Pure IP PBX KX-TDE100/200 MPR 2.00 Panasonic Communications CO.,LTD.

Pure IP PBX KX-TDE100/200

MPR 2.00

Panasonic Communications CO.,LTD.

TDE100/200MPR 2.00TDE100/200MPR 2.00

TDE100/200MPR 1.00TDE100/200MPR 1.00

“Pure IP-PBX KX-TDE Series

MPR 2.0

Version Main FunctionMPR 1.0 - Peer to Peer Communication - KX-NT300 Series IP-PT - SIP Phone Compatible - Remote Alarming Features

- KX-TDA0177 (CSLC16)- Improved Built-in SVM2- KX-TDA0192/4 (ESVM)- 8 Digits VM Integration- Support T38 (ITU standard for sending FAX)

Product Line Up

Option Requirement

KX-TDA0158CE (8ch-CS) Support.- 16 CS/Cabinets

KX-TDA0177 (16 SLT: CSLC16) Support- 10 KX-TDA0177 Cards/Cabinets (System Total: 640)

High Quality OGM Record.- WAV file copy to ESVM-2/ESVM-4.

KX-TDA0192 (ESVM-2), KX-TDA0194 (ESVM-4) Support- Simplified Voice Message (SVM) Function.

Moving From SVM to DISA- Breakout to DISA after SVM Mailbox answers.

“

NoVer.1

NoVer.2

Not supported

NoVer.2

NoVer.2

NoVer.2

KX-TDA6178 (24 SLT: ECSLC24)- Only TDA600 supported

Enhancement Features of TDE100/200 MPR 2.0-TDE100/200 MPR 2.0 Main Feature Enhancement(TDE100/200 MPR 1.0 → 2.0)

NoVer.2

Improved Built-in SVM2- Adding the Message Feature

NoVer.2

Support T38- ITU standard for sending FAX

Option Requirement

Check In/Out operation by CSTA commands.- CSTA commands support hotel function (Check In/Out).

“

NoVer.2

SMDR: Extension number and Verification Code Output- MPR 3.1 : Only Verification code out put

NoVer.2

NoVer.2

More than 1000 DDI Destinations- 1000 DDI Table (not match) → TIE Routing Table

Not supported

32 Tenant Support- Only TDA600 supported


NoVer.2

8 digits VM integration with TVM Ver.2.1- Centralized VM with PBX code (7+10+20000) network is possible.

“

Option Requirement

KX-NT300 Series Support- NT366/Self-labeling/60 flexible key are not supported.

Caller ID notification when VM transfer- MPR.3.1: The caller ID is not sent to the VM.

Call Log on Busy Extension (Busy/FWD-All)- MPR.3.1: No-Answer Call Log only on free extension.

D-PT Disconnect/Re-connect status to SMDR.- Not supported.

TRS Function Improvement - Independent TRS table 2-6

Music On Hold by DDI/DIL tenant base- MPR.3.1: Extension tenant base.

NoVer.2

NoVer.1

NoVer.1

Not supported

NoVer.1

NoVer.1

ICD-Group Call Log- No-answer calls and Answered calls

NoVer.1

Automatic Call Waiting for Extension call- Without BSS operation the automatic call waiting function can be performed.

NoVer.1


“

Option Requirement

Speed dial name is informed to CTI application.

Retrieve operation using CTI application.- Retrieve by CTI application → Handset is activated.

Dialing information before ARS modification. - Remove PIN code from the dialling information/data.

NoVer.1

NoVer.1

NoVer.1

CLIP Modification- Incoming CLIP 012345 → Outgoing CLIP 12345.

Caller-ID Modification Table- CLIP Modification table or Caller-ID modification table.

NoVer.1

NoVer.1

CTI Improvements

Network Connection Improvements


“

Key Label (PT/DSS Console) Name Print out Function- Edit / Print out / Save to file.

Same numbering plan in quick dial entry.- Automatic rerouting function works over Ext. numbering type network too.

PCMC supports “T”, “P” and “W” for analogue modem. - “T” = Switch Pulse to DTMF, “P”= Pause, “W”=Wait

The Profile Setup menu is moved- “Toll” → “Connect”.

Hide Password (Batch mode)- DSYS BR, CN, RU, UA, NE-SP Version, hide the system password.

PC Maintenance Console (PCMC) Improvements (TDE100/200 MPR 1.0 → 2.0)

Option Requirement

NoVer.1

NoVer.2

NoVer.1

NoVer.1

Russian PCMC menu is supported NoVer.1

NoVer.2

Enhancement Features of TDE100/200 MPR 2.0

“

System reset by CTI application. - If SXDP-PS number is accessed by CTI application.

All QSIG lines become busy by TIE call.- Common extension numbering function (TIE call) with QSIG line.

Centralized VM function does not work over QSIG.- If CF/CT on QSGI is set to enable.

Error code 050. - Delete the error code 050 (Error code of the centralized VM function)

Option Requirement

NoVer.1

NoVer.1

NoVer.1

NoVer.1

- The same modification as TDA30 MPR 4.0

Enhancement Features of TDE100/200 MPR 2.0Modification of Un-specified operation

KX-TDA0177 Support16 SLT Card with Caller ID function (CSLC16)

“KX-TDA0177 Support - 1

16-Port Single Line Telephone Extension Card with Caller ID (FSK) Card.

Cable Max. Distanceø 0.4 mm 698 mø 0.5 mm 1128 mø 0.6 mm 1798 mCAT 5 1128 m

KX-TDA0177 LPR Software should be 2.000 or later.

“KX-TDA0177 Support - 2Max. Extension Card

-

16

16

16

-

886

-

TDE200 TDE100Power Unit

8

IP-Ext-16

EMSCL-16

CSLC-16

ESLC-16

DLC-16

SLC-8

DLC-8

DHLC-8

Improved Built-in SVM2Adding the Message Feature

Improved Built-in SVM2Specification

“

Built-in SVM-2 (MPR 1.0)- 2-ch SVM + 2-ch MSG (DISA) Card.- Message Area : 125 (40/60120min/Card(Selectable))- DISA port : 2- Feature : SVM : 125 messages

Built-in SVM-2 (MPR 2.0)- 2-ch SVM + 2-ch MSG (DISA) Card.- Message Area : 125 (40/60120min/Card(Selectable))- DISA port : 2- Feature : SVM : 125 messages

(Mode) : MSG (DISA): : 64 OGM: SVM+ MSG (DISA) : 61 messages + 64 OGM

- CO-CO Call Circuit

* Additional features

Sheared Recording Memory (32MB)

IPCMPR

2-Ch

TDE Data BusBlock Diagram

Ext.203Ext.202

SVM

2-ChExt.201

Improved Built-in SVM2 “

OGM-02

OGM-01

OGM-63

OGM-xx

OGM-64

DISA-02

DISA-01

MSG

2-Ch

“

Installation/programmingBuilt in SVM2 is assigned to “Enable” of SVM Feature and “Enable” of MSG Feature, when you initialize the system.

Improved Built-in SVM2

SVM

TDE Data Bus

Feature (Mode) : SVM Mode

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

“

Disable

SVM:125 messagesRecording time 40/60/120 min2-ch

IPCMPR


MSG

TDE Data Bus

Feature (Mode) : MSG Mode

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

“

OGM:64 messagesRecording time 40/60/120 min2-ch

Disable


IPCMPR

SVM + MSG

TDE Data Bus

Feature (Mode) : SVM + MSG Mode

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

“


When we use the Moving From SVM to DISA Feature (MPR 2.0 New Feature) , we have to select this mode.

SVM:61 messages, even if we record one OGM.Recording time: It is depending up on OGM recording time.


IPCMPR

“

Unable function of Built-in SVM

1- It is not possible to export (backup) nor import OGM messages (MSG-feature) to/from Built-in SVM card.

2- ”High quality recording of music” is unable to use, even though you select “High”.


KX-TDA0192/0194 SupportEnhanced Simplified Voice Message (ESVM) Card

KX-TDA0192/0194 (ESVM) - 1 Hardware

“

KX-TDA0194 (ESVM-4)KX-TDA0192 (ESVM-2)

KX-TDA0192/0194 (ESVM) - 2

KX-TDA0194 (ESVM-4)- 2 x 2-ch SVM + 4-ch MSG (DISA) Card.- Message Area : 2 x 250/Card (20/60/120min/Card (Selectable)) - DISA port : 4- Feature : SVM : 2 x 250 messages

(Mode) : MSG (DISA): : 64 OGM: SVM+ MSG (DISA) : 2 x 186 messages + 64 OGM

- CO to CO Call Circuits.

Hardware SpecificationKX-TDA0192 (ESVM-2)- 2-ch SVM + 2-ch MSG (DISA) Card.- Message Area : 250/Card (20/60/120min/Card (Selectable))- DISA port : 2- Feature : SVM : 250 messages

(Mode) : MSG (DISA): : 64 OGM: SVM+ MSG (DISA) : 186 messages + 64 OGM

- CO to CO Call Circuits.

“

Shared Recording Memory -1 (32MB)

TDA0192

2-Ch

TDA Data BusKX-TDA0192 Block Diagram

Ext.203Ext.202

SVM

2-ChExt.201

KX-TDA0192/0194 (ESVM) - 3 “

OGM-02

OGM-01

OGM-63

OGM-xx

OGM-64

DISA-02

DISA-01

MSG

2-Ch



Ext.206Ext.205

DISA-04

DISA-03

TDA0194

4-Ch

TDA Data BusKX-TDA0194 Block Diagram

OGM-02

OGM-01

OGM-63

OGM-xx

OGM-64

MSG

SVM-2

DISA-02

DISA-01

2-Ch

4-Ch

Ext.204

Ext.203Ext.202

SVM-1

2-ChExt.201

KX-TDA0192/0194 (ESVM) - 4 “

“KX-TDA0192/0194 (ESVM) - 6Combination

- Can only be mounted to the Sub-slot-3/OPB3, when we use the SVM function.- Install two KX-TDA0192/0194 (with SVM function) needs two OPB-3 cards.- OPB-3 Card software should be 4.000 or later.

When cards of different types are installed, the shortest recording time is used. E.g. if a KX-TDA0194 card and a KX-TDA0191 card are installed, the maximum recording time at default will be about 8 minutes, high quality OGM recording is not possible, Wav file transfer function is not possible.

OPB-3 Card

E.g. OPB-3 x 2

TDA0194

TDA0191

TDA0191

TDA0192

OPB-3 x 2

TDA0192

TDA0191

TDA0191

TDA0192

OPB-3 x 2

TDA0194

TDA0191

TDA0191

TDA0194

OPB-3 x 2

TDA0194

TDA0192

TDA0192

TDA0194

Any combination with KX-TDA0191, TDA0192 and TDA0194 is possible.

“

Can only be mounted to the Sub-slot-3/OPB3, when we use the SVM function.

KX-TDA0192/0194 (ESVM) - 7Installation/programming

Another ESVM card can work only MSG Feature

“

When we use the SVM feature, we have to mount an ESVM card to the Sub-slot-3/OPB3,


ESVM cards on the Slot-1 and 2 can work only MSG feature.

OPB-3

OPB-3 Features

SVM / MSG

MSG only

Slot-1

Slot-2

Slot-3

Slot-3 TDA0192/4

Slot-2 TDA0192/4

Slot-1 TDA0192/4

MSG only

“

E.g.

KX-TDA0192/0194 (ESVM) - 9Install two KX-TDA0192/0194 (with SVM Feature) needs two OPB-3 cards.

Two OPB-3 cards are installed in different cabinets.

Two OPB-3 cards are installed in one cabinet.

1 x KX-TDA0192/0194 (SVM Feature)

1 x KX-TDA0192/0194 (SVM Feature)

TDA Data Bus

SVM Configuration - 1 (1 x KX-TDA0192)

TDA0192

MSG

OGM1-64

DISA 1-2

SVM

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 10 “

2-ch

2-ch

2-ch

TDA Data Bus


TDA0194

MSG

SVM-2

OGM1-64

DISA 1-4

4-ch

SVM-1

Ext.204

Ext.202

Ext.203

Ext.201

KX-TDA0192/0194 (ESVM) - 11 “

2-ch

2-ch

4-ch

TDA Data Bus

TDA0192No-2

MSG

OGM1-64

DISA 1-2


2-ch

SVM2-ch

Ext.204Ext.203

TDA0192No-1

MSG

OGM1-64

DISA 1-2

2-ch

SVM2-ch

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 12 “

Install two KX-TDA0192/0194 (with SVM function) needs two OPB-3 cards.

2-ch2-ch

TDA Data Bus

TDA0194

MSG

SVM-2

OGM1-64

DISA 1-4

SVM Configuration - 4 (1 x KX-TDA0192 + 1 x KX-TDA0194)

4-ch

SVM-1

Ext.206

Ext.204

Ext.205

Ext.203

TDA0192

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 13 “

2-ch

2-ch2-ch

Install two KX-TDA0192/0194 with SVM function needs two OPB-3 cards.

4-ch2-ch

TDA Data Bus

TDA0194No-2

MSG

SVM-2

OGM1-64

DISA 1-4


2-ch

4-ch

SVM-12-ch

Ext.208

Ext.206

Ext.207

Ext.205

TDA0194No-1

MSG

SVM-2

OGM1-64

DISA 1-4

2-ch

4-ch

SVM-12-ch

Ext.204

Ext.202

Ext.203

Ext.201

KX-TDA0192/0194 (ESVM) - 14 “

Install two KX-TDA0192/0194 with SVM function needs two OPB-3 cards.

4-ch4-ch

TDA0192

TDA Data Bus

KX-TDA0192 Block Diagram (Message Block)KX-TDA0192/0194 (ESVM) - 15 “

Shared Recording Memory (20/60/120 min)

25024924867 - 247666564634 - 62321

Saved for OGM SVM

MSGSVM

Shared Recording Memory -2 (20/60/120 min)

TDA Data Bus

KX-TDA0194 Block Diagram (Message Block)

MSGSVM-1

KX-TDA0192/0194 (ESVM) - 16 “

Shared Recording Memory -1 (20/60/120 min)

25024924867 - 247666564634 - 62321

SVM-2

Saved for OGM

SVM

25024924867 - 247666564634 - 62321

Saved for OGM

SVM

TDA0194

SVM

TDA Data Bus


TDA0192

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 17 “

SVM:250 messagesRecording time 20/60/120 min2-ch

250249248

SVM

66656463321

Message Block67 - 2474 - 62Message Block

2-ch

Disable

OGM

TDA Data Bus


MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 18 “


TDA0192

250249248

SVM

66656463

OGM

321

Message Block67 - 2474 - 62 No-usedMessage Block

2-ch

Disable

SVM+OGM

TDA Data Bus


MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 19 “

TDA0192 OGM:64 messagesRecording time 20/60/120 min2-chSVM:186 messages, even if we record one OGM.Recording time: It is depending up on OGM recording time.


250249248

SVM

66656463

OGM

321

Message Block67 - 2474 - 62Message Block

2-ch

SVM

TDA Data Bus


TDA0194

MSG

OGM1-64

DISA 1-4

4-ch

SVM-1

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 20 “

Disable

SVM:2 x 250 messagesRecording time 2 x 20/60/120 min2-ch

25024924867 - 247666564634 - 62321

250249248

SVM

6665646332

Message Block-2

1

Message Block67 - 2474 - 62Message Block-1

SVM-2

Ext.204Ext.203

2-ch

4-ch

OGM

TDA Data Bus


MSG

SVM-2

OGM1-64

DISA 1-4

4-ch

SVM-1

Ext.204

Ext.202

Ext.203

Ext.201

KX-TDA0192/0194 (ESVM) - 21 “

OGM:64 messagesRecording time 20/60/120 min

2-ch

2-ch

Disable

TDA0194

25024924867 - 247666564634 - 62321

250249248

SVM

66656463

OGM

32

Message Block-2

1

Message Block67 - 2474 - 62 No-usedMessage Block-1

4-ch

SVM+MSG

TDA Data Bus


MSG

OGM1-64

DISA 1-4

4-ch

SVM-1

Ext.202Ext.201

KX-TDA0192/0194 (ESVM) - 22 “

TDA0194 OGM:64 messagesRecording time 20/60/120 min2-ch


SVM:2 x 186 messages, even if we record one OGM.Recording time: It is depending up on OGM recording time.SVM-2

Ext.204Ext.203

2-ch

25024924867 - 247666564634 - 62321

250249248

SVM

66656463

OGM

32

Message Block-2

1

Message Block67 - 2474 - 62Message Block-1

4-ch

“

Can only be installed to the Sub-slot-3/OPB3, when we use the SVM function.


Has to be “OUS” mode to change Features

Can not change Feature

“KX-TDA0192/0194 (ESVM) - 24Installation/programming Recording time

120 min (Low)60 min (Middle)20 min (High)

It is system programming. Can not assign card by card base.

SVM Floating Extension Number assignment.

“KX-TDA0192/0194 (ESVM) - 25

MSG Function Max Recording Time (min)

TDA0192+TDA0192(4ch)

Disable 240 (2x120)

Enable 240 - 2 x OGM recording time


Disable 480 (4x120)


TDA0192(2ch)

Disable 120Enable 120 - OGM recording time

TDA0194(4ch)

Disable 240 (2x120)


SVM Mailbox Size and Max. Recording Time


Disable 360 (3x120)Enable 360 - 3 x OGM recording time

SVM Mailbox

500 (2x250)

372 (2x186)

1000 (2x2x250)

744 (2x2x186)

250186

500 (2x250)

372 (2x186)

750 (250+2x250)558 (186+2x186)

Recording time is selected to 120 min (Low)

Combination with B-SVM

“Combination of B-SVM/MSG/ESVM

When cards of different types are installed, the shortest recording time is used. E.g. if a KX-TDA0194 card and a KX-TDA0191 card are installed, the maximum recording time at default will be about 8 minutes.

E.g. IPCMPR

B-SVM2

Any combination with Built-in SVM2/KX-TDA0191/0192/0194 is possible.

OPB-3#1

TDA0191

TDA0191

TDA0192

OPB-3#2

TDA0194

Max. SVM function Cards- Max. 2 cards Built-in SVM2 + TDA0192 or TDA0194

TDA0192 + TDA0192TDA0194 + TDA0194TDA0192 + TDA0194

Max. Cards (SVM/MSG mixed)- Max. 5 cards (Built-in SVM2+TDA0191 or TDA0192 or TDA0194).

“

If we don’t want to use the Built-in SVM2 card, please program as follows;

- SVM Feature : “Disable”- MSG Feature : “Enable”- Card status : “OUS” 　

Installation/programmingCombination of B-SVM/MSG/ESVM

“

SVM Mailbox Size MSG Function SVM Mailbox

Built-in SVM2 Disable 125

Enable 61

Built-in SVM2+TDA0192 Disable 375 (1x250+125)

Enable 247 (1x186+61)

Built-in SVM2+TDA0194 Disable 625 (2x250+125)

Enable 433 (2x186+61)

Max Recording Time (min)

240 (2x120)240 - 2 x OGM recording time

120

120 - OGM recording time

240 (2x120)

240 - 2 x OGM recording time

TDA0192+TDA0192 Disable 240 (2x120)


TDA0194+TDA0194 Disable 480 (4x120)


TDA0192 Disable 120Enable 120 - OGM recording time

TDA0194 Disable 240 (2x120)


TDA0192+TDA0194 Disable 360 (3x120)Enable 360 - 3 x OGM recording time

500 (2x250)

372 (2x186)

1000 (2x2x250)

744 (2x2x186)

250186

500 (2x250)

372 (2x186)

750 (250+2x250)558 (186+2x186)

Recording time is selected to 120 min (Low)

Combination of B-SVM/MSG/ESVM

KX-TDA0192/0194 SupportSimplified Voice Message (SVM) Function

(Same as TDA30 SVM Function)

- An extension can have only one mail box.- PT/SLT/PS/IP-PT/IP-Softphone can be assigned its own

message box. (But, Not ISDN extension)- The following features are not supported.

- Recording SVM personal greeting from external terminal.- LCS, 2-Way recording.- Call Deflection.- E-mail Integration.- Save personal greetings and recorded messages.

- A voice mail system can connect together with SVM card.- Greeting message can not be used as ICD-Group time table

OGM.

KX-TDA0192/0194 (SVM Function) - 1 “

SVM Function Conditions

Max.250 (186) Messages

TDA0192

SVM Block DiagramTDA Data Bus

“

SVM2-Ch

Day Mode Greeting

Ext.201

Normal Greeting

Night Mode Greeting

Lunch Mode Greeting

Break Mode Greeting

Message Box

Message Box

Message Box

Message Box-1

Day Mode Greeting

Ext.202

Normal Greeting

Night Mode Greeting

Lunch Mode Greeting

Break Mode Greeting

Message Box

Message Box

Message Box

Message Box-1

KX-TDA0192/0194 (SVM Function) - 2

Day Mode Greeting

Ext.203

Normal Greeting

Night Mode Greeting

Lunch Mode Greeting

Break Mode Greeting

Message Box

Message Box

Message Box

Message Box-1

Day Mode Greeting

Ext.204

Normal Greeting

Night Mode Greeting

Lunch Mode Greeting

Break Mode Greeting

Message Box

Message Box

Message Box

Message Box-1

Max.250 (186) MessagesMax.250 (186) Messages

Day Mode Greeting

Ext.202

Normal Greeting

Night Mode Greeting

Lunch Mode Greeting

Break Mode Greeting

Message Box

Message Box

Message Box

Message Box-1

TDA0194

SVM Block Diagram

Day Mode Greeting

Ext.203

Normal Greeting

Night Mode Greeting

Lunch Mode Greeting

Break Mode Greeting

Message Box

Message Box

Message Box

Message Box-1

SVM-2

TDA Data Bus

“

2-Ch

Day Mode Greeting

Ext.201

Normal Greeting

Night Mode Greeting

Lunch Mode Greeting

Break Mode Greeting

Message Box

Message Box

Message Box

Message Box-1

SVM-12-Ch


“

Can only be mounted to the Sub-slot-3/OPB3, when we use the SVM function.

Installation/programming

Assign SVM resource

Assign SVM log Max.100


TDA0192A=SVM

TDA0194A=SVM-1B=SVM-2

Card 1

Card 2

Normal Greeting MessageRecord Off-Hook *381 C.tone MessageReplay Off-Hook *382Clear Off-Hook *380

Greeting Message for Each Time ModeRecord Off-Hook *388 0 (Day) 1 C.tone Message

1 (Night)2 (Lunch)3 (Break)

Replay Off-Hook *388 0 (Day) 21 (Night)2 (Lunch)3 (Break)

Clear Off-Hook *388 0 (Day) 01 (Night)2 (Lunch)3 (Break)

Maintenance Greeting Message

“KX-TDA0192/0194 (SVM Function) - 5

FDW to

IRNA to

Personal Greetings

Message Box

Ext.201

Personal Greetings

Message Box

Ext.202ISDN

Outside

SVM

FDW to

IRNA to

Ext.201

Ext.202

Another Extension

- Accessing your message box from another extension

- Recording personal greeting message- Recording greeting message for each time mode- Redirecting your calls to your message box- Leaving voice messages- Listening to voice messages left by callers- Accessing message box from outside.


SVM

ICD-Group

Voice Mail service (External caller)

ISDN

DDI to SVM

DDI to

SVM

SVMVoice Message

OverflowDDI to

Not Possible

Personal Greeting“This is “Sales”

Voice Message

IRNA/FWD

Personal Greeting“This is “Tanaka”


By using call forwarding function*71 0 (Both Call) 2 (All Call) SVM Floating No. #

1 (Outside) 3 (Busy)2 (Intercom) 4 (No Answer)

5 (Busy/No Answer) 0 (Cancel)

Redirecting your call to your message box

By using IRNA function

Assign SVM Floating Ext. No.


*71 0 (Both Call) 2 (All Call) SVM Floating No. #Assign SVM Floating Extension Number.


TDA0194-2

TDA Data Bus

4-Ch

Ext.204

Message Box

Message Box-1

SVM-2

Ext.203

Message Box

Message Box-1

SVM-1

2-Ch2-Ch

TDA0194-1 4-Ch

Ext.202

Message Box

Message Box-1

SVM-2

Ext.201

Message Box

Message Box-1

SVM-1

2-Ch2-Ch

SVM Floating Ext. NumberExt.201/202 → 591Ext.203/204 → 592

Ext.592Ext.591

Off-Hook *383 C.tone Message: PT/SLT/PSOff-Hook *702 C.tone Message: PT/SLT/PSOff-Hook Message Button C.tone Message: PT/PSMessage Button (SVM Call log) Off-Hook

To listen to voice messages (First In/Last Out)

While you hear the recorded message. (PT/SLT/PS)3 + 1

To clear voice messages

1: To play back the voice message form the beginning w/o C-tone.2: To go to the next voice message3 and 1: To clear the voice message.4: To call back to the caller (External and Internal)5: To go back the previous voice message#6 and Ext. No.: To leave a voice message directly another Ext.#8: To play back your greeting message and recorded voice message#9: To end the call#*: To play back the voice message from the beginning w/ C-tone.

Additional operation while you hear the recorded message.


Accessing your SVM from another extensions.Off-Hook *47 Your Ext. No. PIN No. C.tone (Record) *381 C.tone Message(Replay) *382(Clear) *380

(Record) *388 0 (Day) 1 C.tone Message1 (Night)2 (Lunch)3 (Break)

(Replay) *388 0 (Day) 21 (Night)2 (Lunch)3 (Break)

(Clear) *388 0 (Day) 01 (Night)2 (Lunch)3 (Break)

Listening to voice messagesOff-Hook *47 Your Ext. No. PIN No. C.tone * 383

Normal Greeting

Time mode Greeting


Ext. 201

Ext. 201

Voice Mail Service (Internal caller)

*38 # 6 Ext. Number

“Today’s meeting is canceled.”

ISDN

Remote Voice Mail Access Service

DDI call to an Ext.

“Tanaka’s voice message box”


*47

*38 You can perform all operations.

Ext. Number + Ext.PIN

Tone-3

C-Tone

NB:

“Remote VM Access Service” (5.3.3 SVM) must be set to ‘Enable’ before using this function.

FWD


Ext.203

Ext.204

Ext.201

Ext.202

SVM-1

ISDN


*47

*38 You can perform all operations.

201 or 202 or 203 or 204 + Ext.PIN

Tone-3

C-Tone

DDI call to Ext. 201


NB: This feature is only available for Extension Mailboxes on the same SVM card.


Ext.203 SVM-2

Ext.204

ISDN

Ext.201

Ext.202

SVM-1

*47

Tone-3

DDI call to Ext. 201


203/204 + Ext.PINNot PossibleAnother DDI call to Ext.203 (SVM-2) is needed

NB: This feature is only available for Extension Mailboxes on the same SVM card..



ICD-Group Voice Mail Box

ISDN

DDI call to Ext.601

Time Table of Ext.601 Starts

Overflow

OGM Message (TDA019x)

“This is Yamada …..”

OGM Message from SVM

Ext.601

Time-Table

OGMTDA019x

SVM


How to create an ICD-Group Voice Mail Box1- Create a dummy PS extension.

2- Assign this extension at head of ICD-Group Member

Important

If this extension is not programmed at head of ICD-Group Member, SVM function does not work.

“

Create


Does not work

3- Record a message to SVM of Ext.290.4- Redirecting call to SVM

- *7141 + 601 + SVM Floating Ext. No. (591)SVM function does not work on this programming (*7141+601+290).- Assign SVM Floating Ext. No. (591) as Overflow Ext.


The following programming does not work with the SVM function.Does not work

How to notify of a voice message on Ext.290.- Assign Ext. 290 Message wait button on Ext.2001.

PROG + DSS button + 40 + 290 (Dummy Ext. No.).

How to listen to a voice message on Ext.290.- Assign the following command on DSS on Ext.2001.

*47 + 290 (Dummy Ext. No.) + Ext.290 PIN + *383

Final Image Ext.601

Dummy PS Extension

Ext.290

Ext.2001MW290

*383

Ext.2002


Ext.201 ring Ext.201 ring Ext.201 ring Ext.201 ring Ext.201 ring Ext.201 ring

Time Mode

Call to Ext. 201, What happens?

Normal-G Normal-G Normal-G Normal-G Normal-G Normal-G

Day-G Break-G Day-G Lunch-G Day-G Night-G

Day Break Day Lunch Day Night

Normal-G Break-G Normal-G Lunch-G Normal-G Night-G

No-Greeting

Case-1 Case-4

Normal

NightLunch

Break

Greeting on Ext. 201

Day

Case-3

Normal

NightLunch

Break

Case-2

Normal

Case-5

NightLunch

Break

Ext.201 ring Break-G Ext.201 ring Lunch-G Ext.201 ring Night-G

Case-1

Case-2

Case-3

Case-4

Case-5

How to work Normal Greeting and Time mode Greeting.


DDIIntercom FWD to SVM Ext.201 SVM

Ext.201

FWD to SVM Ext.201 Rings

FWD to SVMBusy Tone

Full

Ext.201

Ext.201

How to work SVM (incoming call from digital line/Intercom)

DDIIntercom

DDIIntercom

FWD to SVM

Ext.201DDI

Intercom 2ch

Occupied Busy Tone

Accessing

N/A to SVMExt.201 Rings

Ext.201DDI

Intercom Accessing


DDI to Ext.201

Condition-1

Ext.202

Condition Result

Ext.201 RingsExt.202 RingsExt.201 SVM

SVM=YESIRNA=No

FWD to 202 SVM=YES FWD to SVM Ext.201 Rings

Ext.202 RingsExt.201 SVM

SVM=YESIRNA=SVM

FWD to 202 SVM=YES FWD to SVM Ext.201 RingsExt.201 SVM

How to work SVM with Multi-Call FWD.

Ext.202 Rings

SVM=YESIRNA=SVM

N/A to 202 SVM=YES No-Answer orN/A to SVM

SVM=YESIRNA=SVM

FWD to 202 SVM=YES No-Answer or N/A to SVM

SVM=YESIRNA=No


SVM=YESIRNA=No


Ext.201 RingsExt.202 Rings

Ext. N/A Timer < System IRNA Timer


(Incoming call from digital line)

SVM=NoIRNA=SVM


SVM=YESSVM=Full


DDI to Ext.201

Condition-1

Ext.202

Condition Result



(Incoming call from digital line)

Analogue FWD to SVM Ext.201 SVM

Ext.201

FWD to SVM

Ext.201 Rings

FWD to SVM

Full

Ext.201

Ext.201

How to work SVM (incoming call from analogue line)

Analogue

Analogue

FWD to SVM

Ext.201

Analogue 2ch Occupied

Accessing

N/A to SVM

Ext.201

AnalogueAccessing


Ext.201 Rings

Ext.201 Rings

Ext.201 Rings

Analogue Ext.201

Condition-1

Ext.202

Condition Result

Ext.201 RingsExt.202 RingsExt.201 SVM

SVM=YESIRNA=No


Ext.202 RingsExt.201 SVM

SVM=YESIRNA=YES

FWD to 202 SVM=YES FWD to SVM Ext.201 RingsExt.201 SVM


Ext.202 Rings

SVM=YESIRNA=SVM


SVM=YESIRNA=SVM


SVM=YESIRNA=No


SVM=YESIRNA=No


Ext.201 RingsExt.202 Rings

Ext. N/A Timer < System IRNA Timer


(Incoming call from analogue line)

SVM=NoIRNA=SVM


SVM=YESSVM=Full


Condition-1 Condition Result



(Incoming call from analogue line)

Analogue Ext.201 Ext.202

KX-TDA0192/0194 SupportMoving From SVM to DISA

Dialling 0/9 OGM-1Greeting

Moving From SVM to DISA

“KX-TDA0192/0194 (Moving From SVM to DISA) - 1

When a call is answered by SVM but the caller wants to call another extension instead of leaving a message, it is possible to access DISA (DISA OGM 1 will be played) by dialing the Operator Call feature number. This allows the caller to call another extension via DISA or access the DISA AA service.

SVM + MSGSVM + MSG

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

TDA0192No-1

2-chMSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

TDA0192No-1

2-ch

Switch over

2-ch2-ch

“

The MSG feature for the ESVM card to which the SVM mailbox belongs must be enabled.

SVM + MSGSVM + MSG

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.204Ext.203

TDA0192No-2

2-chMSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

TDA0192No-1

2-ch

TDA Data Bus

The Moving From SVM to DISA feature works only on the SVM + MSG mode.

Switch overSwitch over

NB: This feature is only available for SVM Mailboxes and MSG (DISA) on the same SVM card..

KX-TDA0192/0194 (Moving From SVM to DISA) - 2

2-ch2-ch

“

SVM + MSG

MSG

OGM1-64

DISA 1-4

4-ch

SVM-2

Ext.208Ext.207

TDA0194No-2

2-ch

TDA Data Bus

Switch over


SVM-1

Ext.206Ext.205

2-ch

Switch over

SVM + MSG

MSG

OGM1-64

DISA 1-4

4-ch

SVM-2

Ext.204Ext.203

TDA0194No-1

2-ch

Switch over

SVM-1

Ext.202Ext.201

2-ch

Switch over

4-ch4-ch

“

MSG ModeSVM Mode

MSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.20 ４Ext.20 ３

TDA0192No-2

2-chMSG

OGM1-64

DISA 1-2

2-ch

SVM

Ext.202Ext.201

TDA0192No-1

2-ch

TDA Data Bus

The Moving From SVM to DISA feature works only on the SVM + MSG mode.The following configuration does not work the Moving From SVM to DISA feature.

Dialling 0/9 OGM-1Greeting

Does not switch over between two cards

Does not work


“

After SVM recording started, the TDA disconnects the line when the TDA receives a DTMF signal.


Idle SVM Greeting OGM-1

Dial 0/9Incoming Call

Normal flow.

Idle SVM Greeting OGM-1

Dial 0/9Incoming Call

Stat SVM recording

SVM recording

NB: The following flow is not possible.

Idle SVM Greeting Disconnects the line

DTMFIncoming Call Stat SVM recording

SVM recording

KX-TDA0192/0194 SupportHigh Quality OGM Record

It is possible to record music when using an ESVM card in High Recording Quality mode

TDA0192/4

TDA Data Bus

High Quality OGM Record (File transfer)KX-TDA0192/0194 (OGM Record) - 1 “

25024924867 - 247666564634 - 62321

25024924867 - 247666564634 - 62321

High Quality OGM(OGM01–64)

MSGSVM-1

SVM-2

SVMSaved for OGM

Not Support

Not Support

High Recording Quality mode

“

OGM recoding quality setting. Recording time 120 min (Low)60 min (Middle)20 min (High)

It is system programming. Can not assign card by card base.

KX-TDA0192/0194 (OGM Record) - 2Installation/programming

“

The following programming is possible.

KX-TDA0192/0194 (OGM Record) - 3

MSGMSGTDA0192

No-2

MSG

OGM1-64

2-chSVM

TDA0192No-1

2-ch

TDA Data Bus

MSG

OGM1-64

2-chSVM

2-ch

SVM + MSGSVMTDA0192

No-4

MSG

OGM1-64

2-chSVM

Ext.202

TDA0192No-3

2-chMSG

OGM1-64

2-chSVM

Low

2-ch

Ext.201

High

High

Low

Programming

High

TDA0192/4

TDA Data Bus

“

25024924867 - 247666564634 - 62321

25024924867 - 247666564634 - 62321

High Quality OGM(OGM01–64)

High Recording Quality mode

Wav Format8KHz16bitMonaural

KX-TDA0192/0194 (OGM Record) - 4

“KX-TDA0192/0194 (OGM Record) - 5

2- Go to “Utility”- “Message File Transfer” PC to PBX

Recording1- Set all OPB-3s which has DISA to “OUS”

5- Select a wav file.

6- Click

7- Select OGM Message Number

8- Click

4- Click

Wav Format8KHz16bitMonaural

3- Select “All”


File transfer to PBX

9- Click

10- Click

Finish11- Set OPB-3 “INS”

“KX-TDA0192/0194 (OGM Record) - 7OGM output level (OGM recoding level) OGM output level (Wav file recording) may influence DISA tone detection sensitivity. If OGM has high output level then the DISA tone detection threshold level may deteriorate. If a customer uses DISA function with OGM that is recorded from Wav file, please check the DISA tone detection sensitivity / level before use. If DISA tone detection does not work correctly, please reduce the level by using the application detailed below. (Remove High level WAV file and replace with modified one).

DISA OGM Memory

Handset recording

External Audio Input

AGC

Wav file transfer

Auto Gain Control

NO Gain Control


Wav file Modification SoftwarePCC uses the following audio modification (→xxx.wav, adjust audio level) software.- Sony "Sound Forge". (Not Free software)

You may download a free trial from the following website:http://www.sonycreativesoftware.com/products/soundforgefamily.asp

Free software: “Eufony” http://www.softe.net/It's free use for wave files less than 1 minute. Above 1 minute we need to pay. (Convert, Spilt, Merge are possible)

“Sound recorder” (Windows optional software) :It is possible to use for conversion audio modification (→xxx.wav, reduce audio level) software. But PCC experience on TVM is conversion quality is not good some audio data.

Support T.38

FAX?NO

YES

Voice compression

FAX CodecIP(T.38) Transmission

- G3 fax conforms to ITU-T Rec. T.38 standards- Communication configuration is as follows.

No Speed Limit/2400/4800/7200/9600/12000/14400bps- Support Virtual IP-GW and SIP-GW. (not LPR card IP-GW) Note : This operates since Ver.56 of DSP.

TDE2.0

T.30 (G3FAX) T.38

Support T.38 - 1 “

IP

UDP

TCP UDPTL RTP

IFP IFPIFP

T.38UDPTL T.38RTPT.38TCP

- There are three kinds of protocols of T.38. - TDE100/200 supports only "T.38UDPTL".

IFP : Internet Facsimile ProtocolUDPTL : Transport Protocol for FAX in UDP


The method of converting fax signal into IP packet

1.Qualifying as voice “G.711 Inband”

It put the fax signal into the IP packet as a voice and sends it.

1) Operation The VoIP (Voice over IP) gateway digitalizes the signal of G3 FAX with PCM (Pulse Code Modulation) and it processes it as a voice.

2) Merit The signal of G3 FAX is carried as well as the voice.

3) Demerit - The band width is necessary about 80k-90k bit per second to carry the signal of G3 FAX as well as the voice. - The fax signal is sensitive for the packet delay and packet loss.

Actually, it happens that the fax cannot send even though you can talk.


RTPTotal

Packet Size

VoIP RTP Packet (Bandwidth)

7,200 900 64,000 8,000 71,200 8,900 480124924253417 60

8,640 1,080 64,000 8,000 72,640 9,080 400124124245420 50

10,800 1,350 64,000 8,000 74,800 9,350 320123324237425 40

14,400 1,800 64,000 8,000 78,400 9,800 240122524229433 30

21,600 2,700 64,000 8,000 85,600 10,700 160121724221450 20

43,200 5,400 64,000 8,000 107,200 13,400 80129242134100 10

G.711A

7,200 900 8,000 1,000 15,200 1,900 6012724211417 60

8,640 1,080 8,000 1,000 16,640 2,080 5012624210420 50

10,800 1,350 8,000 1,000 18,800 2,350 401252429425 40

14,400 1,800 8,000 1,000 22,400 2,800 301242428433 30

21,600 2,700 8,000 1,000 29,600 3,700 201232427450 20

43,200 5,400 8,000 1,000 51,200 6,400 1012224264100 10

G.729A

bpsByte/sec

bpsByte/sec

bpsByte/sec

bytebytebytebytebytePacket

/secms-

payloadNon

payloadIP

HeaderNon Voice Data/sec

Voice Data/secData Size/sec

Packed number

/secCycle

Time of Packet

Codec

Support T.38 - 4

2. Using the special protocol "T.38"

1) Operation It converts the signal of T.30(G3 FAX) into the message which provides with T.38 and puts into the IP packet and sends and receives it.

2) Merit - G3 FAX can be sent and received by narrow band width. - It is strong in the packet delay and packet loss. (It is possible to communicate even if there are some delays, if an each message reaches correctly, because it sends the message by the IP packet.)

3) Demerit The fax gateway of the destination should have the T.38 protocol.


Ethernet Header(14) IP(20) UDP(8) T38 Header 1(2) T38 Header 2(6) FAX Data T38 Header(3)

Packet

　　　　 Redundancy

Same size

IP(20)-> version(3Bit) Header length(5Bit) Differentiated Services Field(1) Total Length(2) Identification(2) Flags(1) Fragment offset(1) Time to live(1) Protocol(1) Header chacksum(2) Source(4) Destination(4)

UDP(8)-> source port(2) Destination port(2) Length(2) Chacksum(2)

T.38 Header 1(2)-> sequence number(2)

T.38 Header 2(6)-> Type of msg(3) Data_Field_field_type(3)

FAX Data-> Data_Field_field_data

FAX Header-> Error recovery(2) Item X(1) [X] is Redundancy count

Ethernet Header(14)-> Destination MAC Addersss(6)　　 Source MACAddress(6)　　 Etehrnet Type(2)

Bandwidth =　 Packet Size X 8 /(20/1000)Packet Size = 14+（ 20+8+2+6+FAX data size+3+(6+FAX data size) X Redundancy count)FAX data size =　 FAX Bit rate / 8 X (20/1000)

FoIP T.38 Packet (Framing and Size)

Support T.38 - 6

2020Packet sampling (msec)Packet sampling (msec)

Actual Result of calculation

FoIP T.38 Packet (Bandwidth)Support T.38 - 6

2 16 44 60 58 23,200 2,4000 22 50 64 64 25,600 4,8000 28 56 70 70 28,000 7,2000 34 62 76 76 30,400 9,6000 46 74 88 88 35,200 14,400

FAX Bit rate(bps)

Redundancy count = 0

28,000 2,40082 32,800 4,80094 37,600 7,200

106 42,400 9,600130 52,000 14,400


82 32,800 2,400100 40,000 4,800118 47,200 7,200136 54,400 9,600

14,400Redundancy

count = 2

PaddingIFPT.38TotalSizeBandwidth

37,600 2,400 118 47,200 4,800 142 56,800 7,200166 66,400 9,600214 85,600 14,400


70 68,800

94

172

FAX Bit rate(bps)

FAX Bit rate(bps)

FAX Bit rate(bps)

20Packet sampling (msec)

Result of calculation

FoIP T.38 Packet (Bandwidth)Support T.38 - 6

10642,4002,400136 54,400 4,80016666,4007,200196 78,4009,600256 102,40014,400

FAX Bit rate(bps)


47,2002,400154 61,6004,800190 76,000 7,20022690,4009,600298 119,20014,400


130 52,000 2,40017268,800 4,800214 85,600 7,200256 102,400 9,600

14,400Redundancy

count = 6

SizeBandwidth

62,400 2,400 204 81,600 4,800252 100,800 7,200300120,0009,600396 158,400 14,400


118 136,000

156

340

FAX Bit rate(bps)

FAX Bit rate(bps)

FAX Bit rate(bps)

(4)Procedure<Step 1> G3 FAX machine (Source) calls G3 FAX machine (Destination) through T.38 gateway.

<Step 2> T.38 gateway calls G3 FAX machine by using H.323/SIP protocol. (It is the same as the processing of IP telephone. )

<Step 3> It operates according to T.38 protocol.- T.38 gateway sends and receives data by the formatting of "IFP (internet facsimile protocol) packet". (The field of carrying the information of G3 FAX signal is defined with IFP packet.)- T.38 gateway (Source side) converts into the message of IFP packet, and it sends the fax signal which G3 FAX machine (Source) sent.- IFP packet reaches T.38 gateway (Destination side) through the IP network.- The gateway converts the IFP packet to the signal of G3 FAX and transmits it to the G3 FAX machine (Destination).



TDE

PBX-Y

FAX Transmitting

Talking status

FAX Transmitting

Detect the tone of FAX transmitting.

Request to change T.38 for the communication method according to the FAX transmitting Method.

FAX Receiving

Note : FAX communication does not change to the qualifying as voice (G.711 Inband), it keeps G.729 voice codec when the call communication with G.729 and FAX communication with T.38 becomes NG, as the result of the ability information negotiation with the destination.


TDE

PBX-Y

FAX TransmittingTalking status

FAX Receiving

Changing the communication method to T.38 is requested.

It is tuned qualifying as voice (G.711 Inband), or T.38 with the requested method automatically, when the call communication with G.711.


FAX CommunicationTDE#1 TDE#2

Request to switch to T.38 session

CED (Called Tone)Detecting time : 200ms

ACK

CNG (Calling Tone)Detecting time : 3s

T.38 communication

*Out : G.711 IN : G.711

*Out : G.711 IN : T.38

FAX Method FAX Method

G.729 Voice communication

FAX Transmitting FAX Receiving

When it detects CED tone earlier than CNG tone

* : SIP ---> One method of each port H.323 ---> IN/OUT method can be set separately


FAX Communication with SIP

SIP Server TDE#2 TDE#1 DSPTDE#1

INVITE SDP(T.38)

TDE#2 DSP

RTP G729

RTP G729

100 TryingINVITE SDP (T.38)

100 Trying

200 OK SDP (T.38)200 OK SDP (T.38)

ACKACK

CED

The switching of T.38 session is processed after detecting the CED tone.

G.729 Voice communication

CNG

T.38 communication


FAX Communication

Note1 : As for the G.711 Normal connection, there is a possibility that FAX data cannot be sent by the condition of packet. And, ECA (Default=ON) and VAD (Default=OFF) are programmable setting.

Note 2 : Source side changes to G.711 even though source side does not change previously from G729 to G.711, when the connected party changes to G.711.

T.38

T.38

Not assign

TDE100/200(G.711 Inband & T.38)

FailureG.711 Inband

T.38

FailureNot assignG.711 Inband

IPGW4/16(G.711 Inband)

G.729A

TDE100/200 (G.711 Inband & T.38) T.38

Don’t careT.38Don’t careG.711 Inband

Don’t careT.38

G.711 Inband (ECA=OFF, VAD=OFF)Don’t careG.711 Inband

IPGW4/16(G.711 Inband)

G.711A

Result ECA (Echo Canceller Ability) VAD (Voice Activity Detection for G.711)Codec Priority 2ndFAX Sending Method

Connected PartyOriginal Voice CODEC

Source (It detects CNG/CED tone early)

Available FAX Method

G.711

G.711

Failure

G.711 Normal (ECA=ON, VAD=OFF) ... Note 1

G.711 Inband (ECA=OFF, VAD=OFF)


G.711 Normal (ECA=ON, VAD=OFF) ... Note 1/2


Don’t care

G.711

Not assign

Outgoing Call setting per destination

Support T.38/IP-GW - 1 “

The method of transporting the FAX signal when CNG (Calling) tone detect(G.711 Inband, T.38)

Maximum Bit Rate (No Speed Limit, 2400, 4800, 7200, 9600, 12000, 14400 bps)

Outgoing Call setting per destination


Maximum datagram size (272 – 512)

Whether to use the redundancy feature (Enable, Disable)

Redundancy count for data (0 - 3)

Rate management Method (Transferred TCF, Local TCF)

Redundancy count for T.30 Message(0,1,2,3,4,5,6 7)

It passes IP network

It does not pass IP network

QoS setting per System


Type of value to be store to TOS filed (ToS, DSCP, HEX)

Priority level of FAX Packet (0 - 7)

Type of TOS (Normal, Monetary Cost, Reliability, Throughput, Delay)

(Incoming Call setting per System)Support T.38/IP-GW - 4

“

Maximum datagram size (272 – 512)

Whether to use the redundancy feature (Enable, Disable)

Redundancy count for T.38 Message(0,1,2,3,4,5,6 7)

Redundancy count for data (0 - 3)

Rate management Method (Transferred TCF, Local TCF)

When CED tone detect

Same of IP-GW GW Setting Option 2

Outgoing Call setting per Provider

Support T.38/SIP-GW - 1 “

Same of IP-GW Incoming and IP-GW GW Setting Option 3



Same of IP-GW Main setting



Support T.38/DSP Version Up - 1Confirming the current DSP version

Support T.38/DSP Version Up - 2DSP control software

Support T.38/DSP Version Up - 3File transfer PC to SD Card

Support T.38/DSP Version Up - 4File transfer PC to SD Card

Support T.38/DSP Version Up- 5System Reset

Support T.38/DSP Version Up - 6Confirming the new DSP version

8 Digits VM Integration

“8 Digits VM Integration - 1

VM Connection

MPR 3.1 Function

5 digits extension numberingExt.20001

TVM Ver.2.0 support 5 digits mailbox.

TVM Ver.2.0

VM integration does not support 5 digits.


VM Connection

MPR 5.0 Function

5 digits extension numberingExt.20001

TVM Ver.2.1 support 8 digits mailbox/VM integration.

TVM Ver.2.1

MPR 5.0 supports 8 digits VM integration

Mailbox Extension20001 2000120002 2000220003 2000320004 20004

MPR 5.0

DLCDHLC

Ver.5.002

DLC/DHLC Card software should be 5.002 or later.

Ext.20001

C-FWD 500

Ext.20001


TVM Ver.2.1

QSIGVoIP/ISDN

Branch PBXPBX code:11

Centralized VM with PBX code

Ext.500



Main PBXPBX code:10

Mailbox Extension20001 2000171120001 7112000171220001 7122000171320001 71320001

MPR 5.0 Function

MPR 5.0

Ext.20001C-FWD 7+10+500 C-FWD 7+10+500

Ext.20001

Check In/Out operation by CSTA

“Check In/Out operation by CSTA - 1

Ext.2001

Check In Ext.2001

Ext.2001 Check In CSTA command.

USB/LAN

FOS (CSTA Application)

- Clear Call Budget- Station Un-lock

Check In Operation

Check In Mode

MPR 5.0

NB: The TAPI I/F does not support this operation.

“

Ext.2001

TVM Ver.2.0

Mailbox for Ext.2001

Check Out Ext.2001

Send message delete command.

Ext.2001 Check Out CSTA command.

USB/LAN


Check In/Out operation by CSTA - 2

Check Out Operation

Check Out Mode

- Station lock- Clear Extension data

Timed reminder.Wake up.Last Number RedialSaved Number Redial Call LOG

MPR 5.0


“

Ext.2001

Delete Ext.2001 message from SVM

Check out Ext.2001

USB/LAN


Ext.2001 Check Out CSTA command.


Check Out Operation

Check Out Mode

- Station lock- Clear Extension data

Timed reminder.Wake up.Last Number RedialSaved Number Redial Call LOG

MPR 5.0

SVM for Ext.2001


“

CSTA Feature Specification document will be updated soon.


Feature Description Related CSTA Features

Room Status Control

An extension designated as the hotel operator can set the check-in status of rooms remotely.

EscapeService & PrivateEvent guestCheckIn-Request guestCheckOut-Request checkedIn-Event checkedOut-Event GetSystemData-Request -guestCheckStatus GetSystemDataLinkedReply - guestCheckStatus

Call Billing for Guest Room

Charges for calls from guest rooms can be logged and output as a guest bill.

None

Remote Wake-up Call

An extension designated as the hotel operator can set a timed reminder for a room remotely.

PrivateEvent WakeupResult

SMDR for External Hotel Application

Hospitality feature data, including check-in, check-out, and timed reminder times, can be output to SMDR for use in a PC-based hotel application.

CallDetailRecordsReportStartCallDetailRecordsTransmissionStopCallDetailRecordsTransmission

CSTA Features List

New CSTA Features

More than 1000 DDI Destination1000 DDI Table (not matched) →TIE Table

“More than 1000 DDI destinations - 1MPR 3.1 Function

2- Search DDI table

1- Incoming DDI number modification

Not matched

3- Final Destination

1000 DDI Tables

Ext.2xxx

Ext.4xxx

Ext.1xxx

“

QSIGVoIP/ISDN

Branch-2

Main-Office

Ext.3xxx

More than 1000 DDI destinations - 2

Branch-3

Branch-1

ISDN

DDI Ext.1000 10001xxx 1xxx2000 20002xxx 2xxx3000 30003xxx 3xxx4000 40004xxx 4xxx

DDI TableDDI Ext.1000 10001xxx 1xxx2000 20002xxx 2xxx3000 30003xxx 3xxx4000 40004xxx 4xxx

1000 DDI Tables: How to Program?

“More than 1000 DDI destinations - 3MPR 5.0 Function

2- Search DDI table

1- Incoming DDI number modification

4- Final Destination

Not matched

3- Search TIE table Not matched

1000 DDI Tables (no changed)

Ext. Number and Verification CodeSMDR: Ext. number and Verification Code Output

“

SMDR: Ext. number and Verification Code - 1

MPR 3.1 Function

Date Time Ext CO Dial Number Ring Duration Cost Acc code CD-----------------------------------------------------------------------------------08/01/08 04:02PM *123 0022 4771234 00:10'06 00000.00

Ext.2001

ISDN

SMDRDial: *47*1234 5678 + 0+4771234

No Extension number ?Verification Code

Manager wants to know,- Who makes a call?- Which extension is used?

MPR 5.0 Function

Date Time Ext CO Dial Number Ring Duration Cost Acc code CD-----------------------------------------------------------------------------------08/01/08 04:02PM 2001 0022 4771234 00:10'06 00000.00 1234

Disable: Verification Code only (Default) Enable: Ext. Number + Verification Code

Sales Company Password *PCCKXTDA*

SMDR

Verification CodeExtension number

NB: When we use an account code and a verification code at the same time, the account code is not printed out. The verification code is only printed out.

SMDR: Ext. number and Verification Code - 2

KX-NT300 Series Support

KX-NT300 Series Support “

MPR 2.0

KX-TDA0470V2.001

Self-labeling Feature is not supported

12 key console is supported

NT343 NT346

Not Support

NT366

Not Support

NT303 NT305

IP-Network

IP-Ext. Card software should be 2.001 or later.

Pier to Pier connection does not support.

PC Maintenance Console (PCMC)- Key Label Name Print out Function. (New)

(The same features as TDA30 MPR 4.0)

- Same numbering plan in quick dial entry

“Key Label Name (Edit/Print Out) - 1

Print Out

PCMC

Edit

“Key Label Name (Edit/Print Out) - 2Interactive and Batch ModePCMC 5.0 (4.1.4 Flexible Button)

New Option

“Key Label Name (Edit/Print Out) - 3Interactive and Batch ModePCMC 5.0 (4.3 DSS Console)

New Option

“Key Label Name (Edit/Print Out) - 4Main Functions

File Management

Print OutCopy

Telephone Type Select

Input/Edit

“Key Label Name (Edit/Print Out) - 5Telephone Type Select

T7633/T7636

T7665//NT265 T7625/T7630/NT136

“Key Label Name (Edit/Print Out) - 6Input and Edit

Click

Direct Input/Edit

Cell Copy is not supported

DSS Parameter Input and Edit

- Label Name Input and Edit.- Label Parameter Edit.

“Key Label Name (Edit/Print Out) - 7

Select Destination

Copy Function

“Key Label Name (Edit/Print Out) - 8Print Out Function

1- Select Extension

2- Click

3- Click

4- Click

“Key Label Name (Edit/Print Out) - 9File Management

File Management:“New” : Close the current data and open a new data.“Open” : Load a saved CSV file.“Close” : Go to Key Setting Mode.“Save” : Overwrite the current data.“Save As” : Save the current data to a new CSV file.

A Key Label Name data is not a part of the DLSYS.A Key Label Name data is a Windows CSV data.

“Key Label Name (Edit/Print Out) - 10CSV File Format (FYI)

Sorry, No Ext. NumberNo Physical Number

DSS button-1 data

Max. 36 DSS data

Color data(Windows data)

0: T7633/T76361: T7625/T7630/NT1362: T7665/NT2653: T7665/APT4: Other

Key Label data(Max. 20)

Automatic rerouting VoIP callSame numbering plan in quick dial entry - 1

MPR 3.1 + PCMC 3.0

- The function works only on PBX Code type network plan.(7 + PBX code + Ext.)

QSIGVoIP

ISDN

PBX=10

Ext.301DDI 477-1301

PBX=20

4sec No response.

Dials7-10-301

Re-order Tone

NO

No-response

4771301

10 301

Checks Quick Dialling table

YES

The call is TEI call ?

Automatic rerouting VoIP callSame numbering plan in quick dial entry - 2

MPR 3.1 + PCMC 3.0

- Extension numbering type network plan.

Because, 3 is used in the other PBX extension.

QSIGVoIP

ISDN

Ext.301DDI 477-1301

4sec No response.

Dials301

Re-order Tone

NO

No-response

301


YES


301 04771301Ext.2xx

This program is not allowed.

To enable assigning 3xx to the quick dial.Same numbering plan in quick dial entry - 3

PCMC 5.0

QSIGVoIP

ISDN

Ext.2xx Ext.3xx

301 04771301302 04771302303 04771303

QSIGVoIP

ISDN

Ext.301DDI 477-1301

Ext.2xx

4sec No response.

Automatic rerouting VoIP call

Dials301

Re-order Tone

NO

No-response

301

Same numbering plan in quick dial entry - 4MPR 5.0 + PCMC 5.0

- The function works extension numbering type network plan too.

4771301

301 04771301


YES


PC Programming Software

“PC Programming Software - 1Unified PCMC (Ver.3.0) provides TDE100/200 MPR 2.0 programming.

Start U-PCMC

Unified PCMC (Ver.3.0 )

Install

Unified PCMC (Ver 3.0) provides,TDA30 MPR1.x/MPR2.x/MPR3.x/MPR4.0TDA100/TDA200 MPR1.x/MPR2.x/MPR3.xTDA600 MPR2.x/MPR3.x/MPR5.xTDE100/200 MPR1.x/MPR2.x

“PC Programming Software - 2- Create a TDE100/200 MPR 2.0 system data (Batch Mode)

TDE100/200 MPR2.0Batch Mode

“PC Programming Software - 3U-PCMC can be used to programme old versions of the TDE100/200 MPR 1.0.

Switching between versions in automatic.

MPR 1.0

MPR 2.0

ConnectTDE100/200 MPR2.0

TDE100/200 MPR1.0

- New Installation- Upgrade MPR 1.0 to MPR 2.0

MPR 2.0 Installation

“TDE100/200 MPR 2.0 New Installation - 1

3- Insert the SD card into a TDE and power on with system initialise.

SD Card- PMMPR 2.0- DLNG-0 2.0 (E)- DLNG-1 2.0 (E)

4- Install Unified PCMC V3.0 to a PC. (Check the correct Region)

TDE Flash ROM- PMMPR ???- DMSYS ???- DLNG-0 ?.?- DLNG-1 ?.?

TDE Flash ROM- PMMPR 2.0- DMSYS 2.0 (BX)- DLNG-0 2.0 (E)- DLNG-1 2.0 (E)

Initialise

SD Card- PMMPR 2.0- DLNG-0 2.0 (E)- DLNG-1 2.0 (E)

2- Save all files to a SD card.

5- Connect the U-PCMC to the TDE. The U-PCMC transfers the country data to the SD card according to the country code.

TDE Flash ROM- PMMPR 2.0- DMSYS 2.0 (BX)- DLNG-0 2.0 (E)- DLNG-1 2.0 (E)

SD Card- PMMPR 2.0- DMSYS 2.0 (BX)- DLNG-0 2.0 (E)- DLNG-1 2.0 (E)- DMINI 2.0 (BL)

DMINI 2.0 (BL), etc,

1- Download a SD card data from the PCC web.

U-PCMC (BL)

“

6- Re-start using the default start. (system initialise)

TDE Flash ROM- PMMPR 2.0- DMSYS 2.0 (BL)- DLNG-0 2.0 (E)- DLNG-1 2.0 (E)

SD Card- PMMPR 2.0- DMSYS 2.0 (BL)- DLNG-0 2.0 (E)- DLNG-1 2.0 (E)- DMINI 2.0 (BL)

8- TDE100/200 MPR 2.0 is ready.

TDE Flash ROM- PMMPR 2.0- DMSYS 2.0 (BL)- DLNG-0 2.0 (BL)- DLNG-1 2.0 (BL)

SD Card- PMMPR 2.0- DMSYS 2.0 (BL)- DLNG-0 2.0 (BL)- DLNG-1 2.0 (BL)- DMINI 2.0 (BL)

Program “Time and Date” etc

DLNG-x 2.0 (BL)

Initialise

TDE100/200 MPR 2.0 New Installation - 2

7- Connect the U-PCMC to the TDE again.

“Upgrade MPR 1.0 to MPR 2.0 - 11- Backup all SD card data to a PC by a SD card R/W.

Or backup the present DLSYS to your PC through USB. SD Card- PMMPR (1.0)- DMSYS 1.0 (BL)

TDE Flash ROM- PMMPR (1.0)- DMSYS 1.0 (BL)- DLNG-0 1.0 (BL)- DLNG-1 1.0 (BL)

MPR 1.0DMSYS 1.0 (BL)

BackupDMSYS 1.0(BL)

3- Down load PMMPR 2.0 from PCC web.

4- Download Unified PCMC V3.0 from PCC web, and install it on the PC

SD Card- PMMPR (1.0)- PMMPR_SUB (2.0)- DMSYS 1.0(BL)

TDE Flash ROM- PMMPR (1.0)- DMSYS 1.0 (BL)- DLNG-0 1.0 (BL)- DLNG-1 1.0 (BL)

MPR 1.0

PMMPR 2.0

U-PCMC (BL)

Important

2- Save (backup) OGM data. Important

5- Connect the U-PCMC to the TDE. Transfer PMMPR 2.0 to the SD card through USB.

“Upgrade MPR 1.0 to MPR 2.0 - 26- Delete “DMINI” from the SD card

- 3. Click “Delete”

- 1. Go to “Utility “ – “SD Card File Delete”

- 2. Select “DMINI”

- 4. Click “OK”

Important

7- Set the system initialize switch to ”SYSTEM INITIALIZE” position.

Important

“Upgrade MPR 1.0 to MPR 2.0 - 3

9- Activate PMMPR 2.0 from PC programming.Select “Utility”-”System Reset”- “Reset by the Command”.

8- Connect the U-PCMC to the TDE.

SD Card- PMMPR_SUB 1.0- PMMPR 2.0- DMSYS 1.0 (BL)

TDE Flash ROM- PMMPR 2.0- DMSYS 2.0 (BX)- DLNG-0 1.0 (BL)- DLNG-1 1.0 (BL)

MPR 2.0Reset

Important

Select

“Upgrade MPR 1.0 to MPR 2.0 - 410- Connect the U-PCMC to the TDE, the TDE asks, “Do you replace

the initial data file…..”

- Click “OK”

New Data

11 Re-start the system with the initialize switch in ”SYSTEM INITIALIZE” position.

SD Card- PMMPR (2.0)- PMMPR _SUB (1.0)- DMSYS 1.0 (BX)- DLINI (BL)- DLNG-0 2.00 (BL)- DLNG-1 2.00 (BL)

TDE Flash ROM- PMMPR (2.0)- DMSYS 2.0 (Dummy)- DLNG-0 1.0 (BL)- DLNG-1 1.0 (BL)

MPR 2.0

12- Connect the U-PCMC to the TDE.Execute Quick-set up (Date/Time/Pass-Word)

Important

SD Card- PMMPR (2.0)- PMMPR _SUB (1.0)- DMSYS 2.0 (Default-BL)- DLINI (BL)- DLNG-0 2.00 (BL)- DLNG-1 2.00 (BL)

TDE Flash ROM- PMMPR (2.0)- DMSYS 2.0 (Default-BL)- DLNG-0 2.00(BL)- DLNG-1 2.00(BL)

MPR 2.0

G:\TDE100-MPR2

“Upgrade MPR 1.0 to MPR 2.0 - 513- Open the U-PCMC → Select “Open” → Select a DMSYS MPR2.0 file.

G:\TDE100-MPR1


14- Enter New File Name15- Click “Save”

TDE100-MPR2

TDE100-MPR1

G:\TDE100-MPR2

G:\TDE100-MPR1


The DMSYS (MPR1.0) file is automatically converted to a MPR 2.0 DMSYS file.

16- Click “OK”.

Click

TDE100-MPR2TDE100-MPR1

“Upgrade MPR 1.0 to MPR 2.0 - 817- Transfer the DMSYS 2.0(User BL) to the TDE (SD card)

DMSYS (2.0 User-BL)

18- Activate the DMSYS 2.0 (BL) from the PC.Select “Utility” - ”System Reset” - “Reset by the Command”.

Important

SD Card- PMMPR 2.0- PMMPR _SUB 1.0- DMSYS (2.0 Default-BL)- DMSYS_SUB (2.0 User-BL)

TDE Flash ROM- PMMPR 2.0- DMSYS (2.0 Default-BL)- DLNG-0 2.00 (BL)- DLNG-1 2.00 (BL)

MPR 2.0

Select


[ Final settings ]TDE Flash ROM- PMMPR 2.0- DMSYS (2.0 User-BL)- DLNG-0 2.00 (BL)- DLNG-1 2.00 (BL)

SD Card- PMMPR 2.0- PMMPR _SUB 1.0- DMSYS (2.0 User-BL)- DMSYS_SUB (2.0 Default-BL)

MPR 2.0

Thank you very much !

Pure IP PBX KX-TDE100/200 MPR 2.00 Panasonic Communications CO.,LTD.

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