NEC Neax 2400 Ipx Isdn Feature Programming Manual

							NDA-24305 CHAPTER 3
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BASIC DATA ASSIGNMENT FOR ISDN
STEP 5: ACSC - Assign Dch and Bch location for CSCG.
- The values for CSCG is 130 through 255.
- Even number CSCGs are used for Dch location and odd number CSCGs are used for Bch
location. Although Bch location is the same as Dch location when PRT is used.
- CCH, which represents Dch and Bch location, is assigned as shown below.
- CCH must be assigned as the first group in the highway to which PRT is mounted.
- CCH=00000 is prohibited.
- Assign the same LEN in CIC GROUP (0~7) for a CSCG when PRT is used for 23B+D
- Examples of ACSC assignment are shown below.
(1) Condition: When 24PRT is mounted in Slot 07 of PIM0, ACSC data is as follows.
Note:The location of DCH (Dch Handler) which is built in PRT must be assigned in the parameter “CCH” of
this command.
00-03 04 05 06 07 08 09
01 03 05 07 09 11
00 02 04 06 08 10
CSCG CCH CIC GROUP CSCG CCH CIC GROUP
130
(for Dch)00004
00004
00004
00004
00004
00004
00004
000040
1
2
3
4
5
6
7131
(for Bch)00004
00004
00004
00004
00004
00004
00004
000040
1
2
3
4
5
6
7
Group (00 - 23)
Unit (0 - 3)
Module Group (00 - 07) CCH: XX
 X XX
HW0HW1HW2 
						

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BASIC DATA ASSIGNMENT FOR ISDN
(2) Condition: 24DTR is mounted in Slot 07 of PIM0 and 2DCH is mounted in Slot 05 of
PIM0, ACSC data is as follows.
Note 1:The location of DCH (Dch Handler) must be assigned in the “CCH” parameter of this command.
Note 2:Above is an example when #0 DCH of PA-2DCH circuit card is used.
STEP 6: ACIC1 - With respect to PC assigned in the ADPC command, assign CSCG of the Dch assigned in
the ACSC command.
STEP 7: ATRK - Assign the trunk data for Dch referring to Figure 3-1 and 3-2.
STEP 8: MBTK - Cancel Make Busy Status of all B channels in the PRT card.
Note:Circuit card must be initialized after this assignment.
CSCG CCH CIC GROUP CSCG CCH CIC GROUP
130
(for Dch)00002
00002
00002
00002
00002
00002
00002
000020
1
2
3
4
5
6
7131
(for Bch)00004
00004
00004
00004
00004
00004
00004
000040
1
2
3
4
5
6
7 
						

							NDA-24305 CHAPTER 3
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BASIC DATA ASSIGNMENT FOR ISDN
3. CALLING NUMBER PATTERN DATA (CNP) ASSIGNMENT
Calling party number can be transmitted included in the ISDN messages through ISDN network. This function
provides the PBX user with a variety of ISDN services. This section describes some conditions for programming
data related with this function when interworking with the Fusion link as shown Figure 3-3.
Figure 3-3   Calling Number When Interworking with FCCS Link
(1) This data should be assigned at NCN.
(2) Calling Number Pattern (CNP) for the outgoing call (CALLING PARTY RECOGNITION) and that for the
incoming call (SID TO NETWORK-PRESENT) should be separated.
(3) The services to be related with this feature are shown below.
 CALL PARTY RECOGNITION SERVICE (DIRECT-IN-TERMINATION)
 CALL PARTY RECOGNITION SERVICE (CALL FORWARDING-ALL CALLS/BUSY LINE/
DON’T ANSWER)
 SID TO NETWORK-PRESENT/SID TO NETWORK-PRIVACY
PROGRAMMING
ACNPN and ACNDN command must be used in pairs. The use of other pairs, for example ACNP and ACNDN,
is not recommended.
(1) Originating from the non-ISDN terminal
STEP 1: ACNPN - Apply the Calling Number Pattern number to the logical route to be provided SID to
Network-Present.
OG/IC=O (Outgoing Call; SID to Network-Present)
LGRT=the route used for SID to Network -Present
CNP=Calling Number Pattern (1~1023)
* The detail for the pattern is programmed with the ACNDN command.
ISDN
network
RT=6, LGRT=16
RT=3, LGRT=13
Station B (610000) 
DID no. : 0297-74-1234Station A (600000)  
DID no. : 0471-81-1969 Node B
Node A
networkISDN
FCCSDestinations 
number  
03-3454-1111 
 
 
Calling party number 
Note     0471-81-1969
Example)
.Note:Since Station A originates a call via the ISDN line established in Node A in this example, the calling
party number to be received by the destination station is the DID No. programmed at Node A. 
						

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BASIC DATA ASSIGNMENT FOR ISDN
STEP 2: ACNDN- Assign the number of digits to be added to or omitted from the calling party number  data
for each Calling Number Pattern programmed in ACNPN.
CNP=Calling Number Pattern assigned with ACNPN command.
SKIP=the number of digits to be skipped.
ADD=the number of digits to be added.
DC=the number to be skipped or added.
Note:Do not assign “0” at both “SKIP” and “ADD” parameter.
[Example Data] 
(2) Originating from the ISDN terminal
STEP 1: ACNPN- Apply the Calling Number Pattern data to the logical route to be provided SID to Network-
Present.
OG/IC=O (Outgoing Call; SID to Network-Present)
LGRT=the route for SID to Network -Present
CNP=Calling Number Pattern (1~1023)
*The detail for the pattern is programmed with the ACNDN command.
STEP 2: ACNDN- Assign the Calling Number data.
CNP=Calling Number Pattern assigned with ACNPN command.
SKIP=the number of digits to be skipped.
ADD=the number of digits to be added.
DC=the number to be skipped or added.
[Example Data] 
PBXPBX
FCCS
Station 511 
DID no.: 0471-82-4211PRT ISDN Network ACNPN: OG=O, LGRT=2, CNP=2 
ACNDN: CNP=2, SKIP=0, ADD=6, DC=047182
In this case, 0471-82-4211, the DID number for the station (station no. 51 1), is sent to  the terminating node. Programmed Data
“0471-82-4211” is received. Bch (LGRT=2)
PBXPBX
FCCS
PRT
ISDN terminal 
221 
222Calling party number  
0471-82- 3664 
0471-82- 3665ISDN network ACNPN: OG=O, LGRT=2, CNP=2 
ACNDN: CNP=2, SKIP=0, ADD=6, DC=047182
   When ISDN terminal 221 (DID no. is not assigned)  
   originates a call 
   DID no. assigned to the ILC port no. 222 is sent
   When ISDN terminal 222 (DID no. is 0471-82-3665)  
   originates a call 
   DID no. of ISDN terminal 222 is sent
Programmed Data
Bch (LGRT=2)
ILC Port no. 
220 DID no. 
0471-82-3664
222 ISDN 
Terminal221 DID no. is not assigned 
DID no. of Station 222 is 0471-82-3665
  
						

							NDA-24305 CHAPTER 4
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CHAPTER 4 COMMANDS CONCERNING ISDN DATA ASSIGNMENT
1. GENERAL
This chapter explains commands concerning ISDN. Commands explained in Chapter 3, “Basic Data
Assignment for ISDN” are not included in this chapter.
 ASYD: Assignment of System Data       Note
 ASFC: Assignment of Service Feature Class Data       Note
 ARTD: Assignment of Route Class Data       Note
 ARTI: Assignment of Trunk Application Data
Note:This chapter covers only Index (data) related to ISDN. 
						

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COMMANDS CONCERNING ISDN DATA ASSIGNMENT
2. COMMANDS
2.1 ASYD: ASSIGNMENT OF SYSTEM DATA
SYSTEM
DATA
TYPE 
(SYS)SYSTEM
DATA 
INDEX 
(INDEX) 
0-511DATA 
(DATA) 
00-FF 
(Hex)BIT CORRE-
SPONDING 
DATA
SYSTEM DATA CONTENTS
DATA 
0/1BIT
1760b
0Not used Table Development:
Common or Separate 
Day/Night Data Tables.
Note:When data 
tables are 
designated as 
“Common”, 
the Day mode 
designation 
must be used 
in the 
respective 
commands. b
1Same Number Special Access Code 
Data (ASPS command)
0/1 = Common/Separate
b
2Call Forwarding Service by Calling
Number Data (AFCP command)
0/1 = Common/Separate
0b
3Not used
0b
4
0b5
0b6
0b7
186b
00/1 =  Link Re-Connection Not Involved/Link Re-Connection 
I nvolved
Note:An Interoffice transfer service is available. For example,
with No. 7 CCIS, a caller has called outside their own
office but is actually talking with somebody in their own
office. This bit is used to reconfigure links so they are not
wasted in call transfer service.
b
1Restriction check based on the caller’s restriction class when the 
outgoing trunk is using the No. 7 CCIS in a tandem connection.
0/1 = No Check/Check
0b
20/1 = -/No. 7 CCIS Loop-Back Test in progress
0b
3Not used
b
4Serial Call-Loop Release: 
0/1 = Out (CCSA key)/In Service (No CCSA key)
b
5Clearing of the buffer memory for use in the centralized 
management report (For CCIS).
0/1 = not necessary/necessary
b
6CCIS or ISDN:
0/1 = Out/In Service
b
7Centralized IC Billing Office Code:
0/1 = Ineffective/Effective
187 00 Data Bus used for CCIS/ISDN cards (Assign 00 Hex) 
						

							NDA-24305 CHAPTER 4
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COMMANDS CONCERNING ISDN DATA ASSIGNMENT
Note 1:
Normally assign “0”. (Only specific service needs data “1” in this bit.)
Related Layer3 Timer: T303, T310, T313.
SYSTEM
DATA
TYPE 
(SYS)SYSTEM
DATA 
INDEX 
(INDEX) 
0-511DATA 
(DATA) 
00-FF 
(Hex)BIT CORRE-
SPONDING 
DATA
SYSTEM DATA CONTENTS
DATA 
0/1BIT
1220b
0Protocol of ISDN Terminal (BRI station)
0: Japan (INS64)
1: U.S.A. (5ESS)
2: Australia (TPH 1962)
3: Not used
4: Not used
5: N-ISDN1
6-15: Not used b
1
b2
b3
b4RA (Rate Adaptation) for ISDN Terminal
0: RA designated by ADA2 command
1: V.110/X.30
2: Not used
3: Not used b
5
0b6ISDN service (When Index 186 bit 6 = 1)
0/1 = In Service/Out of Service
b
7ISDN Trunk Layer 3 TimerNote 1
0/1 = Stop/Activate
226b
0Call Forwarding Service by Calling 
Number Data (“AFCP” command)Separate or Common 
Tenant Data Table 
development for the 
respective commands
0/1 = Separate/
Common
Note:When data “1” 
is assigned, data 
must be assigned 
for Tenant 1 (TN 
= 1) in the 
re spe ctiv e 
commands. 0b
1
Not used 0b
2
0b3
0b4
0b5
0b6
0b7 
						

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COMMANDS CONCERNING ISDN DATA ASSIGNMENT
Note 1:
Available in Australia and U .A.E.
Note 2:For AT&T/Northern Telecom in U.S.A.
SYSTEM
DATA
TYPE 
(SYS)SYSTEM
DATA 
INDEX 
(INDEX) 
0-511DATA 
(DATA) 
00-FF 
(H ex)BIT CORRE-
SPONDING 
DATA
SYSTEM DATA CONTENTS
DATA  
0/1BIT
12300b
0-b6Not used
b
7Timing for receiving or sending ISDN/CCIS message. 
0/1 = 32 ms/128 ms
248b
0-b3
Maximum Digits for Call Forwarding External Restriction (for 
Australia only)
0: 12 digits A: 10 digits
1-8: 8 digits B: 11 digits
9: 9 digits C-F: 12 digits
0b
4Not used
b
5Malicious call (ISDN) ServiceNote 1
0/1 = Out/In Service
0b
6Not used
b
7
Tone to be sent out when the handset has been lifted off-hook at 
the station on which C.F.-All Calls service is set.
0/1 = Dial Tone (DT)/Special Dial Tone (SPDT)
478T321 Timer (SERV ACK receiving Timer)
Note 2
Time r Value = MTC  x 1 sec.
(Default data 00 Hex: 30 sec.)
479Timer for Dch Back u p
Note 2
Waiting Timer for a changeover when an ACT Dch detects Layer 
2 down in a self or facing office.
Time r Value = MTC 
x 1sec.
(Default data 00 Hex: 0 sec.)
b7b6b5b4b3b2b1b0
MTC
b7b6b5b4b3b2b1b0
MTC 
						

							NDA-24305 CHAPTER 4
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COMMANDS CONCERNING ISDN DATA ASSIGNMENT
2.2 ASFC: ASSIGNMENT OF SERVICE FEATURE CLASS DATA
SFI 31: For SID to Terminating User-DTE
0 = –
1 =  SID to Terminating User-DTE
SFI 48: For Bearer Service
0 = Speech
1  =  3.1 KHz Audio (Modem, G3 Fax)
SFI 94: For SID to Network - Privacy [CLIR]
0 = –
1  =  SID to Network - Privacy
SFI  175: For Advice of Charge (AOC) - Receipt and Display of AOC from a Foreign Q-SIG NETWORK
0 = Out of Service
1 = In Service
2.3 ARTD: ASSIGNMENT OF ROUTE CLASS DATA
H1 (CDN96)  ISDN H1 Switching
0 = –
1 = In Service
CI (CDN98)  ISDN transmitting information
0 = – 
1 = 16-Digit Caller Number service, Attribute Information Notification service
(BC, LLC, HLC) and Calling Sub-Address Transfer service
2-15 = –
ADVPRA (CDN111) ISDN PRI Failure Routing Service
0 = –
1 = In Service
Note:This data is valid for dummy routes.
CMRT (CDN115)  Common use of Route Numbers of ISDN trunks
0 = –
1 = In Service
BOB (CDN118)  Broad Band
0 = 64K
1 = N × 64K 
						

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COMMANDS CONCERNING ISDN DATA ASSIGNMENT2.4 ARTI: ASSIGNMENT OF  TRUNK APPLICATION DATA
RST (CDN1) Assignment of Restart 0 = Restart Send per Individual Channel
1 = –
2 = –
3  = Restart not Send
HMT (CDN2)  When assigning this data, zero (0) should always be entered.
TRCRST (CDN3)  Call Restriction by Information transfer rate in B earer Capability Information Element
0 = No restriction
1 = Data call restriction (Unre stricted digital, Restricted digital and Video data calls are
restricted.)
2  = Speech call restriction (Speech, 3.1 KHz audio and 7KHz audio  calls are restricted.)
3-15 = –
TRSRST (CDN4)  Call Restriction by Information transfer rate in B earer Capability Information Element
0 = No restriction
1  = 384 kbps (H0) call is re stricted
2  = 1536 kbps (H11)/1920 kbps (H12) call is re stricted
3  = 384 kbps and  1536 (H11)/1920 (H12)  kbps calls are restricted
4-15 = –
T309LNK (CDN5) Assignment of Timer T309 for Data Link Failure 0  = Layer 2 Alarm with T309 is Disabled
1  = Layer 2 Alarm [Temporary] with T309 is Enabled
2  = Layer 2 Alarm [Permanent] with T309 is Enabled
3 = –
T309CON (CDN6) Assignment of Timer T309 for Layer 1 Failure 0  = Layer 1 Alarm with T309 is Disabled
1  = Layer 1 Alarm [Temporary] with T309 is Enabled
2  = Layer 1 Alarm [Permanent] with T309 is Enabled
3 = –
LLCRST (CDN7) Call restriction by user rate in Low Layer Capability Information Element 0 = No restriction
1-3 1  = C all  w hic h  i n clu d es t h is  u se r r a te  v alue  i s  r e str icte  d No te  1
Note 1:User rate value is based on ITU-T Q-931.
DTRT (CDN11)  Detection of ALL 1 alarm signal (DTI Layer 1 al arm)
0 = –
1  = Detection of ALL 1 alarm signal as a Layer 1 alarm
TMPRT  (CDN12) Temporary Route Information over CCIS 0 = –
1  = In CCIS, the route information can be transferred by the call control messages. Moreover, the call restriction can be checked referring to this route information.