NEC Neax 2400 Ipx Isdn Feature Programming Manual

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Q-SIG/ISDN INTERNATIONAL GATEWAY SWITCHING
4. Interactions
This feature is applied for H0/H11 terminal when the service conditions described in Item 3 under Service
Conditions are satisfied.
5. Programming
STEP 1: ARTI - Assign the Trunk Application data to the outgoing ISDN trunk.
CDN 57: UALAW (User information Layer 1 protocol designation)
0 = No Conversion
1 = µ-law
2 = A-law
3 = Not used 
						

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SDN ACCESS
S-90 SDN ACCESS
1. General Description
AT&T’s SDN (Software Defined Network) can be used.
Note 1:When a call has terminated by the CALL-BY-CALL SERVICE SELECTION [C-105], no indication to
distinguish it from a call termination by other services is made to a terminating terminal.
Note 2:To identify a terminal to which a call has terminated, data must be registered using the “ACDD”
command so that a call-terminating terminal can be identified by a terminating number.
2. Operating Procedure
No manual operation is required.
3. Programming
In addition to the Basic Office Data for ISDN, the following data should be assigned.
STEP 1: ACBC - Select CODE1 (=WATS BAND/SDN) in this command.
PRIPRI
2400
IPX#4ESSDN
#4ES
2400
IPX 
						

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SID TO NETWORK - PRESENT/SID TO NETWORK - PRIVACY
S-91/S-92 SID TO NETWORK - PRESENT/SID TO NETWORK - PRIVACY
1. General Description

This feature allows SID (Station Identification Number) to be delivered to the ISDN when a call originates from
a terminal connected to the PBX.

In addition, the originating station user may control the transfer of SID to the network via AUTHORIZATION
CODE dialing through the PBX.
2. Operating Procedure
1. Lift the handset and receive Dial Tone.
2. Dial an access code for “Authorization Code”. (For SID TO NETWORK-PRIVACY)
3. Dial “Authorization Code”. (For SID TO NETWORK-PRIVACY)
4. Dial an originating call number to ISDN.
Note:Without dialing the authorization code, SID is sent to the destination.
3. Programming
STEP 1: Assign the Basic Data for ISDN. (Refer to Chapter 3.)
Note:When two or more DID numbers are assigned to a station, the last DID number assigned will be delivered
to the ISDN as a Station Identification Number (SID). However, when the last DID number assigned has
been deleted [even if the other number(s) still exist], any DID number is not transferred to the network
(no SID is transferred to a destination). In this case, reassignment of the DID number(s) is necessary for
sending SID to the network.
STEP 2: ACNP - Assign the pattern number for Bch route.
OG/IC=O (Select “OG”)
RT=Bch Route number
CNP=Pattern Number
STEP 3: ACND - Assign the information for the pattern.
CNP=Pattern Number (Must be same pattern No. as one of ACNP).
SKIP=Skip digits of station number.
 Note 1, Note 2
ADD=Number of additional digit (Pilot number)
DC=Pilot Number 
						

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SID TO NETWORK - PRESENT/SID TO NETWORK - PRIVACY
.

STEP 4: ASFC -  Allow SID to Network-Privacy (SFI 94) to the SFC of the station.
SFI94=0/1=-/SID is not transfer to a destination.
Note:This data is necessary for the temporary class to be converted by Authorization code.
STEP 5: Assign “Authorization Code” data.
When the originating PRT employs “Sub addressing” for the t erminating call.
ACNP: OG/IC=O ACND: CNP=1
RT=10 SKIP=4
CNP=1 ADD=9
DC=032224111
Digits “032224111” are sent as SID.
PRT
Bch=RT10 STA:2000
Pilot Number : 03-222-4111ISDN
Note 1
When the originating PRT employs “DID-Addressing” for the terminating call.
ACNP: OG/IC=O ACND: CNP=2
RT = 1 0 S K I P = 0
CNP=2 ADD=5
DC=03222
 Digits “03222 + DID No.” are sent as SID.
 When the station that does not require the digit conversion (in the ACDD command) for a incoming call
originates a call to ISDN, the network will send a pilot number as SID.
511
PRT
Bch=RT10
Pilot Number : 03-222-4111ISDN
Station for
DID-Addressing
Note 2 
						

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SUB ADDRESS - PRESENT
S-96 SUB ADDRESS - PRESENT
1. General Description
This ISDN feature allows a PRIMARY RATE INTERFACE ISDN trunk to transfer the called-party sub-address
information to a destination ISDN station when the call is originated via the PBX. This feature requires dialing
of the called-party station number and the called-party sub-address.
2. Operating Procedure
1. The calling station dials the ISDN subscriber number (including access code) followed by an asterisk (*),
then dials the called-party sub-address followed by a pound (#).
2. ISDN will automatically recognize the sub-address and transfer this information to the destination party.
3. Programming
STEP 1: Assign the Basic Data for ISDN. (Refer to Chapter 3.)
Note:ASPA- Assign SUB=1. 
						

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TRUNK PROVISIONING SERVICE SELECTION
T-42 TRUNK PROVISIONING SERVICE SELECTION
1. General Description
Each channel of a PRI interface can be dedicated to a particular service. Services are designated to specific
channels; once designated, a channel can only be used for that service.
Note 1:The services that can be designated include the following:
ACCUNET, MEGACOM, MEGACOM800, and SDN.
Note 2:Channel selection is possible by the LCR function only.
2. Operating Procedure
No manual operation is required.
3. Programming
In addition to the Basic Office Data for ISDN, the following data should be assigned.
STEP 1: AFRS - Assign the different OPR (Outgoing Route Selection Pattern Number) on a service type
(such as ACCUNET, MEGACOM, etc.) basis. Therefore, the OPR should be determined
according to the NPC (Number Pattern Code).
STEP 2: AOPR - Assign the different Route Number to each service (ACCUNET, MEGACOM, etc.).
STEP 3: ACBC - Select a desired service on an OPR basis.
PRI CHANNEL
SERVICE A1
~
~
~
10
SERVICE B11~
23
D CHANNEL24 
						

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WIDE BAND SWITCHING FOR AT&T #4ESS
W-9 WIDE BAND SWITCHING FOR AT&T #4ESS
1. General Description
This feature allows a PBX to support the H0 (384 kbps)/H11 (1.5 Mbps) switching by using AT&T #4ESS.
2. Operating Procedure
No manual operation is required.
3. Programming
STEP 1: Assign the Basic Data for ISDN/Non-Facility Associated Signaling Data.
ARTD - CDN63 (LYER1)=0
CDN65 (INT)=5
CDN96 (H1)=1
CDN118 (BOB)=1
STEP 2: ACBC - Assign the Call by Call Service Data
CODE=1 (SDN) or 6 (ACCUNET)
Note:If H0 switching, the continuous six channels are required.
Separate the Bch route (for H0 switching) from others.
H0PRT
23B+DPRT
23B+D
H11
PRT
23B+D
PRT
24B
Trunk for Wide Band Switching
PRT
23B+D
PRT
24BAT & T
Note 
						

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CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM)
C-112/T-44 CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM)
1. General Description

When attribute data (BC, LLC, HLC) arrives from the ISDN or an ISDN terminal, this service notifies the
received attribute data to another office which is connected through CCIS.
This service guarantees transparent transmission of attribute data between an office and another through CCIS.

When a station calls another station performing CALL TRANSFER-ALL CALLS-CCIS, this feature allows the
originating station number (SID) to be sent to the destination station via Transfer Message (TRM) signal.
2. Operating Procedure
No manual is operation required.
CALLERDIRECT OG CALL TO ISDN OG CALL TO ISDN VIA CCIS
BEARER LOW LAYER HIGH LAYER BEARER LOW LAYER HIGH LAYER
TelephoneSpeech – – Speech – –
AT T- C O NSpeech – – Speech – –
FA X3.1 kHz 3.1 kHz G2/G3FAX 3.1 kHz 3.1 kHz G2/G3FAX
DATA (DTE)Unrestricted Unrestricted – Unrestricted Unrestricted –
ISDN Station/
Tr unkTransparent Transparent Transparent Transparent Transparent Transparent
CCIS TrunkTransparent Transparent Transparent Transparent Transparent Transparent
ACIS Trunk3.1 kHz – – 3.1 kHz – – 
						

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CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM)
3. Programming
STEP 1: Assign the Basic Data for ISDN.
STEP 2: ASYD - Assign the following system data for CCIS
Note
SYS-1 Index 4, b4: Temporary Class Conversion
0/1=Not Required/Required. (always assign “1”)
Index 82, b4-b7: Station Number Display Pattern on the ATTCON
Index 180&181: Originating Point Code
Index 182&183: Centralized Billing Point Code
Index 184&185: Centralized Management Report Point Code
Index 186: Service Check
Index 187: Number of CCH/DCH cards
(always assign 00 Hex)
Index 188, b0: No. 7 CCIS Control System Interoffice Audit Test
0/1=Not Required/Required.
Index 189, b4-b7 ACM, UBM Signal “No-Receiving” Timer (Normally assign
F0 Hex.)
Note:ISDN transmitting information service is necessary for the transparency of ISDN information between
ISDN and CCIS No. 7 network.
STEP 3: ARTD - Assign the following route class data for CCIS Trunk
(Signal Channel & Speech Channel)
STEP 4: ARTD - Assign a following data to the speech route of CCIS No. 7.
CDN98 (CI) ISDN transmitting information.
0= Out of service
→1= 16-Digit Caller Number Service, Attribute Information Notification service,
and Calling Sub-Address Transfer Service.
2-15= Not used.
Assign data “1” in this CDN.
ROUTE FOR SIGNAL CHANNEL ROUTE FOR SPEECH CHANNEL
 OSGS = 0 
 ONSG = 2 
 ISGS = 0 
 INSG = 2
 TCL = 4
 L/T = 1 
 RLP = 2 
 LSG = 13 
 ANS = 0 
 PAD = 7 
 BT = 0 
 DPLY = 0 
 LYER1 = 0 
 NET = 0 
 INT = 0 OSGS = 0 
 ONSG = 2 
 ISGS = 0 
 INSG = 2 
 TCL = 4 
 L/T = 1 
 RLP = 2 
 LSG = 12 
 ANS = 1 
 PAD = 4 
 BT = 1 
 DPLY = 1 
 LYER1 = 0 
 NET = 0 
 INT = 0 
						

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CALLING PARTY INFORMATION TRANSFER/TRANSFER MESSAGE (TRM)
STEP 5: ADPC - Assignment of Determinate Point Code Data. Note
Setting of the counter office point code
RT: Route Number
PC: Determinate Point Code (1-16367)
STEP 6: ATRK - Assignment of Trunk Data 
Note
Assign of the LENS of the trunks to be used in CCIS
LENS: Line Equipment Number (6 digits)
STEP 7: ACSC - Assignment of CSC Data 
Note
Setting of CCH/CSE Number of the route to be used in CCIS
CSCG: CSC Group Number (130~255)
CIC GROUPPX: Circuit Identification Code Group Number (0~7)
CCH: Accommodation location of the Common Channel Handler
CCH: XX 
X XX
*a *b *c
*a: Module Group Number (00~07)
*b: Unit Number (0~3)
*c: Group Number (0~23)
STEP 8: ACIC1 - Assignment of CIC Data 
Note
Setting of CIC of each trunk to be used in CCIS
PC: Determinate Point Code (1-16367)
CSCG: Common Channel Signalling Controller Group Number (130~255)
STEP 9: ACIC2 - Assignment of CIC Data 2 
Note
PC: Determinate Point Code
CIC: Circuit Identification code Number (1~999)
LENS: Line Equipment Number (6 Digits)
LENS: XX 
X XX X 
*a *b *c *d
*a: Module Group Number (00~07)
*b: Unit Number (0~3)
*c: Group Number (0~23)
*d: Level Number (0~7)
STEP 10: ARNP - Assignment of Reverse Numbering Plan Data
Assignment of the office code of the self office if necessary.
RT: Route Number (RT=0)
ACC: Access Code (maximum 3 digits)
Note:For details, see “No. 7 CCIS System Manual”.