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

2. Pure IP-PBX KX-TDE Series“
Pure IP-PBX KX-TDE Series
Product Line Up
TDE100/200
MPR 1.00
TDE100/200
MPR 2.00
Version Main Function
MPR Peer to Peer Communication
- KX-NT300 Series IP-PT
- SIP Phone Compatible
- Remote Alarming Features
MPR 2.0
KX-TDA0177 (CSLC16)
Improved Built-in SVM2
KX-TDA0192/4 (ESVM)
8 Digits VM Integration
Support T38 (ITU standard for sending FAX)

3. Enhancement Features of TDE100/200 MPR 2.0 “
Enhancement Features of TDE100/200 MPR 2.0
-TDE100/200 MPR 2.0 Main Feature Enhancement
(TDE100/200 MPR 1.0 → 2.0)
Option Requirement
KX-TDA0158CE (8ch-CS) Support.
- 16 CS/Cabinets No
Ver.1
KX-TDA0177 (16 SLT: CSLC16) Support
- 10 KX-TDA0177 Cards/Cabinets (System Total: 640) No
Ver.2
KX-TDA6178 (24 SLT: ECSLC24)
- Only TDA600 supported
Not supported
Improved Built-in SVM2
- Adding the Message Feature No
Ver.2
KX-TDA0192 (ESVM-2), KX-TDA0194 (ESVM-4) Support
- Simplified Voice Message (SVM) Function. No
Ver.2
Moving From SVM to DISA
- Breakout to DISA after SVM Mailbox answers. No
Ver.2
High Quality OGM Record.
- WAV file copy to ESVM-2/ESVM-4. No
Ver.2
Support T38
- ITU standard for sending FAX No
Ver.2

4. Enhancement Features of TDE100/200 MPR 2.0 “
Enhancement Features of TDE100/200 MPR 2.0
-TDE100/200 MPR 2.0 Main Feature Enhancement
(TDE100/200 MPR 1.0 → 2.0)
Option Requirement
8 digits VM integration with TVM Ver.2.1
- Centralized VM with PBX code ( ) network is possible. No
Ver.2
32 Tenant Support
- Only TDA600 supported
Not supported
Check In/Out operation by CSTA commands.
- CSTA commands support hotel function (Check In/Out). No
Ver.2
More than 1000 DDI Destinations
DDI Table (not match) → TIE Routing Table No
Ver.2
SMDR: Extension number and Verification Code Output
- MPR 3.1 : Only Verification code out put No
Ver.2

5. Enhancement Features of TDE100/200 MPR 2.0 “
Enhancement Features of TDE100/200 MPR 2.0
-TDE100/200 MPR 2.0 Main Feature Enhancement
(TDE100/200 MPR 1.0 → 2.0)
Option Requirement
TRS Function Improvement
- Independent TRS table 2-6 No
Ver.1
Music On Hold by DDI/DIL tenant base
- MPR.3.1: Extension tenant base. No
Ver.1
Caller ID notification when VM transfer
- MPR.3.1: The caller ID is not sent to the VM. No
Ver.1
Call Log on Busy Extension (Busy/FWD-All)
- MPR.3.1: No-Answer Call Log only on free extension. No
Ver.1
D-PT Disconnect/Re-connect status to SMDR.
- Not supported.
Not supported
ICD-Group Call Log
- No-answer calls and Answered calls No
Ver.1
Automatic Call Waiting for Extension call
- Without BSS operation the automatic call waiting function can be performed. No
Ver.1
KX-NT300 Series Support
- NT366/Self-labeling/60 flexible key are not supported. No
Ver.2

6. Enhancement Features of TDE100/200 MPR 2.0 “
Enhancement Features of TDE100/200 MPR 2.0
-TDE100/200 MPR 2.0 Main Feature Enhancement
(TDE100/200 MPR 1.0 → 2.0)
Option Requirement
CTI Improvements
Retrieve operation using CTI application.
- Retrieve by CTI application → Handset is activated. No
Ver.1
Dialing information before ARS modification.
- Remove PIN code from the dialling information/data.
Speed dial name is informed to CTI application.
Network Connection Improvements
CLIP Modification
- Incoming CLIP → Outgoing CLIP No
Ver.1
Caller-ID Modification Table
- CLIP Modification table or Caller-ID modification table.

7. Enhancement Features of TDE100/200 MPR 2.0“
Enhancement Features of TDE100/200 MPR 2.0
PC Maintenance Console (PCMC) Improvements
(TDE100/200 MPR 1.0 → 2.0)
Option Requirement
Key Label (PT/DSS Console) Name Print out Function
- Edit / Print out / Save to file. No
Ver.2
Russian PCMC menu is supported No
Ver.1
Same numbering plan in quick dial entry.
- Automatic rerouting function works over Ext. numbering type network too. No
Ver.2
PCMC supports “T”, “P” and “W” for analogue modem.
- “T” = Switch Pulse to DTMF, “P”= Pause, “W”=Wait No
Ver.1
The Profile Setup menu is moved
- “Toll” → “Connect”. No
Ver.1
Hide Password (Batch mode)
- DSYS BR, CN, RU, UA, NE-SP Version, hide the system password. No
Ver.1

8. Enhancement Features of TDE100/200 MPR 2.0 “
Enhancement Features of TDE100/200 MPR 2.0
Modification of Un-specified operation
Option Requirement No
Ver.1
- The same modification as TDA30 MPR 4.0
All QSIG lines become busy by TIE call.
- Common extension numbering function (TIE call) with QSIG line.
Error code 050.
- Delete the error code 050 (Error code of the centralized VM function)
Centralized VM function does not work over QSIG.
- If CF/CT on QSGI is set to enable.
System reset by CTI application.
- If SXDP-PS number is accessed by CTI application.

9. 16 SLT Card with Caller ID function (CSLC16)
KX-TDA0177 Support
16 SLT Card with Caller ID function (CSLC16)

10. “
KX-TDA0177 Support - 1
16-Port Single Line Telephone Extension Card with Caller ID (FSK) Card.
Cable Max. Distance
ø 0.4 mm 698 m
ø 0.5 mm 1128 m
ø 0.6 mm 1798 m
CAT m
KX-TDA0177 LPR Software should be or later.

11. KX-TDA0177 Support - 2 “ Max. Extension Card Power Unit TDE100 TDE200
DHLC-8 8 6 8
DLC-8 -
DLC-16 -
SLC-8 8
CSLC-16 16
ESLC-16 16
EMSCL-16 16
IP-Ext-16 -

12. Improved Built-in SVM2
Adding the Message Feature

13. Improved Built-in SVM2 “ Specification 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)
(Mode) : MSG (DISA): : 64 OGM
: SVM+ MSG (DISA) : 61 messages + 64 OGM
- CO-CO Call Circuit
* Additional features

14. Improved Built-in SVM2 “ Block Diagram Sheared Recording Memory (32MB)
TDE Data Bus
2-Ch
IPCMPR
MSG
SVM
2-Ch
Sheared Recording Memory (32MB)
Ext.201
Ext.202
Ext.203
OGM-01
DISA-01
2-Ch
OGM-02
DISA-02
OGM-xx
OGM-63
OGM-64

15. Improved Built-in SVM2 “ Installation/programming
Built in SVM2 is assigned to “Enable” of SVM Feature and “Enable” of MSG Feature, when you initialize the system.

16. Improved Built-in SVM2 “ Feature (Mode) : SVM Mode SVM SVM:
TDE Data Bus
IPCMPR
SVM
SVM:
125 messages
Recording time 40/60/120 min
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-2
2-ch
Disable

17. Improved Built-in SVM2 “ Feature (Mode) : MSG Mode MSG OGM:
TDE Data Bus
IPCMPR
MSG
OGM:
64 messages
Recording time 40/60/120 min
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-2
2-ch
Disable

18. Improved Built-in SVM2 “ Feature (Mode) : SVM + MSG Mode SVM + MSG
TDE Data Bus
IPCMPR
SVM + MSG
OGM:
64 messages
Recording time 40/60/120 min
SVM
2-ch
MSG
Ext.201
SVM:
61 messages, even if we record one OGM.
Recording time: It is depending up on OGM recording time.
OGM1-64
Ext.202
DISA 1-2
2-ch
When we use the Moving From SVM to DISA Feature (MPR 2.0 New Feature) , we have to select this mode.

19. Improved Built-in SVM2 “ 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”.

20. KX-TDA0192/0194 Support
Enhanced Simplified Voice Message (ESVM) Card

21. KX-TDA0192/0194 (ESVM) - 1 “ Hardware KX-TDA0192 (ESVM-2)

22. KX-TDA0192/0194 (ESVM) - 2 “ Hardware Specification
- 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.
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.

23. KX-TDA0192/0194 (ESVM) - 3 “ KX-TDA0192 Block Diagram
TDA Data Bus
2-Ch
TDA0192
MSG
SVM
2-Ch
Shared Recording Memory -1 (32MB)
Ext.201
Ext.202
Ext.203
OGM-01
DISA-01
2-Ch
OGM-02
DISA-02
OGM-xx
OGM-63
OGM-64

24. KX-TDA0192/0194 (ESVM) - 4 “ KX-TDA0194 Block Diagram
TDA Data Bus
4-Ch
TDA0194
MSG
SVM-1
2-Ch
Shared Recording Memory -1 (32MB)
Ext.201
Ext.202
Ext.203
OGM-01
DISA-01
4-Ch
OGM-02
DISA-02
OGM-xx
DISA-03
SVM-2
2-Ch
OGM-63
DISA-04
Shared Recording Memory -2 (32MB)
Ext.204
Ext.205
Ext.206
OGM-64

25. KX-TDA0192/0194 (ESVM) - 6 “ Combination OPB-3 Card
Any combination with KX-TDA0191, TDA0192 and TDA0194 is possible.
E.g.
OPB-3 x 2
OPB-3 x 2
OPB-3 x 2
OPB-3 x 2
TDA0191
TDA0191
TDA0192
TDA0191
TDA0191
TDA0191
TDA0192
TDA0191
TDA0192
TDA0194
TDA0194
TDA0192
TDA0192
TDA0194
TDA0194
TDA0194
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
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 or later.

26. KX-TDA0192/0194 (ESVM) - 7 “ Installation/programming
Can only be mounted to the Sub-slot-3/OPB3, when we use the SVM function.
Another ESVM card can work only MSG Feature

27. KX-TDA0192/0194 (ESVM) - 8 “ Installation/programming OPB-3 Slot-3
When we use the SVM feature, we have to mount an ESVM card to the Sub-slot-3/OPB3,
Slot-3
ESVM cards on the Slot-1 and 2 can work only MSG feature.
Slot-2
OPB-3
Features
Slot-1
Slot-3 TDA0192/4
SVM / MSG
Slot-2 TDA0192/4
MSG only
Slot-1 TDA0192/4
MSG only

28. “
KX-TDA0192/0194 (ESVM) - 9
Install two KX-TDA0192/0194 (with SVM Feature) needs two OPB-3 cards.
E.g.
Two OPB-3 cards are installed in one cabinet.
1 x KX-TDA0192/0194 (SVM Feature)
1 x KX-TDA0192/0194 (SVM Feature)
Two OPB-3 cards are installed in different cabinets.

29. KX-TDA0192/0194 (ESVM) - 10 “ SVM Configuration - 1 (1 x KX-TDA0192)
TDA Data Bus
TDA0192
2-ch
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-2
2-ch

30. KX-TDA0192/0194 (ESVM) - 11 “ SVM Configuration - 2 (1 x KX-TDA0194)
TDA Data Bus
TDA0194
4-ch
SVM-1
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-4
4-ch
SVM-2
2-ch
Ext.203
Ext.204

31. KX-TDA0192/0194 (ESVM) - 12 “ SVM Configuration - 3 (2 x KX-TDA0192)
TDA Data Bus
TDA0192
No-1
TDA0192
No-2
2-ch
2-ch
SVM
2-ch
MSG
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.203
OGM1-64
Ext.202
Ext.204
DISA 1-2
DISA 1-2
2-ch
2-ch
Install two KX-TDA0192/0194 (with SVM function) needs two OPB-3 cards.

32. “
KX-TDA0192/0194 (ESVM) - 13
SVM Configuration - 4 (1 x KX-TDA x KX-TDA0194)
TDA Data Bus
TDA0192
TDA0194
2-ch
4-ch
SVM
2-ch
MSG
SVM-1
2-ch
MSG
Ext.201
OGM1-64
Ext.203
OGM1-64
Ext.202
Ext.204
DISA 1-2
DISA 1-4
2-ch
4-ch
SVM-2
2-ch
Ext.205
Ext.206
Install two KX-TDA0192/0194 with SVM function needs two OPB-3 cards.

33. KX-TDA0192/0194 (ESVM) - 14 “ SVM Configuration - 5 (2 x KX-TDA0194)
TDA Data Bus
TDA0194
No-1
TDA0194
No-2
4-ch
4-ch
SVM-1
2-ch
MSG
SVM-1
2-ch
MSG
Ext.201
OGM1-64
Ext.205
OGM1-64
Ext.202
Ext.206
DISA 1-4
DISA 1-4
4-ch
4-ch
SVM-2
2-ch
SVM-2
2-ch
Ext.203
Ext.207
Ext.204
Ext.208
Install two KX-TDA0192/0194 with SVM function needs two OPB-3 cards.

34. KX-TDA0192/0194 (ESVM) - 15 “ KX-TDA0192 Block Diagram (Message Block)
TDA Data Bus
TDA0192
MSG
SVM
Saved for OGM
SVM
Shared Recording Memory (20/60/120 min) 1 2 3
4 - 62 63 64 65 66
248
249
250

35. KX-TDA0192/0194 (ESVM) - 16 “ KX-TDA0194 Block Diagram (Message Block)
TDA Data Bus
TDA0194
MSG
SVM-1
Saved for OGM
SVM
Shared Recording Memory -1 (20/60/120 min) 1 2 3
4 - 62 63 64 65 66
248
249
250
SVM-2
Saved for OGM
SVM
Shared Recording Memory -2 (20/60/120 min) 1 2 3
4 - 62 63 64 65 66
248
249
250

36. KX-TDA0192/0194 (ESVM) - 17 “ Feature (Mode) : SVM Mode SVM SVM:
TDA Data Bus
TDA0192
SVM
2-ch
SVM:
250 messages
Recording time 20/60/120 min
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-2
2-ch
Disable
Message Block
SVM
Message Block 1 2 3
4 - 62 63 64 65 66
248
249
250

37. KX-TDA0192/0194 (ESVM) - 18 “ Feature (Mode) : MSG Mode OGM OGM:
TDA Data Bus
TDA0192
OGM
2-ch
OGM:
64 messages
Recording time 20/60/120 min
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-2
Disable
2-ch
No-used
Message Block
OGM
SVM
Message Block 1 2 3
4 - 62 63 64 65 66
248
249
250

38. KX-TDA0192/0194 (ESVM) - 19 “ Feature (Mode) : SVM + MSG Mode SVM+OGM
TDA Data Bus
TDA0192
SVM+OGM
2-ch
OGM:
64 messages
Recording time 20/60/120 min
SVM
2-ch
MSG
Ext.201
SVM:
186 messages, even if we record one OGM.
Recording time: It is depending up on OGM recording time.
OGM1-64
Ext.202
DISA 1-2
2-ch
When we use the Moving From SVM to DISA Feature (MPR 5.0 New Feature) , we have to select this mode.
Message Block
OGM
SVM
Message Block 1 2 3
4 - 62 63 64 65 66
248
249
250

39. KX-TDA0192/0194 (ESVM) - 20 “ Feature (Mode) : SVM Mode SVM SVM:
TDA Data Bus
TDA0194
SVM
4-ch
SVM:
2 x 250 messages
Recording time 2 x 20/60/120 min
SVM-1
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-4
4-ch
SVM-2
2-ch
Ext.203
Disable
Ext.204
Message Block
SVM
Message Block-1 1 2 3
4 - 62 63 64 65 66
248
249
250
Message Block-2 1 2 3
4 - 62 63 64 65 66
248
249
250

40. KX-TDA0192/0194 (ESVM) - 21 “ Feature (Mode) : MSG Mode OGM OGM:
TDA Data Bus
TDA0194
OGM
4-ch
OGM:
64 messages
Recording time 20/60/120 min
SVM-1
2-ch
MSG
Ext.201
OGM1-64
Ext.202
DISA 1-4
Disable
4-ch
SVM-2
2-ch
Ext.203
Ext.204
No-used
Message Block
OGM
SVM
Message Block-1 1 2 3
4 - 62 63 64 65 66
248
249
250
Message Block-2 1 2 3
4 - 62 63 64 65 66
248
249
250

41. KX-TDA0192/0194 (ESVM) - 22 “ Feature (Mode) : SVM + MSG Mode SVM+MSG
TDA Data Bus
TDA0194
SVM+MSG
4-ch
OGM:
64 messages
Recording time 20/60/120 min
SVM-1
2-ch
MSG
Ext.201
SVM:
2 x 186 messages, even if we record one OGM.
Recording time: It is depending up on OGM recording time.
OGM1-64
Ext.202
DISA 1-4
4-ch
SVM-2
2-ch
Ext.203
When we use the Moving From SVM to DISA Feature (MPR 5.0 New Feature) , we have to select this mode.
Ext.204
Message Block
OGM
SVM
Message Block-1 1 2 3
4 - 62 63 64 65 66
248
249
250
Message Block-2 1 2 3
4 - 62 63 64 65 66
248
249
250

42. KX-TDA0192/0194 (ESVM) - 23 “ Installation/programming
Can only be installed to the Sub-slot-3/OPB3, when we use the SVM function.
Can not change Feature
Has to be “OUS” mode to change Features

43. KX-TDA0192/0194 (ESVM) - 24 “ Installation/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.

44. Max Recording Time (min)“
KX-TDA0192/0194 (ESVM) - 25
SVM Mailbox Size and Max. Recording Time
MSG Function
SVM Mailbox
Max Recording Time (min)
TDA0192
(2ch)
Disable
250
120
Enable
186
120 - OGM recording time
TDA0192+TDA0192
(4ch)
Disable
500 (2x250)
240 (2x120)
Enable
372 (2x186)
x OGM recording time
TDA0194
(4ch)
Disable
500 (2x250)
240 (2x120)
Enable
372 (2x186)
x OGM recording time
TDA0192+TDA0194
(6ch)
Disable
750 (250+2x250)
360 (3x120)
Enable
558 (186+2x186)
x OGM recording time
TDA0194+TDA0194
(8ch)
Disable
1000 (2x2x250)
480 (4x120)
Enable
744 (2x2x186)
x OGM recording time
Recording time is selected to 120 min (Low)

45. Combination with B-SVM

46. Combination of B-SVM/MSG/ESVM“
Combination of B-SVM/MSG/ESVM
Any combination with Built-in SVM2/KX-TDA0191/0192/0194 is possible.
E.g.
IPCMPR
OPB-3#1
OPB-3#2
B-SVM2
TDA0191
TDA0194
TDA0191
TDA0192
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.
Max. Cards (SVM/MSG mixed)
Max. 5 cards (Built-in SVM2+TDA0191 or TDA0192 or TDA0194).
Max. SVM function Cards
Max. 2 cards
Built-in SVM2 + TDA0192 or TDA0194
TDA TDA0192
TDA TDA0194
TDA TDA0194

47. Combination of B-SVM/MSG/ESVM“
Combination of B-SVM/MSG/ESVM
Installation/programming
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”　

48. Max Recording Time (min)“
Combination of B-SVM/MSG/ESVM
SVM Mailbox Size
MSG Function
SVM Mailbox
Max Recording Time (min)
Built-in SVM2
Disable
125
120
Enable 61
120 - OGM recording time
Built-in SVM2+TDA0192
Disable
375 (1x )
240 (2x120)
Enable
247 (1x186+61)
x OGM recording time
Built-in SVM2+TDA0194
Disable
625 (2x )
240 (2x120)
Enable
433 (2x186+61)
x OGM recording time
TDA0192
Disable
250
120
Enable
186
120 - OGM recording time
TDA0192+TDA0192
Disable
500 (2x250)
240 (2x120)
Enable
372 (2x186)
x OGM recording time
TDA0194
Disable
500 (2x250)
240 (2x120)
Enable
372 (2x186)
x OGM recording time
TDA0192+TDA0194
Disable
750 (250+2x250)
360 (3x120)
Enable
558 (186+2x186)
x OGM recording time
TDA0194+TDA0194
Disable
1000 (2x2x250)
480 (4x120)
Enable
744 (2x2x186)
x OGM recording time
Recording time is selected to 120 min (Low)

49. KX-TDA0192/0194 Support Simplified Voice Message (SVM) Function
(Same as TDA30 SVM Function)

50. KX-TDA0192/0194 (SVM Function) - 1“
KX-TDA0192/0194 (SVM Function) - 1
SVM Function Conditions
- 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.
- 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.

51. KX-TDA0192/0194 (SVM Function) - 2“
KX-TDA0192/0194 (SVM Function) - 2
SVM Block Diagram
TDA Data Bus
2-Ch
TDA0192
SVM
Max.250 (186) Messages
Ext.201
Ext.202
Ext.203
Ext.204
Normal Greeting
Normal Greeting
Normal Greeting
Normal Greeting
Day Mode Greeting
Day Mode Greeting
Day Mode Greeting
Day Mode Greeting
Lunch Mode Greeting
Lunch Mode Greeting
Lunch Mode Greeting
Lunch Mode Greeting
Night Mode Greeting
Night Mode Greeting
Night Mode Greeting
Night Mode Greeting
Break Mode Greeting
Break Mode Greeting
Break Mode Greeting
Break Mode Greeting
Message Box-1
Message Box-1
Message Box-1
Message Box-1
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box

52. KX-TDA0192/0194 (SVM Function) - 3“
KX-TDA0192/0194 (SVM Function) - 3
SVM Block Diagram
TDA Data Bus
2-Ch
2-Ch
TDA0194
SVM-1
SVM-2
Max.250 (186) Messages
Max.250 (186) Messages
Ext.201
Ext.202
Ext.203
Normal Greeting
Normal Greeting
Normal Greeting
Day Mode Greeting
Day Mode Greeting
Day Mode Greeting
Lunch Mode Greeting
Lunch Mode Greeting
Lunch Mode Greeting
Night Mode Greeting
Night Mode Greeting
Night Mode Greeting
Break Mode Greeting
Break Mode Greeting
Break Mode Greeting
Message Box-1
Message Box-1
Message Box-1
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box
Message Box

53. KX-TDA0192/0194 (SVM Function) - 4“
KX-TDA0192/0194 (SVM Function) - 4
Installation/programming
Can only be mounted to the Sub-slot-3/OPB3, when we use the SVM function.
Assign SVM resource
TDA0192
A=SVM
TDA0194
A=SVM-1
B=SVM-2
Card 1
Assign SVM log
Max.100
Card 2

54. KX-TDA0192/0194 (SVM Function) - 5“
KX-TDA0192/0194 (SVM Function) - 5
Maintenance Greeting Message
Normal Greeting Message
Record Off-Hook  *381  C.tone  Message
Replay Off-Hook  *382
Clear Off-Hook  *380
Greeting Message for Each Time Mode
Record Off-Hook  *388  0 (Day)  1  C.tone  Message
1 (Night)
2 (Lunch)
3 (Break)
Replay Off-Hook  *388  0 (Day)  2
Clear Off-Hook  *388  0 (Day)  0 大石
3. IP PT Extension benefitと制限事項をきちんと記述する

55. KX-TDA0192/0194 (SVM Function) - 6“
KX-TDA0192/0194 (SVM Function) - 6
- Recording personal greeting message
- Recording greeting message for each time mode
SVM
- Redirecting your calls to your message box
Ext.201
- Leaving voice messages
Personal Greetings
- Listening to voice messages left by callers
- Accessing message box from outside.
- Accessing your message box from another extension
Message Box
Ext.201
FDW to
IRNA to
ISDN
Outside
Ext.202
Personal Greetings
Ext.202
FDW to
IRNA to
Message Box
Another Extension

56. Not Possible KX-TDA0192/0194 (SVM Function) - 7 “
Voice Mail service (External caller)
SVM
Not Possible
DDI to SVM
IRNA/FWD
DDI to
ISDN
Personal Greeting
“This is “Tanaka”
SVM
Voice Message
ICD-Group
Overflow
DDI to
Personal Greeting
“This is “Sales”
SVM
Voice Message

57. KX-TDA0192/0194 (SVM Function) - 8“
KX-TDA0192/0194 (SVM Function) - 8
Redirecting your call to your message box
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)
By using IRNA function
Assign SVM Floating Ext. No. 大石
3. IP PT Extension benefitと制限事項をきちんと記述する

58. KX-TDA0192/0194 (SVM Function) - 9“
KX-TDA0192/0194 (SVM Function) - 9
Assign SVM Floating Extension Number.
*71  0 (Both Call)  2 (All Call)  SVM Floating No.  #
TDA Data Bus
4-Ch
4-Ch
Ext.591
Ext.592
TDA0194-1
TDA0194-2
2-Ch
2-Ch
2-Ch
2-Ch
SVM-1
SVM-2
SVM-1
SVM-2
Ext.201
Ext.202
Ext.203
Ext.204
Message Box-1
Message Box-1
Message Box-1
Message Box-1
Message Box
Message Box
Message Box
Message Box 大石
3. IP PT Extension benefitと制限事項をきちんと記述する
SVM Floating Ext. Number
Ext.201/202 → 591
Ext.203/204 → 592

59. KX-TDA0192/0194 (SVM Function) - 10“
KX-TDA0192/0194 (SVM Function) - 10
To listen to voice messages (First In/Last Out)
Off-Hook  *383  C.tone  Message: PT/SLT/PS
Off-Hook  *702  C.tone  Message: PT/SLT/PS
Off-Hook  Message Button  C.tone  Message: PT/PS
Message Button  (SVM Call log)  Off-Hook
To clear voice messages
While you hear the recorded message. (PT/SLT/PS)
3 + 1
Additional operation while you hear the recorded message.
1: To play back the voice message form the beginning w/o C-tone.
2: To go to the next voice message
3 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. 大石
3. IP PT Extension benefitと制限事項をきちんと記述する

60. KX-TDA0192/0194 (SVM Function) - 11“
KX-TDA0192/0194 (SVM Function) - 11
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  Message
1 (Night)
2 (Lunch)
3 (Break)
(Replay)  *388  0 (Day)  2
(Clear)  *388  0 (Day)  0
Normal Greeting
Time mode
Greeting 大石
3. IP PT Extension benefitと制限事項をきちんと記述する
Listening to voice messages
Off-Hook  *47  Your Ext. No.  PIN No.  C.tone  * 383

61. *38  You can perform all operations.“
KX-TDA0192/0194 (SVM Function) - 12
Voice Mail Service (Internal caller)
Ext. 201
*38 # 6  Ext. Number
“Tanaka’s voice message box”
“Today’s meeting is canceled.”
Remote Voice Mail Access Service
Ext. 201
DDI call to an Ext.
ISDN
FWD
“Tanaka’s voice message box”
*47
Tone-3
NB:
“Remote VM Access Service” (5.3.3 SVM) must be set to ‘Enable’ before using this function.
Ext. Number + Ext.PIN
C-Tone
*38  You can perform all operations.

62. KX-TDA0192/0194 (SVM Function) - 13“
KX-TDA0192/0194 (SVM Function) - 13
Remote Voice Mail Access Service
SVM-1
DDI call to Ext. 201
Ext.201
ISDN
“Tanaka’s voice message box”
*47
Tone-3
Ext.202
201 or 202 or 203 or Ext.PIN
C-Tone
*38  You can perform all operations.
Ext.203
NB: This feature is only available for Extension Mailboxes on the same SVM card.
Ext.204

63. Not Possible KX-TDA0192/0194 (SVM Function) - 14 “
Remote Voice Mail Access Service
SVM-1
DDI call to Ext. 201
Ext.201
ISDN
“Tanaka’s voice message box”
*47
Ext.202
Tone-3
NB: This feature is only available for Extension Mailboxes on the same SVM card..
SVM-2
Ext.203
Not Possible
203/204 + Ext.PIN
Another DDI call to Ext.203 (SVM-2) is needed
Ext.204

64. Time Table of Ext.601 Starts“
KX-TDA0192/0194 (SVM Function) - 15
ICD-Group Voice Mail Box
Ext.601
SVM
ISDN
DDI call to Ext.601
Time Table of Ext.601 Starts
Time-Table
OGM Message (TDA019x)
OGM
TDA019x
Overflow
OGM Message from SVM
“This is Yamada …..”

65. KX-TDA0192/0194 (SVM Function) - 16“
KX-TDA0192/0194 (SVM Function) - 16
How to create an ICD-Group Voice Mail Box
1- Create a dummy PS extension.
Create
2- Assign this extension at head of ICD-Group Member
Does not work
Important
If this extension is not programmed at head of ICD-Group Member, SVM function does not work.

66. KX-TDA0192/0194 (SVM Function) - 17“
KX-TDA0192/0194 (SVM Function) - 17
3- Record a message to SVM of Ext.290.
4- Redirecting call to SVM
- * SVM Floating Ext. No. (591)
SVM function does not work on this programming (* ).
- Assign SVM Floating Ext. No. (591) as Overflow Ext.
The following programming does not work with the SVM function.
Does not work

67. KX-TDA0192/0194 (SVM Function) - 18“
KX-TDA0192/0194 (SVM Function) - 18
How to notify of a voice message on Ext.290.
Assign Ext. 290 Message wait button on Ext.2001.
 PROG + DSS button (Dummy Ext. No.).
How to listen to a voice message on Ext.290.
Assign the following command on DSS on Ext.2001.
 * (Dummy Ext. No.) + Ext.290 PIN + *383
Final Image
Ext.601
Ext.290
Dummy PS Extension
Ext.2001
Ext.2002 MW
290
*383

68. Call to Ext. 201, What happens?“
KX-TDA0192/0194 (SVM Function) - 19
How to work Normal Greeting and Time mode Greeting.
Greeting on Ext. 201
Case-1
Case-2
Case-3
Case-4
Case-5
No-
Greeting
Normal
Normal
Normal
Day
Lunch
Lunch
Lunch
Night
Night
Night
Break
Break
Break
Time Mode
Day
Break
Lunch
Night
Call to Ext. 201, What happens?
Case-1
Case-2
Case-3
Case-4
Case-5
Ext.201 ring
Ext.201 ring
Ext.201 ring
Ext.201 ring
Ext.201 ring
Ext.201 ring
Normal-G
Normal-G
Normal-G
Normal-G
Normal-G
Normal-G
Day-G
Break-G
Day-G
Lunch-G
Day-G
Night-G
Normal-G
Break-G
Normal-G
Lunch-G
Normal-G
Night-G
Ext.201 ring
Break-G
Ext.201 ring
Lunch-G
Ext.201 ring
Night-G

69. KX-TDA0192/0194 (SVM Function) - 20“
KX-TDA0192/0194 (SVM Function) - 20
How to work SVM (incoming call from digital line/Intercom)
DDI
Intercom
Ext.201
FWD to SVM
Ext.201 SVM
DDI
Intercom
Ext.201
Full
FWD to SVM
Ext.201 Rings
DDI
Intercom
Ext.201
Accessing
FWD to SVM
Busy Tone
DDI
Intercom
Ext.201
Accessing
N/A to SVM
Ext.201 Rings
DDI
Intercom
Ext.201
2ch
Occupied
FWD to SVM
Busy Tone

70. KX-TDA0192/0194 (SVM Function) - 21“
KX-TDA0192/0194 (SVM Function) - 21
How to work SVM with Multi-Call FWD.
Ext.201
Ext.202
DDI to
Condition-1
Condition
Result
SVM=YES
IRNA=No
FWD to 202
FWD to SVM
Ext.201 Rings
SVM=YES
IRNA=SVM
FWD to 202
FWD to SVM
Ext.201 Rings
Ext.201 SVM
SVM=YES
IRNA=SVM
N/A to 202
No-Answer or
N/A to SVM
FWD to 202
No-Answer or N/A to SVM
IRNA=No
Ext.202 Rings
Ext.201 SVM
Ext.202 Rings
Ext.201 Rings
Ext.202 Rings
Ext.201 SVM
Ext.201 Rings
Ext.202 Rings
Ext. N/A Timer < System IRNA Timer
(Incoming call from digital line)

71. KX-TDA0192/0194 (SVM Function) - 22“
KX-TDA0192/0194 (SVM Function) - 22
How to work SVM with Multi-Call FWD.
Ext.201
Ext.202
DDI to
Condition-1
Condition
Result
SVM=No
IRNA=SVM
FWD to 202
SVM=YES
FWD to SVM
Ext.201 Rings
SVM=YES
SVM=Full
FWD to 202
FWD to SVM
Ext.201 Rings
(Incoming call from digital line)

72. KX-TDA0192/0194 (SVM Function) - 23“
KX-TDA0192/0194 (SVM Function) - 23
How to work SVM (incoming call from analogue line)
Analogue
Ext.201
FWD to SVM
Ext.201 SVM
Analogue
Ext.201
Full
FWD to SVM
Ext.201 Rings
Analogue
Ext.201
Accessing
FWD to SVM
Ext.201 Rings
Analogue
Ext.201
Accessing
N/A to SVM
Ext.201 Rings
Analogue
Ext.201
2ch
Occupied
FWD to SVM
Ext.201 Rings

73. KX-TDA0192/0194 (SVM Function) - 24“
KX-TDA0192/0194 (SVM Function) - 24
How to work SVM with Multi-Call FWD.
Ext.201
Ext.202
Analogue
Condition-1
Condition
Result
SVM=YES
IRNA=No
FWD to 202
FWD to SVM
Ext.201 Rings
SVM=YES
IRNA=YES
FWD to 202
FWD to SVM
Ext.201 Rings
Ext.201 SVM
SVM=YES
IRNA=SVM
N/A to 202
No-Answer or
N/A to SVM
FWD to 202
No-Answer or N/A to SVM
IRNA=No
Ext.202 Rings
Ext.201 SVM
Ext.202 Rings
Ext.201 Rings
Ext.202 Rings
Ext.201 SVM
Ext.201 Rings
Ext.202 Rings
Ext. N/A Timer < System IRNA Timer
(Incoming call from analogue line)

74. KX-TDA0192/0194 (SVM Function) - 25“
KX-TDA0192/0194 (SVM Function) - 25
How to work SVM with Multi-Call FWD.
Ext.201
Ext.202
Analogue
Condition-1
Condition
Result
SVM=No
IRNA=SVM
FWD to 202
SVM=YES
FWD to SVM
Ext.201 Rings
SVM=YES
SVM=Full
FWD to 202
FWD to SVM
Ext.201 Rings
(Incoming call from analogue line)

75. KX-TDA0192/0194 Support
Moving From SVM to DISA

76. KX-TDA0192/0194 (Moving From SVM to DISA) - 1“
KX-TDA0192/0194 (Moving From SVM to DISA) - 1
Moving From SVM to DISA
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.
Greeting
Dialling 0/9
OGM-1
TDA0192
No-1
TDA0192
No-1
SVM + MSG
SVM + MSG
2-ch
2-ch
SVM
2-ch
MSG
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.201
OGM1-64
Ext.202
Ext.202
DISA 1-2
DISA 1-2
2-ch
2-ch
Switch over

77. KX-TDA0192/0194 (Moving From SVM to DISA) - 2“
KX-TDA0192/0194 (Moving From SVM to DISA) - 2
The MSG feature for the ESVM card to which the SVM mailbox belongs must be enabled.
The Moving From SVM to DISA feature works only on the SVM + MSG mode.
NB: This feature is only available for SVM Mailboxes and MSG (DISA) on the same SVM card..
TDA Data Bus
TDA0192
No-1
TDA0192
No-2
SVM + MSG
SVM + MSG
2-ch
2-ch
SVM
2-ch
MSG
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.203
OGM1-64
Ext.202
Ext.204
DISA 1-2
DISA 1-2
2-ch
2-ch
Switch over
Switch over

78. KX-TDA0192/0194 (Moving From SVM to DISA) - 3“
KX-TDA0192/0194 (Moving From SVM to DISA) - 3
TDA Data Bus
TDA0194
No-1
TDA0194
No-2
SVM + MSG
SVM + MSG
4-ch
4-ch
SVM-1
2-ch
MSG
SVM-1
2-ch
MSG
Ext.201
Ext.205
OGM1-64
OGM1-64
Ext.202
Ext.206
DISA 1-4
DISA 1-4
4-ch
4-ch
Switch over
Switch over
SVM-2
2-ch
SVM-2
2-ch
Ext.203
Ext.207
Ext.204
Ext.208
Switch over
Switch over

79. KX-TDA0192/0194 (Moving From SVM to DISA) - 4“
KX-TDA0192/0194 (Moving From SVM to DISA) - 4
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.
Does not work
Greeting
Dialling 0/9
OGM-1
TDA Data Bus
TDA0192
No-1
TDA0192
No-2
SVM Mode
MSG Mode
SVM
2-ch
MSG
SVM
2-ch
MSG
Ext.201
OGM1-64
Ext.20３
OGM1-64
Ext.202
Ext.20４
DISA 1-2
Does not switch over between two cards
DISA 1-2
2-ch
2-ch

80. KX-TDA0192/0194 (Moving From SVM to DISA) - 5“
KX-TDA0192/0194 (Moving From SVM to DISA) - 5
Normal flow.
Incoming Call
Dial 0/9
Idle
SVM Greeting
OGM-1
After SVM recording started, the TDA disconnects the line when the TDA receives a DTMF signal.
Incoming Call
Stat SVM recording
DTMF
Idle
SVM Greeting
SVM recording
Disconnects the line
NB: The following flow is not possible.
Incoming Call
Stat SVM recording
Dial 0/9
Idle
SVM Greeting
SVM recording
OGM-1

81. High Quality OGM Record
KX-TDA0192/0194 Support
High Quality OGM Record
It is possible to record music when using an ESVM card in High Recording Quality mode

82. High Recording Quality mode“
KX-TDA0192/0194 (OGM Record) - 1
High Quality OGM Record (File transfer)
High Quality OGM
(OGM01–64)
TDA Data Bus
TDA0192/4
MSG
Not Support
SVM-1 1 2 3
4 - 62 63 64 65 66
248
249
250
High Recording Quality mode
Not Support
SVM-2 1 2 3
4 - 62 63 64 65 66
248
249
250
Saved for OGM
SVM

83. KX-TDA0192/0194 (OGM Record) - 2 “ Installation/programming
Recording time
120 min (Low)
60 min (Middle)
20 min (High)
OGM recoding quality setting.
It is system programming.
Can not assign card by card base.

84. KX-TDA0192/0194 (OGM Record) - 3 “ Programming MSG MSG SVM SVM + MSG
The following programming is possible.
TDA0192
No-1
TDA0192
No-2
MSG
MSG
SVM
2-ch
2-ch
MSG
SVM
2-ch
2-ch
MSG
OGM1-64
OGM1-64
High
High
TDA Data Bus
TDA0192
No-3
TDA0192
No-4
SVM
SVM + MSG
SVM
2-ch
2-ch
MSG
SVM
2-ch
2-ch
MSG
Ext.201
OGM1-64
Ext.202
OGM1-64
Low
Low
High

85. High Recording Quality mode“
KX-TDA0192/0194 (OGM Record) - 4
High Quality OGM
(OGM01–64)
TDA Data Bus
TDA0192/4
Wav Format
8KHz
16bit
Monaural 1 2 3
4 - 62 63 64 65 66
248
249
250
High Recording Quality mode 1 2 3
4 - 62 63 64 65 66
248
249
250

86. KX-TDA0192/0194 (OGM Record) - 5 “ Recording Wav Format 8KHz 16bit
1- Set all OPB-3s which has DISA to “OUS”
2- Go to “Utility”- “Message File Transfer” PC to PBX
3- Select “All”
4- Click
5- Select a wav file.
8- Click
Wav Format
8KHz
16bit
Monaural
6- Click
7- Select OGM Message Number

87. KX-TDA0192/0194 (OGM Record) - 6 “ File transfer to PBX 9- Click
11- Set OPB-3 “INS”
Finish

88. KX-TDA0192/0194 (OGM Record) - 7 “
OGM 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).
Auto Gain Control
Handset recording
AGC
DISA OGM
Memory
External
Audio Input
NO Gain Control
Wav file transfer

89. KX-TDA0192/0194 (OGM Record) - 8 “ Wav file Modification Software
PCC 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:
Free software: “Eufony”
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.

90. Support T.38

91. Support T.38 - 1 “ - 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. NO
FAX?
Voice compression
TDE
2.0
YES
FAX Codec
IP(T.38) Transmission
T.30 (G3FAX)
T.38

92. Support T.38 - 2 “ - There are three kinds of protocols of T.38.
- TDE100/200 supports only "T.38UDPTL".
T.38TCP
T.38UDPTL
T.38RTP
IFP
IFP
IFP
TCP
UDPTL
RTP
UDP IP
IFP : Internet Facsimile Protocol
UDPTL : Transport Protocol for FAX in UDP

93. Support T.38 - 3 “ 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.

94. Support T.38 - 4 VoIP RTP Packet (Bandwidth) Codec
Cycle Time of Packet
Packed number
/sec
Packet Size
Data Size/sec
Voice
Data/sec
Non Voice Data/sec
Total
IP Header
RTP
Non
payload
payload - ms
Packet
/sec
byte
byte
byte
byte
byte
Byte
/sec
bps
Byte
/sec
bps
Byte
/sec
bps
G.729 A 10
100 64 42 22 12 10
6,400
51,200
1,000
8,000
5,400
43,200 20 50 74 42 32 12 20
3,700
29,600
1,000
8,000
2,700
21,600 30 33 84 42 42 12 30
2,800
22,400
1,000
8,000
1,800
14,400 40 25 94 42 52 12 40
2,350
18,800
1,000
8,000
1,350
10,800 50 20
104 42 62 12 50
2,080
16,640
1,000
8,000
1,080
8,640 60 17
114 42 72 12 60
1,900
15,200
1,000
8,000
900
7,200
G.711 A 10
100
134 42 92 12 80
13,400
107,200
8,000
64,000
5,400
43,200 20 50
214 42
172 12
160
10,700
85,600
8,000
64,000
2,700
21,600 30 33
294 42
252 12
240
9,800
78,400
8,000
64,000
1,800
14,400 40 25
374 42
332 12
320
9,350
74,800
8,000
64,000
1,350
10,800 50 20
454 42
412 12
400
9,080
72,640
8,000
64,000
1,080
8,640 60 17
534 42
492 12
480
8,900
71,200
8,000
64,000
900
7,200

95. Support T.38 - 5 “ 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.

96. Support T.38 - 6 FoIP T.38 Packet (Framing and Size)
Same size
Packet
Ethernet Header(14)
IP(20)
UDP(8)
T38 Header 1(2)
T38 Header 2(6)
FAX Data
T38 Header(3)
　　　　Redundancy
FAX Header -> Error recovery(2) Item X(1) [X] is Redundancy count
T.38 Header 1(2) -> sequence number(2)
UDP(8) -> source port(2) Destination port(2) Length(2) Chacksum(2)
FAX Data -> Data_Field_field_data
T.38 Header 2(6) -> Type of msg(3) Data_Field_field_type(3)
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)
Ethernet Header(14) -> Destination MAC Addersss(6) 　　Source MACAddress(6) 　　Etehrnet Type(2)
Bandwidth =　Packet Size X 8 /(20/1000)
Packet Size = 14+（ FAX data size+3+(6+FAX data size) X Redundancy count)
FAX data size =　FAX Bit rate / 8 X (20/1000)

97. Support T.38 - 6 FoIP T.38 Packet (Bandwidth) Result of calculation
Actual
Packet sampling (msec)
Packet sampling (msec) 20 20
Bandwidth
Size
Total
T.38
IFP
Padding
Redundancy count = 0
FAX Bit rate (bps)
14,400
35,200 88 88 74 46
9,600
30,400 76 76 62 34
7,200
28,000 70 70 56 28
4,800
25,600 64 64 50 22
2,400
23,200 58 60 44 16 2
Redundancy count = 1
FAX Bit rate (bps)
14,400
52,000
130
9,600
42,400
106
7,200
37,600 94
4,800
32,800 82
2,400
28,000 70
Redundancy count = 2
FAX Bit rate (bps)
14,400
68,800
172
9,600
54,400
136
7,200
47,200
118
4,800
40,000
100
2,400
32,800 82
Redundancy count = 3
FAX Bit rate (bps)
14,400
85,600
214
9,600
66,400
166
7,200
56,800
142
4,800
47,200
118
2,400
37,600 94

98. Packet sampling (msec)
Support T
FoIP T.38 Packet (Bandwidth)
Result of calculation
Packet sampling (msec) 20
Bandwidth
Size
Redundancy count = 4
FAX Bit rate (bps)
14,400
102,400
256
9,600
78,400
196
7,200
66,400
166
4,800
54,400
136
2,400
42,400
106
Redundancy count = 5
FAX Bit rate (bps)
14,400
119,200
298
9,600
90,400
226
7,200
76,000
190
4,800
61,600
154
2,400
47,200
118
Redundancy count = 6
FAX Bit rate (bps)
14,400
136,000
340
9,600
102,400
256
7,200
85,600
214
4,800
68,800
172
2,400
52,000
130
Redundancy count = 7
FAX Bit rate (bps)
14,400
158,400
396
9,600
120,000
300
7,200
100,800
252
4,800
81,600
204
2,400
62,400
156

99. Support T.38 - 7 “ (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).

100. Support T.38 - 8 “ FAX Transmitting PBX-Y FAX Receiving Talking status
Request to change T.38 for the communication method according to the FAX transmitting Method.
TDE
Detect the tone of FAX transmitting.
FAX Transmitting
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.

101. Support T.38 - 9 “ FAX Receiving PBX-Y FAX Transmitting Talking status
TDE
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.

102. Support T.38 - 10 “ FAX Communication G.729 Voice communication
TDE#1
TDE#2
FAX Transmitting
FAX Receiving
FAX Method
FAX Method
*Out : G.711
IN : G.711
*Out : G.711
IN : T.38
G.729 Voice communication
CNG (Calling Tone)
Detecting time : 3s
CED (Called Tone)
Detecting time : 200ms
Request to switch to T.38 session
ACK
When it detects CED tone earlier than CNG tone
T.38 communication
* : SIP > One method of each port
H > IN/OUT method can be set separately

103. Support T.38 - 11 “ FAX Communication with SIP TDE#1 SIP Server TDE#2
TDE#1 DSP
TDE#2 DSP
RTP G729
RTP G729
INVITE SDP(T.38)
G.729 Voice communication
100 Trying
INVITE SDP (T.38)
100 Trying
The switching of T.38 session is processed after detecting the CED tone.
200 OK SDP (T.38)
200 OK SDP (T.38)
ACK
ACK
CED
CNG
T.38 communication

104. Support T.38 - 12 “ FAX Communication G.711A TDE100/200
Original Voice
CODEC
Connected Party
Source (It detects CNG/CED tone early)
Result
ECA (Echo Canceller Ability)
VAD (Voice Activity Detection for G.711)
Available FAX Method
FAX Sending Method
Codec Priority 2nd
G.711A
TDE100/200
(G.711 Inband & T.38)
G.711 Inband
Don’t care
G.711 Inband (ECA=OFF, VAD=OFF)
T.38
Don’t care
T.38
IPGW4/16
(G.711 Inband)
G.711 Inband
Don’t care
G.711 Inband (ECA=OFF, VAD=OFF)
T.38
Don’t care
G.711 Normal (ECA=ON, VAD=OFF) ... Note 1
G.729A
TDE100/200
(G.711 Inband & T.38)
G.711 Inband
Not assign
Failure
G.711
G.711 Inband (ECA=OFF, VAD=OFF)
T.38
Don’t care
T.38
IPGW4/16
(G.711 Inband)
G.711 Inband
Not assign
Failure
G.711
G.711 Inband (ECA=OFF, VAD=OFF)
T.38
Not assign
Failure
G.711
G.711 Normal (ECA=ON, VAD=OFF) ... Note 1/2
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.

105. Support T.38/IP-GW - 1 “ Outgoing Call setting per destination
Maximum Bit Rate
(No Speed Limit, 2400, 4800, 7200, 9600, 12000, bps)
The method of transporting the FAX signal when CNG (Calling) tone detect
(G.711 Inband, T.38)

106. Support T.38/IP-GW - 2 “ Outgoing Call setting per destination
Rate management Method (Transferred TCF, Local TCF)
It passes IP network
It does not pass IP network
Maximum datagram size (272 – 512)
Redundancy count for data (0 - 3)
Whether to use the redundancy feature (Enable, Disable)
Redundancy count for T.30 Message(0,1,2,3,4,5,6 7)

107. Support T.38/IP-GW - 3 “ 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)

108. Support T.38/IP-GW - 4 “ (Incoming Call setting per System)
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)
Rate management Method (Transferred TCF, Local TCF)
When CED tone detect
Redundancy count for data (0 - 3) “

109. Support T.38/SIP-GW - 1 “ Outgoing Call setting per Provider
Same of IP-GW GW Setting Option 2

110. Support T.38/SIP-GW - 2 “ Outgoing Call setting per Provider
Same of IP-GW Incoming and IP-GW GW Setting Option 3

111. Support T.38/SIP-GW - 3 “ Outgoing Call setting per Provider
Same of IP-GW Main setting

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

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

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

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

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

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

118. 8 Digits VM Integration

119. 8 Digits VM Integration - 1“
8 Digits VM Integration - 1
MPR 3.1 Function
TVM Ver.2.0
VM Connection
VM integration does not support 5 digits.
TVM Ver.2.0 support 5 digits mailbox.
Ext.20001
5 digits extension numbering

120. 8 Digits VM Integration - 2“
8 Digits VM Integration - 2
MPR 5.0 Function
TVM Ver.2.1
DLC
DHLC
Ver.5.002
VM Connection
MPR 5.0
MPR 5.0 supports 8 digits VM integration
TVM Ver.2.1 support 8 digits mailbox/VM integration.
Mailbox Extension
Ext.20001
5 digits extension numbering
DLC/DHLC Card software should be or later.

121. 8 Digits VM Integration - 3“
8 Digits VM Integration - 3
Centralized VM with PBX code
MPR 5.0 Function
Ext.20001
C-FWD 500
Branch PBX
PBX code:11
TVM Ver.2.1
Ext.20001
Ext.500
QSIG
VoIP/ISDN
Branch PBX
PBX code:12
MPR 5.0
Main PBX
PBX code:10
Mailbox Extension
Branch PBX
PBX code:13
Ext.20001
C-FWD
Ext.20001
C-FWD

122. Check In/Out operation by CSTA

123. Ext.2001 Check In CSTA command.“
Check In/Out operation by CSTA - 1
Check In Operation
Ext.2001 Check In CSTA command.
USB/LAN
MPR 5.0
FOS
(CSTA Application)
Check In Mode
- Clear Call Budget
- Station Un-lock
Check In Ext.2001
Ext.2001
NB: The TAPI I/F does not support this operation.

124. Check In/Out operation by CSTA - 2“
Check In/Out operation by CSTA - 2
Check Out Operation
TVM Ver.2.0
Ext.2001 Check Out CSTA command.
Mailbox for Ext.2001
USB/LAN
MPR 5.0
FOS
(CSTA Application)
Send message delete command.
Check Out Mode
Station lock
Clear Extension data
Timed reminder.
Wake up.
Last Number Redial
Saved Number Redial Call LOG
Check Out Ext.2001
Ext.2001
NB: The TAPI I/F does not support this operation.

125. Check In/Out operation by CSTA - 3“
Check In/Out operation by CSTA - 3
Check Out Operation
Delete Ext.2001 message from SVM
SVM for Ext.2001
Ext.2001 Check Out CSTA command.
USB/LAN
MPR 5.0
FOS
(CSTA Application)
Check Out Mode
Station lock
Clear Extension data
Timed reminder.
Wake up.
Last Number Redial
Saved Number Redial Call LOG
Check out Ext.2001
Ext.2001
NB: The TAPI I/F does not support this operation.

126. Check In/Out operation by CSTA - 4“
Check In/Out operation by CSTA - 4
CSTA Features List
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.
CallDetailRecordsReport
StartCallDetailRecordsTransmission
StopCallDetailRecordsTransmission
New CSTA Features
CSTA Feature Specification document will be updated soon.

127. More than 1000 DDI Destination
1000 DDI Table (not matched) →TIE Table

128. More than 1000 DDI destinations - 1“
More than 1000 DDI destinations - 1
MPR 3.1 Function
1- Incoming DDI number modification
2- Search DDI table
1000 DDI Tables
Not matched
3- Final Destination

129. More than 1000 DDI destinations - 2“
More than 1000 DDI destinations - 2
DDI Ext.
1xxx 1xxx
2xxx 2xxx
3xxx 3xxx
4xxx 4xxx
Ext.4xxx
Branch-1
Ext.2xxx
ISDN
QSIG
VoIP/ISDN
Main-Office
Branch-3
DDI Table
DDI Ext.
1xxx 1xxx
2xxx 2xxx
3xxx 3xxx
4xxx 4xxx
Ext.3xxx
Branch-2
Ext.1xxx
1000 DDI Tables: How to Program?

130. More than 1000 DDI destinations - 3“
More than 1000 DDI destinations - 3
MPR 5.0 Function
1- Incoming DDI number modification
2- Search DDI table
1000 DDI Tables (no changed)
Not matched
3- Search TIE table
Not matched
4- Final Destination

131. Ext. Number and Verification Code
SMDR: Ext. number and Verification Code Output

132. SMDR: Ext. number and Verification Code - 1
MPR 3.1 Function
ISDN
Manager wants to know,
- Who makes a call?
- Which extension is used?
Ext.2001
Dial: *47*
SMDR
Date Time Ext CO Dial Number Ring Duration Cost Acc code CD
08/01/08 04:02PM * :10'
Verification Code
No Extension number ? “

133. Sales Company Password *PCCKXTDA*
SMDR: Ext. number and Verification Code - 2
Sales Company Password *PCCKXTDA*
MPR 5.0 Function
Enable: Ext. Number + Verification Code
Disable: Verification Code only (Default)
SMDR
Date Time Ext CO Dial Number Ring Duration Cost Acc code CD
08/01/08 04:02PM :10'
Extension number
Verification Code
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.

134. KX-NT300 Series Support

135. KX-NT300 Series Support “ Not Support Not Support
Self-labeling Feature is not supported
NT343
NT346
NT366
Not Support
MPR 2.0
KX-TDA0470
V2.001
IP-Network
NT303
NT305
IP-Ext. Card software should be or later.
Not
Support
12 key console is supported
Pier to Pier connection does not support.

136. PC Maintenance Console (PCMC)
Key Label Name Print out Function. (New)
- Same numbering plan in quick dial entry
(The same features as TDA30 MPR 4.0)

137. Key Label Name (Edit/Print Out) - 1“
Key Label Name (Edit/Print Out) - 1
PCMC
Edit
Print Out

138. Key Label Name (Edit/Print Out) - 2“
Key Label Name (Edit/Print Out) - 2
PCMC 5.0 (4.1.4 Flexible Button)
Interactive and Batch Mode
New Option

139. Key Label Name (Edit/Print Out) - 3“
Key Label Name (Edit/Print Out) - 3
PCMC 5.0 (4.3 DSS Console)
Interactive and Batch Mode
New Option

140. Key Label Name (Edit/Print Out) - 4“
Key Label Name (Edit/Print Out) - 4
Main Functions
Copy
Print Out
File Management
Telephone Type Select
Input/Edit

141. Key Label Name (Edit/Print Out) - 5“
Key Label Name (Edit/Print Out) - 5
Telephone Type Select
T7633/T7636
T7665//NT265
T7625/T7630/NT136

142. Key Label Name (Edit/Print Out) - 6“
Key Label Name (Edit/Print Out) - 6
Input and Edit
Click
DSS Parameter Input and Edit
Direct Input/Edit
Cell Copy is not supported
- Label Name Input and Edit.
- Label Parameter Edit.

143. Key Label Name (Edit/Print Out) - 7“
Key Label Name (Edit/Print Out) - 7
Copy Function
Select Destination

144. Key Label Name (Edit/Print Out) - 8“
Key Label Name (Edit/Print Out) - 8
Print Out Function
2- Click
1- Select Extension
3- Click
4- Click

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

146. Key Label Name (Edit/Print Out) - 10“
Key Label Name (Edit/Print Out) - 10
CSV File Format (FYI)
Max. 36 DSS data
DSS button-1 data
Sorry,
No Ext. Number
No Physical Number
0: T7633/T7636
1: T7625/T7630/NT136
2: T7665/NT265
3: T7665/APT
4: Other
Key Label data
(Max. 20)
Color data
(Windows data)

147. Checks Quick Dialling table
Same numbering plan in quick dial entry - 1
Automatic rerouting VoIP call
MPR PCMC 3.0
- The function works only on PBX Code type network plan.
(7 + PBX code + Ext.)
QSIG
VoIP
ISDN
PBX=10
Ext.301
DDI
PBX=20
4sec No response.
Dials
Re-order Tone NO
No-response
10 301
Checks Quick Dialling table
YES
The call is TEI call ?

148. Same numbering plan in quick dial entry - 2
Automatic rerouting VoIP call
MPR PCMC 3.0
- Extension numbering type network plan.
Because, 3 is used in the other PBX extension.
QSIG
VoIP
ISDN
Ext.301
DDI
4sec No response.
Dials
301
Re-order Tone NO
No-response
Checks Quick Dialling table
YES
The call is TEI call ?
Ext.2xx
This program is not allowed.

149. Same numbering plan in quick dial entry - 3
To enable assigning 3xx to the quick dial.
PCMC 5.0
QSIG
VoIP
ISDN
Ext.2xx
Ext.3xx

150. Checks Quick Dialling table
Same numbering plan in quick dial entry - 4
Automatic rerouting VoIP call
MPR PCMC 5.0
- The function works extension numbering type network plan too.
QSIG
VoIP
ISDN
Ext.301
DDI
Ext.2xx
No-response
4sec No response.
301
Checks Quick Dialling table
YES
The call is TEI call ?
Dials
301
Re-order Tone NO

151. PC Programming Software

152. PC Programming Software - 1“
PC Programming Software - 1
Unified PCMC (Ver.3.0) provides TDE100/200 MPR 2.0 programming.
Unified PCMC (Ver.3.0 )
Install
Start U-PCMC
Unified PCMC (Ver 3.0) provides,
TDA30 MPR1.x/MPR2.x/MPR3.x/MPR4.0
TDA100/TDA200 MPR1.x/MPR2.x/MPR3.x
TDA600 MPR2.x/MPR3.x/MPR5.x
TDE100/200 MPR1.x/MPR2.x

153. PC Programming Software - 2“
PC Programming Software - 2
- Create a TDE100/200 MPR 2.0 system data (Batch Mode)
TDE100/200 MPR2.0
Batch Mode

154. PC Programming Software - 3“
PC Programming Software - 3
U-PCMC can be used to programme old versions of the TDE100/200 MPR 1.0.
TDE100/200 MPR1.0
MPR 1.0
TDE100/200 MPR2.0
Connect
MPR 2.0
Switching between versions in automatic.

155. MPR 2.0 Installation
- New Installation
- Upgrade MPR 1.0 to MPR 2.0

156. TDE100/200 MPR 2.0 New Installation - 1“
TDE100/200 MPR 2.0 New Installation - 1
1- Download a SD card data from the PCC web.
SD Card
- PMMPR 2.0
- DLNG (E)
- DLNG (E)
2- Save all files to a SD card.
3- Insert the SD card into a TDE and power on with system initialise.
TDE Flash ROM
- PMMPR ???
- DMSYS ???
- DLNG-0 ?.?
- DLNG-1 ?.?
TDE Flash ROM
- PMMPR 2.0
- DMSYS 2.0 (BX)
- DLNG (E)
- DLNG (E)
SD Card
- PMMPR 2.0
- DLNG (E)
- DLNG (E)
Initialise
4- Install Unified PCMC V3.0 to a PC. (Check the correct Region)
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 (E)
- DLNG (E)
SD Card
- DMINI 2.0 (BL)
DMINI 2.0 (BL), etc,
U-PCMC (BL)

157. Program “Time and Date” etc
TDE100/200 MPR 2.0 New Installation - 2
6- Re-start using the default start. (system initialise)
TDE Flash ROM
- PMMPR 2.0
- DMSYS 2.0 (BL)
- DLNG (E)
- DLNG (E)
SD Card
- DMINI 2.0 (BL)
Initialise
7- Connect the U-PCMC to the TDE again.
TDE Flash ROM
- PMMPR 2.0
- DMSYS 2.0 (BL)
- DLNG (BL)
- DLNG (BL)
SD Card
- DMINI 2.0 (BL)
DLNG-x 2.0 (BL)
Program “Time and Date” etc
8- TDE100/200 MPR 2.0 is ready.

158. “
Upgrade MPR 1.0 to MPR
Important
1- 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
- DLNG (BL)
- DLNG (BL)
MPR 1.0
Backup
DMSYS 1.0(BL)
DMSYS 1.0 (BL)
Important
2- Save (backup) OGM data.
3- Down load PMMPR 2.0 from PCC web.
4- Download Unified PCMC V3.0 from PCC web, and install it on the PC
5- Connect the U-PCMC to the TDE. Transfer PMMPR 2.0 to the SD card through USB.
U-PCMC (BL)
SD Card
- PMMPR (1.0)
- PMMPR_SUB (2.0)
- DMSYS 1.0(BL)
TDE Flash ROM
- DMSYS 1.0 (BL)
- DLNG (BL)
- DLNG (BL)
MPR 1.0
PMMPR 2.0

159. Upgrade MPR 1.0 to MPR 2.0 - 2 “ 6- Delete “DMINI” from the SD card
Important
6- Delete “DMINI” from the SD card
- 1. Go to “Utility “ – “SD Card File Delete”
- 2. Select “DMINI”
- 3. Click “Delete”
- 4. Click “OK”
Important
7- Set the system initialize switch to ”SYSTEM INITIALIZE” position.

160. Upgrade MPR 1.0 to MPR 2.0 - 3 “ 8- Connect the U-PCMC to the TDE.
9- Activate PMMPR 2.0 from PC programming.
Select “Utility”-”System Reset”- “Reset by the Command”.
Select
Important
SD Card
- PMMPR_SUB 1.0
- PMMPR 2.0
- DMSYS 1.0 (BL)
TDE Flash ROM
- DMSYS 2.0 (BX)
- DLNG (BL)
- DLNG (BL)
MPR 2.0
Reset

161. “
Upgrade MPR 1.0 to MPR
10- Connect the U-PCMC to the TDE, the TDE asks, “Do you replace the initial data file…..”
- Click “OK”
SD Card
- PMMPR (2.0)
- PMMPR _SUB (1.0)
- DMSYS 1.0 (BX)
- DLINI (BL)
- DLNG (BL)
- DLNG (BL)
TDE Flash ROM
- DMSYS 2.0 (Dummy)
- DLNG (BL)
- DLNG (BL)
MPR 2.0
New Data
11 Re-start the system with the initialize switch in ”SYSTEM INITIALIZE” position.
Important
SD Card
- PMMPR (2.0)
- PMMPR _SUB (1.0)
- DMSYS 2.0 (Default-BL)
- DLINI (BL)
- DLNG (BL)
- DLNG (BL)
TDE Flash ROM
- PMMPR (2.0)
- DMSYS 2.0 (Default-BL)
- DLNG (BL)
- DLNG (BL)
MPR 2.0
12- Connect the U-PCMC to the TDE.
Execute Quick-set up (Date/Time/Pass-Word)

162. “
Upgrade MPR 1.0 to MPR
13- Open the U-PCMC → Select “Open” → Select a DMSYS MPR2.0 file.
G:\TDE100-MPR2

163. Upgrade MPR 1.0 to MPR 2.0 - 6 “ 15- Click “Save”
G:\TDE100-MPR1
TDE100-MPR1
15- Click “Save”
14- Enter New File Name
TDE100-MPR2

164. Upgrade MPR 1.0 to MPR 2.0 - 7 “ 16- Click “OK”. Click
G:\TDE100-MPR2
G:\TDE100-MPR1
Click
TDE100-MPR1
TDE100-MPR2
The DMSYS (MPR1.0) file is automatically converted to a MPR 2.0 DMSYS file.

165. “
Upgrade MPR 1.0 to MPR
17- Transfer the DMSYS 2.0(User BL) to the TDE (SD card)
SD Card
- PMMPR 2.0
- PMMPR _SUB 1.0
- DMSYS (2.0 Default-BL)
- DMSYS_SUB (2.0 User-BL)
TDE Flash ROM
- DLNG (BL)
- DLNG (BL)
MPR 2.0
DMSYS
(2.0 User-BL)
18- Activate the DMSYS 2.0 (BL) from the PC.
Select “Utility” - ”System Reset” - “Reset
by the Command”.
Select
Important

166. Upgrade MPR 1.0 to MPR 2.0 - 9 “ [ Final settings ] SD Card
TDE Flash ROM
- PMMPR 2.0
- DMSYS (2.0 User-BL)
- DLNG (BL)
- DLNG (BL)
SD Card
- PMMPR _SUB 1.0
- DMSYS_SUB (2.0 Default-BL)
MPR 2.0

167. Thank you very much !