94.4 Parameter Description

Only some characteristic command parameters are shown in the penultimate column, so the commands thus given are not directly applicable. Abbreviations for parameter input types: num: number, pm: symbolic value (parm), sg: string.

The links shown underlined with (blue) capitals can be accessed via Ctrl-Alt-mouseclick. The last column shows the German name of the symbolic value.

Parameters, which are relicts of previous versions and have not yet been removed but are not used any more, are shown without bold type and with smaller characters.


CM	The features to be activated or deactivated
	Type of input:	single value or linked single value, required			German
	Possible Values:	ATTR	Attendant-invoked call transfer before the answer of a DSS1-subscriber (Beginning with EV3.0, ATTR was replaced by TRBA in AMO COT) The subsciber can pass on the call before having response. See use case DSS1 User-to-User Service	COSSU: [D/A]VCE=SUTVA; COT:PAR=TRBA;	VFVE
		AUTOV	Automatic override (China-feature, see CM=OVR)	COSSU: DVCE/AVCE/VCE=AUTOV;	AUTOV
		CALOGOPT	:Call log for Optiset E This feature called journal is available since E V3.0. The last incoming and outgoing calls are logged for optiset E terminals with display. The user can query the stored information and use the entries to establish outgoing connections. In the part of the call log reserved for outgoing calls the last six called users are entered. In the part reserved for incoming calls the last twelve calling users are stored. The entries are sorted starting from the newest and ending with the oldest entry. See use case Call log for optiset E	SBCSU: CALLOG=ALL/TRIES; BERUM: TYPE=STN/COSX, COSACT=1/2;	ANRLSOPT
		CBK	Call back / consultation (busy, free, voice mail) Callback is for voice calls only. When a station is found to be busy, it is possible to enter a callback request, after which the connection is cleared down. As soon as the desired station is free, the callback is initiated to the requesting station (station A). When the callback is answered, the desired station (station B) is automatically called. Each user can decide whether to allow callback-on-busy or 'callback-on-no-answer for his or her call number, as required. This is intended to satisfy data protection requirements and particularly requirements of the civil services (public services) in Germany.		RR
		CDRACC	Call detail recording account code
		CDRE	Call Data Recording enhancements (extended charge detail recording) With Hicom 300 E V3.0, the CDR (Call Detail Record) has been enhanced for more detailed call record output. See use case Call Data Recording Enhancements (CDRe)		CDRE
		CDRIC	Call detail recording for incoming network and trunk calls See use case Call Data Recording - Standard Settings		GEBK
		CDRINH	Call detail recording for in-house calls The cost parameters for on-node connections are assigned to the connection groups (ITR groups: internal traffic restriction groups). The AMO VBZGR assigns the ZONE cost parameter (INT01 to INT09, EMPTY) to the ITR groups, and the cost parameters of the ITR group of the user who is paying the bill are used for call data recording. The ZONE must be created beforehand with the AMO TTBL. See also CDRIC		GEBINT
		CDROGNW	Call detail recording for outgoing network calls Cross traffic, see also CDROGTR		GEBGNW
		CDROGTR	Call detail recording for outgoing trunk calls Call data recording for outgoing calls (trunk and tie-line calls) is always set by means of Least Cost Routing (LCR) parameters. As far as call data recording is concerned, no distinction is made between the VOICE/FAX and DATA services. LCR can be configured separately for specific services, so a different cost parameter can be assigned to each service. See use case INFO 2000 Outcalls		GEBGAMT
		CLIP	Calling Line Identification Presentation Clip for analog subscribers		CLIP
		COSXATND	COS changeover from attendant Changeover of the standard class-of-service of subscriber groups to an alternative class-of-service can be carried out by any operator (from the night AC). A patch allows a class-of-service changeover which has been carried out by a user to be barred from being changed again from the AC. (For details see CM=DCOSX)	BERUM: TYPE=STN/COSX;	BERUMV
		COSXCD	COS changeover with code (For details see CM=DCOSX)	BERUM: TYPE=STN/COSX;	BERUMC
		COSXDP	COS changeover from computer (data processing equipment) (For details see CM=DCOSX)	BERUM: TYPE=STN/COSX;	BERUMD
		COSXKEY	COS changeover with key (For details see CM=DCOSX)l	BERUM: TYPE=STN/COSX;	BERUMS
		COSXT	COS changeover time controlled (For details see CM=DCOSX)	BERUZ: {COS1/COS2=off/on};	BERUMZ
		CPS	Charge pulse sending and metering The SLMAR¹ card provides 8 analog subscriber lines supporting the basic analog line features as well as the three major features (Extended Loop, Pulse Metering and Line testing) required for the rural marketplace. See use case Charge Pulse Metering & Sending to Analog Stations	BCSU: MTYPE=PER, PARTNO= Q2480-X000; GEFE: TYPPARAM=CAR, CARRIER=num, TYPE=MIX, CHRGPLS=N; LIST: DATNAM= ":PDS:APSP/LTG/LG80/PZESLAR0", FORMAT=B; PTIME: SLMA1; SCSU: STNO=34, DVCFIG=ANATECM, DIAL=VAR, PULSTYPE=KHZ16, PULSLEV=VEFF3; TTBL:TBL=GRP,GROUPNO=0, CARRIER=1, CATPTY=PUPHON, SERVICE=ALL, TARTBLNO=1; ZAND: CCUC=num, CDDISPEX= AMOUNT/UNIT, CDDISPAT=1/2, CDRRINGB=yes/no;	GIS
		CRITM	Critical time metering		GEFM
		DCBB	System level Disable of Automatic Callback-on-Busy (See DCBNOA below) The Callback feature (see CBK above) can be activated at system level (Base initialization: deactivated), for cases of free and busy state and for Voice Mail. This can be restricted by the parameter values DCBB/DCBNOA from V3.3 on. If not locked at system level, it can be deactivated at subscriber-level by AMOs SCSU and SBCSU for the busy/free states. This lock is then valid for the station called giving it the capability to protect itself from callback assignments.		RRB
		DCBNOA	To avoid malfunctions, parameter MB (Mailbox - authorization to read mail) in AMO-COSSU must not be set in case of parameter DCBNOA (Disable of Automatic-Callback-on-No-Answer for entire system) is set in AMO-FEASU		RRF
		DCOSX	Deactivation COS changeover from station Each subscriber has two classes-of-service: a standard and an alternative class-of-service. The classes-of-service are assigned by means of the administration and maintenance operation. Changeover between the two classes-of-service can be effected from the telephone set or from a centralised location. If a telephone set is programmed for centralised class-of-service changeover (i.e. member of a COSX group) and COSX is not activated by locking the telephone (Key-COSX), it is always switched over, even if class-of-service changeover from the telephone set is additionally possible. See use case Class of Service Switchover	BERUM: TYPE=STN/COSX; PERSI: COSXCD=string; SCSU: COSX=num; ZAND: COSIND=yes/no;	BERUMA
		DCPA	Directed call park By means of a special procedure the subscriber can switch a call to a parking condition. The connection is thus held, and the station is free again. The connection can be picked up from the parked state from this station or from another station. Internally it is possible for one user to be put in the parked condition as a partner. It is not possible to park an internal call with an attendant console. An external call can be put in the parked condition irrespective of the type of far-end partner (subscriber, attendant console, special equipment).	AUN: REMSIGPK=yes/no; CTIME: PARK=num, RECPARK=num, TAPRO: TDxx=PA; (xx=01 .. 42) WABE: DAR=CALLPARK/PARKKY; XAPPL: ADDEVT/DELEVT=PARKTO; ZAND: ATNDAL=yes/no, ATNDHOLD=yes/no;	DCPA
		DDTES	Direct data terminal equipment switching		DRD
		DIRCPCKP	Directed call pickup With this feature any subscriber can pick-up any ringing, camped-on or manually held call network wide. With directed call pickup the feature code (AMO WABE:DAR=PUDIR) or the menu option provided on the Optisets dialed and then the number of the dialed terminal is entered. This feature is available both locally and network wide. It is not bound to the usually configured pickup groups and can therefore by used by terminals which are not members of a pickup group.		DIRAUN
		DISCHINH	Display charges for in-house calls		GESPINT
		DISCHNW	Display changes for network calls		GESPNW
		DISCHTR	Display charges for trunk calls See use case Immediate Output of CDR Data		GESPAMT
		DND	Do not disturb The do-not-disturb feature allows certain stations to be guarded temporarily from incoming calls. Outgoing calls from this station are still possible. Activation from the station itself: — Guards against all calls to this station Activation from the attendant console: — Guards a station group against all calls — Guards a station group against all calls from stations in this group (station-to-station restriction). See use case Preventing Connections	ACTDA: FEATCD=DND; WABE: DAR= DNDKY/DDND/ADND	ANRS
		DSS	Direct station selection (voice) Users with a Hicom set 260/400/500/700 or Optiset E voice terminal have up to 35 direct station selection keys at their disposal as an alternative to repertory keys. The Hicom 300 E system can be administered in a way that the maximum possible 35 direct station selection keys can be either flexibly entered from the terminal, or (for the sake of data protection) confidentiality administered by AMOs. Optiset E telephone users can program these destinations via the menu functions of their telephones. An internal destination can be stored for every direct station selection (DSS) key: Digite, Anate, P-key on an attendant console as destination. See use case Direct Station Selection	SXSU: STNO=num; TAPRO: STD=num, KYxx=DSS; (xx=01 .. 42) ZIEL: TYPE=DSS;	DRS
		ECFW	Enhanced call forwarding Suscriber A calls subscriber B and subscriber B has call forwarding to subscriber C. Whenever subscriber C is busy or doesn't respond, the call will be turned back to subscriber B, if subscriber-B has activated this extended call forwarding forwarding feature together with a call-forwarding-for-ring-no-answer or a call-forwarding-to-fix-destination-if-busy.	COSSU: [A/D]VCE=FWEXT;	EAUL
		EMOVR	Network-wide emergency connection override The Emergency Override/Disconnect feature enables the caller to intrude on or disconnect busy digital (S0/S2 B-channels) or analog lines (with/without DIUC, not TMOM circuits) within a private network configuration. In addition, the feature is also available for analog or digital tie-trunks or CO (exchange) trunks within a private network (for breakout to other networks). The Emergency override feature can be activated by authorized users by means of suffix dialing as soon as the busy or All Trunks Busy state occurs. See use case Emergency Override/Disconnect		NOTAUF
		EMRLS	Netwok-wide emergency connection release The Emergency Override/Disconnect feature enables the caller to intrude on or disconnect busy digital (S0/S2 B-channels) or analog lines (with/without DIUC, not TMOM circuits) within a private network configuration. In addition, the feature is also available for analog or digital tie-trunks or CO (exchange) trunks within a private network (for breakout to other networks). The Disconnect feature can be activated by authorized users by means of prefix dialing as a precautionary measure prior to entering the destination number or alternatively by means of suffix dialing as soon as the busy or ATB state arises. See use case Emergency Override/Disconnect		NOTTR
		FRKN	Free to knock/camp on, terminating Station users who are authorised for this feature and who call a busy station can use the camp-on facility to indicate that an external or internal call is waiting. The feature concerns personal calls and hunt groups. Hunting group calls give rise to a visual call waiting indication at this station (Digite) if all the hunting group stations are busy. Personal calls camp on independently of the hunting group. All Digite users have access to this feature. The calls switched to night service automatically camp on irrespective of whether the night station has activated Camp-on Enabled or not.		FRAD
		HOTRCL	Hotline/Off-hook recall The hotline feature automatically sets up voice, teletex, videotex and data terminal equipment connections immediately after initial seizure. The destinations must be assigned to the internal traffic restriction group of the station. The off-hook recall feature automatically sets up a connection to a preset destination assigned to the internal traffic restriction group of this station, if either no digits are dialled, or only an incomplete digit sequence is dialled within a preset time after initial seizure. The feature is provided for voice service only. The parameter GROUP in the AMO VBZGR defines the internal traffic restriction group. See use case Hotline/Off-Hook Recall	VBZGR: GROUP=num, {TYPE=HOTDEST, HOTVCE=key-num \|TYPE=OFRCDEST, OFFRCL=key-num};	HOTROE
		HTDTE	:Hunt group, service: data terminal equipment		SAD
		HTFAX	Hunt group, service: fax		SAF
		HTNW	Hunt groups, network wide In E V1.0 and higher, all internal, network-wide and external destinations of a hunting group subscriber will be considered as call forwarding destinations if the forwarding-in-hunting-group parameter FWD of AMO SA is enabled. In order to do this, the forwarding feature must first be enabled at system level by AMO FEASU. See use case Hunting Groups		SANW
		HTVCE	Hunt groups, voice Stations (voice and non-voice terminals) can be combined to form a hunting group. Hunting groups are accessed via a special hunting group number, namely by a code or by the call number of the leading user in the hunting group. Hunting groups can equally be accessed by internal users, attendants, external parties through DID, in inter-PBX traffic. Each station in the hunting group can also be accessed directly under its own call number (with the exception of the first user if his call number is the hunting group number). (See HTNW above)	SA:TYPE=VCE; SA:TYPE=STN, SVC=VCE	SAS
		ICPTDID	Intercept of Direct Inward Dialing calls Depending on communication type and the status of the dialed destination, unsuccessful DID calls are diverted to a specific permanently connected destination. Alternatively, music or an announcement can be applied to the waiting user. If call forwarding on DID calls is not activated, the external user receives audible tones. Station terminals which are to be obtainable by direct inward dialing are given DID authorisation. See use case Attendant Intercept	COT: PAR=IDND/IONS; ZAND: CP=ANNICPT;	ABDUWA
		INCPRIO	Increase priority level after timeout From version V3.0, the priority assignment to calls in call queues of an attendant console group is improved. — Incoming calls are linked and administrated in the call queue using the latest priority criteria. — After a configurable timeout, the priority level of calls waiting in the call queue is increased. — After a configurable timeout, calls waiting in the call queue for a longer period of time are forwarded to a different AC group (overflow). See use case Function-Enhancements for the Attendant Queues	BUEND: PRIONO=num, COT: PAR=PRI; CTIME: CQOFL/CQPRIO=num; VFGR: TYPE=PRIOCALL/PRIOLEV; VFGR: FORMAT=PRIO;	ERHPRIO
		ISTR	Internal self-dial traffic restriction When this feature is activated, the station users of a particular subscriber group can reach other subscribers in their group only with the assistance of the operator, i.e. the subscribers of the group are protected from calls by users in the same group.	ACTD:FEATCD=DNDGR;	ESI
		LCRET	LCR (Least Cost Routing) expensive route tone Hicom's LCR mechanism is used for setting up connections via ISDN, in order to realise the least expensive data connection. The corresponding LCR classmarks assigned to the WAML² and transferred to call processing during call setup. Time Based Routing is included. Within Hicom 300 E systems, the Expensive Route Tone feature is available for networked Hicom systems with LCR. This feature can be set up individually per station. The expensive route tone warns users if a normally cheap route cannot be switched, e.g. due to congestion in busy hours, and the call has to be switched via a more expensive route element instead. The Least Cost Routing feature has a set of Schedules that are used when configuring route elements with AMO LDAT. Using the AMO LSCHD up to 8 schedules, identified by the letters A to H, can be defined. These will typically cover the week in bands corresponding to call charging rates. See use case LCR Least Cost Routing	COSSU: LCROPTS=LCRET/NONE; CTIME: LCRET=num; LDAT: LSCHED=A/.../H/ AE/.../HE/ NONE; LSCHD: ITR=num, DAY= SU/MO/TU/WE/TH/FR/SA, HOUR=num, {SCHED=A/.../H, MINUTE=num};	LCRET
		LDME	Load measurement Traffic metering comprises the measurement of the traffic carried and the registration of the statistics for call processing: — Traffic volume Y (in Erlh) and number of seizures per quarter of an hour for specific call-processing devices (circuits, terminals, attendant consoles, etc.); — Availability time of specific attendant consoles during the measurement period; — Availability for call processing of the devices monitored throughout the measurement period; — Control processor workload.	BELIN: LST=num;	BELM
		LEDSIGN	Analog connections LED signalling (Switzerland feature: Comtel3 is an analog phone device with fast dial-pulsing and a 16-key number block with LEDs.) Siehe AWF Comtel3	SCSU: DHPAR=LEDSIGN;	LEDSIGN
		MLPP	Multi level precedence and preemption		MLPP
		MOBHFA	Mobile HFA		MOBHFA
		NCT	Network call transfer		NCT
		NIGHT	Night switching Night stations (night options/night variants) can be changed at an active attendant console or via AMO. Also night stations can be changed at standard terminals (e.g. ANATE with DTMF or DIGITE) as well as from an attendant console. The authorization will be assigned as a classmark in a COS for a specific group. It will be possible for authorized users (regardless of whether the stations are defined as night stations or not) and authorized attendants in any attendant console group to change specific night stations. See use case Remote Night Station Changeover	COSSU: TYPE=COS, COS=num, AVCE=NOPTCD; WABE: CD=num, DAR=NAVAR;	NACHTZU
		NOCHRG	No charge Free of charge (valid for MFC-R2³ coming, Switzerland feature)		GEBFREI
		ONHKTRNS	On-hook transfer An authorized user (functional terminal units⁴ excepted), who has dialed the complete extension number of an external user (via S0/S2), can perform a consultation hold before receiving acknowledgement for that first connection. This authorized user can then set up a consultation call to a user in the network (via S0/S2) or to an internal user, in order to subsequently connect the two calls with each other, as soon as one of the called parties has already answered.		UML
		OVR	Override Station users with busy override authorisation calling a busy station can break into the call in progress: -- override on stations -- override for a personal call at an attendant console (P key) --- busy override with continuous check for free line: If the desired party has released his line, the call is automatically switched through, provided the calling party has not gone on-hook in the meantime. Once the override has been terminated, the station user who initiated busy override can initiate other services (e.g. callback). Users can only intrude on hunting group calls if all stations in the hunting group are busy, and the hunting group call queue is full (if configured). Users cannot choose which of the hunting group members to intrude on; the first connection in the hunting group in one of the above states is overridden. Users can intrude on connections if a waiting call is being signaled (camp-on, knocking). Variant b) must be configured in the A&M system in order to do this. The camp-on or knocking signal is then terminated. Users cannot intrude on or override a connection which is already being intruded on.	COSSU: [A/E]VCE= ANBTR/AUTOV/RKOABS/REOVR; COS: PAR=OVR; COT: PAR= KNOR/OVRE/IONS; LWPAR: TYPE= NWLOOP/NWWTK/NWZS, SDAT: TYPE=ATTRIBUT, AATTR/ DATTR=KNOVR;	AUFS
		PININT	PIN, internal (See PINNW below) From version EV3.0, internal PIN allows to enter the PIN in consultation state. A short PIN is only valid for the consultation call and is automatically deleted at end of call. A long PIN entered in consultation state is valid for the consultation call and the following calls, as long as the PIN is activated. Only one of the two features PININT and PINNW may be activated at once. See use case Personal Identification Number	ZAND: PIN=num;	PININT
		PINNW	PIN, networkwide (See PININT above) Users in local Hicom networks (i.e. confined to one company building/location) are able to use the Network wide PIN feature (AMO FEASU) similarly to the previous system-wide PIN function, for manual PINs and chip cards. Only one of the two features PININT and PINNW may be activated at once.	ZAND: PIN=num;	PINNW
		POSTBUSY	Synchronous announcement for analog Trunks (Post Busy) From version E V1.0 you can operate a new announcement, if a digital trunk with external traffic performs automatic camp-on on a Digite, Anate or functional station. For this, configure and assign an announcement type for the new announcement reason Announcement with Automatic Camp-on. From version E V2.0 you can operate a synchronized announcement for analog trunks with automatic camp-on on a Digite or Anate. The announcement is also activated for a transfer during camp on. (See also POSTFREE below)	COT: PAR=IFR/PDOB; COSSU: AVCE=MULTRA; SYNCA: ANREASON= ANNBUSY, TABTYPE=ANNMITR;	POSTBUSY
		POSTFREE	Synchronous announcement for analog Trunks (Post Free) (See also POSTBUSY above)	COT: PAR=IBSY/PDOT; CTIME: TYPESWU=CP, ANNDIAL=num, DANNDIAL=num; SYNCA: ANREASON= ANNOHK/SDOHK, TABTYPE=ANNMITR;	POSTFREE
		PU	Call pickup A station user in a call pickup group can answer a call to an other station in his group from his own telephone set. The pickup groups are defined by means of administration and maintenance operation. Station users in call pickup groups may also use their Direct Station Select keys (DSS keys) for call pickup within the same group. See use case Call pick up group	AUN: DISTNO=yes;	AUN
		RCCB	Remote call completion busy		RCCB
		RELCON	Release control (China-Feature) With the help AMO CTIME is the time interval configured during which a connection is not released after a user has gone on-hook. During this time the remaining user can dial a suffix code (RERING) in order to keep the connection.		RELCOM
		RELOCATE	Autoset-Relocate The Autoset Relocate feature allows users to move their telephones to different locations within the same PABX (i.e. same node in network systems), as required. Users can sign off their telephones by dialing an appropriate code followed by their PIN number (only at their own telephone), and can, similarly, sign on at any suitable free location (PEN) in the system. The users class of service, group memberships and activated telephone features remain unchanged. See use case AUTOSET-RELOCATE Applications	BCSU: TYPE=SIGNOFF/RELEASE; \| BCSU: TYPE=PEN; PERSI: TYPE=STN/SI; SBCSU: OPT=OPTI, CONN=DIR, DVCFIG=OPTISET, INS=SIGNOFF; SCSU: DVCFIG=ANATE, DIAL=VAR, INS=SIGNOFF; SDSU: [STATUS=SIGNOFF], TYPE=STNO/PEN, LEVEL=PER3; WABE: DAR=SIGNOFF;	RELOCATE
		RERING	Re-ring: Partner recall (China-feature) See RELCON above.		RERING
		RKNOVR	Rejection of knocking override Station users who are authorised for this feature and who call a busy station can use the camp-on facility to indicate that a call is waiting. Station users, whose digital voice terminal has the Call Waiting - Rerminating feature key, can activate the automatic call waiting feature for their station line for all external and internal calls in the busy state. The activation of this feature is necessary if the calls that can result in a conversation call are to automatically camp on. See use case Preventing Connections	COSSU: AVCE=RKOABS;	ANKS
		RNG	Variable ringing types at different call types, e.g. for internal, external calls, see settings in AMO ZAND, TYPE=RNGTYPE. If this parameter is not set then the ringing type of internal calls is used for all kinds of calls.		RUF
		RSVCO	Reservation of Central Office trunks The attendant can block a certain definable number of external lines for outgoing seizure by internal users. this operation does not seize the trunks. The trunks can then be accessed only by the attendant, external users and certain internal users. Both the set of external lines (tie trunks, cross trunks) and the set of users authorized fro accessing them can be controlled with the aid of administration and maintenance.		RES
		SER	Serial calling An external call is signaled at the attendant console as an automatic recall after the internal user, to whom the call was extended, goes on-hook, provided the attendant pressed the serial call key before connecting the first user. Serial calls are possible for incoming calls, outgoing calls, trunk calls and tie trunk calls. A system or even an attendant terminal may handle more than one serial call at any one time.		KET
		SMARTCRD	Smartcard application.		SMARTCRD
		SNR	Saved number redial Any external or internal call number dialled with the pushbutton set, by speed dialing or with repertory or DSS keys can be stored for subsequent redialing as long as the connection is still alive. For telefax devices, only the call number is stored and repeated, not the telefax code. Maximum number of digits per number redial destination: — external destinations: 22 digits including trunk group access code — internal destinations: 6 digits. All dialing information entered on the pushbutton set, including * and #, can be stored. Every station can store the dialing information for one connection only. See use case Redial Saved Number		WW
		SPDC	Speed calling, central SPDC is conceived for up to 1000 destinations that can be distributed as desired among a maximum of 16 SPD lists by way of Each terminal port can be allocated up to two lists with the AMO SCSU or SBCSU. These are list 0 and one of the lists 1 to 15. See use case Speed dialing	LRNGZ: LST=num, SPDMIN=num, SPDMAX=num;	RNGZ
		SPDI	Speed calling, individual (see SPDC above) This feature permits individual storing of a maximum of 10 arbitrary digit sequences each comprising up to 22 digits, at any ANATE, DIGITE, but not at the attendant terminal. Destinations are stored in a memory which is set up with the AMOs SCSU/SBCSU, by declaring parameter SPDI=Y when the port is assigned.	SBCSU/ SSCSU: SPDI=yes; ZIEL: TYPE=SPDI;	RNGI
		SPLIT	:Split / alternating calls (toggling) A station user can switch back and forth between two connections (internal or external) as often as desired; during this procedure one party is always on hold.		MAK
		SYNCANN	Synchronously started recorded announcements Synchronized announcements are used for providing callers with a specific sequence of information prompts in order to achieve specific reactions. The prompts/announcements are achieved by connecting external announcement units to TMOM2 boards. Each prompt or announcement is heard from the beginning. Up to 50 callers can listen to an announcement at any one time. If more than 50 callers are to be able to listen to the same announcement or, if the time callers spend waiting for an announcement to begin is to be minimized, then the appropriate number of additional announcement units of the required announcement type must be configured. See use case Help for Setting Synchronized Announcements	COP:PAR=AANT; COT:PAR=ANOD; SYNCA: TABTYPE=ANNTT, ANNAME=sg, ANNTYPE=num, ANSTATE=on/off; ZAND: ANSES/ISYNCCCM/ISYNCHG/ISYNCAC/SYNCACCM=yes/no;	SYNCANN
		TIMEDREM	Timed reminder Through entering of reminder data from his phone device, the station user can arrange for timed reminder service, which consists of automatic calls at pre-specified times accompanied by a message from the system about the appointment. The reminder data refers to the 24 hour period following input of the data (automatic daily repetition is not possible).		TERMIN
		TRACCO	Tracing of Central Office calls (see CM=TRACE) See use case Malicious Call Tracing	SBCSU/SSCSU: TYPE=TRACE, TRACE=YES/NO;	AMTFANG
		TRACE	Trace malicious calls The tracing feature can be used to record the extension number of an annoying caller on an outprint. See use case Malicious Call Tracing	COSSU: VCE=ANICT/TRACE;	FANGEN
		VARCONF	Variable conference A user dials, under consultation-hold, an internal or external user and when the consultatio-hold party replies, first start a conference with three users. To do this, he presses, in the call status of consultation-hold, the conference-key. If the user has no conference-key he can also start the conference by pressing the consultation-key. The original route-relationships between the initiator, the waiting parties and party in consultation-hold are terminated The conference-chairperson can then enable additional internal and external users by initiating the consultation-hold from the conference, dialing the desired user and switching him into the conference on his response by pressing the conference- or the consultation-key. See use case Station Controlled Conference		VARKONF
		VMSDP	Analog voice mail service by dial pulsing Enables the control of Voice Mail Service by devices using the old analog impulse technique (Switzerland feature, ComTel devices)	SCSU: DHPAR=VMSDP;	VMSIWV
		VOICO	Voice compression The feature Voice Compression (VC) increases the capacity of speech channels on S0/S2 trunks. If a S0/S2 B-channel is configured for VC, it can only be used for voice communication. Therefore it is possible to use only some and not all B-channels of a S0/S2 circuit by VC. See use case Voice Compression	BCSU: MTYPE=PER, PARTNO= "Q2235-X__"/ ”Q2235-X100”; BSSU: ADRTYPE= ALL/PEN/PARTNO, OFFTYPE=DC/DI, ONTYPE= ACL/ANL/AUL; BUEND:NO=num; COSSU: TYPE=LCOSV, LCOSV=num, DLCR=num; COT: COTTYPE=COTADD, PAR=SPCM&NLHT/VCMN; DSSU: OFFTYPE=DC/DI, ONTYPE= ACL/ANLAUL; SCSU: LCOS1=num, LCOS2=num; TDCSU: OPT=NEW, PROTVAR= CORNV33, DEV=S2CONN, BCHAN=num; VOICO: BCHANNEL=num;	VOICO
		WTATND	On wait, attendant telephone (France feature, not implemented) The activation of WATND lets the attendant put calls into hold or park state only after the elapse of 5 seconds. Registering of a call back is similarly restricted. Also, for incoming recall/interept calls the override of consultation call is delayed.	ZAND: TYPE=ATND, WTATND=yes/no;	WARTVF
		XFBACALL	Transfer before answer from call state (See XFBADIAL below) Station A dials the number of an external station B ( 1st Call) . If station A has a special authorization it can enter consultation state before end of dialing and e.g. call station C in the network or station D internally. Station A can transfer the calls after one of the dialed parties has answered. Only one of the two features XFBACALL and XFBADIAL may be activated at once. See use case Transfer before Answer ex Call State		TRVARUF
		XFBADIAL	Transfer before answer from dial state (See XFBACALL above) FEASU parameter XFBACALL activates the feature centrally. It allows consultation hold before end of dialing for the first connection. Alternatively, the feature can be activated using the FEASU parameter XFBADIAL. This feature allows consulation call either after end of dialing (free or non-evaluated) for the first connection, or from the time when the call was routed into the analog network. Only one of the two features XFBACALL and XFBADIAL may be activated at once.		TRVAWAHL
TYPE	Type of action requested (either activate or deactivate)
	Type of input:	single value, required
	Possible values:	A	Activate the features entered
		D	Deactivate the features entered

SLMAR: Subscriber Line Module - Analog, Rural

WAML: Wide-area-network Access Module, Local

MFC-R2: Multi Frequency Code

functional terminal unit: Set 600 for example

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