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Japan 2 Tone Plan

Japan 2 Tone Plan

This chapter details the modifications to the Digital Tone Generator (DTG or DTG-2) and Call Progress Analyzer (CPA) cards, and SPC-CPA service circuits to support the supervision tones specific to the Japan telephone network.

The information in this chapter supersedes the information in the following manuals:

Tone Characteristics

Table 2-1 summarizes the characteristics of the most frequently used supervision tones in the Japan network.


Table 2-1: Japan 2 Digital Tone Generator Supervision Tones
Tone Frequencies (Hz) Amplitude (dBm) Cadence Detected by CPA?

Dial

400

-15

Continuous

Yes

Ring Back

400

Variable

1 second on,
2 seconds off,
REPEATED

Yes

Busy

400

-5

0.5 seconds on,
0.5 seconds off
REPEATED

Yes

Fast Busy

400

-5

0.25 seconds on,
0.25 seconds off,
REPEATED

Yes

ISUP Tone 1

2010

-12

Continuous

Yes

ISUP Tone 2

1800

-22

Continuous

Yes

Tone Detection

CPA processing is modified to support the Japan network requirements. Use the system administration answer supervision templates function to control tone detection for the tones listed in Table 2-1. Supervision template processing is described in the Cisco VCO/4K System Administrator's Guide.

Answer Supervision Template Screen Terminology

The supervision events and tones listed in the Answer Supervision Template screen use standard North American network terminology. Table 2-2 shows the Answer Supervision Template screen terms to use with the Japan 2 country feature package.


Table 2-2: Answer Supervision Template Screen Terminology for Japan 2
Answer Supervision Template Event and Tone Name Japan 2 Tone Name

Dial Tone

Dial Tone

Ringback

Ringback

Busy

Busy

Reorder

Fast Busy

SIT Tones

Not Applicable

Ring Cess.1

Not Applicable

Voice Det.1

Not Applicable

Voice Cess.1

Not Applicable

Wink1

Not Applicable

Answer1

Not Applicable

Time1

Not Applicable

Hook Flash1

Not Applicable

Pager Cue

Not Available

ISUP Tone

ISUP Tone 1/ISUP Tone 2

ISUP Cess.

ISUP Tone 1/ISUP Tone 2

1Not a tone.

Tone Generation

Tone generation is performed through DTG outpulse and static tone channels. The allocation of these tones is controlled via inpulse rules, Voice Path Control ($66), and DTMF Collection Control ($67) commands.

Table 2-3 supersedes the tone generator table listed in the Cisco VCO/4K Standard Programming Reference and the Cisco VCO/4K Extended Programming Reference. It also supersedes the tone output level specifications found in the Cisco VCO/4K Card Technical Descriptions. For more information on generating tones, refer to the Cisco VCO/4K System Administrator's Guide.

The tones and their corresponding output levels, decimal values, hexadecimal values, and port addresses are summarized in Table 2-3.


Table 2-3: Tone Levels, Values, and Port Addresses
Tone Output Level Decimal Value Hex Value Port Addresses

Beep

0

00

None

Quiet (PCM idle pattern 01010100)

1

01

04C0

1 kHz

0 dBm

2

02

04C1

Dial

-15 dBm

3

03

04C2

380 Hz

-10 dBm

4

04

04C3

Beep (440 Hz)

-13 dBm

5

05

04C4

480 Hz

-17 dBm

6

06

04C5

1400 Hz

-24 dBm

7

07

04C6

1000 Hz @max CODEC output

8

08

04C7

920 Hz Dial

-13 dBm

9

09

04C8

404 Hz

0 dBm

10

0A

04C9

1004 Hz

0 dBm

11

0B

04CA

2804 Hz

0 dBm

12

0C

04CB

Reserved

13

0D

04CC

Reserved

14

0E

04CD

Reserved

15

0F

04CE

Reserved

16

10

04CF

Ringback

Variable

17

11

04D0

Busy

-5 dBm

18

12

04D1

Fast Busy

-5 dBm

19

13

04D2

Reserved

20

14

04D3

Reserved

21

15

04D4

Reserved

22

16

04D5

Reserved

23

17

04D6

Reserved

24

18

04D7

ISUP 2

-22 dBm

25

19

04D8

ISUP 1

-12 dBm

26

1A

04D9

Reserved

27 to 32

20

04DF

DTMF digit 0 (steady)

-7 dBm/freq

33

21

04E0

DTMF digit 1 (steady)

-7 dBm/freq

34

22

04E1

DTMF digit 2 (steady)

-7 dBm/freq

35

23

04E2

DTMF digit 3 (steady)

-7 dBm/freq

36

24

04E3

DTMF digit 4 (steady)

-7 dBm/freq

37

25

04E4

DTMF digit 5 (steady)

-7 dBm/freq

38

26

04E5

DTMF digit 6 (steady)

-7 dBm/freq

39

27

04E6

DTMF digit 7 (steady)

-7 dBm/freq

40

28

04E7

DTMF digit 8 (steady)

-7 dBm/freq

41

29

04E8

DTMF digit 9 (steady)

-7 dBm/freq

42

2A

04E9

DTMF digit A (steady)

-7 dBm/freq

43

2B

04EA

DTMF digit B (steady)

-7 dBm/freq

44

2C

04EB

DTMF digit C (steady)

-7 dBm/freq

45

2D

04EC

DTMF digit D (steady)

-7 dBm/freq

46

2E

04ED

DTMF digit * (steady)

-7 dBm/freq

47

2f

04EE

DTMF digit # (steady)

-7 dBm/freq

48

30

04EF

MF digit 0 (steady)

-7 dBm/freq

49

31

04F0

MF digit 1 (steady)

-7 dBm/freq

50

32

04F1

MF digit 2 (steady)

-7 dBm/freq

51

33

04F2

MF digit 3 (steady)

-7 dBm/freq

52

34

04F3

MF digit 4 (steady)

-7 dBm/freq

53

35

04F4

MF digit 5 (steady)

-7 dBm/freq

54

36

04F5

MF digit 6 (steady)

-7 dBm/freq

55

37

04F6

MF digit 7 (steady)

-7 dBm/freq

56

38

04F7

MF digit 8 (steady)

-7 dBm/freq

57

39

04F8

MF digit 9 (steady)

-7 dBm/freq

58

3A

04F9

MF digit KP

-7 dBm/freq

59

3B

04FA

MF digit ST

-7 dBm/freq

60

3C

04FB

MF digit ST3P

-7 dBm/freq

61

3D

04FC

MF digit STP

-7 dBm/freq

62

3E

04FD

MF digit ST2P

-7 dBm/freq

63

3F

04FE


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Posted: Tue Oct 15 16:07:32 PDT 2002
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