NEC Neax 2400 Ipx Wireless Features And Specifications

							NEAX2400 IPX Wireless Features and SpecificationsPage 66NDA-24313, Issue 1
G-23 Group Call - Automatic Conference (20-Party)
G-23 Group Call - Automatic Conference (20-Party)
General Description
This feature enables a PS user to call a maximum of “20-Party (self + other 19 members)” conference, only by
dialing a pre-programmed Group Calling Conference Number. If the Group Calling Conference Number is once
dialed, the member PSs/Stations are automatically called in assigned order at the interval of every two seconds. This
feature also allows the Station Hunting Group - Circular, and the use of Phantom Telephone Number(s) which is
available for flexible arrangement of conference member tables.
Operating Procedure
1. Dial the Group Calling Conference Number (telephone number/Phantom Telephone Number of
conference leader port).
2. The conference leader hears Ringback Tone.
3. When the first party (conferee) answers, Ringback Tone stops, and the conference is in progress.
4. The called parties (conferees) participate in the conference one after another after answering the call.
Note:While the conference is in progress, the called  party may be released to get out of the conference.
5. When the conference leader hangs up, the conference connection is released.
Service Conditions
1. Conference leader and conferee must be a PS/Station.
2. PA-CFTB can be available for Group Calling Conference.
3. The following table shows conditions of CFTB circuit card to use this feature.
4. The maximum number of CFTB circuit cards per one conference group is three.
Note:The number of CFTB circuit cards required to call a conference depends on the maximum number of
conference members per conference group.
2 ~ 8 members (including conference leader): one circuit card
9 ~ 14 members (including conference leader): two circuit cards
15 ~ 20 members (including conference leader): three circuit cards (Maximum)
5. A maximum of 16 digits of Group Calling Conference Number (telephone number/Phantom Telephone
Number corresponding to a conference leader port of CFTB) should be assigned.
6. A user must assign the telephone number for the conferee.
7. By making a group of Station Hunting Group - Circular between conference leader ports or conference
leader ports for cascade connection of multiple sets of CFTB circuit cards, the conference can be held
looking for idle CFTB circuit cards when the dialed port has already been used by others. 
FIRMWARE NAMEMAXIMUM NUMBER OF 
CONFERENCE MEMBERSKEY SETTING 
SW2-2KEY SETTING 
SW2-3
Firmware SP-1141 20 OFF OFF
Firmware SP-388
(This firmware cannot be used for 
cascade connection.)8OFFON 
						

							NEAX2400 IPX Wireless Features and Specifications
NDA-24313, Issue 1Page 67
Group Call - Automatic Conference (20-Party) G-23
Service Conditions (cont’d)
8. By assigning the Phantom Telephone Number to the telephone number, the maximum number of
conference group per set of CFTB circuit cards is 17 (Phantom Telephone Number: 16 + telephone
number: 1).
9. This service must not be assigned to the ports of LC used for LC-COT connection.
10. If a conference leader hangs up (or is out of zone), the conference will be released.
11. When a conferee is busy or out of zone during a conference call, the conferee is not called.
12. When all conferees are busy, out of zone or they do not answer the conference call, the conference leader
hears Ringback Tone.
13. When a conferee who answered a conference call goes on-hook before a conferee who is to be called last
in the group is called, and other conferees are busy, out of zone or do not answer the call, a conference
leader receives no tone.
14. ISDN terminal and Attendant Console are not available in this feature.
15. Conference leader cannot call a conference using Blind Transfer.
16. When using this feature, the user must assign Service Feature Restriction Class and Route Restriction
Class, which are different from those of other stations to ports of CFTB circuit card, and also restrict all
outgoing routes by system data. If outgoing trunk is used for this feature, noise or announcement of
another office may be heard.
17. If a PS is in one of the following conditions, Call Forwarding - Dropped Call is not executed.
 When the PS encounters a squelch disconnection while it is in conference.
 When a connected terminal is in conference.
18. If a conferee has been assigned in a UCD group, the conferee is not called. 
						

							NEAX2400 IPX Wireless Features and SpecificationsPage 68NDA-24313, Issue 1
S-134 Short Text Messaging Service (STM Service)
S-134  Short Text Messaging Service (STM Service)
General Description
This feature enables a short text message (STM), once arrived at a mail box of the Short Text Message Server
(external equipment), to be automatically distributed to the addressee PS via Open Application Interface (OAI).This
feature also provides a Zip Tone and “TM WAITING” notification on the display (LCD) of the address PS that is
busy, and if the PS is out of zone, the feature makes retransmission of the STM after the PS returns to the zone.
Note:This describes STM Facilities available for external STM OAI application. Actual functionality depends on
the application.
Operating Procedure
1. By using PS function key, users can set a password (four digits or less) to the PS to enter STM (short text
message system) mode. 
2. The STM transmitted to the PS while PS’s buffer (maximum ten messages) is busy is temporarily kept in
STM server. When requesting the STM, delete old STM data in the buffer using the function key. Then
the PS automatically requests STM server to retransmit the STM.
Service Conditions
1. This feature is available only for My Line (L1) of a two-line Dterm PS (not provided for Sub Line (L2)).
2. This feature is provided in the same form as that for call termination.
3. STM message transmission route is only one way: STM server → PS
4. An STM can contain 128 byte data in the maximum.
5. The following are not available in this feature.
 Call Forwarding - All Calls
 Call Forwarding - Don’t Answer
 Call Forwarding - Busy Line
 Call Forwarding PS Incoming Call Incomplete
6. This feature is counted as ZT peg count.
7. If the following occur, STM is not distributed, but stays in the mail box of the STM server. The STM is
safely transmitted later by this feature’s retransmission function.
 Addressee PS is out of zone.
 Addressee PS has a power down.
 The line of addressee PS is busy.
 PS is in a state of hand-over. 
Note
Note:
When hand-over unexpectedly starts while the message transmission is partially in progress, this feature
sees this as a squelch disconnection and performs message retransmission after the hand-over is completed.
8. Wireless Roaming is not available in this feature.
9. More than STM server cannot be transmitted to a single PS simultaneously. Only the earliest STM can be
sent safely. 
						

							NEAX2400 IPX Wireless Features and Specifications
NDA-24313, Issue 1Page 69
Short Text Messaging Service (STM Service) S-134
Service Conditions (cont’d)
10. Hardware Requirements: PS and ZT that are both supporting this feature should be used. If other PS/ZT
is used, the following occurs at the PBX side:
 PBX sends an STM request to a PS.
 PBX cannot obtain a response signal from the PS. Also, PBX cannot identify that the PS/ZT is
not compatible with the STM feature.
 PBX judges the PS as in (and returning from) the out-of zone area.
 According to the judgement above, PBX performs adequate processing (PS is judged as
returning from the zone, and a retry of STM request is made).
Interactions
1. The STM is influenced by System Data of Multiple ACDPs (including Multiple IPs).
Note:For multiple ACDPs, refer to the CallCenterWorX-Enterprise ACD System Manual.
Note:Shaded areas represent invalid configuration. A: STM Available NA: STM Not Available: Not used
SYSTEM DATA OF PBX-1 SYSTEM DATA OF PBX-2
PS-1 PS-2 MULTIPLE 
ACDPSDISPERSION 
AGENTMULTIPLE 
ACDPSDISPERSION 
AGENT
IneffectiveIneffectiveAA
IneffectiveEffectiveIneffective
IneffectiveEffectiveEffective
EffectiveIneffectiveIneffective
Effective Ineffective Effective Ineffective A NA
Effective Ineffective Effective Effective A NA
EffectiveEffectiveIneffective
Effective Effective Effective Ineffective A NA
Effective Effective Effective Effective A A
PBX-1PBX-2
STM ServerFCCSSTM STM
PS-1PS-2 
						

							NEAX2400 IPX Wireless Features and SpecificationsPage 70NDA-24313, Issue 1
This page is for your notes. 
						

							NEAX2400 IPX Wireless Features and Specifications
NDA-24313, Issue 1Page 71
Movement of PS in NEAX2400 IPX
Movement of PS in NEAX2400 IPX
PCS Community
The SYS-ID is a unique ID which was given in order to manage the PCS system. The area where the SYS-ID is
effective is called PCS Community. Every PCS Community in a FCCS network is given a unique PCS Community
Number (PCN). Each PCN has its own SYS-ID. The PCN is used in stead of the SYS-ID for MAT command, and
this can reduce the effect upon changing the SYS-ID to some measure. The habitual operation of the SYS-ID, which
reaches to nine digits for the management purpose, is not needed; therefore easy maintenance can be provided. A
single PCS Community can be assigned in multiple nodes, and a single node can belong to multiple PCS
Communities by using the Tenant service.
PS movement in the NEAX2400 IPX system is classified into four kinds as described below:
1. Stand-by condition movement
Movement of an idle PS within the home PCN area in the home FCCS network (in the FCCS network
accommodating the home node). The event of PS Location Registration occurs only when the PS moves
over the Calling area. Even if a PS is in the Intra-FCCS Roaming or Roaming status, movement of the PS
within the current PCN is also stand-by condition movement. In the NEAX2400 IPX system, the home
PCN can be assigned over the node, however the Calling Area cannot. Because of this, the event of  PS
Location Registration occurs whenever an idle PS moves over the node.
2. Hand-Over
Movement of a PS engaged in communication within the home PCN area in the home FCCS network. The
event of Hand-Over occurs regardless of the Calling Area.
Even if a PS is in the Intra-FCCS Roaming or Roaming status, movement of the PS engaged in
communication within the current PCN is also Hand-Over. In the NEAX2400 IPX system, the call
engaged in communication is supported even in the case of Hand-Over over the node.
3. Intra-FCCS Roaming
Effective only in the home FCCS network. Roaming Request is made to the home node whenever
Roaming occurs out of the home FCCS network. This pattern simplifies the internal operation. The call
engaged in communication is not supported.
4. Roaming
PS Location Registration to the ZT in another PCN than the home PCN is called Roaming. The call
engaged in communication is not supported. 
						

							NEAX2400 IPX Wireless Features and SpecificationsPage 72NDA-24313, Issue 1
Movement of PS in NEAX2400 IPX
MOVE TO
MOVE FROMA, B HOME 
NODE 
HOME PCNC, D 
OTHER 
NODE 
HOME PCNE, F HOME 
NODE 
OTHER 
PCNG, H 
OTHER 
NODE 
OTHER 
PCNI
OTHER 
FCCS 
FIRST VISIT 
NODE 
FIRST PCSK
OTHER 
FCCS 
OTHER 
NODE   
FIRST PCNJ
OTHER 
FCCS 
FIRST 
VISIT 
NODE 
OTHER 
PCNL
OTHER 
FCCS 
OTHER 
NODE 
OTHER 
PCNM
YET OTHER 
FCCS
A
HOME NODE 
HOME PCN
Stand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-OIntra-FCCS 
Roaming Intra-FCCS 
RoamingRoaming Roaming Roaming Roaming Roaming
C
OTHER NODE 
HOME PCNStand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-OIntra-FCCS 
Roaming Intra-FCCS 
RoamingRoaming Roaming Roaming Roaming Roaming
E
HOME NODE 
OTHER PCNIntra-FCCS 
Roaming Intra-FCCS 
RoamingStand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-ORoaming Roaming Roaming Roaming Roaming
G
OTHER NODE 
OTHER PCNIntra-FCCS 
Roaming Intra-FCCS 
RoamingStand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-ORoaming Roaming Roaming Roaming Roaming
FCCS-I
A
B
E
F
C
D
G
H
Home PCN-a
Home
 PCN-b
FCCS-II
 I
J
K
L
     PCN-c
First Visit Node
 PCN-d
M
 Node-W Node-X Node-Y Node-Z 
						

							NEAX2400 IPX Wireless Features and Specifications
NDA-24313, Issue 1Page 73
Movement of PS in NEAX2400 IPX
Note:This pattern is treated as Roaming by re-Roaming to the home node in FCCS-I.
I
OTHER FCCS 
FIRST VISIT 
NODE FIRST 
PCN
Roaming Roaming Roaming RoamingStand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-ORoaming Note
Roaming 
NoteRoaming
K
OTHER FCCS 
OTHER NODE 
FIRST PCN
Roaming Roaming Roaming RoamingStand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-ORoaming Note
Roaming 
NoteRoaming
J
OTHER FCCS 
FIRST VISIT   
NODE OTHER 
PCN
Roaming Roaming Roaming RoamingRoaming Note
Roaming 
Note
Stand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-ORoaming
L
OTHER FCCS 
OTHER NODE 
OTHER PCN
Roaming Roaming Roaming RoamingRoaming Note
Roaming 
Note
Stand-by 
condition 
Movement 
H-OStand-by 
condition 
Movement 
H-ORoaming
M
YET OTHER 
FCCS
Roaming Roaming Roaming Roaming Roaming Roaming Roaming RoamingRoaming or 
Stand-by 
condition 
Movement 
(depending 
on the case)
MOVE TO
MOVE FROMA, B HOME 
NODE 
HOME PCNC, D 
OTHER 
NODE 
HOME PCNE, F HOME 
NODE 
OTHER 
PCNG, H 
OTHER 
NODE 
OTHER 
PCNI
OTHER 
FCCS 
FIRST VISIT 
NODE 
FIRST PCSK
OTHER 
FCCS 
OTHER 
NODE   
FIRST PCNJ
OTHER 
FCCS 
FIRST 
VISIT 
NODE 
OTHER 
PCNL
OTHER 
FCCS 
OTHER 
NODE 
OTHER 
PCNM
YET OTHER 
FCCS 
						

							NEAX2400 IPX Wireless Features and SpecificationsPage 74NDA-24313, Issue 1
This page is for your notes.