUTION

The feature is generalization of the market uniq ue function BR-4.

2.2.3 Silent Intrusion Upon ACD member which has made an outgoing call
This feature allows an ACD supervisor position to make a silent intrusion upon a busy ACD member when an outgoing call has been placed.

Meaning and default values of PARNUM=100 are changed.

The feature is generalization of the market uniq ue function AR-11.

2.2.4 Intrusion with or without tone for ACD supervisor
This feature allows an ACD supervisor position to have the ability to monitor any ACD agent with call in progress, with or without the Intrusion warning tone.

Meaning and default values of PARNUM=100 are changed.

The feature is generalization of the market uniq ue function SP-4.

2.2.5 Deflect calls from ACD queue when the last ACD agent becomes unavailable
This feature allows to deflect calls from an ACD-queue to the diversion position defined for the group, when the last ACD agent becomes unavailable.

See parameter description for AUTOMATIC CALL DISTRIBUTION

See extra facility description for AUTOMATIC CALL DISTRIBUTION

The feature is generalization of the market uniq ue function DE-71.

2.2.6 Allow more overflows for ACD
This feature allows to increase the maximum number of overflow attempts for an ACD group from 4 to 8.

See description for SOURCE SYSTEM RELEASE ASB 501 04

The feature is generalization of the market uniq ue function SP-13.

2.2.7 Increase the range of ringing time on an ACD extension
This feature increases the range of ringing time on an ACD extension from 1-120 to 1-32768 secs.

See PARNUM=165

The feature is generalization of the market uniq ue function SP-5.

2.3 ACD Group/Common Bell Group/Hunt Group Enhancements
2.3.1 Busy message for ACD group with no present members
This feature allows to provide a busy message instead of group busy message for calls from a public trunk line or tie line to an ACD-group without present members.

The feature is generalization of the market uniq ue function DE-66.

2.3.2 Allow any member of Hunt Group and Common Bell Group to activate/deactivate diversion for the group number
This feature allows any member of the Hunt Group and Common Bell Group to activate/deactivate diversion for the group number.

See command description for INTERNAL GROUP HUNTING

See parameter description for INTERNAL GROUP HUNTING

The feature is generalization of the market uniq ue function US-17.

2.3.3 Allow Hunt group member to activate/deactivate external follow me for the group number
This feature allows a hunt group member to activate/deactivate external follow me for the group number. In R8, only the PABX operator is allowed to activate/deactivate external follow me for the group number.

See command description for INTERNAL GROUP HUNTING

See parameter description for INTERNAL GROUP HUNTING

The feature is generalization of the market uniq ue function US-29.

2.3.4 Increase the allowed members in Common Bell groups and PBX Groups
This feature increases the number of members allowed in Common Bell groups and Hunt groups. The maximum number of members allowed is increased from 30 to 150 in a Common Bell group and 75 to 160 in a Hunt group.

See description for SOURCE SYSTEM RELEASE ASB 501 04

The feature is generalization of the market uniq ue functions BR-10, UKS-14, UKS-20 and IT-14.

2.3.5 Allow ACD ODN to divert on busy to an ACD group number
This feature allows ACD ODN to divert on busy to an ACD group number. In R8, diversion on busy to an ACD group is rejected. This feature allows an extension to divert on busy to the ACD group.

The feature is generalization of the market uniq ue function UK-31.

2.3.6 Diversion if no answer to an ACD group
This feature allows an extension to have diversion on no answer to an ACD group. In R8, diversion on no answer to an ACD group is rejected. This feature allows to execute only if there are no other diversions activated for the group and if there is a free ACD member.

The feature is generalization of the market uniq ue function BE-25.

2.3.7 Allow call diversion to a hunt group queue, ACD group
This feature allows to have call diversion on busy/ no-answer to a hunt group queue/ACD group, if all the members in the group are busy.

The feature is generalization of the market uniq ue function US-13.

2.4 Call deflection feature enhancements with maintained CTI/ACD queue
2.4.1 Deflection with maintained ACD queue to support generic extension
In R8, the deflection with maintained ACD queue was supported only for DTS. In R11, all extension types like DTS and Generic extensions are supported.

2.4.2 Deflection with maintained ACD queue to public and private destinations
Deflection with maintained ACD queue is allowed for external destinations (except destinations with network services) for public destinations in R11.

2.4.3 Extend or transfer when the call has been deflected with maintained CTI/ACD queue
If the operator has extended the call before the call has been deflected with maintained CTI/ACD queue, the system will send a STATUS and number update, including call transfer to OAS.

2.4.4 Associating Customer Identity (CID) in all active states
In R8, association of CID is considered only in the speech state. In R11, all active states are considered.

2.4.5 CSTMP Command to print Monitored Positions
The CSTMP command is new. This command facilitates printing of information about the CSTA monitored positions.

See command description for COMPUTER SUPPORTED TELECOMMUNICATIONS APPLICATIONS (CSTA), CS

2.5 CAS Trunk Adaptations
The CAS R2 and MFC signalling are adapted for the countries such as Brazil, Hungary, Czech market, Poland, Argentina, Indonesia and Thailand. These are enabled using the Operations and Maintenance commands.

2.5.1 CAS R2 and MFC signalling (for AS Brazil)
This feature adapts standard ITU-T MFC signalling to support the Brazilian MFC Standard. It also involves clearing of call during exception conditions such as reception of request for last two digits , request for last digit , reception of last three digit when the requested digits cannot be sent. And also Line Signalling, FORCERELPATTERN of has been changed from H'0B to H'08 to support Brazilian Standard in TL30 block.

See parameter description for TL30

The feature is generalization of the market uniq ue functions BR-21, BR-22, BR-23 and BR-24.

2.5.2 Masks for TL30 Trunk lines (for AS Brazil)
This feature enables to mask the C and A bit to support Line signalling (R2 and Discontinuous) for the Brazilian market, as some public exchanges do not comply with ITU-T standard for these two bits.

See command description for AUTOMATIC CALL DISTRIBUTION

2.5.3 Modification of MFC signalling (for the Indonesian market)
This feature enables, A-Number Request from Indonesian PSTN using repeated Group A-6 signal in TL30 block. MFC LME standard for all other signalling procedures is introduced.

See parameter description for TL30

The feature is generalization of the market uniq ue function ID-001.

2.5.4 Pulse Tones are sent after timeout (for the Argentinean market)
This feature will enable sending Congestion information when timeout occurs in BSYMES or REGISTER STATE.

See parameter description for TL30

The feature is generalization of the market uniq ue function AR-1.

2.5.5 Send MFC signal B8 when the extension is in Line Lockout or Blocked (for the Argentinean market)
This feature enables sending of Group B-8 for an incoming call when call is made to extensions in Line Lockout or Blocked Extensions.

See parameter description for TL30

The feature is generalization of the market uniq ue function AR-2.

2.5.6 Detect Forced Release (for the Argentinean market)
During the seize state, if force release pattern is received, ASB 501 04 misinterprets it as meeting call (call collision), instead of clearing the call. The table value corresponding to meeting call job is updated with clear call job.

See parameter description for TL30

The feature is generalization of the market uniq ue function AR-3.

2.5.7 MFC signalling Changes (for the Czech market)
This feature is adaptation of ITU-T R2 MFC standard for the Czech market.

The following Czech adaptations for TL30 trunk are included:

When fault patterns A or B are received as forward signal when the trunk is in idle state, then Block Pattern 8 is sent as backward signal. Further seizure of this trunk is prevented by taking the call state to no progress state.
If idle pattern 9 is received as backward signal, only then the seizure of new trunk is permitted.
When the disturbance pattern A or B are received during the register state for an incoming call, a timer is started. The timer is stopped if seize pattern 8 is restored. At the expiry of this timer, call is cleared.
Disturbance obtained during speech state is ignored.
A-Number fetching is restricted for international calls.
See parameter description for TL30

The feature is generalization of the market uniq ue function CZ-3 (SK-2).

2.5.8 Implementation of MFC R2 standard (for the Thailand market)
This feature is adaptation of ITU-T MFC standard for Thailand CAS MFC R2.

See parameter description for TL30

The feature is generalization of the market uniq ue function TH-002.

2.5.9 Charging pattern (for the Poland market)
This feature is adaptation of ITU-T R2 standard for Poland.

See parameter description for TL30

The feature is generalization of the market uniq ue function POL-8.

2.5.10 CAS MFC Adaptation (for the Hungarian market)
This feature is adaptation of ITU-T MFC standard for Hungary. This feature also enables the fetching of A-Number digits after the reception of first DID digit.

See parameter description for TL30

The feature is generalization of the market uniq ue functions HU-2, 3, 4 and 5.

2.5.11 A-number transfer for analogue trunk lines for TL12 and TL17
This feature enables the transfer of A-Party number information over analogue trunks, TL12 and TL17.

See parameter description for TL12

See parameter description for TL17

The feature is generalization of the market uniq ue functions BR-31, BR.35 and BR-37.

2.6 Charging Enhancements
2.6.1 Enhanced Charging, different charging models
A set of seven different charging models are introduced. The type of the charging model for a particular route is selected using the D 4 bit of the SERV parameter while initiating or changing the route.

The different charging models, (also known as the tariffs) and its associated cost per unit pulse is defined using new charging commands.

See command description for CHARGING

See parameter description for CHARGING

See parameter description for APPLICATION SYSTEM PARAMETERS, AS

See parameter description for ROUTE DATA

The feature is generalization of the market uniq ue function AT-5 (UKS-60).

2.6.2 Charging the assisted extension when PABX operator has extended the call
If an extension requests assistance from an operator and the operator extends the call to a trunk, then by default the operator will be charged for the extended call. A new AS parameter (PARNUM=151) is introduced to control the charge on the operator. If the parameter is set the assisted extension will be charged for the entire call.

2.6.3 Forced disconnection for outgoing calls (limited call duration/limited cost)
An analogue or generic extension making an outgoing ISDN trunk call will be disconnected if the maximum charging cost (pulses) allocated for this directory number is used. The user will receive a special tone or an RVA message after the B-party is released.

See command description for GENERIC EXTENSION

See parameter description for GENERIC EXTENSION

See command description for ANALOGUE EXTENSION, EX

See parameter description for ANALOGUE EXTENSION, EX

The feature is generalization of the market uniq ue function DE-27(OMR1101).

2.7 CIL Feature Enhancements
2.7.1 Incoming Trunk-Id in CIL output
When flexible formats (user defined) are used, for incoming calls where no calling party number is available, the calling number field is left blank. Incoming trunk ID field (if used) shall contain the incoming trunk ID.

The feature is generalization of the market uniq ue functions UK-1, UK-2, UK-3, UK-4, UK-5, UK-6, NE-6, NE-7, DE-20 and HK-2.

2.7.2 Outgoing trunk calls
This feature is to log outgoing calls to public networks that are abandoned before answer. This also works for logging of abandoned external follow me/LCR calls. The option of logging abandoned calls is available only when flexible formats are used and this option has to be explicitly initiated using the call logging command.

A new field called the Charged Number is introduced. This field is applicable only in flexible formats and contain the actual charged number for external follow me/RID public calls. However, the basic functionality available in R8 for standard format is retained.

The feature is generalization of the market uniq ue functions UK-1, UK-2, UK-3, UK-4, UK-5, UK-6, NE-6, NE-7, DE-20 and HK-2 .

2.7.3 New condition codes in CIL
The new condition codes for specific traffic cases like diversion on no answer, direct diversion, follow-me, internal group hunting, group call pick-up, calls to busy party, calls to vacant numbers and 64 kbit/s data calls are introduced.

See parameter description for CALL INFORMATION LOGGING

The feature is generalization of the market uniq ue functions UK-1, UK-2, UK-3, UK-4, UK-5, UK-6, NE-6, NE-7, DE-20 and HK-2 .

2.7.4 Transfer/extending before and after answer shall output three records
The transfer before and after answer cases are made consistent to output three records. This is possible only if the option of logging abandoned calls is initiated.

The feature is generalization of the market uniq ue functions UK-1, UK-2, UK-3, UK-4, UK-5, UK-6, NE-6, NE-7, DE-20 and HK-2 .

2.7.5 Logging of failed calls
This feature is to log failed calls i.e, calls to busy parties and to vacant numbers in various traffic scenarios. Calls to a busy party are those such as:

Individual

A user which is already in use and the new call attempt towards the user is not queued.
Group

No selectable (available) members exist in the group and the new call attempt towards the group is not queued.
See command description for CALL INFORMATION LOGGING

See parameter description for CALL INFORMATION LOGGING

The feature is generalization of the market uniq ue functions UK-1, UK-2, UK-3, UK-4, UK-5, UK-6, NE-6, NE-7, DE-20 and HK-2 .

2.7.6 Connected number for network cases
The connected number in CL is now extended to twenty digits in order to take care of network cases also. In CIL the connected number is identified by the field identifier E1 , and this shall be available only for flexible formats.

See command description for CALL INFORMATION LOGGING

See parameter description for CALL INFORMATION LOGGING

The feature is generalization of the market uniq ue functions UK-1, UK-2, UK-3, UK-4, UK-5, UK-6, NE-6, NE-7, DE-20 and HK-2 .

2.7.7 Least Cost Routing output changes for CIL
For Non-LCR calls, the setting of PARNUM=103 has no effect. If there is a destination code on the route of a dialled number, the destination code will be output to access code 1 and rest of digits to the dialled number field, when PARNUM=103 is set to either 0 or 1. In R8, if PARNUM=103 is set to 1 for Non-LCR calls, then destination code is output to access code 1 and also to dialled number field. Dialled number field would hence contain destination code along with rest of the digits.

2.8 Calling Line Identification Restriction (CLIR) Features
2.8.1 CLIR per call, *42#
This feature allows the user to restrict Calling Line Identification Presentation (CLIP) per call basis. The restriction is invoked by dialling the service code, *42#, before dialling the B party number. The feature is activated by commands.

See command description for GENERIC EXTENSION

See command description for DIGITAL KEY SYSTEM TELEPHONE, KS

See command description for ANALOGUE EXTENSION

See command description for ISDN TERMINAL

See parameter description for GENERIC EXTENSION

See parameter description for DIGITAL KEY SYSTEM TELEPHONE, KS

See parameter description for ANALOGUE EXTENSION

See parameter description for ISDN TERMINAL

See directions for use for respective system telephone

See directions for use for EXTENSION WITH ROTARY DIAL TELEPHONES

See directions for use for ISDN EXTENSIONS (ETSI STANDARD)

See directions for use for ISDN EXTENSIONS (BELLCORE STANDARD)

See parameter description for SYSTEM USER INFORMATION

The feature is generalization of the market uniq ue functions AT-22 (NE-x, DE-10).

2.8.2 Calling/Connected Line Identity Restriction Override (CLIPRO)
This feature allows the display of the public A-number even if the A-subscriber has the presentation restricted for A-number. The name restriction is also overridden along with number.

See command description for GENERIC EXTENSION

See command description for DIGITAL KEY SYSTEM TELEPHONE, KS

See command description for ANALOGUE EXTENSION

See command description for ISDN TERMINAL

See parameter description for GENERIC EXTENSION

See parameter description for DIGITAL KEY SYSTEM TELEPHONE, KS

See parameter description for ANALOGUE EXTENSION

See parameter description for ISDN TERMINAL

See parameter description for SYSTEM USER INFORMATION

The feature is generalization of the market uniq ue functions AT-41, NORDIC-13 and BE-31.

2.9 Collect Call Blocking
2.9.1 Collect Call Blocking (Brazil)
Collect call is a type of call where in the destination party (called party) pays for the incoming call. The CCB supplementary service is supported only for public ISDN or MFC network calls, where in the call terminates on ASB 501 04. The CCB supplementary service allows the ASB 501 04 to accept or reject collect calls. Each extension/group of ASB 501 04 has a special category called Collect Call Blocking. Acceptance or rejection of a collect call is based on the CCB category set for the called party or group.

The CCB is enhanced with display of charging information to called party user and also logging of CCB calls.

See command description for AUTOMATIC CALL DISTRIBUTION

See parameter description for AUTOMATIC CALL DISTRIBUTION

See command description for INTERNAL GROUP HUNTING, GH

See parameter description for INTERNAL GROUP HUNTING, GH

See command description for COMMON BELL GROUP

See parameter description for COMMON BELL GROUP

See command description for DIGITAL KEY SYSTEM TELEPHONE, KS

See parameter description for DIGITAL KEY SYSTEM TELEPHONE, KS

See command description for ANALOGUE EXTENSION

See parameter description for ANALOGUE EXTENSION

See command description for ISDN TERMINAL, IT

See parameter description for ISDN TERMINAL, IT

See parameter description for APPLICATION SYSTEM PARAMETERS, AS

The feature is generalization of the market uniq ue functions BR-27 (OMR1212).

2.9.2 Send MFC B5 for categorized extensions, Group Hunting/ACD groups
This feature allows the system to send the MFC signal B5 backwards to the public exchange, which will interpret it as a free of charge call. The feature is applicable to extensions and Group Hunting/ACD groups with the SERV MFC category.

The feature is generalization of the market uniq ue function BR-6.

2.10 CSTA Interface Enhancements
2.10.1 Provide an interface for switching active personal number profiles over CSTA interface
A procedure to switch the active personal number profile is provided to the CSTA interface to get rid of the existing MML signalling. This is achieved by introducing a new Set_Feature service for activating/deactivating profiles in the protocol between the ASB 501 04 and the ApplicationLink.

Additionally the active profile is reported to CSTA in response to Query_Feature for types of extensions. And also reports events when active profile changes by either MML or procedure.

See extra facility description for COMPUTER SUPPORTED TELECOMMUNICATIONS APPLICATIONS (CSTA), CS

See extra facility description for REPEATED INDIVIDUAL DIVERSION

See extra facility description for PERSONAL NUMBER

See directions for use for REPEATED INDIVIDUAL DIVERSION

See directions for use for PERSONAL NUMBER

2.10.2 Allow CSTA functionally for a virtual extension
This feature is to have a full monitoring of a generic extension regardless if it is registered in a terminal or not, in order to be able to log all the received calls by an external application through the information provided in the CSTA events.

To complete the call logging of the extensions through CSTA events, the virtual extensions report the incoming calls which are not done in R8 and also for the cases for Diversion, Deflect, SST and Rerouting.

See extra facility description for COMPUTER SUPPORTED TELECOMMUNICATIONS APPLICATIONS (CSTA), CS

2.11 DBC 22X
The new DBC 22X family offers a complete set of products: digital telephone sets, IP telephones and OPI.

There is now a new telephone in the family, DBC 225. A new graphical display is the main characteristic of these terminals. As a result of this, a more powerful user interface has been devised, including enhancements such as: new top menu, absent programming, list presentation for number log and dial by name, terminal programming functions and new icons describing traffic cases.

See directions for use for DBC 220

See directions for use for DBC 222 AND DBY 419

See directions for use for DBC 223 AND DBY 419

See directions for use for DBC 225 AND DBY 419

2.12 DTS Extension and ISDN S 0 Extension Features
2.12.1 Default TRM values (for AS Germany, UK and New Zealand)
According to ETSI standards there must not be any attenuation at calls from ISDN S 0 terminals to public trunks (and vice versa).

By default, TRM is automatically set to zero (0) when an S 0 terminal is initiated with the command. This does not fulfill ETSI requirements.

It is implemented as data change in the respective Application system to get the different default values for each of the markets.

The feature is generalization of the market uniq ue function NZ-7023.

2.12.2 Send A-number (and name) to the display when calling an ADN
This feature allows to display the A-number (and name) to the display before answer, for call to ADN. In R8, it is displayed for calls to ADN if it is an ACD member. And in R8, it is only presented to the display of a digital telephone when the call is answered. When more than 1 ADN is available, only the latest information is presented on the display. This is a generalised feature.

No documents are affected.

The feature is generalization of the market uniq ue functions BE-33 (UK-13, SA-6, DE-25).

2.12.3 Automatic answer should not be programmable for DTS (for AS Germany)
Automatic answer shall not be programmable for DTS, when CALALT is having value 6.

This feature prevents this auto answer configuration from being programmed from the DTS in order to prevent harmful listen. This is implemented as data change in the Application System.

The feature is generalization of the market uniq ue function DE-13.

2.12.4 Allow suffix digits with call on hold even though auto ETE-DTMF is set
When auto ETE DTMF is set for DTS, this facility permits a conference request by keying digit 3. (Post Dialling Dialogues). This feature is controlled by PARNUM=56.

See directions for use for respective system telephone.

The feature is generalization of the market uniq ue function UK-41.

2.12.5 24 characters messages for ISDN S 0 and change in text (for AS Spain)
In R8, even though the exchange language option is set to Spanish, all the ISDN S 0 extension messages were displayed in English. This has been corrected to Spanish in R11.

The feature is generalization of the market uniq ue function SP-18.

2.12.6 Do not display the translated abbreviated number on the DTS
Do not display translated common abbreviated number on DTS, this means that important telephone numbers will not be seen by others (privacy). The feature has no relevance in the active phase of the call (speech/parked/alerting).

See command description for ABBREVIATED DIALLING

See parameter description for ABBREVIATED DIALLING

The feature is generalization of the market uniq ue function BE-35 (US-11).

2.12.7 Allow 40 MDNs per DTS
Increase the number of MDN buttons that can exist on digital telephone set from 30 to 40.

See description for SOURCE SYSTEM RELEASE ASB 501 04

See command description for DIGITAL KEY SYSTEM TELEPHONE

See extra facility description for HOSPITALITY APPLICATION

The feature is generalization of the market uniq ue function UKS-6.

2.13 Number Analysis and Authorization code Features
2.13.1 Leading zero is allowed in authorization code parameter
This feature makes it possible to enter an authorization code starting with a zero. This is accomplished by modifying the AU commands for creation, deletion and printing of authorization code in order to accommodate the leading zero.

See parameter description for AUTHORIZATION CODE FOR EXTENSION

The feature is generalization of the market uniq ue functions DE-91.

2.14 Operator Features
2.14.1 Dutch and Frisian languages for OPI 3214 (for AS Netherlands)
The support of Dutch and Frisian languages is provided for operator console OPI 3214. This feature is controlled by means of data value in the Application Systems.

The feature is generalization of the market uniq ue function NE-x.

2.14.2 Operator initiated charging controlled by category
In R8, the PABX operator was able to initiate only charging per route. In R11, the PABX operator is able to initiate charging per line also. The type of charging, i.e., charging per route or charging per line can be selected using the commands.

See command description for PABX OPERATOR TRAFFIC

See parameter description for PABX OPERATOR TRAFFIC

The feature is generalization of the market uniq ue function SP-24.

2.14.3 Choice of Language and Spanish text for OPI 3213
This feature allows the language change possible for operator console OPI 3213 from MML and by procedure, as it exists for the OPI 3214. Also, calling/connected call status string is changed to ESP for the Spanish language.

See extra facility description for CHOICE OF LANGUAGE

See directions for use for CHOICE OF LANGUAGE

The feature is generalization of the market uniq ue function SP-19.

2.14.4 Operator Access code number not displayed on OPI 3213 operator console
The incoming call to Operator Access code number is not displayed on the OPI 3213 operator console. The only obtainable information is trunk and route number, and this is insufficient when an operator handles more than one Operator Access code number. With this feature, the Operator Access code number is displayed along with the trunk and route number on OPI 3213 operator console. This is a generalised feature.

No documents are affacted.

The feature is generalization of the market uniq ue function SP-65.

2.14.5 Handling of incoming calls at day time when OPI is absent marked
The implementation handles the incoming calls to operator group at daytime when none of the operators are available for that group. Those calls are diverted to day answering position. The day answering position is set using the commands.

See command description for PABX OPERATOR TRAFFIC

See parameter description for PABX OPERATOR TRAFFIC

The feature is generalization of the market uniq ue function NORDIC16.

2.14.6 Automatic operator
This feature is meant to reduce the workload for the operator, for incoming calls over the trunk under two scenarios:

when no digit is received in the called party number and
when common PABX operator number for direct indialling is received.
For each of the above scenarios, a day answering position and a night answering position are set up using the commands. Depending on the status of the exchange, the calls in case of the above scenarios land on the day or night answering positions.

See command description for PABX OPERATOR TRAFFIC

See parameter description for PABX OPERATOR TRAFFIC

See command description for ROUTE DATA

See parameter description for ROUTE DATA

The feature is generalization of the market uniq ue function AT-6.

2.14.7 Providing option of no recall to operator when extended to a Hunt/ACD group
The feature is to provide an option whether recall to operator is desired when extended to a hunt group is considered both for the internal and external cases. For a call extended to an ACD group, the operator will never be recalled. This feature takes care of both the internal and the external cases. In the internal case both the operator and the Hunt/ACD group are defined within the same ASB 501 04, whereas in the external case, the operator and the Hunt/ACD group are in two different ASB 501 04.

The feature is generalization of the market uniq ue function NORDIC8.

See command description for INTERNAL GROUP HUNTING, GH

2.14.8 Flexible Common operator queue
In R8, the common operator queue length is restricted from 99 to 255. But in certain cases like for small systems, the length of this queue may vary over a wide range. So in R11, the range of the queue length can be varied from1 to 255.

See PARNUM=195

The feature is generalization of the market uniq ue function DE-32.

2.14.9 Increased ring signal for operator console
The ring signal for operator console OPI 3213 is increased from -27dB to -12dB. This feature is controlled by means of data value in Application system.

The feature is generalization of the market uniq ue function NO-x.

2.14.10 Allow operator to activate more camp-ons to busy
This feature allows operator to activate more than one camp-on to the busy extension.

The feature is generalization of the market uniq ue function NE-11004.

2.15 IP networking
The IP networking facility provides a new type of trunk which allows multimedia communications between the ASB 501 04 and other H.323-compliant systems, even from other vendors. The H.323 standard uses the Internet Protocol as the underlying protocol.

This facility allows that an ASB 501 04 can be connected through the data network to remote PABXes in multi-site organisations (tie lines, VPN), to PABXes of other organisations or to the public IP network.

The routes defined according to the H.323 ITU-T standard (H.323 routes) make use of the data network to transmit the voice. It is even possible to transmit different media (voice, video, data) over the IP network when H.323 routes are used to make/receive calls to/from IP terminals.

There are a number of new O&M commands, in the new RI command group, for the configuration of H.323 routes and IP network interfaces (ELU32 boards). There are also changes in some other O&M commands, such as the existing for route data (RO), new application system parameters (AS) and traffic measurement (TR) commands.

The following protocols are supported (as part of the H.323 ITU-T standard):

H.225 RAS, i.e. the Registration, Admission and Status protocol part of the H.225.0 standard. Only RAS messages for location are supported.
H.225 Call Signalling (based on Q.931, the ITU-T standard for ISDN), used to establish a connection between H.323 entities.
H.245 Control Signalling, used to exchange end-to-end control messages governing the operation of H.323 entities.
RTP (Real-time Transport Protocol), used to provide end-to-end delivery services of real-time audio and video.
RTCP (Real-time Transport Control Protocol), used to provide control services.
Basic traffic is supported. Quality of service is supported.

See extra facility description for IP NETWORKING for a complete list of supported services.

The supported voice codecs are G.729a, G.723.1 and G.711.

2.16 ISDN Trunk Features
2.16.1 Transfer of PROGRESS message in transit
ASB 501 04 as a transit PINX does not transfer the PROGRESS message received from the preceeding PINX transparently to the subsequent PINX. This feature makes it possible for the transit ASB 501 04 to transfer the PROGRESS message transparently to the subsequent PINX.

The feature is generalization of the market uniq ue function IT-x.

2.16.2 Set free signalling bits (for the Czech market)
This feature supports including of the set free signalling bits market specific adaptations of the Czech market.

See parameter description for TL60

The feature is generalization of the market uniq ue function SP-49.

2.16.3 Change in ISDN disconnect procedure when in-band information is available (for AS Spain)
When disconnect message is received, with progress indicator 8 (inband information now available) and with cause values1,18, 22, 29 or 42 then the corresponding internal cause values and received progress indicator will be sent. This feature is controlled using PL2 (param2) value.

No documents are affacted.

The feature is generalization of the market uniq ue function SP-38 and SG008.

2.16.4 Modified Alternate Routing function
A new value of route selection category SEL D 5 = 2 is introduced. Alternative Routing is permitted only when the route is out of service, line fault or blocked and not when it is busy. If there is congestion in all LIMs, a busy tone is provided.

See parameter description for ROUTE DATA

The feature is generalization of the market uniq ue function SP-2.

2.16.5 Charging request for IBERCOM (for AS Spain)
This feature is controlled by VARO D 7 value. When D 7 is assigned the values 4, 5, 6 and 7 the charging request is sent in National IE + Facility IE at the call setup, instead of the IBERCOM IE.

See parameter description for SL60

The feature is generalization of the market uniq ue function SP-25.

2.16.6 Separate UUS service 2 and 3 (for AS Spain)
Ibercom specifications require that UUS service 2 and 3 shall be possible to separate. In case UUS service 2 is not supported at the receiving end, it will be indicated by a STATUS message with cause 69 Requested facility not implemented . This feature is controlled using PL2 (param2) value.

No documents are affacted.

The feature is generalization of the market uniq ue function SP-14.

2.16.7 MCT in Facility IE over DSS1
At the invocation of the malicious call tracing in the active state or disconnecting state, the MCT request is sent in Facility IE, packed in Facility message to the public network. This feature is controlled using PL2 (param2) value.

No documents are affacted.

The feature is generalization of the market uniq ue functions DE-15 and AT-1.

2.16.8 Setup with CHID = exclusive if DSS1 NT1 Side
At the reception of SETUP message without CHID over a fix connection in the DSS1 network side, a new B-Channel will be seized and call will be processed. This feature is controlled using PL2 (param2) value.

No documents are affacted.

The feature is generalization of the market uniq ue function DE-3.

2.16.9 Response time to received digits (for AS Italy)
For the Italian market, the response time for received digits on incoming ISDN call is modified to 8 seconds from existing 20 seconds, for the Italian market (controlled by AS data). This feature is controlled using PL2 (param2) value.

No documents are affected.

The feature is generalization of the market uniq ue function IT-42.

2.16.10 Allowed user rates 38.4 kbit/s and 28.8 kbit/s
At the reception of SETUP message with Bearer Capability IE indicating user rates 38.4 kbit/s and 28.8 kbit/s, the call will still be allowed to continue instead of being released. This is a generalised feature.

No documents are affected.

The feature is generalization of the market uniq ue function NO-x.

2.16.11 Information element not implemented (for AS New Zealand)
At the reception of any message with signal IE, the signal IE is discarded and STATUS message will not be sent for the New Zealand market.

The feature is generalization of the market uniq ue functions NZ-5187 and NZ-7027.

2.16.12 Faulty information display on a DTS in a transit call (for AS Spain)
When DTS makes a call over QSIG route to a public network and no currency identifier is received from the public network, if PARNUM=185 is not defined in the gateway exchange a default message will be displayed on the DTS.

The feature is generalization of the market uniq ue function SP-28.

2.16.13 Transparency between S 0 and T (for AS Italy)
The BC and LLC information, received from S 0 terminal is sent to the T interface transparently by ASB 501 04 and visa versa. For an incoming call to S 0 terminal over voice compressed T interface, the transparency BC string is set to NULL and sent to ITL. This will correct the value of BC, used in the voice compression scenarios.

The feature is generalization of the market uniq ue function IT-50.

2.16.14 Market adaptation for Hong Kong ISDN type for TLU77/1 (for AS Hong Kong)
The following changes are done in SL63, for the TLU77/1 board to comply with the Hong Kong standard.

SL63 in the call state U9 (incoming call proceeding) receives SETUP, the message is ignored.
SL63 in the call state U9 (incoming call proceeding) receives INFORMATION, the message is ignored.
SL63 in the call state U4(call delivered) receives second ALERTING, STATUS is sent back.
The value of T305 (Disconnect request timer) is modified from 4 seconds to 30 seconds for the Hong Kong market.

The feature is generalization of the market uniq ue function HK-10.

2.16.15 Disable alarms during REX test AXE (for AS Netherlands)
In the Netherlands market, public exchange does REX-testing on the ISDN BRA lines. During this REX-testing, the unnecessary alarm in the ASB 501 04 is suppressed from being sent to the alarm log for 120 seconds as the duration of the REX-testing is nearly 90 seconds and after the completion of this testing, the ISDN-BRA lines are restarted to come back to working state.

The feature is generalization of the market uniq ue function NE-11020.

2.16.16 ISDN Trunk Adaptations (for AS Italy)
When there are two routes, QSIG and VPN connecting two ASB 501 04 exchanges and closed numbering plan is used, for a call attempt made over the QSIG line, and if all QSIG lines are busy, then PNR table is used to reroute the call over VPN network.

The feature is generalization of the market uniq ue function IT-11.

2.16.17 End to End DTMF before speech state (for AS Italy)
At the reception of ALERTING or CALL PROCEEDING message with Progress Indicator as 1 (the call is not end-to-end ISDN) or 8 (inband information now available) for a public ISDN call from a DTS, the digits dialled thereafter are sent as DTMF digits.

The feature is generalization of the market uniq ue functions IT-23, 40, 43 and 46.

2.16.18 Make the support of inband-tones programmable for ISDN trunk
Support of inband-tones for ISDN trunk is made programmable by the D 3 bit of the VARC-parameter.

See parameter description for TL60

The feature is generalization of the market uniq ue function EST-6/CL3.

2.16.19 Allow transit on the same route
In a transit exchange, the loop avoidance check (whether incoming route and the outgoing route are same) is made selectable by a new AS-parameter, PARNUM=118.

The feature is generalization of the market uniq ue function AR-24(IT-16).

2.16.20 ISDN SETUP sent without called number, for remote dial tone
This feature enables to send SETUP message on an ISDN trunk without the called number and receive remote dial tone. PARNUM=232 will be used to have control on sending/receiving remote dial tone to/from an co-operating exchange. Whenever SETUP message is received without called number and if PARNUM=232 allows remote dial tone connection, the remote dial tone is connected.

The feature is generalization of the market uniq ue function CZ 15+16.

2.16.21 Change in Call Waiting indication (for AS Spain)
For the Spanish market, the attenuation for Call Waiting tone is increased from -2dB to -6dB. The internal, and external characteristics for the call waiting indication tone are changed accordingly to achieve this.

The feature is generalization of the market uniq ue function SP-11.

2.17 ISDN QSIG Call Offer Feature
Call offer service makes it possible for the calling user to invoke call waiting over a network to a busy user. In R8, this service is available as UUI Call offer and ISO Call offer based on the type of signalling used in the network. ISO Call offer is only possible in a homogeneous ISDN QSIG network that support the Standardized Generic Functional Protocol.

The procedures for invoking/accepting/rejecting ISO Call offer is the same as for UUI Call offer and Call waiting.

The Call offer service can be invoked on the same path which is retained. After path has been retained, the Operator has to extend the call within a specific time in order to invoke the Call offer. The ASB 501 04 supports invocation of Call offer for calls made from an Operator with a connected party.

The Call Offer service is now supported also with the standard QSIG protocol.

In R8, this service was supported with proprietary UUI signalling and with DPNSS. Those protocols are still supported, but there is no interworking with standard QSIG.

2.17.1 ISO Call offer without Path Retention
In R11, Call offer invocation is supported without path retention for an extension in the Originating PINX. When a user in the Originating PINX calls a busy user in the Terminating PINX, the calling user can, on being informed that the called user is busy, decide whether to invoke Call offer or not.

See parameter description for ROUTE DATA

2.17.2 ISO Call offer with Path Retention
Path Retention is a generic mechanism of retaining the network connection between the Originating and Terminating PINX so that a supplementary service can be invoked without establishing a new connection. The ASB 501 04 as Originating PINX requests path retention only when the calling party is an Operator.

See operational directions for NETWORKING

2.18 ISDN QSIG Message Segmentation Feature
2.18.1 ISDN QSIG Message Segmentation
ISDN Message Segmentation is the process of splitting an ISDN Layer 3 message which is longer than the length of frames that the data link layer can support. Message segmentation shall only be used when the message length exceeds N201 (defined in Recommendation Q.921).

2.19 Remote Extension Enhancements
2.19.1 Fast Through Connect
For an outgoing call to a remote extension, changes are done in ASB 501 04 in order to get a through connection when the called party starts ringing instead of a through connection after the called party answers the call. This will avoid the delay in speech connection after the called party answers the call. As per the current implementation, through connection takes place only after the called party answers the call and the delay is around 1.5 to 4 seconds. After the introduction of this functionality, for all calls towards a remote extension, the switch will always get through connected whenever the called party starts ringing.

2.19.2 Calling Line Identity
In R8, for an outgoing call towards a remote extension, the calling line identity is displayed to the remote extension user even if the original calling party has presentation restricted. In R11, for an outgoing call towards a remote extension, the calling line identity is displayed to the remote extension user only when presentation category of the calling party is set to presentation allowed .

2.19.3 Remote Extension Traffic over DPNSS/DASS trunks
In R8, for an incoming call to ASB 501 04 over a DPNSS/DASS trunk, when the user dialled the R1 number and the extra digits together, the extra digits were ignored. In R11, for an incoming call to ASB 501 04 over a DPNSS/DASS trunk, if the user dials the R1 number along with the extra digits, the extra digits are stored and used to locate the final called party.

2.20 Recorded Voice Announcement Enhancements
In R8, similar RVA features for different countries are existing in a different way but not as a general solution.

In R11, all the different RVA features are generalized.

The new RA command set is used to initiate, change, end and print the welcome and continuous announcements for the Individuals and to define announcements for the Vocal Guidance traffic cases.

2.20.1 RVA welcome announcements for individuals
RVA is provided to the calling party before ringing the called extension. The announcement is assigned to the directory number using an I/O command and will be played whenever that directory number is called. In general, a welcome message is provided to the calling party before ringing the called party. This individual announcement can be provided to voice extensions and external lines (with voice traffic), and is similar to welcome announcement provided to PBX/ACD groups.

See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

See command description for RECORDED VOICE ANNOUNCEMENT

See parameter description for RECORDED VOICE ANNOUNCEMENT

The feature is generalization of the market uniq ue function FR-5 (OMR1162).

2.20.2 RVA on Hold
The feature is to provide announcement to the parked party depending on the parking party's directory number. A continuous announcement number is assigned to the directory number using an I/O command and will be played whenever that directory number parks any call.

See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

The feature is generalization of the market uniq ue function FR-2 (OMR1161).

2.20.3 Different MoH for parked parties
When a call is parked by an extension, MoH will be provided to the parked party. The parked party can receive music from different channels depending on whether the parked party is an internal party or external party. External parked parties (public) receive music from MoH channel 1 and internal parked parties, tie-line calls receive music either from MoH channel 1 or MoH channel 2 based on the PARNUM=158.

The feature is generalization of the market uniq ue function DE-75.

2.20.4 Vocal guidance
Vocal guidance feature provides the calling party with appropriate guidance message on encountering certain traffic cases. The announcements can be made customer specific by associating announcement numbers to the customer number. The feature is valid for ATS, DTS and CXN extensions only. The different announcements to be played depends on the traffic case. In R11, only internal traffic cases are considered. Some network cases like vacant number are also considered.

See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

See command description for RECORDED VOICE ANNOUNCEMENT

See parameter description for RECORDED VOICE ANNOUNCEMENT

The feature is generalization of the market uniq ue functions FR-4 (OMR1159), VN6--VN11 (OMR977B/OMR1076)/EG-1 + KR-9.

2.20.5 Announcement for personal number calls
This feature is to provide the welcome announcement to calling party based on deflecting party's directory announcement for personal number call.

See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

2.20.6 Enhanced RVA for operator
When a call is made to an PABX-operator, depending on the call origin group of the operator, the following announcements can be provided to the calling party:

Welcome announcement
Queue announcement
Repeated queue announcement
Continuous announcement
See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

See command description for RECORDED VOICE ANNOUNCEMENT

See parameter description for RECORDED VOICE ANNOUNCEMENT

See parameter description for APPLICATION SYSTEM, STANDARD

The feature is generalization of the market uniq ue functions AT-5, BE-21 and BE-39.

2.20.7 Enhanced RVA for ACD/PBX group
When a call is made to an ACD or Group Hunting group, continuous announcement is provided to the calling party between queue and repeated queue announcements depending on the GRP of ACD/Group Hunting group.

See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

See command description for RECORDED VOICE ANNOUNCEMENT

See parameter description for RECORDED VOICE ANNOUNCEMENT

The feature is generalization of the market uniq ue functions DE-62, DE-99 and BE-19.

2.21 Service and Maintenance (SAM) Enhancements
The Regeneration function has been upgraded to comply with ASB 501 04 R11's changes, see Service Tool Box (SAM) documentation.

2.22 Tone Enhancements
2.22.1 Wait for international tone before continuing the digit sending
When an international code is dialled, the system waits for the international tone (600Hz). In case of a timeout received before the reception of international tone, the system discontinues the transmission of digits and clears the call with a noprogress message. This is a generalised feature.

No documents are affected.

The feature is generalization of the market uniq ue function SP-62.

2.22.2 Morse Cadences for dial tones
The internal and/or public dial tone is provided with either the standard cadences or the Morse cadences (Morse-A, Morse-D, Morse-S). The internal/public dial tone can be changed to Morse-codes through an application system parameter PARNUM=254.

The feature is generalization of the market uniq ue functions CZ-4+5/ HR-1+5/ YU-2/ SK-4/ TU-13.

2.22.3 Message waiting
A new special dial tone cadence for message waiting is implemented for the users of voice mail system indicating that a message is waiting. The characteristics for this tone is as follows: 400 Hz interrupted, 100 ms on, 100 ms off, repeated for 2.5 secs then continues until it times out.

See description for APPLICATION SYSTEM, NEW ZEALAND

The feature is generalization of the market uniq ue function NZ-7069.

2.22.4 Call holding tone
Also call holding tone is implemented to provide tone message instead of music on hold when the call is on hold. The characteristics for this tone is as follows: 400 Hz interrupted, 500 ms on, 500 ms off then 400Hz plus 450 Hz interrupted, 500 ms on, 2.5 sec off, all repeated.

The feature is generalization of the market uniq ue function NZ-7069.

See description for APPLICATION SYSTEM, NEW ZEALAND

2.22.5 DTMF Tone sender level change
The DTMF tone sender level is changed from -12dBr to -9dBr for analogue trunks using TLU75 (loop trunk) board. For the tone sender level to be increased, the attenuation level should be decreased. This is a generalised feature.

No documents are affected.

The feature is generalization of the market uniq ue function CHN-9034.

2.23 End user features
2.24 Operation and Management functions
2.24.1 Licence changes
DTMF-RECEIVER-MOB-EXT DTMF receiver for Mobile and fixed remote extensions. FAL 104 3610
EXTERNAL-LINE-H323 H323 trunk line FAL 104 2179
EXTERNAL-LINE-H323-SERV Enhanced services over the H.323 trunk interface. FAL 104 3611

2.24.2 FW download to ELU32 and DBC 22X telephones
The firmware in the ELU32 board can be updated/downloaded by I/O command. The firmware in the DBC 22X can also be downloaded to the terminal from a server.

2.25 Capacity enhancements
For details, see 4 Capacity .

2.26 Downloadable firmware
Downloadable firmware for ELU32 has been changed and is now the same for IP extension and for IP Networking. The new name is VOIPF.

2.27 Hardware
2.27.1 New telephone, the DBC 225
The main new feature for DBC 225 is a new graphical display. As a result of the new larger display a more powerful user interface has been devised, including enhancements such as: new top menu, absent programming, list presentation for number log and dial by name, terminal programming functions and new icons describing traffic cases. There are also now three new navigation keys for easier manouvering through the menus.

2.27.2 Modified boards and other hardware
See the HW list for a complete survey.

See r-state survey for HARDWARE STATUS ASB 501 04

2.28 Support systems
2.28.1 Service And Maintenance Tool box (SAM)
The service tool box contains e.g. MDDiskTool, WinFIOL, Regeneration and some more service tools.

The Regeneration function has been upgraded to comply with ASB 501 04 R11's changes, see Service Tool box (SAM) documentation.

For more information, see the Service tool box's documentation.

2.28.2 Active Library EXplorer
All documents are presented in ALEX, a web tool.

3 End User Interface
This clause sums up the changes from ASB 501 04 R8 to R11 regarding user procedures, feature codes, call progress tones, display messages, and signalling.

3.1 Extensions
*42# is used to activate the presentation restriction feature, per call basis.

3.2 Data extensions, terminal adapters, modems
-

3.3 Operators/Attendants
The PABX Operator can activate more than one camp-on to the busy extension.

4 Capacity
This clause lists the capacity changes and new limitations in ASB 501 04 R11 compared to R8. Some of the figures are approximate, and configuration dependent.

One welcome announcement will be provided per individual.
One continuous announcement will be provided per individual.
One vocal guidance announcement will be provided per traffic case.
The maximum number of members in a Common Bell group is increased from 30 to 150.
The maximum number of members in a Hunt group is i

whosrdaddy · Dec 7, 2003

[continued]
2.20.5 Announcement for personal number calls
This feature is to provide the welcome announcement to calling party based on deflecting party's directory announcement for personal number call.

See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

2.20.6 Enhanced RVA for operator
When a call is made to an PABX-operator, depending on the call origin group of the operator, the following announcements can be provided to the calling party:

Welcome announcement
Queue announcement
Repeated queue announcement
Continuous announcement
See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

See command description for RECORDED VOICE ANNOUNCEMENT

See parameter description for RECORDED VOICE ANNOUNCEMENT

See parameter description for APPLICATION SYSTEM, STANDARD

The feature is generalization of the market uniq ue functions AT-5, BE-21 and BE-39.

2.20.7 Enhanced RVA for ACD/PBX group
When a call is made to an ACD or Group Hunting group, continuous announcement is provided to the calling party between queue and repeated queue announcements depending on the GRP of ACD/Group Hunting group.

See extra facility description for RECORDED VOICE ANNOUNCEMENT

See operational directions for RECORDED VOICE ANNOUNCEMENT

See command description for RECORDED VOICE ANNOUNCEMENT

See parameter description for RECORDED VOICE ANNOUNCEMENT

The feature is generalization of the market uniq ue functions DE-62, DE-99 and BE-19.

2.21 Service and Maintenance (SAM) Enhancements
The Regeneration function has been upgraded to comply with ASB 501 04 R11's changes, see Service Tool Box (SAM) documentation.

2.22 Tone Enhancements
2.22.1 Wait for international tone before continuing the digit sending
When an international code is dialled, the system waits for the international tone (600Hz). In case of a timeout received before the reception of international tone, the system discontinues the transmission of digits and clears the call with a noprogress message. This is a generalised feature.

No documents are affected.

The feature is generalization of the market uniq ue function SP-62.

2.22.2 Morse Cadences for dial tones
The internal and/or public dial tone is provided with either the standard cadences or the Morse cadences (Morse-A, Morse-D, Morse-S). The internal/public dial tone can be changed to Morse-codes through an application system parameter PARNUM=254.

The feature is generalization of the market uniq ue functions CZ-4+5/ HR-1+5/ YU-2/ SK-4/ TU-13.

2.22.3 Message waiting
A new special dial tone cadence for message waiting is implemented for the users of voice mail system indicating that a message is waiting. The characteristics for this tone is as follows: 400 Hz interrupted, 100 ms on, 100 ms off, repeated for 2.5 secs then continues until it times out.

See description for APPLICATION SYSTEM, NEW ZEALAND

The feature is generalization of the market uniq ue function NZ-7069.

2.22.4 Call holding tone
Also call holding tone is implemented to provide tone message instead of music on hold when the call is on hold. The characteristics for this tone is as follows: 400 Hz interrupted, 500 ms on, 500 ms off then 400Hz plus 450 Hz interrupted, 500 ms on, 2.5 sec off, all repeated.

The feature is generalization of the market uniq ue function NZ-7069.

See description for APPLICATION SYSTEM, NEW ZEALAND

2.22.5 DTMF Tone sender level change
The DTMF tone sender level is changed from -12dBr to -9dBr for analogue trunks using TLU75 (loop trunk) board. For the tone sender level to be increased, the attenuation level should be decreased. This is a generalised feature.

No documents are affected.

The feature is generalization of the market uniq ue function CHN-9034.

2.23 End user features
2.24 Operation and Management functions
2.24.1 Licence changes
DTMF-RECEIVER-MOB-EXT DTMF receiver for Mobile and fixed remote extensions. FAL 104 3610
EXTERNAL-LINE-H323 H323 trunk line FAL 104 2179
EXTERNAL-LINE-H323-SERV Enhanced services over the H.323 trunk interface. FAL 104 3611

2.24.2 FW download to ELU32 and DBC 22X telephones
The firmware in the ELU32 board can be updated/downloaded by I/O command. The firmware in the DBC 22X can also be downloaded to the terminal from a server.

2.25 Capacity enhancements
For details, see 4 Capacity .

2.26 Downloadable firmware
Downloadable firmware for ELU32 has been changed and is now the same for IP extension and for IP Networking. The new name is VOIPF.

2.27 Hardware
2.27.1 New telephone, the DBC 225
The main new feature for DBC 225 is a new graphical display. As a result of the new larger display a more powerful user interface has been devised, including enhancements such as: new top menu, absent programming, list presentation for number log and dial by name, terminal programming functions and new icons describing traffic cases. There are also now three new navigation keys for easier manouvering through the menus.

2.27.2 Modified boards and other hardware
See the HW list for a complete survey.

See r-state survey for HARDWARE STATUS ASB 501 04

2.28 Support systems
2.28.1 Service And Maintenance Tool box (SAM)
The service tool box contains e.g. MDDiskTool, WinFIOL, Regeneration and some more service tools.

The Regeneration function has been upgraded to comply with ASB 501 04 R11's changes, see Service Tool box (SAM) documentation.

For more information, see the Service tool box's documentation.

2.28.2 Active Library EXplorer
All documents are presented in ALEX, a web tool.

3 End User Interface
This clause sums up the changes from ASB 501 04 R8 to R11 regarding user procedures, feature codes, call progress tones, display messages, and signalling.

3.1 Extensions
*42# is used to activate the presentation restriction feature, per call basis.

3.2 Data extensions, terminal adapters, modems
-

3.3 Operators/Attendants
The PABX Operator can activate more than one camp-on to the busy extension.

4 Capacity
This clause lists the capacity changes and new limitations in ASB 501 04 R11 compared to R8. Some of the figures are approximate, and configuration dependent.

One welcome announcement will be provided per individual.
One continuous announcement will be provided per individual.
One vocal guidance announcement will be provided per traffic case.
The maximum number of members in a Common Bell group is increased from 30 to 150.
The maximum number of members in a Hunt group is increased from 75 to 160.
The maximum number of overflow attempts for an ANCD group is increased from 4 to 8.
The connected number in call logging is extended from 10 to 20 digits in order to take care of network cases for flexible formats.
The maximum number of MDN buttons that can exist on a digital telephone set is increased from 30 to 40.
The DTMF tone sender level is changed from -12dBr to -9dBr for analogue trunks using TLU75(loop trunk) board.
The ring signal for operator console OPI 3213 is increased from -27dB to -12dB. (for AS Nordic)
The PABX Operator can activate more than one camp-on to the busy extension.
The range of common operator queue length is modified from 99-255 to 1-255.
The attenuation for Call Waiting tone is increased from -2dB to -6dB. (for AS Spain)
The maximum number of initiated H.323 trunk lines is 250 per LIM.
The theoretical maximum number of ELU32 boards (IP) per LIM is 32 (configuration dependent). Each ELU32-ROF 137 5428/1 has 8 ports, giving a maximum of 256 ports per LIM.
The maximum number of Traffic Measurement objects including IP networking boards is 250.
See description for SOURCE SYSTEM RELEASE ASB 501 04 for more capacity data.

5 Deliverables
5.1 Hardware
See r-state survey for HARDWARE STATUS ASB 501 04

5.2 Software
SW according to the delivered program volume, per application system.

5.3 Documentation
See information for CUSTOMER LIBRARY FOR ASB 501 04 R11

For information about changes between R8-R11, see information for DOCUMENT NEWS IN ASB 501 04 R11.

6 Operation & Maintenance
This clause is a compilation of the O&M changes in ASB 501 04 R11 compared to R8 in alphabetical order. See command and parameter descriptions for complete and detailed information.

6.1 Abbreviated dialling, AD
6.1.1 Changed commands
ADCDP Abbreviated dialling common number data print. The command is used to print out the complete translated numbers of common abbreviated numbers, the number presentation restriction category and the number of times that each number has been used. New parameter NPRES, Translated number presentation restriction.

ADCOI Abbreviated dialling common number initiate. The command is used to initiate a common abbreviated number, its translated number with/without presentation restriction and the abbreviated number traffic classes that may use the abbreviated number in question. New parameter NPRES, Translated number presentation restriction. If the parameter is omitted, a default value will be used.

6.1.2 New parameters
NPRES Translated number presentation.

6.2 Analogue Extension, EX
6.2.1 Changed commands
EXCAC Extension Category Change. The command is used in order to change the categories of one or more extensions. The parameter SERV is modified. Also the parameter ADC is modified. New parameter MCOST has been added.

EXCAP Extension Category Print. The command is used in order to print out category information for the given extensions. The parameter SERV is modified. Also the parameter ADC is modified.

EXCCP Extension Common Category Code Print. The parameter SERV is modified.

EXTEI Extension Initiate. The command is used in order to initiate one or more primary or secondary extensions. The parameter SERV is modified. Also the parameter ADC is modified. New parameter MCOST has been added.

EXCCS Extension Category Code Set. The command is used to form a common category code or to alter the values of an existing common category code. The parameter SERV is modified.

EXDDP Extension Directory Data Print. New parameter MCOST, Maximum charging cost.

6.2.2 Changed parameters
ADC Additional Category. New value 2 is introduced for digit D 3 . Parameter is expanded with digit D 10 .

SERV Length is expanded to 10 digits. Collect Call Category service added.

6.2.3 New parameters
MCOST Maximum charging cost.

6.3 Authorization code for extension, AU
6.3.1 Changed parameters
AUTH The parameter represents an authorization code, which consists of one to seven digits AUTH=D 1 D 2 D 3 D 4 D 5 D 6 D 7 . The range for AUTH has changed from 1-9999999 to 0-9999999.

6.4 Automatic Call Distribution, AC
6.4.1 Changed commands
ACGCC Automatic Call Distribution Group Category Change. The command is used to alter the category characteristics of an ACD group. The parameter SERV is modified.

ACGRI Automatic Call Distribution Group Initiate. The command is used to initiate ACD groups. The length of SERV is expanded to 5 digits and new value added for collect call category.

ACGCP Automatic Call Distribution Group Category Print. The command is used to print out the category for an ACD group. The parameter SERV is modified.

ACPAC Automatic Call Distribution Group Parameter Change. The command is used to change the ACD parameter value. The parameters ACDNUM and ACDVAL are modified.

6.4.2 Changed parameters
SERV Length is expanded to 5 digits. Collect Call Category service added.

ACDNUM New value 5 is added to indicate the ACD call overflow to the next free ACD agent.

New value 6 is added to validate the PIN Code.

New value 7 is added to indicate deflect calls from ACD queue.

ACDVAL 0 = ACD call will be continue to reach next free ACD agent on Timer Expiry i.e., Maximum ringing time on an ACD agent, for ACDNUM = 5.

1 = ACD call will not be distributed to the next free ACD agent on Timer Expiry i.e., Maximum ringing time on an ACD agent, for ACDNUM = 5.

0 = ACD PIN code validation is not required, for ACDNUM = 6.

1 = ACD PIN code validation is required, for ACDNUM = 6.

0 = Deflection is not permitted on queue time out, for ACDNUM = 7.

1 = Deflection is permitted on queue time out, for ACDNUM = 7.

6.5 Automatic Network Call Distribution, NC
6.5.1 Changed commands
NCGRC Network Call Distribution Group Change.The command is used to alter the category characteristics of an ANCD group. The parameter SERV is modified.

NCGRI Network Call Distribution Group Initiate The command is used to initiate an ANCD group. The parameter SERV is modified.

NCGRP Network Call Distribution Group Print The command is used to print out the category for an ANCD group. The parameter SERV is modified.

6.5.2 Changed parameters
SERV Length is expanded to 5 digits. Collect Call Category service added.

6.6 Application system parameters, AS
6.6.1 Changed command
ASPAC Application System Parameter Change. The command is used to alter the value of an application system parameter (AS parameter) which is changeable for the relevant market. New parameters PARNUM and PARVAL due to IP Networking and other features.

6.6.2 Changed parameter
PARNUM Parameter number

New values for the parameter

118 Loop Avoidance Check Selection.

151 Operator charged for extending calls to an external party.

158 Music on Hold channel selection for parked parties.

172 Collect Call Blocking Category.

235 New value for configuration of jitter buffer size for IP networking boards.

236 Codecs restriction in transit calls. Used in IP networking.

237 New value for changing the Diffserv for UDP packages. Used in IP networking.

238 New value for changing the Diffserv for TCP packages. Used in IP networking.

254 Change internal/public dial tone to Morse tone.

Modified values for the parameter

56 Suffix digit for activation of post dialling.

88 Choice of notification of message waiting.

100 Multi Party Tone Control.

102 Manual ringing/automatic ringing/automatic ringing with maintained A-party speech from operator consoles and operator work stations (OWS).

143 The usage of parameter 143 is used to provide queue announcement for the calls to an individual operator

150 The cost per charging pulse consists of fractions (in hundredths or in thousandths).

163 The parameter indicates the maximum queue length to common PABX operator related to the number of present operators before the overflow will be activated. If the total number of waiting operator calls in the exchange, is larger than the stated value in PARNUM=163 multiplied with the total number of present operators in the exchange, the call will be overflowed.

164 The parameter indicates the maximum queue length to common PABX operator. If the total number of waiting calls for any operator, which serves the actual call origin group, exceeds the stated value in PARNUM=164, the call will be overflowed.

165 Maximum ringing time on an ACD extension.

169 The usage of parameter 169 is used to initiate timer value before queue message for the calls to an individual operator.

195 Common PABX operator call queue size.

Deleted values for the parameter

129 Cost per charging pulse.

155 The usage of parameter 155 is removed, as VOCT parameter in RACEI is used to determine if an RVA message is to be provided to prompt the user of the mobile extension to enter the PIN code in case the R2 number is dialled.

168 The usage of parameter 168 is removed, as REPTIME parameter in RAGAI is used to initiate timer value between queue and repeated queue announcements.

229 The usage of parameter 229 is removed, as WELCOM parameter in RACEI is used to assign welcome announcement to a personal number.

PARVAL Parameter value

New values for the parameter see parameter descriptions for the respective PARNUM.

6.7 Call Information Logging, CL
6.7.1 Changed commands
CLFOC Call Logging Format Change. The command is used to change Call Logging Output format. A new field identifier called G2, to store the charged number is provided.

CLOHI Call Logging Output Header Initiate. The command affiliates an already defined output file to the CIL function. New parameter LOGFAL is introduced.

CLINP Call Logging Information Print. The command is used to print out CIL information. If parameter FILE is stated, the data/mobility event belonging to this output file will be printed out. When the parameter is omitted, all activated outputs files' call data/mobility eventes will be printed out. New parameter LOGFAL, Log failed calls (calls to busy party and to vacant numbers).

6.7.2 New parameters
LOGFAL Log Failed calls.

6.8 Call Tracing, CT
6.8.1 Changed command
CTCOP Call Tracing Connection Print. The command is used to trace a call and print out all connections involved.

6.9 Charging, CH
6.9.1 New commands
CHCME CHarging Cost Model End. By keying this command the cost per unit pulse value of the given charging tariff model is reset to zero.

CHCMI CHarging Cost Model Initiate. The command initiates a charging tariff model and associates it with the cost per unit pulse value.

CHCMP CHarging Cost Model End. Using this command a printout of the charging tariff models with its associated cost per unit pulse value is obtained.

6.9.2 New parameters
COST Cost per unit pulse. The parameter states the value of cost per unit pulse associated with a particular charging tariff model.

TARIFF Charging tariff model. The parameter states a charging tariff model.

6.10 Common Bell Group, CB
6.10.1 Changed commands
CBCAC Common Bell CAtegory Change.The command is used to alter category characteristics for a common bell group. The parameter SERV is modified.

CBDAP Common Bell DAta Print. The command is used to print out data for a common bell group. The parameter SERV is modified.

CBELI Common BELl Initiate.The command is used to initiate a common bell group. The parameter SERV is modified.

6.10.2 Changed parameters
SERV Service categories, Collect Call Category added.

6.11 Computer Supported Telecommunications Applications, CS
6.11.1 New commands
CSTMP CSTA Monitored Directory Numbers. This command is used to print the data about the CSTA Monitored Directory Numbers in the system.

6.11.2 New parameters
LGRP Link group identity.

6.12 Configuration, CN
6.12.1 Changed commands
CNBIP Configuration board R-state information print. The command is used to print the product number and R-state of one or more device boards in one or more LIMs. New parameter EXTDEV, External device configuration. The parameter can only assume the following values: YES, NO. If the parameter is omitted, external devices of the stated LIM will be printed.

6.12.2 New commands
CNTLE Configuration terminal software load end. The command is used to break downloading to terminals and prints a message and result on the terminal from which downloading was initiated.

CNTLI Configuration board level software confirm initiate. The command confirms the software configuration (in EXET state) that has been taken into operation with command CNBSI .

6.13 Cordless extension, CX
6.13.1 Changed commands
CXCFC Cordless extension common fixed part change. This command is used to change data for a Common Fixed Part (CFP) for cordless extensions. New parameter ACDM, Automatic Cable Delay Measurement.

CXCFI Cordless extension common fixed part initiate.The command is used to initiate a Common Fixed Part (CFP) for Cordless extensions. Before this command can be entered, system data must be initiated with command CXSYI . To make it easier to find the Common Fixed Parts' location in the system it is recommended to use FPI values equal to LIM and magazine. New parameter ACDM, Automatic Cable Delay Measurement. If the parameter is omitted, the default value is zero.

CXCFP Cordless extension common fixed part print. The command is used to print out data for Common fixed parts (CFP). New parameter ACDM, Automatic Cable Delay Measurement. For value consult parameter description for cordless extension.

6.13.2 New parameters
ACDM Automatic Cable Delay Measurement. The parameter states whether the cable delay measurement is automatic or manual. If ACDM=NO, Cable delay value should be entered manually. If ACDM=YES, Cable delay value will be calculated automatically by ELU31 board.

6.14 Generic Extension, GE
6.14.1 Changed commands
GESPC Generic extension common service profile change. The command is used to change a common service profile. The parameter SERV is modified. Also the parameter NPRES is modified.

GESPI Generic extension common service profile initiate. The command is used to initiate a common service profile (CSP). The parameter SERV is modified. Also the parameter NPRES is modified.

GESPP Generic Extension common Service Profile Print. The parameter SERV is modified. Also the parameter NPRES is modified.

GEDIC Generic extention directory number profile change. New parameter MCOST, Maximum charging cost. If the parameter is omitted, no change in cost is made to the extension.

GEDII Generic extension directory number initiate. New parameter MCOST, Maximum charging cost. If the parameter is omitted, no change in cost is made to the extension.

6.14.2 Changed parameters
NPRES Number Presentation. New value 2 is introduced for digit D 2 . Parameter is expanded with digit D 4 .

SERV Length is expanded to 13 digits. Collect Call Category service added.

6.14.3 New parameters
MCOST Maximum charging cost. If the parameter is omitted, no change in cost is made to the extension.

6.15 Group call pickup, GP
6.15.1 New commands
GPGRE Group call pickup group end. The command is used for erasure of call pickup groups. A call pickup group consists of a number of extensions (members) that are assigned a common group number (sequence number).

GPGRI Group call pickup group initiate. The command is used to initiate a call pickup group. A call pickup group consist of a number of extensions (members) assigned a common group number (sequence number).

6.16 Group Hunting, GH
6.16.1 Changed commands
GHCAC Group Hunting Category Change. The command is used to alter the category characteristics of an internal group hunting group. The parameter SERV is modified.

GHDAP Group Hunting DAta Print. The command is used to print out data for an internal group hunting group. The parameter SERV is modified.

GHGRI Group Hunting GRoup Initiate. The command is used to initiate an internal group hunting group. The parameter SERV is modified. Also the SEL parameter is added with D 6 byte.

6.16.2 New commands
GHGRE Group hunting group end. The command is used to erase internal group hunting groups. A group comprises members who have been assigned a common call number.

6.16.3 Changed parameter
SEL D 6 byte is added which controls the activation/deactivation of external follow me/diversion by group members.

SERV Length is expanded to 5 digits. Collect Call Category service added. SERV parameter second bit (D 2 ) is used to allow recall to operator or not in commands GHGRI and GHGAC.

6.17 I/O data, IO
6.17.1 Changed commands
IODDP Input Output Device Data Print. The command is used to print out all initiated nodes and I/O devices in the system and their status. Printout has a new header IOBUS.

6.17.2 New parameters
BTYPE Type of I/O bus. Default value: SCSI

6.17.3 Changed parameters
DESC The parameter states a detailed description of a user account. Quotation marks must be used. The value for DESC has been changed to maximum 29 characters instead of the old value of a maximum of 20 characters.

6.18 IP Extension, IP
6.18.1 Changed parameters
TIMNET The time for D 1 D 2 has been changed from 0-60 to 1-60. This is the time in seconds for network topology discovery routine.

6.19 IP Networking, RI
6.19.1 New commands
RIANC Route IP Additional Network information Change. The command is used to change the IP additional information of an H.323 route. Parameters ROU, GRP, IP, LROUID, RROUID and CODECS.

RIANI Route IP Additional Network information initiate. The command is used to initiate the IP additional information of an H.323 route. Parameters ROU, GRP, IP, LROUID, RROUID and CODECS.

RIANP Route IP Additional Network information Print. The command is used to print the IP additional information of an H.323 route. Parameter ROU.

RINIE Route IP Network Interface configuration End. The command is used to remove the IP network interface of an IP board (ELU32). Parameter BPOS.

RINII Route IP Network Interface configuration Initiate. The command is used to activate an IP board and to initiate its IP network interface. Parameters GRP, IP, MASK, ROUTER and BPOS.

RINIP Route IP Network Interface configuration Print. The command is used to print IP board data. Parameter BPOS or LIM.

6.19.2 New parameters
BPOS Board position

CODECS List of preferred codecs

GRP Group number

IP IP address

LIM LIM number

LROUID Local route identifier

MASK Subnet mask

ROU Route number

ROUTER Router IP address

RROUID Remote route identifier

6.20 ISDN Terminal, IT
6.20.1 Changed commands
ITCAC ISDN Terminal Category Change. The command is used in order to change the categories of one or more ISDN directory numbers. The parameter SERV is modified. Also the parameter ADC is modified.

ITDAP ISDN Terminal Data Print. The command is used in order to print out data. The parameter SERV is modified. Also the parameter ADC is modified.

ITUNI ISDN Terminal Number Initiate. The command is used in order to initiate one ISDN Terminal directory number. The parameter SERV is modified. Also the parameter ADC is modified.

6.20.2 Changed parameters
ADC Additional Category. New value 2 is introduced for digit D 2 . Parameter is expanded with digit D 9 .

SERV Length is expanded to 10 digits. Collect Call Category service added.

6.21 Key System telephones, KS
6.21.1 Changed commands
KSANI Key system additional number initiate. The command signifies an initiation and an assignment of an ADDITIONAL DIRECTORY NUMBER to an extension. The parameter SERV is modified.

KSCAC Key system category change. The command results in change of the category for the directory number stated. The parameter SERV is modified. Also the parameter ADC is modified.

KSCAP Key system category print. The command initiates a printout of the category for the stated directory number. The parameter SERV is modified. Also the parameter ADC is modified.

KSEXI Key system extension initiate. The command results in initiation and assignment of OWN DIRECTORY NUMBER for a new extension. The parameter SERV is modified. Also the parameter ADC is modified.

6.21.2 Changed parameters
ADC Additional Category. New value 2 is introduced for digit D 4 . Parameter is expanded with digit D12.

SERV Length is expanded to 10 digits. Collect Call Category service added.

FCN Key function. New parameter TFR, Transfer.

ITYPE The parameter states the type of digital key system telephone. The parameter is increased with DBC 225.

KEY Parameter for key placings. This parameter has been changed, new data for DBC 225 has been introduces and some other changes has been made.

STRNO Text string number. Parameter STRNO is now increased with two new message types. SKG, Traffic functions assigned to the soft-keys for DBC 223 and 225. TOP, Traffic functions assigned to the DBC 225 Top Menu.

6.22 Name Identity, NI
6.22.1 Changed commands
NIINE Name Identity Individual Name End. This command is used to remove the name associated to an extension, DNIS number, individual PABX operator or group (PBX, ACD, ANCD or common bell), personal number list and/or to remove its associated entry in the dial by name database. New parameter is LIST. This parameter shows the number of personal number list position. This parameter is also only accepted when the Individual repeated distribution feature is loaded.

NIINI Name Identity Individual Name Initiate. The command NIINI is used to associate a name to an individual, and to store it in the dial by name database if the Dial by name feature is loaded and it is specified with the NAMDB or NAME parameter. New parameter is LIST, Number of the Personal number list. This parameter is only accepted when the Individual repeated distribution feature is loaded.

NIINP Name Identity Individual Name Print. The command is used for printing the directory numbers, DNIS numbers, group numbers and individual PABX operators numbers with the corresponding associated name. The command is also used to print the dial by name database entries. For this purpose, the parameters NAME and TYPNUM is used. The same command is used to print the name associated to the Personal number list. For this purpose, the parameters DIR and LIST are used. New parameter is LIST, Number of Personal number list.

6.22.2 Changed parameters
NAME Changes to when this is accepted has been made. Now this parameter is accepted when either the Dial by name feature or Individual repeated distribution is loaded.

6.22.3 New parameters
LIST Number of the Personal number list. ALL is permitted for this parameter.

6.23 PABX Operator Traffic, OP
6.23.1 Changed commands
OPCAC Operator Category Change. The parameter OPC is modified.

OPADC Operator absent trunk traffic distribution change. The parameter NDIR is modified and two new parameters TIME and OFLNUM are added.

OPERI Operator Initiate. The command is used to initiate individual PABX operators. The parameter OPC is modified.

OPCTS Operator Call Type data Set. The parameters SDAY and SNIG are added.

OPCTP Operator Call Type Data Print. It now also prints the threshold time after which a queued call to the CORG gets deflected. The overflow position to which the deflection occurs is printed as well.

6.23.2 New parameters
TIME Queue time threshold.

OFLNUM Overflow number.

SDAY Day time rerouting number for DID calls, for command OPCTS .

SNIG Night time rerouting number for DID calls, for command OPCTS .

6.23.3 Changed parameters
OPC PABX operator category. Parameter OPC is expanded to 5 digits.

NDIR Night Service, parameter NDIR is modified with new value D.

6.24 Recorded Voice Announcement, RA
6.24.1 New commands
RACEI Recorded Voice Announcement Connection Initiate. The command is used to set the values of welcome and continuous announcement numbers for ATS, DTS or CXN directory numbers. The same command can also be used to inititate a vocal guidance announcement for a vocal guidance traffic case. The parameter CUST can be used to assign these announcements to a particular customer.

RACEC Recorded Voice Announcement Connection Change. The command is used to change and/or remove the values of various announcements numbers for ATS, DTS and CXN. The same command can be used to change a vocal guidance announcement assigned for a vocal guidance traffic case. This assignment can also be set optionally for a customer using the parameter CUST.

RACEE Recorded Voice Announcement Connection End. The command is used to remove all announcements assigned to ATS, DTS or CXN directory numbers. This command can also be used to remove announcements assigned to a vocal guidance traffic. This removal can also be made particular to a customer using the parameter CUST.

RACEP Recorded Voice Announcement Connection Print. The command is used to print all announcements assigned to ATS, DTS and CXN directory numbers. The same command can be used to print all the vocal guidance announcements assigned to different traffic cases and optionally for a customer using the parameter CUST.

6.24.2 Changed commands
RAGAI Recorded Voice Announcement Group Announcement Initiate. The command is used to set welcome, queue, repeated queue, continuous announcements and timer values for call origin group of an operator and for ACD/Group Hunting group (GRP). New parameters QTIME, REPTIME are used as timers for providing queue and repeated queue announcements to the calling party. QTIME is the time duration before providing the queue announcement and REPTIME is the time duration before providing repeated queue announcement to the calling party.

RAGAC Recorded Voice Announcement Group Announcement Change. The command is used to change welcome, queue, repeated queue, continuous, announcements and timer values for call origin group of an operator and for ACD/Group Hunting group (GRP). New parameters QTIME, REPTIME are used as timers for providing queue and repeated queue announcements to the calling party. QTIME is the time duration before providing the queue announcement and REPTIME is the time duration before providing repeated queue announcement to the calling party.

RAGAP Recorded Voice Announcement Group Announcement Print. The command is used to print all announcements assigned to ACD. New parameters QTIME and RTIME are used for queue announcement time and repeat queue announcement time.

6.24.3 New parameters
CONT Continuous announcement number.

CUST Customer group number.

VOCGU Vocal guidance announcement number.

VOCT Vocal guidance traffic number.

QTIME Queue announcement timer, 2-180 sec.

REPTIME Repeated Queue announcement timer, 30-300 sec.

6.25 Route data, RO
6.25.1 Changed commands
ROCAC Route Category data Change. The command is used to change route category data. The parameter SERV and SEL has been modified. The parameter SIG have been expanded due to H.323.

ROCAI Route Category data Initiate. The command is used to initiate route category data. The parameters SERV and SEL has been modified. The parameter SIG have been expanded due to H.323.

RODAI Route Data Initiate. The command is used to initiate route data. The parameter TYPE has been expanded due to TL65/H.323. New values for VARI, VARO and VARC have been provided for TL65/H.323.

ROVNI Route Vacant Number Initiate. New parameters SDAY and SNIG has been added. Two new parameters have been added: IP and RROUID.

RODDI Route external Destination Data Initiate. The parameter ADC has been modified.

RODDP Route Destination Data Print. The command is used to print route destination data. A new parameter IPOPT has been added for printing data about H.323 routes.

6.25.2 New parameter
IP IP address

IPOPT IP data option

RROUID Remote route identifier

SDAY Day Number, for command ROVNI .

SNIG Night Number, for command ROVNI .

6.25.3 Changed parameters
ADC A new value D 24 is used in ADC parameter to indicate the type of protocol to be used for Call Offer for a particular destination. The same value is also used for invoking Path Retention from an operator.

SEL A new value of route selection category SEL D 5 = 2 is introduced. Alternative Routing is permitted only when the route is out of service, line fault or blocked and not when it is busy.

SERV D 4 bit of SERV parameter is modified to support values from 0 up to 7 indicating different charging tariff models.

SIG Route signalling characteristics, modified due to H.323.

TYPE Type of external line signalling diagram, modified for TL65/H.323.

6.26 SL60
6.26.1 Changed parameter
VARI A new value for D 8 has been added for VARI parameter. The old range 0-3 has been modified to 0-7.

VARO When D 7 is assigned the values 4, 5, 6 and 7 the charging request is sent in National IE + Facility IE at the call setup for Spanish market.

Value of VARO parameter D 4 has been changed from 0-5 to 0-F.

6.27 System Data, SY
6.27.1 Changed commands
SYECP System Extension Configuration Print. The command is used to print data on the number of extensions in an exchange. The command is almost redundant since the licence server was introduced. SYECP could print per LIM, which LI cannot.

SYEDP System Equipment Data Print The command is used to print equipment data.

SYEVP System Extension Vacancies Print. The command is used to print data on the vacant, unused equipment positions.

6.28 System User Information, SU
6.28.1 Changed command
SUSIP System User Status Information Print. The command is used to print status information.

6.29 TL12
The TL12 Direct-In-Dialling trunk block has been modified.

6.29.1 Changed parameter
VARI Signal diagram variations for incoming traffic. Modified (VARI D 7 ) to support A-Number transfer

6.30 TL17
The TL17 Direct-In-Dialling trunk block has been modified.

6.30.1 Changed parameter
VARI Signal diagram variations for incoming traffic. Modified (VARI D 3 ) to support A-Number transfer

6.31 TL30
The TL30 manual or Direct-In-Dialling both way CAS trunk block has been modified.

6.31.1 Changed parameter
VARC Signal diagram variations for outgoing traffic. Modified D 5 and D 8 to support various country specific MFC and R2 Line signalling

VARI Signal diagram variations for outgoing traffic. Modified D 5 to support Indonesian and Hungarian A-Number requirements

6.32 TL51
6.32.1 Changed parameter
VARI Parameter D 6 value has been changed from 0-7 to 0-F.

6.33 TL60
6.33.1 Changed parameter
VARC D 8 value of the VARC parameter is modified for the Czech market. This is required for changing the free signalling bits for Czech market.

D 4 value range is increased from 0-5 to 0-C.

D 3 bit of VARC is modified for supporting the inband-tones programmable for ISDN trunks.

6.34 TL65
The trunk line block TL65 supports H.323.

6.34.1 New parameters
DIST Disturbance levels.

VARC Signal diagram variations common for incoming and outgoing traffic.

VARI Signal diagram variations for incoming traffic.

VARO Signal diagram variations for outgoing traffic.

6.35 Traffic Recording, TR
6.35.1 Changed command
TRIPI Traffic Recording IP board Initiate. The command is used to initiate traffic measurement for IP boards.

6.35.2 New parameters
TYPE Type of IP object for measurement: ELU32 for IP extension or ELU32 for IP networking.

6.36 Fault codes in ACS
6.36.1 New codes
None.

6.36.2 Changed codes
None.

6.36.3 Removed codes
None.

6.37 Fault codes in SES
6.37.1 New codes
None.

6.37.2 Changed codes
None.

6.37.3 Removed codes
None.

6.38 Fault codes in DCS
6.38.1 New, changed or removed codes
None.

http://www.damovo.com

jazaya · Dec 7, 2003

Thanks WHO..........t
This is the most completed answer any one has sent to this forum.
Regards

Experience it, there is no substitute.
RemoveThisJazayeri@kiasagroup.com

whosrdaddy · Dec 8, 2003

no problemo man

)

http://www.damovo.com

SYAR2003 · Dec 8, 2003

Yeah Jazaya! it's cut & paste from alex documentation,
or did you think daddy sat up whole night and wrote that.

No offence daddy .
. [noevil]

jazaya · Dec 8, 2003

To SYAR:
It was to compliment Whors...and just a sign of appreciation for his dedication to share information.I presume,many others including yourself might have access to Alex,but no one shared it as whors did.
One of the first lessons to learn is appreciation.
No offence mate .
.

Experience it, there is no substitute.
RemoveThisJazayeri@kiasagroup.com

whosrdaddy · Dec 8, 2003

lol syar,

actually, I had to copy & past the damn thing into two posts

)

just sharing some info to others [cheers]

cheers guys!

http://www.damovo.com

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New functions in BC12 1

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