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Table of Contents

FastPadmpr12/24 Secured Mode

FastPadmpr12/24 Secured Mode


Table B-1: Synchronous X.25
Parameter No. Synchronous X.25 connection or B-channel (ISDN) Parameter No. Synchronous X.25 connection or B-channel (ISDN)

0

Profile number

27

Not significant

1

Type of Link

28

Speed

2

Type of Connection

29

Max.No.Buffers/Frame

3

Scanning direction

30

Not significant

4

No. of 1st group of incoming LCs

31

Initial transmission credit

5

No. of 1st incoming LC

32

Time-out T1

6

No. of groups of incoming LCs

33

Time-out T0

7

No. of incoming LCs

34

Frame repetitions

8

No. of 1st group of mixed LCs

35

Frame window width

9

No. of mixed LCs

36

Frame module

10

No. of groups of outgoing LCs

37

Primary address

11

No. of mixed Lcs

38

Secondary address

12

No. of 1st group of outgoing LCs

39

Restart time-out

13

No. of 1st outgoing LC

40

Reset time-out

14

No. of groups of outgoing LCs

41

Clear time-out

15

No. of outgoing LCs

42

No. of retransmissions

16

Behavior of not-used PVC

43

Restart/reset/clear elimination

17

Billing type

44

X.25 type of signalling

18

Receive filtering

45

1 or 2 addr. in packet

19

Send filtering

46

Local calling subscriber No.

20

Interface state/interface superv.

47

Subaddress transparency

21

Interface state/interface superv.

48

CUG facility

22

Interface scanning period

49

RC acceptance (Tx)

23

No. of interface scanning TOs

50

Reserved

24

Interface state/interface superv.

51

Transit time

25

Interface state/interface superv.

52

PDN link

26

Int.signals forced

53

PDN address No.

54

Tx fast sel.subscr.

81

Call return authorized

55

Rx. fast sel.subscr.

82

Reserved

56

Throughput class negotiation

83

Facility marker CTRL

57

Default TX throughput class

84

React.on called add.mod.notific.

58

Default RX throughput class

85

Clear TX format

59

Max. TX throughput class

86

Bit D management

60

Max. RX throughput class

87

Type of line

61

Packet size negot.subscription

88

Facility unknown

62

Default TX packet size

89

Address conversion

63

Default RX packet size

90

No. of PVCs

64

Max. TX packet size

91

Position of first PVC

65

Max. RX packet size

92

Reserved

66

Min. TX packet size

93

Type of LAP

67

Min. RX packet size

94

Securized VCs

68

Tx window size negot.subscription

95 to 123

Reserved

69

Default TX window size

124

Consultation

70

Default RX window size

125

Low threshold

71

Max. TX window size

126

High threshold

72

Max. RX window size

127

Reserved

73

Transfer request

128

Cost and use of support

74

Call confirm.format

129

Remote equipt class 22 position

75

X.29 rerouting

130

Behavior

76

Reserved

131 to 145

Reserved

77

Reserved

78

Compression/scrambling

79

Reserved

80

Call request timing

or B-channel (ISDN) Parameters


Table B-2: Asynchronous X.25 Parameters
Parameter No. Asynchronous X.25 connection Parameter No. Asynchronous X.25 connection

0

Profile number

38

Automatic call number

1

Type of Link

39

NUI management

2

Type of Connection

40

Type of terminal

3

Scanning direction

41

X.25 parity

4

No. of 1st group of incoming LCs

42

No. of significant bits exchanged

5

No. of 1st incoming LC

43

Auto data rate recogn.

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed LCs

49

RC acceptance (Tx)

12

No. of 1st group of outgoing LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved

54

Tx fast sel.subscr.

17

Billing type

55

Rx. fast sel.subscr.

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

Packet size negot.subscription

24

Interface state/interface superv.

62

Default TX packet size

25

Interface state/interface superv.

63

Default RX packet size

26

Int.signals forced

64

Max. TX packet size

27

Flow control

65

Max. RX packet size

28

Parity

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

Inactivity time-out

70

Default RX window size

33

No. of bytes received in buffer

71

Max. TX window size

34

Block of character mode

72

Max. RX window size

35

No. of stop bits

73

Transfer request

36

Type of physical connection

74

Call confirm.format

37

Not significant

75

X.29 rerouting

76

Reserved

92

Conn. to HP equipment

77

Reserved

93

Type of call

78

Compression/scrambling

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Msg Txm superv, time-out

131 to 145

Reserved

88

Mixed flow control

89

Address conversion

90

Error threshold (ECP)

91

Txm time-out NACK (ECP)


Table B-3: SDLC
Parameter No. SDLC connection Parameter No. SDLC connection

0

Profile number

38

Processing unknown packets

1

Type of Link

39

Not significant

2

Type of Connection

40

QLLC segment length (PSH)

3

Scanning direction

41

Protocol type

4

No. of 1st group of incoming LCs

42

No. of transmissions

5

No. of 1st incoming LC

43

Restart/reset/clear elimination

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed LCs

49

RC acceptance (Tx)

12

No. of 1st group of outgoing LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Coding (NRZ/NRZ1)

54

Tx fast sel.subscr.

17

Billing type

55

Rx. fast sel.subscr.

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

Packet size negot.subscription

24

Interface state/interface superv.

62

TX packet size

25

Interface state/interface superv.

63

RX packet size

26

Int.signals forced

64

Max. TX packet size

27

Not significant

65

Max. RX packet size

28

Speed

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

Frame repeats time-out T1

70

Default RX window size

33

Interpolling wait time-out

71

Max. TX window size

34

No. of Frame repetitions

72

Max. RX window size

35

Frame window width

73

Transfer request

36

Frame modulo

74

Call confirm.format

37

Polling counter

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Not significant

78

Compression/scrambling

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Address conversion

90

No. of clusters

91

Position of first cluster

Parameters


Table B-4: VIP Parameters
Parameter No. VIP connection Parameter No. VIP connection

0

Profile number

38

Reserved

1

Type of Link

39

Screen msg restransm time-out

2

Type of Connection

40

Printer msg. time-out

3

Scanning direction

41

Screen message blocking

4

No. of 1st group of incoming LCs

42

No. of retransmissions

5

No. of 1st incoming LC

43

Print management

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed LCs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved

54

Tx fast sel.subscr.

17

Billing type

55

Rx. fast sel.subscr.

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

Packet size negot.subscription

24

Interface state/interface superv.

62

Message length (Tx)

25

Interface state/interface superv.

63

Message length (Rx)

26

Int.signals forced

64

Max. TX packet size

27

Not significant

65

Max. RX packet size

28

Speed

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

Transit polling time-out

70

Default RX window size

33

Interpolling wait time-out

71

Max. TX window size

34

Max. no. of unanswered calls

72

Max. RX window size

35

Frame window width

73

Transfer request

36

Reserved

74

Call confirm.format

37

EOT response

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Not significant

78

Compression/scrambling

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Address conversion

90

No. of controllers

91

Position of first controller


Table B-5: BSC 3270
Parameter No. BSC 3270 connection Parameter No. BSC 3270 connection

0

Profile number

38

1

Type of Link

39

2

Type of Connection

40

3

Scanning direction

41

"No response" time-out

4

No. of 1st group of incoming LCs

42

No. of transmissions

5

No. of 1st incoming LC

43

Type of TPAD connection

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed LCs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved (RC Rx acceptance)

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

To time-out

54

Tx fast sel.subscr.

17

Billing type

55

Rx. fast sel.subscr.

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

packet size negot.subscription

24

Interface state/interface superv.

62

Length of message (Tx)

25

Interface state/interface superv.

63

Length of message (Rx)

26

Int.signals forced

64

Max. TX packet size

27

Not significant

65

Max. RX packet size

28

Speed

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

Val. line superv. time-out

70

Default RX window size

33

Val. interpoll. time-out

71

Max. TX window size

34

No. of unanswered polls

72

Max. RX window size

35

Frame window queue (Rx)

73

Transfer request

36

Type of coding

74

Call confirm.format

37

Type of parity

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Type of LAP

78

Compression/scrambling

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Address conversion

90

No. of controllers

91

Position of first controller

Parameters


Table B-6: BSC 2780/3780
Parameter No. BSC 2780/3780 connection Parameter No. BSC 2780/3780 connection

0

Profile number

38

Type of paired equipment

1

Type of Link

39

Time-out to restransmit an ENQ

2

Type of Connection

40

"Author. response" time-out

3

Scanning direction

41

"No response" time-out

4

No. of 1st group of incoming LCs

42

No. of retransmissions

5

No. of 1st incoming LC

43

Type of protocol

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed LCs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

To time-out

54

TX fast sel.subscr.

17

Billing type

55

RX fast sel.subscr.

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

No. of interface scanning TOs

61

Packet size negot.subscription

24

Interface state/interface superv

62

Length of message (Tx)

25

Interface state/interface superv

63

Length of message (Rx)

26

Int.signals forced

64

Max. TX packet size

27

Line clock

65

Max. RX packet size

28

Speed

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

Value of diconn. time-out

70

Default RX window size

33

Supervision mode time-out

71

Max. TX window size

34

72

Max. RX window size

35

Frame width queue

73

Transfer request

36

Type of coding

74

Call confirm.format

37

Type of parity

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Type of LAP

78

Compression/scrambling

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved (address conversion)

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Address conversion

90

No. of controllers

91

Position of first controller

Parameters


Table B-7: ESV/N4
Parameter No. ESV/N4 connection Parameter No. ESV/N4 connection

0

Profile number

38

Not significant

1

Type of Link

39

Not significant

2

Type of Connection

40

Reserved

3

Scanning direction

41

Reserved

4

No. of 1st group of incoming LCs

42

Reserved

5

No. of 1st incoming LC

43

Reserved

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed Lcs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved

54

Tx fast slec.subscr.

17

Billing type

55

Rx. fast sel.subscr.

18

Not significant

56

Throughput class negotiation

19

Not significant

57

Default TX throughput class

20

Number of retransmissions

58

Default RX throughput class

21

Not significant

59

Max. TX throughput class

22

Not significant

60

Max. RX throughput class

23

Ref. freezing time-out

61

packet size negot.subscription

24

Not significant

62

Length of msg. (Tx)

25

Not significant

63

Length of msg. (Rx)

26

Not significant

64

Max. TX packet size

27

Not significant

65

Max. RX packet size

28

Not significant

66

Min. TX packet size

29

Not significant

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Not significant

69

Default TX window size

32

Not significant

70

Default RX window size

33

Not significant

71

Max. TX window size

34

Not significant

72

Max. RX window size

35

Transport window size

73

Transfer request

36

Not significant

74

Call confirm.format

37

Not significant

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Not significant

78

Reserved

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Reserved

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved (address conversion)

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Address conversion

90

No. of PVCs

91

Position of first PVC

Parameters


Table B-8: IR
Parameter No. IR connection Parameter No. IR connection

0

Profile number

38

Not significant

1

Type of Link

39

Not significant

2

Type of Connection

40

Reserved

3

Scanning direction

41

Reserved

4

No. of 1st group of incoming LCs

42

Reserved

5

No. of 1st incoming LC

43

Reserved

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed Lcs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved

54

Tx fast slec.subscr.

17

Billing type

55

Rx. fast sel.subscr.

18

Waiting time-out (for 1st packet)

56

Throughput class negotiation

19

Not significant

57

Default TX throughput class

20

Number of calls

58

Default RX throughput class

21

"Slow call" time-out

59

Max. TX throughput class

22

"Wait for reconn." time-out

60

Max. RX throughput class

23

Ref. freezing time-out

61

Packet size negot.subscription

24

Not significant

62

Length of msg (Tx)

25

Not significant

63

Length of msg (Rx)

26

Not significant

64

Max. TX packet size

27

Not significant

65

Max. RX packet size

28

Not significant

66

Min. TX packet size

29

Not significant

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Not significant

69

Default TX window size

32

Not significant

70

Default RX window size

33

Not significant

71

Max. TX window size

34

Not significant

72

Max. RX window size

35

Not significant

73

Transfer request

36

"Fast select" utilization

74

Call confirm.format

37

Not significant

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Not significant

78

Reserved

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Reserved

124

Not significant

81

Call return authorized

125

Not significant

82

Reserved (address conversion)

126

Not significant

83

Facility marker CTRL

127

Not significant

84

React.on called add.mod.notific.

128

Not significant

85

Clear TX format

129

Not significant

86

Bit D management

130

Not significant

87

Type of line

131 to 145

Not significant

88

Facility unknown

89

Address conversion

90

No. of PVCs

91

Position of first PCV

Parameters


Table B-9: FRTE/FRSW
Parameter No. FRTE/FRSW Physical Connection Parameter No. FRTE/FRSW Physical Connection

0

Profile number

38

Not significant

1

Type of Link

39

Not significant

2

Type of Connection

40

Reserved

3

Not significant

41

Reserved

4

Not significant

42

Reserved

5

Not significant

43

Reserved

6

Not significant

44

X.25 type signalling

7

Not significant

45

1 or 2 addr. in packet

8

Not significant

46

Local calling subscriber No.

9

Not significant

47

Subaddress transparency

10

Not significant

48

CUG facility

11

Not significant

49

RC acceptance (Tx)

12

Not significant

50

Reserved

13

Not significant

51

Transit time

14

Not significant

52

PDN link

15

Not significant

53

PDN address No.

16

Time-out Ta

54

Not significant

17

Billing type

55

Reserved

18

Receive filtering

56

Not significant

19

Transmission filtering

57

Not significant

20

Interface state/interface superv.

58

Not significant

21

Interface state/interface superv.

59

Not significant

22

Interface scanning period

60

Not significant

23

Filtering/conf. of signal transition

61

Not significant

24

Interface state/interface superv.

62

Not significant

25

Interface state/interface superv.

63

Not significant

26

Int.signals forced

64

Not significant

27

Not significant

65

Not significant

28

Parity

66

Not significant

29

Max.No.Buffers/Frame

67

Not significant

30

Not significant

68

Not significant

31

Initial transmission credit

69

Not significant

32

Inactivity time-out

70

Not significant

33

No. of bytes received in buffer

71

Not significant

34

Block of character mode

72

Not significant

35

No. of stop bits

73

Not significant

36

Type of physical connection

74

Not significant

37

Not significant

75

Reserved

76

Reserved

92

Type of LMI

77

Reserved

93

Not significant

78

Reserved

94

Not significant

79

Reserved

95 to 123

Reserved

80

Not significant

124

Not significant

81

Not significant

125

Not significant

82

Not significant

126

Not significant

83

Not significant

127

Not significant

84

Not significant

128

Not significant

85

Not significant

129

Not significant

86

Not significant

130

Not significant

87

Not significant

131 to 145

Not significant

88

Not significant

89

Not significant

90

Not significant

91

Not significant

Parameters


Table B-10: FRT, FRIP, FRI
Parameter No. Connection Logical line FR Network (FRT, FRIP, FRI) Parameter No. Connection Logical line FR Network (FRT, FRIP, FRI

0

Profile number

37

Primary address

1

Type of Link

38

Secondary address

2

Type of Connection

39

Not significant

3

Scanning direction

40

Not significant

4

No. of 1st group of incoming LCs

41

Not significant

5

No. of 1st incoming LC

42

No. of retransmission

6

No. of groups of incoming LCs

43

Elim. diagn. code

7

No. of incoming LCs

44

Type signalling

8

No. of 1st group of mixed LCs

45

Add no. in packets

9

No. of mixed LCs

46

Local calling subscriber No.

10

No. of groups of outgoing LCs

47

Subaddress transparency

11

No. of mixed Lcs

48

CUG facility

12

No. of 1st group of outoging LCs

49

RC acceptance (Tx)

13

No. of 1st outgoing LC

50

Reserved

14

No. of groups of outgoing LCs

51

Transit time

15

No. of outgoing LCs

52

PDN link

16

Not significant

53

PDN address No.

17

Billing type

54

Tx fast slec.subscr.

18

Receive filtering

55

Rx. fast sel.subscr.

19

Transmission filtering

56

Throughput class negotiation

20

Not significant

57

Default TX throughput class

21

Not significant

58

Default RX throughput class

22

Not significant

59

Max. TX throughput class

23

Not significant

60

Max. RX throughput class

24

Not significant

61

Packet size negot.subscription

25

Not significant

62

Length of message (Tx)

26

Not significant

63

Length of message (Rx)

27

Not significant

64

Max. TX packet size

28

Not significant

65

Max. RX packet size

29

Max.No.Buffers/Frame

66

Min. TX packet size

30

Not significant

67

Min. RX packet size

31

Initial transmission credit

68

Tx window size negot.subscription

32

Val. line supervision time-out T1

69

Default TX window size

33

Val. interpoll time-out T0

70

Default RX window size

34

No. of unanswered polls

71

Max. TX window size

35

Frame window

73

Transfer request

36

Frame module type

74

Call confirm.format

75

X.29 rerouting

92

Not significant

76 to 77

Reserved

93

Type of LAP

78

Compression/scrambling

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Not significant

81

Call return authorized

125

Not significant

82

Reserved (address conversion)

126

Not significant

83

Facility marker CTRL

127

Not significant

84

React.on called add.mod.notific.

128

Not significant

85

Clear TX format

129

Not significant

86

Bit D management

130

Not significant

87

Type of line

131 to 145

Not significant

88

Facility unknown

89

Calling-called conversion

90

No. of PVCs

91

Position of first PVC

Parameters


Table B-11: HDLC Parameters
Parameter No. HDLC connection Parameter No. HDLC connection

0

Profile number

38

Not significant

1

Type of Link

39

Not significant

2

Type of MCX Connection

40

Not significant

3

Scanning direction

41

"Frame ignored" threshold T4

4

No. of 1st group of incoming LCs

42

Not significant

5

No. of 1st incoming LC

43

Not significant

6

No. of groups of incoming LCs

44

Type signalling

7

No. of incoming LCs

45

Add nbr. in packets

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed Lcs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved for VC break time-out

54

Tx fast slec.subscr.

17

Billing type

55

Reserved (Subscr.fast Sel.rec)

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

Packet size negot.subscription

24

Interface state/interface superv.

62

Packet length (Tx)

25

Interface state/interface superv.

63

Packet length (Rx)

26

Int.signals forced

64

Max. TX packet size

27

Not significant

65

Max. RX packet size

28

Speed

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

CRC count

70

Default RX window size

33

No. of flags (Tx)

71

Max. TX window size

34

Not significant

72

Max. RX window size

35

Frame window width

73

Transfer request

36

Start of frame regr.thresh.T1

74

Call confirm.format

37

Not significant

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Type of LAP

78

Compression

94

Securized VC

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved (address conversion)

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Calling-called conversion

90

No. of DLCIs

91

Position of first DLCI


Table B-12: FRA Parameters
Parameter No. Connection FRA subscriber type Parameter No. Connection FRA subscriber type

0

Profile number

38

Not significant

1

Type of Link

39

Positioning threshold T2 (FECN/BECN)

2

Type of Connection

40

"DE ignored" threshold T4

3

Scanning direction

41

"Frame ignored" threshold T4

4

No. of 1st group of incoming LCs

42

Not significant

5

No. of 1st incoming LC

43

Not significant

6

No. of groups of incoming LCs

44

Type signalling

7

No. of incoming LCs

45

Add. nbr. in packets

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed Lcs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved for VC break time-out

54

Tx fast sel.subscr.

17

Billing type

55

Reserved (Subscr.fast Sel.rec)

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

Packet size negot.subscription

24

Interface state/interface superv.

62

Length of msg (Tx)

25

Interface state/interface superv.

63

Length of msg (Rx)

26

Int.signals forced

64

Max. TX packet size

27

Not significant

65

Max. RX packet size

28

Speed

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

CRC count

70

Default RX window size

33

No. of flags (Tx)

71

Max. TX window size

34

No. of unanswered polls

72

Max. RX window size

35

Frame window width

73

Transfer request

36

Start of frame regr.thresh.T1

74

Call confirm.format

37

Not significant

75

Reserved

76

Reserved

92

Not significant

77

Reserved

93

Type of LAP

78

Compression

94

Securized VC

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved (address conversion)

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Calling-called conversion

90

No. of DLCIs

91

Position of first DLCI


Table B-13: ISDN Channel D Parameters
Parameter No. ISDN Channel D Parameter No. ISDN Channel D

0

Profile number (number 47)

38

SO inactivation time-out

1

Type of Link

39

Time-out monit. a transm.line

2

Country

40

No. of buffers for DMA

3

Reserved

41

Priority access to channel D

4

Reserved

42

No. of TEIs per SAPI0/Interf.

5

Reserved

43

No. of TEIs per SAPI16/Interf.

6

Reserved

44

TEI allocation at start-up

7

Reserved

45

Automatic TEI allocation

8

Reserved

38

SO inactivation time-out

9

Reserved

39

Time-out monit. a transm.line

10

Reserved

40

No. of buffers for DMA

11

Reserved

41

Priority access to channel D

12

Reserved

42

No. of TEIs per SAPI0/Interf.

13

Reserved

43

No. of TEIs per SAPI16/Interf.

14

Reserved

44

TEI allocation at start-up

15

Reserved

45

Automatic TEI allocation

16

Reserved

46

SAPI0 transmission window

17

Reserved

47

SAPI16 transmission window

18

Reserved

48

TO waiting for response outgoing call (T3030

19

Reserved

49

TO waiting for response of a disconnect request (T305)

20

Reserved

50

TO waiting for response on a clear request (T308)

21

Reserved

51

TO Monit. the time between an already received incoming call and an alarm on a connection (T310)

22

Reserved

52

TO waiting for response on a connect request (T313)

23

Reserved

53

TO Monit. the time between an N2 clear and an establishment of N2 (T309)

24

Reserved

54

TO waiting for response of a recording request (T309)

25

Reserved

55

Reserved

26

Reserved

56

Number of B-channels

27

Reserved

57

Established mode of channel B1

28

Reserved

58

Established mode of channel B2

29

Reserved

59

TO monit.for the time between a received alarm and a received connection

30

Reserved

60

TO monitoring "no virtual circuits establishment"

61

TO monit.to move into service after having received a "service interrupted" on a B-channel

62

Called sub-address

63

MSN behavior

64

SO interface number (position in C10)

65 to 93

Not significant

94

Securized VC

95 to 123

Reserved

124

Consultation

125

Low threshold

126

High threshold

127

Reserved

128

Cost and use of support

129

Remote equipt class 22 position

130

Behavior

131-145

Reserved


Table B-14: BSC Transparent Parameters
Parameter No. BSC-Transparent connection Parameter No. BSC-Transparent connection

0

Profile number

38

Type of coding

1

Type of Link

39

Not significant

2

Type of Connection

40

Not significant

3

Scanning direction

41

Refusal threshold

4

No. of 1st group of incoming LCs

42

BSC-transparent

5

No. of 1st incoming LC

43

Underrun management

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed Lcs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved (RC Rx acceptance)

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved

54

Tx fast slec.subscr.

17

Billing type

55

Rx. fast sel.subscr.

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

Packet size negot.subscription

24

Interface state/interface superv.

62

Length of msg (Tx)

25

Interface state/interface superv.

63

Length of msg (Rx)

26

Int.signals forced

64

Max. TX packet size

27

Junction clock

65

Max. RX packet size

28

Speed

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

Not significant

70

Default RX window size

33

Un necessary SYN

71

Max. TX window size

34

Frame envelope

72

Max. RX window size

35

Not significant

73

Transfer request

36

Not significant

74

Call confirm.format

37

Type of parity

75

Reserved

76

Reserved

92

PAD character deletion

77

Compression/scrambling

93

Type of LAP

78

Reserved

94

Securized VCs

79

Reserved

95 to 123

Reserved

80

Call request timing

124

Consultation

81

Call return authorized

125

Low threshold

82

Reserved

126

High threshold

83

Facility marker CTRL

127

Reserved

84

React.on called add.mod.notific.

128

Cost and use of support

85

Clear TX format

129

Remote equipt class 22 position

86

Bit D management

130

Behavior

87

Type of line

131 to 145

Reserved

88

Facility unknown

89

Address conversion

90

No. of controllers

91

Position of first controller


Table B-15: Asynchronous X.28+
Parameter No. Asynchronous X.28+ connection Parameter No. Asynchronous X.28+ connection

0

Profile number

38

Automatic call number

1

Type of Link

39

NUI management

2

Type of Connection

40

Type of terminal

3

Scanning direction

41

X.25 parity

4

No. of 1st group of incoming LCs

42

No. of significant bits exchanged

5

No. of 1st incoming LC

43

Auto data rate recogn.

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

1 or 2 addr. in packet

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed Lcs

49

RC acceptance (Tx)

12

No. of 1st group of outoging LCs

50

Reserved

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link

15

No. of outgoing LCs

53

PDN address No.

16

Reserved

54

Tx fast slec.subscr.

17

Billing type

55

Reserved (Subscr.fast Sel.rec)

18

Receive filtering

56

Throughput class negotiation

19

Send filtering

57

Default TX throughput class

20

Interface state/interface superv.

58

Default RX throughput class

21

Interface state/interface superv.

59

Max. TX throughput class

22

Interface scanning period

60

Max. RX throughput class

23

Filtering/conf. of signal transition

61

Packet size negot.subscription

24

Interface state/interface superv.

62

Default TX packet size

25

Interface state/interface superv.

63

Default RX packet size

26

Int.signals forced

64

Max. TX packet size

27

Flow control

65

Max. RX packet size

28

Parity

66

Min. TX packet size

29

Max.No.Buffers/Frame

67

Min. RX packet size

30

Not significant

68

Tx window size negot.subscription

31

Initial transmission credit

69

Default TX window size

32

Inactivity time-out

70

Default RX window size

33

No. of bytes received in buffer

71

Max. TX window size

34

Block of character mode

72

Max. RX window size

35

No. of stop bits

73

Transfer request

36

Type of physical connection

74

Call confirm.format

37

Not significant

75

X.29 rerouting

76

Reserved

114

Reserved

77

Reserved

115

Padding

78

Compression/scrambling

116

X. ON character (DCE to DTE)

79

Reserved

117

X. OFF character (DCE to DTE)

80

Call request timing

118

Escape

81

Call return authorized

119

Action after escape

82

Reserved

120

X. ON character (DTE to DCE)

83

Facility marker CTRL

121

X. OFF character (DTE to DCE)

84

React.on called add.mod.notific.

122

Connection mode

85

Clear TX format

123

Reserved

86

Bit D management

124

Reserved

87

Msg Txm superv, time-out

125

Reserved

88

Not significant

126

M bit management

89

Not significant

127

Reserved

90

Error threshold (ECP)

128

Reserved

91

Txm time-out NACK (ECP)

129

Reserved

92

Conn. to HP equipment

130

Reserved

93

Type of call

131

Reserved

94

Securized VCs

132

Reserved

95

Reserved

133

Flux control by signals

96

Reserved

134

Reserved

97

Reserved

135

Reserved

98

Reserved

136

Reserved

99

Reserved

137

Reserved

100

Reserved

138

Reserved

101

Reserved

139

Reserved

102

Echo mask

140

Reserved

103

Reserved

141

Reserved

104

Reserved

142

Reserved

105

Full/half duplex

143

Reserved

106

Character coding

107

Type of terminal

108

Predefined terminal

109

Manual or automatic call

110

Automatic cleardown

111

Send on time-out

112

Data transfer time-out

113

Reserved

Parameters

Table B-16: Virtual Router
Parameter No. Virtual Router Parameter No. Virtual Router

0

Profile number

38

not significant

1

Not significant

39

Threshold S2

2

Not significant (except MCX)

40

Threshold S3

3

Scanning direction

41

Threshold S4

4

No. of 1st group of incoming LCs

42

Not significant

5

No. of 1st incoming LC

43

Not significant

6

No. of groups of incoming LCs

44

X.25 type signalling

7

No. of incoming LCs

45

No. of addresses in packets

8

No. of 1st group of mixed LCs

46

Local calling subscriber No.

9

No. of mixed LCs

47

Subaddress transparency

10

No. of groups of outgoing LCs

48

CUG facility

11

No. of mixed Lcs

49

Reserved (RC Rx acceptance)

12

No. of 1st group of outoging LCs

50

Reserved (RC rec. accepted)

13

No. of 1st outgoing LC

51

Transit time

14

No. of groups of outgoing LCs

52

PDN link indication

15

No. of outgoing LCs

53

PDN address No.

16

Reserved

54

Tx fast Selc. subscription

17

Billing type

55

Tx fast Selc. subscription

18

Not significant

56

Throughput class negotiation

19

Not significant

57

TX Default throughput class

20

TO ARP superv.

58

RX Default throughput class

21

ARP time to live TO

59

Tx Max. throughput class

22

ARP proxy

60

Rx Max. throughput class

23

Intermediate routing

61

packet size negot.subscription

24

TO Tx Root 0.0.0.0

62

Default TX packet size

25

IP time to live

63

Default RX packet size

26

Type of routing

64

Max. TX packet size

27

Algorithm number

65

Max. RX packet size

28

Reserved

66

Min. TX packet size

29

Reserved

67

Min. RX packet size

30

Reserved

68

Tx window size negot.subscription

31

Reserved

69

Default TX window size

32

Reserved

70

Default RX window size

33

Reserved

71

Max. TX window size

34

Not significant

72

Max. RX window size

35

Reserved

73

Transfer request

36

Threshold S1

74

Call confirm. Tx format

37

not significant

75

Reserved

76

Not significant

88

Facility unknown

77

Not significant

89

Calling/called Address conv.

78

Reserved

90

No. of SVCs

79

Reserved

91

Position of first SVC

(C17)

80

Call supver. timing

92

SVC position not conf. (C8)

81

Call return authorized

93

Not significant

82

Reserved (call.conv.)

94

Securized VCs

83

Facility marker Control

95 to 145

Reserved

84

CLAMN reaction

85

Clear format sent

86

D bit management

87

Not significant

Parameters


Table B-17: FRSNA
Parameter No. FRSNA connection Parameter No. FRSNA connection

0

Profile number

54

Tx fast slec.subscr.

1

Type of Link

55

Reserved (Subscr.fast Sel.rec)

2

Type of Connection

56

Throughput class negotiation

3

Scanning direction

57

Default TX throughput class

4

No. of 1st group of incoming LCs

58

Default RX throughput class

5

No. of 1st incoming LC

59

Max. TX throughput class

6

No. of groups of incoming LCs

60

Max. RX throughput class

7

No. of incoming LCs

61

Packet size negot.subscription

8

No. of 1st group of mixed LCs

62

Default TX packet size

9

No. of mixed LCs

63

Default RX packet size

10

No. of groups of outgoing LCs

64

Max. TX packet size

11

No. of mixed Lcs

65

Max. RX packet size

12

No. of 1st group of outoging LCs

66

Min. TX packet size

13

No. of 1st outgoing LC

67

Min. RX packet size

14

No. of groups of outgoing LCs

68

Tx window size negot.subscription

15

No. of outgoing LCs

69

Default TX window size

16

Initiative of XID transmission

70

Default RX window size

17

Not significant

71

Max. TX window size

18

Not significant

72

Max. RX window size

19

Virtual line credit

73

Transfer request

20

Not significant

74

Call confirm.format

21

Not significant

75

Reserved

22

Address station

76

Reserved

23

Callback time-out

77

Compression/scrambling

24

Not significant

78

Compression/scrambling

25

Not significant

79

Reserved

26

NLPID

80

Call request timing

27

L2PID

81

Call return authorized

28

L3PID

82

Reserved

29

DSAP

83

Facility marker CTRL

30

SSAP

84

React.on called

31

SABME transmission initiative

add.mod.notific.

32

Not significant

85

Clear Tx format

33

Time-out T2

86

Bit D management

34

No. of frame repetition

87

Type of line

35

Frame window TW in transm.

88

Facility unknown

36

Frame modulo type

89

Address conversion

37

Inactivity time-out

90

No. of controllers

38

Acknowledgment counter N3

91

Position of first controller

39

Dynamic window counter NW

92

PAD character deletion

40

Not significant

93

Type of LAP

41

Refusal threshold

94

Securized VCs

42

BSC transparent

95 to 123

Reserved

43

Frame window RW in reception

124

Consultation

44

X.25 type signalling

125

Low threshold

45

1 or 2 addr. in packet

126

High threshold

46

Local calling subscriber No.

127

Reserved

47

Subaddress transparency

128

Cost and use of support

48

CUG facility

129

Remote equipt class 22 position

49

RC acceptance (Tx)

130

Behavior

50

Reserved (RC Rx acceptance)

131 to 145

Reserved

51

Transit time

52

PDN link

53

PDN address No.

Parameters

Parameter 0

Profile number (See Appendix A).

Parameter 1

Synchronous X.25 case

Meaning:

Type of link.

This parameter determines the behavior of the equipment with respect to the X.25 procedure (level 2 connection mode and cause and diagnostic code management).

Possible values: (according the X.300 norm):

1 = DTE

: Interface with public network

2 = DCE

: Interface with a subscriber

3 = DSE

: Interface with another MCX.


Figure B-1: Parameter 1 Example

Synchronous case SDLC

Meaning:

Type of link.

Possible values:
Primary

Secondary

Line X Profile 18 Profile 17 Line Y
Protocol Type C12RXP1 C12RXP1 Type Protocol

SDLC

T4

16

17

T2.0

SDLC

SDLC

T4

18

-

T2.0/T2.1

X.25

X.25

T4

-

19

T2.0

SDLC

SDLC

T4

20

21

T2.1

SDLC

SDLC

T2.1

22

23

T2.1

SDLC

X.25

T2.1

-

24

T2.1

SDLC

SDLC

T4

25

26

T4

SDLC

NIXD

27

28

T2.0

X.25

NIXD

-

29

T2.0

RWSI

30

31

T2.0

X.25

RWSI

-

32

T2.0

X.25

T4

-

34

*

SDLC

NIXD:

Nixdorf protocol

RWSI:

Remote WorkStation Interface Protocol

* Reserved for special use (0.1.P terminals with T2.0 simulation)

VIP case

Meaning:

Type of link.

Possible values:

6 = controller

7 = Host.

BSC 3270 case

Meaning:

Type of link.

Possible values:

8 = BSC controller: TPAD

9 = BSC Host: HPAD.

BSC 2780/3780 case

Meaning:

Type of link.

Possible values:

10 = secondary BSC

11 = primary BSC.

Asynchronous case

Meaning:

Type of link.

Possible values:

2 = DCE: The PAD is a subscriber of the switch.

ISDN channel D case

Meaning:

Type of link.

Possible values:

0 = user

1 = network (subsequent use).

Parameter 2

Type of connection/network

Synchronous case X.25

Meaning:

The value of the parameter indicates the network.

Possible values:

00 =

X.25

(X.25 standard)

04 =

TRANSPAC

(France)

08 =

TELENET

(USA)

12 =

TYMNET

(USA)

16 =

INFOSWITCH

(Canada)

20 =

DATAPAC

(Canada)

24 =

DN1

(Netherlands)

28 =

PSS

(Great Britain)

32 =

DATEX-P

(Germany)

36 =

DCS

(Belgium)

40 =

ITAPAC

(Italy)

44 =

AUSTPAC

(Australia)

52 =

UNINET

(USA)

60 =

TELEPAC

(Switzerland)

64 =

IBERPAC

(Spain)

68 =

DATAPAK

(Sweden)

72 =

HELPAC

(Greece)

76 =

ENTEL

(Argentina)

92 =

DATEX-P

(Austria)

240 =

VIRTUAL ROUTER (only C24 (FastPad))

HDLC or Frame relay subscriber connection

Meaning:

Type de connection.

Possible values:

20 = HDLC

21 = Frame relay (subscriber).

ISDN Channel D case

Meaning:

Country.

Possible values:

0 = France

2 = Switzerland.

Parameter 3

Meaning:

Scanning direction of outgoing logical channel numbers.

Possible values:

0 = decreasing

1 = increasing.

In case of an asynchronous line, this parameters are reserved.

With the following table, the values of the parameters 4 to 15 can be found when configuring the logical channels.

Decreasing direction (parameter 3 = 0):
Configuration of the logical channels Notation Division to accomplish Parameters affected

No.r of 1st incoming
LC (0 to 4096)

A

A: 256 = GA

Remainder LCA

P4 = GA

P5 = LCA

No. of incoming
LCs (0 to 4096)

B

B: 256 = GB

Remainder LCB

P6 = GB

P7 = LCB

No. of 1st mixed
LC (0 to 4096)

C

C: 256 = GC

Remainder LCC

P8 = GC

P9 = LCC

No. of mixed
LCs (0 to 4096)

D

D: 256 = GD

Remainder LCD

P10 = GD

P11 = LCD

No. of the 1st outgoing
LC (0 to 4096)

E

E: 256 = GE

Remainder LCE

P12 = GE

P13 = LCE

No. of outgoing
LCs (0 to 4096)

F

F: 256 = GF

Remainder LCF

P14 = GF

P15 = LCF

with

C = A + B

E = C + D

The values GA to GF are the results of the divisions and the values LCA to LCF correspond to the remainders of the divisions.

The value 256 corresponds to the number of logical channels per group.


Figure B-2: Example: Scanning direction is "increasing" (parameter 3 = 1)
Configuration of the logical channels Notation Division to accomplish Parameters affected

No. of 1st outgoing LC

1

1: 256 = 0

Remainder 1

P12 = 0

P13 = 1

No. of outing LCs

10

10: 256 = 0

Remainder 10

P14 = 0

P15 = 10

No. of 1st mixed LC

11

11: 256 = 0

Remainder 11

P8 = 0

P9 = 11

No. of mixed LCs

520

520: 256 = 2

Remainder 8

P10 = 2

P11 = 8

No. of 1st incoming LC

531

531: 256 = 2

Remainder 19

P4 = 2

P5 = 19

No. of incoming LCs

270

270: 256 = 1

Remainder 14

P6 = 1

P7 = 14

Parameters 4, 5, 9, 10, 11, 12, 13

Mixed logical channel configuration.

With the following table, the mixed logical channels can be configured.

Use of LC0 No Use of LC0
DTE DCE DTE DCE
Parameters designation N° PAR. Profile 0 Profile 4 Profile 20 Profile 40 Profile 1 Profile 2 Profile 5 Profile 21 Profile 41 Profile 0 Profile 4 Profile 20 Profile 40 Profile 1 Profile 2 Profile 5 Profile 21 Profile 41

1st group of incoming LCs

4

$

N

$

N

1st incoming LC

5

0

R

1

R+1

1st mixed LC

9

0

0

1

1

Nber of groups of mixed LCs

10

N

N

N

N

Nber of mixed LCs

11

R

R

R

R

1st group of outgoing LCs

12

N

$

N

$

1st outgoing LC

13

R

0

R+1

1

LC

Logical channel.

0

Value = 0.

1

Value = 1.

$

Default value.

X

Number of mixed LCs to configure.

N

Number of groups of necessary mixed LCs.



If X < 256 then N = 0 and R = X.

Parameter 4

Meaning:

Number of the first group of incoming logical channels (call received by the FastPad).

Possible values:

0 to 15 (modulo 256).

Parameter 5

Meaning:

Number of the first incoming logical channel.

Possible values:

0 to 255.

Parameter 6

Meaning:

Number of groups of incoming logical channels.

Possible values:

0 to 15 (modulo 256).

Parameter 7

Meaning:

Number of incoming logical channels.

Possible values:

0 to 255.

Parameter 8

Meaning:

Number of the first group of mixed logical channels (call transmitted or received by the FastPad).

Possible values:

0 to 15 (modulo 256).

Parameter 9

Meaning:

Number of the first mixed logical channel.

Possible values:

0 to 255.

Parameter 10

Meaning:

Number of groups of mixed logical channels.

Possible values:

0 to 15 (modulo 256).

IP Router case

This number allows the dimensioning of the total number of inter-Router connections (SVCs configured or not significant).

Parameter 11

Meaning:

Number of mixed logical channels.

Possible values:

0 to 255.

IP Router case

This number allows the dimensioning of the total number of inter-Router connections (SVCs configured or not configured).

Parameter 12

Meaning:

Number of the first group of outgoing logical channels (call transmitted by the FastPad).

Possible values:

0 to 15 (modulo 256).

IP Router case

This number above equal to parameter 10.

Parameter 13

Meaning:

Number of the first outgoing logical channel.

Possible values:

0 to 255.

IP Router case

This number above be equal to parameter 11.

Parameter 14

Meaning:

Number of groups of outgoing logical channels.

Possible values:

0 to 15 (modulo 256).

Parameter 15

Meaning:

Number of outgoing logical channels.

Possible values:

0 to 255.

Parameter 16

Synchronous SDLC case

Meaning:

Type of coding.

Possible values:

0 = NRZ (default)

1 = NRZI.

Synchronous X.25 case

Meaning:

Behavior of a not-used PVC.

Possible values:

0 =

Sending of PVC RESET not utilizable on reception of data or reset packet.

7 =

Data or reset packets received in non-utilizable PVC state are ignored.

BSC 3270, BSC 2780/3780, FRAD, HDLC, and Virtual Router case

Meaning:

Periodical disconnection of an SVC link (time-out TA).

Possible values:

0 = Ta not activated

1 to 254 (in step of 1 mn).

FRSNA case

Meaning:

transmission of XID frame.

Possible values:

0 = transmission of XID frame by the remote (default)

1 = transmission of XID frame by the FastPad.

Parameter 17

Meaning:

Billing.

Possible values:

0 = no billing

1 = overall billing

2 = detailed billing.

Parameter 18

Meaning:

Behavior of FastPad when clear or reset cause packets are received.

Possible values:

0 =

transparent

1 =

cause forced to zero

2 =

cause forced to zero if cause code is lower than 128

3 =

cause forced to the "network trouble" value if received cause codes relates to "local procedure error" or "invalid facility request".

Otherwise, transparent mode.

Clears generated internally and resulting from the reception of a restart have a network trouble cause.

VDMX asynchronous case

Meaning:

Parameters 18 and 19 allow the configuration of phase identification.

Possible values:
Parameter Most sign. nibble Least sign. nibble

18

3rd phase

1st phase

19

4th phase

2nd phase

Each nibble may have one of the following values:

0 =

not defined

1 =

Terminal Facility Identifier (TFI) without parity (sp)

2 =

TFI with even parity (ep)

3 =

ENQ

4 =

ter?

Example:

When we have the following list: "TFI(np), TFI(ep), ENQ and ter?", this gives the following values:

P18 = 3 * 16 + 1 = 49

P19 = 4 * 16 + 2 = 66

IR Connection case

Meaning:

"Waiting" time-out of the 1st data packet following the call confirmation (only when "fast select" is not used; parameter 54 is zero).

Possible values:

1 to 254.

Default: 12.

Parameter 19

Meaning:

Behavior of the FastPad in sending of clear or reset cause packets.

Possible values:

0 = no modification of causes

1 = cause forced to DTE.

VDMX asynchronous case

Meaning:

See parameter 18.

Possible values:

See parameter 18.

FRSNA case

Reserved parameter.

Parameters 20 and 21

Synchronous case

Meaning:

Interface state/interface superv. which enables the link to be "in service" and monitored.

These two parameters must be given in decimal form in configuration.
Physical signals CT
Parameters 20-21 Parameters 24-25 Description

0

1

0

1

0

0

1

1

Signal not monitored and not significant to put into service

Signal monitored (evt. outstanding event) and not significant to put into service

Signal monitored but info" position (contacts opened)

Signal monitored but in"ON" position (contacts closed)

The FastPad detects changes of state of the interface circuits by periodic scanning (period defined by parameter 22) of the interface.


Note Any detection of a change of state on the defined signals from those defined by parameters 20, 21, 24 and 25 causes an indication of an outstanding (family 5) event, which may be sent back to a network Network Management System.
Bit 5 P20 P24

SYN

NS

Not significant

0

Activity not monitored

SYN

0

Activity present

1

Activity monitored

1

Activity absent

1

Activity monitored


Parameter 20

8 7 6 5 4 3 2 1 bit

128

64

32

16

8

4

2

1

27

26

25

24

23

22

21

20

NS

NS

108

SYN

105

NS

NS

NS

DCE

NS

NS

106

SYN

109

NS

NS

NS

DTE

NS =

0 = Not significant

106 =

1 = 106 OFF

105 = 1 = 105 OFF

106 =

0 = 106 ON

105 = 0 = 105 ON

108 =

1 = 108 OFF

109 = 1 = 109 OFF

108 =

0 = 108 ON

109 = 0 = 109 ON


Note The profiles are not changed by default: the flags are monitored and their presence form part of the start-up conditions.

Parameter 21

128 64 32 16 8 4 2 1
27 26 25 24 23 22 21 20

NS

NS

NS

NS

CTE

141

140

111

DCE

NS

NS

NS

NS

NS

117

142

107

DTE

NS = 0 = Not significant

140 = 1 = 140 OFF

CTE = 1 = defined value

140 = 0 = 140 ON

141 = 1 = 141 OFF

111 = 1 = 111 OFF

141 = 0 = 141 ON

111 = 0 = 111 ON

142 = 1 = 142 OFF

107 = 1 = 107 OFF

142 = 0 = 142 ON

107 = 0 = 107 ON

117 = 1 = 117 OFF

117 = 0 = 117 ON

Example:

Case of a synchronous line where the following monitored signals must all be present so that this line goes to the ON state.

value of parameters:

Asynchronous case

Meaning:

Interface state/interface superv., which enables the link to be in service.

Attention:

These two parameters must be given in decimal form in the configuration.

The "in service" condition is defined by the value "1" of the corresponding bit of that interface signal.

For a Videotex/PSTN line, parameter 20 should not be changed.

Parameter 20

128 64 32 16 8 4 2 1
27 26 25 24 23 22 21 20

NS

NS

108

NS

105

NS

NS

NS

DCE

NS

NS

106

NS

109

NS

NS

NS

DTE

NS = 0 = Not significant

106 = 1 = 106 OFF

105 = 1 = 105 OFF

106 = 0 = 106 ON

105 = 0 = 105 ON

108 = 1 = 108 OFF

109 = 1 = 109 OFF

108 = 0 = 108 ON

109 = 0 = 109 ON

Parameter 21

128 64 32 16 8 4 2 1
27 26 25 24 23 22 21 20

NS

NS

NS

NS

CTE

141

NS

111

DCE

NS

NS

NS

NS

NS

117

NS

107

DTE

NS = 0 = Not significant

140 = 1 = 140 OFF

CTE = 1 = defined value

140 = 0 = 140 ON

141 = 1 = 141 OFF

111 = 1 = 111 OFF

141 = 0 = 141 ON

111 = 0 = 111 ON

142 = 1 = 142 OFF

107 = 1 = 107 OFF

142 = 0 = 142 ON

107 = 0 = 107 ON

117 = 1 = 117 OFF

117 = 0 = 117 ON

Case of an asynchronous line

Configuration example of asynchronous lines:
ENABLING CONDITION PAR. 20 PAR. 21 SUPERVISION OF PAR. 24 PAR. 25

TTY - Direct
or
Minitel Direct
(DCE)

105-108
108
105
None

40
32
8
0

0
0
0
0

Nothing

0

0

TTY - PSTN
or
Minitel - PSTN
(DTE)

107-106
106
None

32
32
0

1
0
0

109

8

0

TTY - DL or
Minitel - DL
(DTE)

107-106-109
107-106
107-109
106-109
106
109
107
None

40
32
8
40
32
8
0
0

1
1
1
0
0
0
1
0

Nothing

0

0

TTY - Slaved line
(DCE)

105
None

8
0

0
0

Nothing

0

0

LSCP - Direct or
LSCPA - Direct
(DCE)

108
None

32
0

0

105

8

0

LSCP - DL or
LSCPA - DL
(DTE)

107-106
106
None

32
32
0

1
0
0

109

8

0

LSCP - Slaved line or
LSCPA - Slaved line
(DCE)

None

0

0

105

8

0

DL = Dedicated line

LSCP = Low speed computer port

LSCPA = Low speed computer port with automatic calling.

IR connection case

Parameter 20

Meaning:

Number of calls.

Possible values:

1 to 254.

Parameter 21

Meaning:

"Slow call" time-out.

Possible values:

1 to 254 s (in step of 1 s).

ESV/N4 connection case

Parameter 20

Meaning:

Number of re-transmissions.

Possible values:

1 to 254.

Parameter 21

Rerouting case

Meaning:

Transparency of Teletel rerouting requests with parameter DR2 = 0 (address towards rerouted end).

Possible values:

Yes =

a rerouting request (DR) with the length of the parameter DR2 = 0 (.....8200.....) is regarded as a data packet and transmitted transparently.

No =

in the same case, the rerouting request (DR) is refused.

Parameter 22

Meaning:

Scan time to detect the transition of the interface signals.

Possible values:

1 to 254

(step of 200 msec)

255 =

No scan time (used specially for modem return C12, profile 36).

IR connection case

Meaning:

"Wait for reconnection" time-out.

Possible values:

1 to 254 s (in 10 s step).

IP Router case

Meaning:

Operation in ARP proxy.

Possible values:

0 = no

1 = Yes (default route ignored)

2 = Yes (default route taken).

FRSNA case

Reserved parameter.

Rerouting case

Meaning:

DR2 mnemonic transparency.

Possible values:

0 = no (default value)

1 = yes.

Parameter 23

Meaning:

Filtering and confirmation of interface signal state changes (parameters 20 and 21).

Possible values:

1 to 250 = number of times the period defined by parameter 22 expires.

Example:

Declaration of "enabled" state of a synchronous line after 6 seconds' stabilization of the interface.

Param. 22 = 3 (0.6 s)

Param. 23 = 10 expirations.


Note Not significant in asynchronous mode.

IR and ESV-N4 case

Meaning:

Reference freezing time-out.

Possible values:

1 to 254 s (in 10 s step).

PSTN case

Meaning:

The multiplication of the values of parameters 22 and 23 defines the time to wait after ringing off a telephone line (duration, the signal 108/1 or 108/2 is "open").

Possible values:

3xP22xP23.

IP Router case

Meaning:

Authorization of intermediate routing.

Possible values:

0 = no

1 = yes.

FRSNA case

Reserved parameter.

Parameter 24

Rerouting case

Meaning:

Position of the reconnection address.

Possible values:

Number of the parameter defined in C8R0.

The value of this parameter corresponds to the position of the address defined in C8 towards which is retransmitted the reconnection call with:

The configured call data are transmitted with the reconnection call. The corresponding facilities are not processed.

Parameters 24 and 25

Synchronous case

See parameters 20 and 21.

Asynchronous case

Meaning:

Definition of the interface signals on the link to monitor.

Attention:

These two parameters must be given in decimal form in the configuration.

The FastPad scans periodically the changes of state of the interface signals (scanning interval defined in parameter 22).

The monitoring conditions are defined by the value "1" of the corresponding bit of that interface signal.


Note Changes in the state of the interface signals defined in parameters 24 and 25 cause an outstanding event (family 05) which can be sent to the network management centre.
Possible values:

Asynchronous case: see P20 and P21.

Example: see parameters 20 and 21 and the previous table.

Parameter 25

Rerouting case

Meaning:

Reconnect address by means of:

Possible values:

0 = no

1 = yes (taking into account P24).

IP Router case

Meaning:

Value of TTL (Time To Live) equal to life of an IP datagram.

Possible values:

1 to 254.

Parameter 26

Meaning:

Forcing of interface circuits.

Possible values:

The circuits present on the output of the interface are chosen in accordance with the following format:

128 64 32 16 8 4 2 1
27 26 25 24 23 22 21 20

NS

NS

NS

117

142

109

107

106

DCE

NS

NS

NS

141

140

105

111

108

DTE

Circuit OFF = 1

Circuit ON = 0.

The flow control, LSCP and PSTN state machines have priority over the states defined by parameter 26.

Example:

For circuits 109, 107 and 106 to be present on the interface on the FastPad.

Parameter 26 = 7.

Rerouting case

Meaning:

Transmission of the protocol identification.

Possible values:

0 = transmission (Balzac)

1 = no transmission.

IP Router case

Meaning:

Type of routing.

Possible values:

0 = routing of IP address ranges

1 = routing of IP address ranges and use of default route

FRSNA case

Reserved parameter.

Parameter 27

Asynchronous case

Meaning:

Flow control.

Possible values:

Value

Parity

XON-XOFF

Parity

Indicator

Control Mode

0

EP

EP

Norm

1

EP

NP

Screen/keyboard norm

2

NP

EP

Norm

3

NP

NP

Screen/keyboard norm

4

0P

OP

Norm

5

EP

EP

Screen/keyboard norm

6

NP

NP

Norm

7

OP

OP

Screen/keyboard norm

EP: Even Parity

OP: Odd Parity

NP: No Parity

Control mode:

Case of compression function

Meaning:

Sampling of compression rate measurement.

Possible values:

1 to 255.

Default values:

16.

FRSNA case

Reserved parameter.

Parameter 28

Synchronous case

Meaning:

Value of line clock is provided by the FastPad.

Possible values:

2 =

600 bit/s

3 =

1200 bit/s

6 =

2400 bit/s

7 =

3200 bit/s

8 =

4800 bit/s

10 =

9600 bit/s

9 =

14,4 kbit/s

11 =

19,2 kbit/s

12 =

38,4 kbit/s

13 =

48 kbit/s

14 =

56 kbit/s

15 =

64 kbit/s

16 =

72 kbit/s

17 =

128 kbit/s

18 =

144 kbit/s

19 =

256 kbit/s

20 =

512 kbit/s

21 =

1 Mbit/s

22 =

2 Mbit/s.

Asynchronous case

Meaning:

Parity.

Possible values:

3 = even

1 = odd

These values are significant if
C13P21 = 3

0 = transparent

5 = odd (8 bits)

7 = even (8 bits)

These values are significant is
C13P21 = 3 and C12P43 = 0

Case of compression function

Meaning:

Compression dictionary RESET threshold.

Possible values:

0 to 100 in percent.

Default values:

90.

IP Router case

Meaning:

Number of remote IP ranges C31R14

Possible values:

0 to 200.

FRSNA case

Reserved parameter.

Parameter 29

Meaning:

Maximum number of buffers per frame. This system parameter makes it possible to supply the FastPad with memory resource buffers according to the length of the received frames. The elementary buffer (memory) allows the reception of frames made up of 128 data bytes.

Possible values:

from 1 to 64.

Example:

1 =

128-bytes frames

2 =

256-bytes frames

4 =

512-bytes frames

8 =

1024-bytes frames

16 =

2048-bytes frames

32 =

4096-bytes frames

64 =

8192-bytes frames.

IP Router case

Meaning:

Row of first range of addresses in (C31R14).

Possible values:

1 to 200.

FRSNA case

Reserved parameter.

Parameter 30

IP Router case

Meaning:

Row of default route in C31 R15 (1 route per Router Function).

Possible values:

1 to 4.

FRSNA case

Reserved parameter.

Parameter 31

Meaning:

Initial line transmission credit. This parameter makes it possible to load the line with anticipated frame transmissions.

Possible values:

1 to 3.

Example:

Transmission of consecutive frames with a single inter-frame flag. In this case the value of parameter 31 is 3.

IP Router case

Meaning:

IP/ Prim. WAN address number in C31 R7 (1IP Primary WAN address per Router function).

Possible values:

1 to 6.

FRSNA case

Reserved parameter.

Parameter 32

Synchronous case

Meaning:

Value of frame retransmission time-out link (X.25 parameter T1).

Possible values:

2 to 250 (unit = 100 ms).

SDLC case

Meaning:

Frame repeats time-out T1.

Possible values:

FRSNA case

Meaning:

Frame repeats time-out T1.

Possible values:


Asynchronous case

Meaning:

Value of line inactivity time-out in transfer state. When the time-out expires, the call is cleared.

Possible values:

0 = no time-out.

1 to 250 (unit = 10 s).


Note For a Minitel using a PSTN profile, the telephone communication is cut when the VC is cleared. This is after T/2 seconds.

Case of alarm management function

Meaning:

Value of inactivity time-out of the alarm function. At its expiration, the call is cleared.

Possible values:

0 = no time-out

1 to 250 (unit = 10 s).

VIP case

Meaning:

Value for time-out of response survey of transmit polling.

Possible values:

1 to 250 (unit 100 ms).

BSC 3270 case

Meaning:

Value of line supervision time-out.

Possible values:

Side TPAD (controller BSC): not significant.

Side HPAD (Host BSC): this value must be higher than the polling time-out fixed by the host (unit: 10 s).

BSC 2780/3780 case

Meaning:

Value of disconnection time-out.

Possible values:

10 to 250 s (unit 10 s).

HDLC or frame relay (subscriber)

Meaning:

CRC count.

Possible values:

0 = yes

1 = no (transparent).

Compression function case

Meaning:

Number of compression VCs of most significant module 0.

Possible values:

0.

ISDN (channel D) case

Meaning:

Country version.

Possible values:

0 to 99

IP Router case

Meaning:

Number of primary or secondary interfaces on LAN side.

Possible values:

0 to 6.

Parameter 33

Synchronous case X.25

Meaning:

Value of frame acknowledge transmission time-out T0.

Possible values:

1 to 250, T0 = T1 (Par. 32)/2

(unit = 100 ms).

Asynchronous case

Meaning:

This parameter indicates the number of bytes received by the FastPad in the receive buffers.

Possible values:

1 to 128.

Synchronous case SDLC

Meaning:

Value of interpolling wait time-out (retransmission of polling frame on expiry of time out).

Possible values:

1 to 250 (100 ms units).

VIP case

Meaning:

Profile 50 VIP controller:

Value of interpolling wait time-out (retransmission of polling frame on expiry of time-out).

Profile 51 VIP Host:

Value of interpolling wait time-out for printer

Possible values:

1 to 128 (100 ms units).

BSC 3270 case

Meaning:

Value of polling intersequence time-out.

Possible values:

TPAD side:

0.1 to 25 s (100 ms units).

HPAD side:

Not significant.

BSC 2780/3780 case

Meaning:

Value of time-out, supervision mode.

Possible values:

10 to 250 s (10 s units).

HDLC or frame relay (subscriber)

Meaning:

Number of "flags" (transmission).

Possible values:

1 to 15.

Compression function case

Meaning:

Number of compression VCs of least significant module 0.

Possible values:

0 to 10 with 512 kbyte of RAM

0 to 100 with 2 Mbyte of RAM

0 to 230 with 4 Mbyte of RAM.

ISDN (channel D) case

Meaning:

Protocol type.

Possible values:

0 = LAP-D

1 = LAP-B (subsequent user).

BSC Transparent case

Meaning:

Unnecessary SYN.

Possible values:

0 = The frame is preceded by 2 SYNs during transmission (normal case).

2 = The frame is preceded by 4 SYNs during transmission.

IP Router case

Meaning:

Row of first definition of primary interface on LAN side LAN in C31 R8, and R11.

Possible values:

0 to 20.

Extended statistics case

Meaning:

Sampling time used for counters to data rates.

Possible values:

1 to 180 (step of 10 seconds).

FRSNA case

Meaning:

Value of time-out T2 on frame acknowledgment transmission.

Possible values:

1 to 127 (step of 100 ms) T2 < T1

Parameter 34

Synchronous case

Meaning:

Maximal number of times a transmitted information frame is repeated (X.25 parameter N2).

Possible values:

2 to 250.

Asynchronous case

Meaning:

Type of reception for information messages received from the FastPad.

The character mode means that the reception of a character leads to immediate management of the character.

The block mode means that the complete reception of the block leads to the management of the message carried by this block.

Possible values:

Not significant, depending on chosen X.3 parameters, the most suitable mode is dynamically selected. However, the following modes can be forced:

3 =

Block mode.

7 =

Character mode.

11 =

Block mode transmission time-out, calculated according to the line speed.

15 =

Character mode with transmission time-out, calculated according to the line speed.

VIP case

Meaning:

Maximum number of unanswered polls.

Possible values:

1 to 250.

BSC 3270 case

Meaning:

Number of "no responses" to polling.

Possible values:

1 to 20.

Compression function case

Meaning:

Number of compression VCs of most significant module 1.

Possible values:

0.

ISDN (channel D) case

Meaning:

Type of access.

Possible values:

0 = basic access

1 = primary access (subsequent user).

Transparent-BSC case

(subsequent user, do not modify)

Meaning:

Frame envelope.

Possible values:

0 = CT105 (DTE) or CT109 (DCE) is on (see P26).

1 = CT105 (DTE) or CT109 (DCE) envelopes the transmitted frames.

Extended statistics case

Meaning:

Sampling time used for counters relative to logical channels and for counters relative to status of interface and of frame level.

Possible values:

1 to 180 (step of 10 seconds).

Parameter 35

Synchronous case

Meaning:

Width of frame window as defined in X.25.

Possible values:

1 to 7

if modulo 8

1 to 30

if modulo 128.

SDLC case

Meaning:

Frame of windows width.

Possible values:

1 to 7: modulo 8

Asynchronous case

Meaning:

Number of stop bits in 1 byte.

Possible values:

4 =

1 stop bit

12 =

2 stop bits.

VIP case

Meaning:

Number of buffers in the VIP window.

Possible values:

1 to 40.

BSC 3270 case

Meaning:

Reception queue width.

Possible values:

The sum of P35 and P69 (packet window default value) must be more than P29 (maximum frame size).

BSC 2780/3780 case

Meaning:

Frame width receive queue BSC.

Possible values:

1 to 20.

Extended statistics case

Meaning:

Percentage of line speed for transmit data rate threshold calculation.

Possible values:

0 to 100.

ESV/N4 connection case

Meaning:

Size transport window.

Possible values:

1 to 15.

HDLC or frame relay (subscriber)

Meaning:

Width of frame window.

Possible values:

0 to 100 ; 0 = no check.

Compression function case

Meaning:

Number of compression VCs of Least significant module 1.

Possible values:

0 to 10 with 512 kbyte of RAM

0 to 100 with 2 Mbyte of RAM

0 to 230 with 4 Mbyte of RAM.

ISDN (channel D) case

Meaning:

Scan time needed to detect connection to the network.

Possible values:

0 to 255 (step of 200 msec).

FRSNA case

Meaning:

Frame window in transmission.

Possible values:

1 to 127 (modulo 128).

Parameter 36

Synchronous case

Meaning:

Modulo used for numbering of information frames.

Possible values:

8 =

modulo 8

128 =

modulo 128.

SDLC case

Meaning:

Same as synchronous case.

Possible values:

8 = modulo 8

The SDLC does not support modulo 128.

Asynchronous case

Meaning:

Type of connection to MCX interfaces.

Possible values:

0 =

Modem access on the PSTN with automatic calling

1 =

Modem access on dedicated line

2 =

Direct access (without modem)

3 =

Direct access with control by 105/106 (par. 20, 21, 24, 25, 26 in class 12 and par. 5, 12 in class 13)

4 =

V.25bis PSTN access by modem.

Flow control circuits may be elected to be the "in-service" criterion.

BSC 3270 and BSC 2780/3780 case

Meaning:

Type of coding.

Possible values:

0 = EBCDIC

1 = ASCII

IR Connection case

Meaning:

Fast select utilization.

Possible values:

0 = no

1 = yes.

Compression function case

Meaning:

Number of compression VCs of most significant module 2.

Possible values:

0.

HDLC and frame relay

Meaning:

When frame relay is used: the "start of frame regrouping" threshold (= threshold 1).

Possible values:

1 to 33.

ISDN (channel D) case

Meaning:

Number of filter repeats.

Possible values:

0 to 255.

Extended statistics case

Meaning:

Percentage of line speed for receive data rate threshold calculation.

Possible values:

0 to 100.

VIP case

Meaning:

Behavior of TPAD after sending of text to cluster controller.

Possible values:

0 = TPAD sends Statistics polling

1 = TPAD sends Controller polling.

Parameter 37

Synchronous case

Meaning:

Address of primary for transmission of command frames.

Possible values:

1 for DTE

30 for DCE.

BSC 3270 and BSC 2780/3780 case

Meaning:

Type of parity.

Possible values:

0 = no parity

1 = odd parity

2 = Reserved

If P36 = 1 then P37 = 1.

FRSNA case

Reserved parameter.

VIP case

Meaning:

EOT response or not from the HPAD on polls of the HOST and in case the virtual circuit with the TPAD has not been established.

Possible values:

0 =

no EOT response on the polls

1 to 255 =

EOT response on the polls (255 = default value).

This parameter is only significant in a configuration where a HPAD faces a VIP Host.

SDLC case

Meaning:

Polling counter, when the station does not reply (slow polling).

Possible values:

1 to 255.

ISDN (channel D) case

Meaning:

Value of the S0 interface activation time-out.

Possible values:

1 to 150 (step of 200 ms).

Compression function case

Meaning:

Number of compression VCs of least significant module 2.

Possible values:

0 to 10 with 512 kbyte of RAM

0 to 100 with 2 Mbyte of RAM

0 to 230 with 4 Mbyte of RAM.

Remark: For the LMX, the utilization limit is 80 VCs, with compression by module.

Extended statistics case

Meaning:

Percentage of number of LCs configured for calculating the threshold of busy logical channels.

Possible values:

0 to 100.

Parameter 38

Synchronous case

Meaning:

Address of secondary for transmission of command frames.

Possible values:

1 for DCE

3 for DTE.

Asynchronous case

Meaning:

The automatic call number makes it possible to associate a network address, utilities/facilities, and call user data with an asynchronous terminal (e.g. LSCP-A).

This number corresponds to the parameters of recurrences of class 8 (automatic calling table).

Example:

P38 = 1

1: means first automatic call defined in C8 par. 0 of all the recurrences.

Possible values:

1 to 200.

0 = service not required.

Extended statistics case

Meaning:

Percentage of number of buffers free after the initialization of the equipment for calculating the threshold of busy buffers.

Possible values:

0 to 100.

SDLC case

Meaning:

Processing of unknown packets.

Possible values:

0 = Clear the VC (default value profile 17)

1 = Ignored.

BSC 2780/3780 case

Meaning:

Type of paired equipment.

Possible values:

The 1st element mentioned represents the FastPad equipment.

0 = Terminal-Terminal (T-T)

1 = Terminal-CPU (T-CPU)

2 = CPU-CPU (CPU-CPU)

3 = CPU-Terminal (CPU-T).

ISDN (channel D) case

Meaning:

Value of the S0 interface inactivation time-out.

Possible values:

0 to 5 (step of 200 ms).

FRSNA case

Reserved parameter.

Parameter 39

Synchronous case

Meaning:

Value of supervision time-out for the response of a restart transmitted on the line. The restart is repeated if there is no response by the expiry of the time-out (unit = 10 s).

After N repetitions, the link is reset at the frame level (transmission of a DISC frame).

Possible values:

1 to 250.

Frame relay

Meaning:

Positioning threshold of the FECN and BECN bits (threshold 2).

Possible values:

Threshold 2 > threshold 1 (P36).

VIP case

Meaning:

Value of screen message retransmission time-out.

Possible values:

1 to 250 (unit = 10 s).

Asynchronous case

Meaning:

Management of NUI (Network User Identifier) with respect to the operator and to the format of the call request packet transmitted to the network line.


Note The NUIs listed, and the associated NUAs, are configured in class 6.
Possible values:

0 =

NUI not checked by the FastPad

1 =

NUI obligatory. The FastPad checks the value (password) assigned to it

2 =

After checking the NUI acquired, the FastPad translates it into an NUA in accordance with the values chosen in class 6.

3 =

NUI optional but reverse charging facility set in call request if NUI missing.

4 =

NUI obligatory and not controlled by the FastPad. Transported in the X.25 facility.

5 =

NUI optional. If present: see "4" if absent: communication established with reverse charging facility.

6 =

NUI inhibited. Communication established with reverse charging facility

10 =

NUI ON or NUI OFF obligatory on PSTN line before any call setup.

BSC 3270 case

Meaning:

Condition for sending a WACK to the Host.

Possible values:

0 =

on detection of a start print bit at 1

1 =

on network congestion; in this case, the sum of parameters P35 (queuing width) and P69 (packet window size default value) must come out higher than P29 (maximum frame size).

BSC 2780/3780 case

Meaning:

Value of time-out of retransmission of ENQ in case of simultaneous BID.

Possible values:

1 to 255 (step of 100 ms).

ISDN (channel D) case

Meaning:

Time-out monitoring a transmitting line.

Possible values:

0 to 5 (step of 200 ms).

FRSNA case

Meaning:

NW, dynamic window counter allowing work window incrementation.

Possible values:

The value 4 is recommended, 2 to 10.

Parameter 40

Synchronous X.25 case

Meaning:

Value of supervision time-out for the response to a reset transmitted on a logical channel of the link. After the first expiry of the time-out, the reset packet is repeated. After n reset retransmissions, the logical channel is cleared.

Possible values:

1 to 250 (unit = 10 s).

Asynchronous case

Meaning:

Type of terminal connected to the link.

Possible values:

0 = standard TTY terminal

1 = VDX terminal with Minitel type function key

2 = LSCP (Low Speed Computer Port)

3 = LSCPA (Low Speed Computer Device with Automatic calling).

Synchronous SDLC case

Meaning:

QLLC segment length for PSH procedure.

Possible values:

7 = 128

8 = 256

Frame relay subscriber, Ethernet Bridge and IP Router case

Possible values:

Threshold 3 > Threshold 2 (P39).

VIP case

Meaning:

Values of printer message retransmission time-out.

Possible values:

1 to 250 (unit = 10 s).

BSC 2780/3780 case

Meaning:

Value of time-out T2, authorized response time.

Possible values:

1 to 255 (unit = 100 ms).

BSC 3270 case

Meaning:

Possibility not to respond to polling/select of the host when the X.25 link is interrupted.

Possible values:

0 = Yes, independent of the state of the VC

1 = Yes when connected (1 station per controller); only in case of BSC3275

ISDN (channel D) case

Meaning:

Number of available buffers for DMA (Direct Memory Access).

Possible values:

1 to 8.

Parameter 41

Synchronous X.25 case

Meaning:

Value of supervision time-out for the response to a clear transmitted on the link. After the first expiry of the time-out, the clear is repeated. After N retransmissions of the clear packet, the logical channel is assumed to be cleared.

Possible values:

1 to 250 (unit = 10 s).

Asynchronous case

Meaning:

Parity X.25 (VDX).

Possible values:

0 = transparent mode

1 = eighth bit forced to 0.

Synchronous SDLC case

Meaning:

SDLC-type protocol.

Possible values:

0 = PSH

1 = QLLC.

BSC 3270 case

Meaning:

Value of "no response" time-out.

Possible values:

0,1 s to 25 s (unit = 100 ms).

BSC 2780/3780 case

Meaning:

Value of "no response" time-out (T3).

Possible values:

0,1 to 25 s (unit = 100 ms).

BSC Transparent case

Meaning:

Refusal threshold (as of a number of frames waiting for transmission equal to this threshold, all news frames are lost. No flow control is possible through Transparent-BSC).

Possible values:

0 to 254.

ISDN (channel D) case

Meaning:

Priority access to channel D.

Possible values:

0 = priority 8

1 = priority 10.

VIP case

Meaning:

After reception of a screen message, transmitted by a VIP station, the message flow from that station to the screen, is blocked.

The station is released when a screen message is received from the Host or when the protection time-out expires.

Possible values:

0 =

no blocking

1 to 255 =

duration of the blocking of the screen flow (step of 10 s).

This parameter is only significant in a configuration where a TPAD channel faces VIP terminals.

HDLC-T and frame relay

Meaning:

When this threshold is exceeded, all received frames are ignored (threshold 4).

Possible values:

HDLC-T:

Threshold 4 > Threshold 1 (P36) + Threshold 2 (P39)

Frame relay subscriber:

Threshold 4 > Threshold 3 (P40)

Parameter 42

Synchronous case

Meaning:

Value of reset, restart and clear packet retransmission counter. This counter is incremented upon the expiry of the reset, restart and clear transmission supervision time-outs.

Possible values:

1 to 250.

Asynchronous case

Meaning:

Number of significant bits in characters exchanged between the terminal and the FastPad.

Possible values:

8 (7 bits + possible parity defined in X.3 parameters of class 13).

Synchronous SDLC case

Meaning:

Number of call request packet retransmissions.

Possible values:

0 to 99.

VIP case

Meaning:

Number of message retransmissions.

Possible values:

1 to 7.

BSC 3270 and BSC 2780/3780 case

Meaning:

Number of retransmissions.

Possible values:

1 to 20.

ISDN (channel D) case

Meaning:

Number of TEIs per SAPI0 and per interface (*).

(*)

TEI =

Terminal Equipment Identification

SAPI =

Service Access Point Identification (0 = signalling, 16 = packet in D-channel).

Possible values:

0 and 1.

BSC Transparent case

(subsequent user, do not modify)

Meaning:
Possible values:

0 = no

1 = mixed.

The value 1 must be configured if coding is ASCII with parity and if frames to Transparent-BSC format can be received on the connection.

Parameter 43

Synchronous case

Meaning:

Elimination of diagnostic code from clear and restart packets sent by the FastPad. The feature ensures compatibility with older X.25 systems.

Possible values:

0 = transparent mode

1 = elimination of diagnostic code.

FRSNA case

Meaning:

Window frame in reception.

Possible values:

1 to 127 (modulo 128).

Asynchronous case

Meaning:

Use of terminal's automatic data rate recognition.

The recognition range is 300 to 9600 bit/s.

Possible values:

0 =

no recognition (in this case, the terminal's rate must be the one chosen by the X.3 parameter)

1 =

automatic data rate recognition

2 =

automatic data rate and parity.


Note Automatic band rate is subject to the typing of H (CR), waiting one second before typing (CR).

BSC Transparent case

Meaning:

Under unmanagement.

Possible values:

1 =

the double SYNs of a normal BSC frame and the DLE SYNs of a transparent-BSC data frame are eliminated on reception and no transmitted on the network.

0 =

these characters are carried to the other end (except for DLE SYN).

BSC 2780/3780 case

Meaning:

Type of protocol.

Possible values:

0 = 2780

1 = 3780.

BSC 3270 case

Meaning:

Type of TPAD connection.

Possible values:

0 = automatic

1 = DATA.

ISDN (channel D) case

Meaning:

Number of TEIs per SAPI 16 and per S0 interface

Number of PLLs.

Possible values:

0 to 4.

VIP case

Meaning:

"Local management" or "transparency" for printer messages.

Possible values:

0 = standard: local management of status messages from the printer.

1 = transparent management, end to end acknowledgment.

Parameter 44

Meaning:

Type of X.25 signalling. This parameter defines the signalling processing behavior of the connected line. It is independent of the type of link operation parameter (DTE, DCE, DSE).

Possible values:

0 = X.25 network

1 = X.25 subscriber

2 = X.75.

ISDN (channel D) case

Meaning:

TEI allocation at start-up.

Possible values:

0 = No (Switzerland)

1 = Yes (France).

Parameter 45

Meaning:

Number of addresses in call request packets sent or received.

Possible values:

1 =

one address in call request packets

One of the two fields (calling address for packets from subscriber) contains only the suffix (after DNIC-Z0-AB)

2 =

two addresses in call request packets

Both address fields of each of the two types of call request (calling, called) contain complete addresses.

ISDN (channel D) case

Meaning:

Automatic TEI allocation.

Possible values:

0 = No

1 = Yes.

Parameter 46

Meaning:

This is the AB number of a subscriber connected to a link. The subscriber's number is significant only if the signalling is of the subscriber type (P44 = 1).

This number is added in the calling address for a incoming call.

Possible values:

0 to 98.


Note Subscriber Nos. 90, 91, 92 and 99 (= AB) are reserved for management functions.

IP Router case

Meaning:

Subscriber number (AB) corresponding to the router function.

Possible values:

00 to 98.

ISDN (channel D) case

Meaning:

SAP I0 transmission window.

Possible values:

1 up to 7.

Parameter 47

Meaning:

Transparency of sub-address restored on the subscriber line.

This configuration parameter indicates the sub-address of the called address field of the call request packet received on a PDN line must be retransmitted on the outgoing line.

Possible values:

0 =

call sub-address is not transmitted.

This sub-address is not transmitted in the outgoing call request packet.

1 =

The sub-address of the called party is transmitted on the outgoing line.

ISDN (channel D) case

Meaning:

SAPI16 transmission window.

Possible values:

1 to 7.

Parameter 48

Meaning:

This parameter specifies the behavior of the FastPad with respect to the closed user group facility. 28 pairs of CUGs (Closed User Group) can be configured for each line (C18R0 to R35).

Possible values:

0 =

Not subscriber: clearing if presence of CUG

1 =

Transparent: CUG not tested

2 =

Subscriber: clearing of CUG is absent or if CUG is incorrect

3 =

Subscriber + filtering: same behavior as value 2 but the CUG facility is eliminated from the call request packet sent to the subscriber.

ISDN (channel D) case

Meaning:

Value of the time-out waiting for response of an outgoing call (T303).

Possible values:

1 to 255 s (step of 1 s)

Parameter 49

Meaning:

Reverse charging acceptance.

This parameter specifies the behavior of the FastPad with respect to the reverse charging facility.

Possible values:

0 = subscriber does not accept reverse charging calls

1 = subscriber accepts reverse charging calls.


Note The FastPad checks only the calls it transmits to the subscriber. In consequence, calls received by the FastPad with the reverse charging facility are always accepted by the FastPad whatever the value of the subscriber parameter.

1) The called subscriber is not a reverse charging subscriber. In this case, the call is not transmitted and the FastPad sends a clear.

2) The called subscriber is a reverse charging subscriber. The reverse charging fields is still present in the call sent to the subscriber.

ISDN (channel D) case

Meaning:

Value of the time-out waiting for a response on a disconnect request (T305).

Possible values:

1 to 255 s (step of 1 s)

Parameter 50

Synchronous case

(Reserved).

ISDN (channel D) case

Meaning:

Value of the time-out waiting for a response on a clear request (T308).

Possible values:

1 to 255 sec (step of 1 s); for VN2 the value is 4 sec.

Parameter 51

Meaning:

Transit delay.

Possible values:

0 = transparent

1 = filtering (see table)

2 = clearing.

Origin =
network line
Origin =
subscriber line
Call Transp. Transp.

Config. call

CLEAR 03.41

to near-end

Clearing

CLEAR 05.41

CLEAR 11.41

to far-end

ISDN (channel D) case

Meaning:

Value of the time-out monitoring the time between an already received incoming call and an alarm or the connection (T310).

Possible values:

1 to 255 s (step of 1 s)

Parameter 52

Meaning:

PDN (Public Data Network) line indicator, configured in the two-address mode. This parameter indicates whether the link is connected directly to a public data network.

Possible values:

0 = no PDN Line

1 = PDN line with compacting/decompacting

2 = Reserved (Muse)

3 = Reserved (TRANSPAC)

4 = PDN line with address transport.

ISDN (channel D) case

Meaning:

Value of the time-out waiting for response on a connect request (T313).

Possible values:

1 to 255 sec (step of 1 sec); for VN2 the value is 4 sec.

Parameter 53

Meaning:

Access number in PDN line table.

This parameter indicates the position in the table of PDN link addresses. It is significant only if the link is a PDN line (parameter 52) and is configured in the two-address mode (parameter 45).

Possible values:

0 = first PDN line used

9 = tenth PDN line used.


Note The network addresses of the two PDN lines that are configured and can be accessed are specified in class 10 (PDN line table).

ISDN (channel D) case

Meaning:

Value of the time-out monitoring the time between an N2 clear and an establishment of N2 (T309).

Possible values:

60 to 180 sec (step of 1 sec); for VN2 the value is 60 sec.

Parameter 54

Meaning:

Fast select facility for transmission.

Subscription of fast select facility for transmission by the FastPad.

Possible values:

0 = not subscriber

1 = subscriber

2 = transparency.


Note The facility is always accepted in a call sent by the subscriber to the FastPad, whatever the value of the parameter. When the call is sent to the subscriber, two cases may arise:

If there is no fast select facility subscription, the call is rejected and the FastPad sends a clear.

If there is a fast select facility subscription, the facility is transported in the call sent to the subscriber.

IR Connection case

Meaning:

"Fast select" subscription.

Possible values:

0 = no facility

1 = with facility.

ISDN (channel D) case

Meaning:

Value of the time-out waiting for response of a registration request (T399)

Possible values:

1 to 255 sec (step of 1 sec)

The value is 10 sec for VN2.

Parameter 55

ESV-N4-IR and ISDN (channel D) case

Meaning:

Tolerance on call data is a received call request packet not containing the "fast select" facility.

Possible values:

2 = authorized call data length up to 128 bytes.

Other value = authorized length up to 16 bytes.

Parameter 56

Meaning:

Throughput negotiation facility subscription.

This parameter indicates whether the subscriber connected to the link has subscribed to the throughput class negotiation facility.

Possible values:

0 = not subscriber

1 = subscriber.


Note Throughput class negotiation is an end-to-end mechanism. When the call is set up, the values selected are carried by the call confirmation.

In a subscriber link, two classes must be distinguished:

throughput class for transmission, from FastPad to subscriber,

throughput class for reception, from subscriber to FastPad.

The following parameters (57 to 60) define the throughput class values and the behavior of the FastPad.

ISDN (channel D) case

Meaning:

Number of B-channels.

Possible values:

0 to 2.

Parameter 57

Meaning:

Default throughput class in transmit direction (FastPad to exterior).

Possible values:

3

for

75

bit/s

4

for

150

bit/s

5

for

300

bit/s

6

for

600

bit/s

7

for

1200

bit/s

8

for

2400

bit/s

9

for

4800

bit/s

10

for

9600

bit/s

11

for

19200

bit/s

12

for

48000

bit/s

13

for

64000

bit/s

14

for

128000

bit/s

15

for

192000

bit/s

ISDN (channel D) case

Meaning:

Establishment mode of channel B1.

Possible values:

0 = without signalling (subsequent use)

1 = with signalling.

Parameter 58

Meaning:

Default throughput class in receive direction (exterior to FastPad).

Possible values:

3

for

75

bit/s

4

for

150

bit/s

5

for

300

bit/s

6

for

600

bit/s

7

for

1200

bit/s

8

for

2400

bit/s

9

for

4800

bit/s

10

for

9600

bit/s

11

for

19200

bit/s

12

for

48000

bit/s

13

for

64000

bit/s

14

for

128000

bit/s

15

for

192000

bit/s


Note A call from the exterior (network or subscriber connected to the FastPad) that includes the throughput class negotiation facility is accepted if the link of the subscriber sending the call actually has a throughput class negotiation facility subscription.

If not, the call is rejected and the FastPad sends a clear to the exterior.

When the link includes a subscription to the facility (parameter 56) two cases may arise:

1) The call request packet received by the FastPad does not contain the facility; in this case, the default values (parameters 57 and 58) are loaded into the call and the call is switched.

2) The call request packet received by the FastPad contains the facility; in this case, the values used for the transmit and receive directions are the minimum between the requested throughput values and the maximum throughput values specified in parameters 59 and 60

The call request packet so formed is switched.

The final choice of throughput classes for the transmit and receive directions of a link is made on the call confirmations.

ISDN (channel D) case

Meaning:

Establishment mode of channel B2.

Possible values:

0 = without signalling (subsequent use)

1 = with signalling.

Parameter 59

Meaning:

Maximum throughput class in transmit direction.

Possible values:

3

for

75

bit/s

4

for

150

bit/s

5

for

300

bit/s

6

for

600

bit/s

7

for

1200

bit/s

8

for

2400

bit/s

9

for

4800

bit/s

10

for

9600

bit/s

11

for

19200

bit/s

12

for

48000

bit/s

13

for

64000

bit/s

14

for

128000

bit/s

15

for

192000

bit/s

ISDN (channel D) case

Meaning:

Value of the audible time-out monitoring the time between a received alarm and a received connection.

Possible values:

1 to 255 sec. in step of 10 sec.

Parameter 60

Meaning:

Maximum throughput class in receive direction.

Possible values:

3

for

75

bit/s

4

for

150

bit/s

5

for

300

bit/s

6

for

600

bit/s

7

for

1200

bit/s

8

for

2400

bit/s

9

for

4800

bit/s

10

for

9600

bit/s

11

for

19200

bit/s

12

for

48000

bit/s

13

for

64000

bit/s

14

for

128000

bit/s

15

for

192000

bit/s

ISDN (channel D) case

Meaning:

Value of the time-out monitoring "no virtual circuits established"

Possible values:

1 to 255 seconds in step of 10 sec.

Parameter 61

Meaning:

Subscription to packet size negotiation facility.

Possible values:

0 = no subscriber

1 = subscriber.


Note Minimum lengths (one length per transmit direction), 16 bytes

Maximum lengths (one length per transmit direction), 2048 bytes.

ISDN (channel D) case

Meaning:

Value of the time-out waiting to move into service after having received a "service interrupted" on a B-channel.

Possible values:

1 to 255 sec. in step of 10 sec.

Parameter 62

This parameter must be consistent with the length of the frame switched to the line (parameter 29).

Synchronous case X.25

Meaning:

Default value of packet size for transmit direction (FastPad to exterior network or subscriber connected to the FastPad).

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.


Note 1) Negotiation of values for a call sent by the FastPad to the exterior.

When the subscription exists, the values chosen for a call sent to the exterior are always between the minimum and the maximum (parameter 64 to 67). If not, a clear is sent.

When there is no subscription, the default values are chosen for the interface between the FastPad and the exterior. The call request packet is transmitted to the exterior without the facility.

2) The final choice of packet sizes is always made on the call confirmation.

Synchronous SDLC case

Meaning:

Default value of packet length with QLLC procedure for transmission from the FastPad to exterior (transmit).

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

VIP case

Meaning:

Tx VIP message length.

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

BSC 3270 case

Meaning:

BSC message length (transmission).

Possible values:

> 10

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes.

BSC 2780/3780 case

Meaning:

BSC message length (transmission).

Possible values:

7 to 10

7

for

12

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes.

ISDN (channel D) case

Meaning:

Check on presence of called sub-address.

Possible values:

1 = refused when sub-address is not present

0 = acceptation in all cases.

Parameter 63

This parameter must be consistent with the length of the frame switched to the line (parameter 29).

Synchronous X.25 case

Meaning:

Default value of packet size for transmission from the exterior (network or subscriber connected to the FastPad) to the FastPad.

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.


Note 1) Negotiation of values for a call received by the FastPad.

When there is a subscription and the call request packet received by the FastPad does not contain the facilities, the default values are chosen and the call is switched.

When there is a subscription, the values in the call request packet received from the exterior must be between the minimum and maximum values specified by parameters 64 to 67.

f not, the call is rejected and a clear is sent to the exterior.

When there is no subscription and facilities are present, a clear is sent to the exterior.

2) The final choice of packet sizes is always made upon the confirmation of the call.

Synchronous SDLC case

Meaning:

Default value of packet length with QLLC procedure for transmission from exterior to the FastPad.

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

VIP case

Meaning:

Rx VIP message length.

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

BSC 3270 case

Meaning:

BSC message length reception.

Possible values:

> 7

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes.

BSC 2780/3780 case

Meaning:

BSC message length reception.

Possible values:

4 to 7

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes.

ISDN (channel D) case

Meaning:

MSN behavior (MSN = Multiple Subscriber Number).

Possible values:

0 = call acceptation

1 = check of the destination number.

Parameter 64

This parameter must be consistent with the length of the frame switched to the line (parameter 29).

Meaning:

Maximum packet size transmitted by the FastPad.

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

ISDN (channel D) case

Meaning:

S0 interface number (position in class 10).

Possible values:

0 to 35.

Parameter 65

This parameter must be consistent with the length of the frame switched to the line (parameter 29).

Meaning:

Maximum packet size received by the FastPad.

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

ISDN (channel D) case

This parameter is used in the case of a multiple backup.

Meaning:

Time-out between two successive attempts on a given ISDN number.

Possible values:

1 to 254.

Default values:

5 s.

Parameter 66

This parameter must be consistent with the length of the frame switched to the line (parameter 29).

Meaning:

Minimum packet size received by the FastPad.

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

ISDN connection case

This parameter is used in the case of a multiple backup.

Meaning:

Time-out between two successive attempts cycles.

Possible values:

1 to 254.

Default values:

10 s.

Parameter 67

This parameter must be consistent with the length of the frame switched to the line (parameter 29).

Meaning:

Minimum packet size received by the FastPad

Possible values:

4

for

16

bytes

5

for

32

bytes

6

for

64

bytes

7

for

128

bytes

8

for

256

bytes

9

for

512

bytes

10

for

1024

bytes

11

for

2048

bytes

12

for

4096

bytes

13

for

8192

bytes.

ISDN connection case

This parameter is used in the case of a multiple backup.

Meaning:

Number of attempt cycle.

Possible values:

1 to 255.

Default values:

3.

Parameter 68

Meaning:

Transmit window size facility.

Possible values:

0 = not subscriber

1 = subscriber.

ISDN connection case

This parameter is used in the case of a multiple backup.

Meaning:

Duration of multiple backup.

Possible values:

1 to 100 (unit = 1s).

Default values:

100.

Parameter 69

Meaning:

Default value of packet window for transmission from FastPad to exterior (network or subscriber connected to the FastPad).

Possible values:

1 to 7.

ISDN connection case

This parameter is used in connection with PLLs.

Meaning:

Time-out 0VC on PLL. This parameter is global to the interface.

Possible values:

0 = not managed 1 to 250 (step of 1s)

Default values:

0

Parameter 70

Meaning:

Default value of packet window for transmission from exterior to the FastPad.

Possible values:

1 to 7.


Note Concerning parameters 69 and 70

1) When the subscription includes the facility and the window sizes are missing from the call request packet received from the exterior, the default values are inserted in the incoming call and the call is switched

When the subscription does not include the facility and the incoming call has the facilities, the call is rejected and a clear is sent to the exterior.

2) When there is no subscription, the call sent to the exterior does not include the facilities but does include the default values for the interface between the FastPad and the external subscriber.

ISDN connection case

This parameter is applied when PLLs are used.

Meaning:

Activation of PLLs on start-up.

Possible values:

0 = No

1 = Yes

Default values:

0.

Parameter 71

Meaning:

Maximum value of packet window for transmission from the FastPad to exterior.

Possible values:

1 to 7.

ISDN (channel D) case

Meaning:

High layer compatibility (HLC).

Possible values:

One byte coded in 8 bits (bit 0 = least significant bi).

7 6 5 4 3 2 1 0 bit

Reserved | |

| |___HLC I.E transmission

HLC I.E _____ | 0 = no
analysis 1 = yes
0 = no
1 = yes

00 =

no transmission and analysis of HLC I.E.

01 =

transmission and no analysis of HLC I.E.

02 =

no transmission and analysis of HLC I.E.

03 =

transmission and analysis of HLC I.E.

Default values:

02.

Parameter 72

Meaning:

Maximum value of packet window for transmission from exterior to the FastPad.

Possible values:

1 to 7.


Note 1) If the external subscriber has a facility subscription, the values in the incoming call request packet to the FastPad must not exceed the maximum values specified by parameters 71 and 72.

If they do, the FastPad rejects the call and sends a clear to the external subscriber.

2) If the subscriber has the facility subscription, the call sent to the exterior includes the facilities, with values lower than those specified by parameters 71 and 72

3) The final choice of window size values is always made on the call confirmation.

ISDN (channel D) case

Meaning:

Coding type of High Layer Information Elements.

Possible values:

One bit coded in 8 bits (bit 0 = least significant bit).

7 6 5 4 3 2 1 0 bit

| | | |______ ___ Presentation
| | | 1 | 0 | bit
| | |
| | | 01 = Method of protocol profile
| | | The other values are reserved
| | |_______________________ __Interpretation
| | 4 | 3 | 2 | bit
| | : 0 : 0 : 0 : = Coding of services:
| | : : : : audiography,
| | : : : : AudioVideotex
| | : : : : and no standardized
| | : : : : application (value not
| | : : : : defined in the ETS 300
| | : : : : 102).
| | : : : :
| | : 1 : 0 : 0 : = Teleservice by parameter
| | 73.
| |
| | The other values are reserved
| |
| |_____________________________________Coding standard
| 6 | 5 | bit
| : 0 : 0 : = ITU-T standard
| : 1 : 0 : = National standard
|
| The other values are reserved
|
|____________________________________________ _Value fixed at 1

In VN3, the values of parameters 72 are:

· 145 (91 hexa):

ITU-T standard

· 193 (C1 en hexa):

National standard*

· 209 (D1 en hexa):

National standard

*The values of tests 2, 3 and 4 are not defined in the ETS 300102.

Parameter 73

Meaning:

Request call transfer to a backup subscriber when the called subscriber is busy.

Possible values:

0 = transparent

1 = filtering

2 = clearing.

ISDN (channel D) case

Meaning:

Definition of the teleservice. There are to 2 teleservice groups according to the coding standard:

Possible values:

1)

Teleservice with ITU-T coding standard:

129 (81 hexa):

Telephony

132 (84 hexa):

Facsimile group 2/3

161 (A1 hexa):

Facsimile group 4 Class 1

164 (A4 hexa):

Teletex and telecopy group 4 Class 2/3

168 (A8 hexa):

Teletex service basic and processable mode of operation

177 (B1 hexa):

Teletex service basic mode of operation

178 (B2 hexa):

Syntonic Videotex

179 (B3 hexa):

International Interworking for videotex service

181 (B5 hexa):

Telex service

184 (B8 hexa):

Messages handling systems (MHS)

193 (C1 hexa):

OSI application

224 (E0 hexa):

Audiovisual.

2)

Teleservices with national coding standard

128 (80 hexa):

Unknown teleservice

192 (C0 hexa):

Audiography

200 (C8 hexa):

Audiovideotex

255 or 127 (FF hexa):

Application not standardized

Default values

193 = OSI application.

Parameter 74

Meaning:

Format of call confirmation transmitted by the FastPad.

Possible values:

0 = complete X.25 format (facilities and addresses)

1 = reduced X.25 format, the (calling, called) address length field is zero (facilities, no address)

2 = reduced format (no facility, no address)

3 = complete X.25 format (facilities and addresses + transparency on addresses).

ISDN (channel D) case

Meaning:

Low layer compatibility (LLC).

Possible values:

One byte coded in 8 bits (bit 0 = least significant bit).

7 6 5 4 3 2 1 0 bit

Reserved | |

| |___LLC I.E transmission

LLC I.E analysis 0 = no
0 = no 1 = yes
1 = yes

00 =

no transmission and analysis of LLC I.E

01 =

transmission and no analysis of LLC I.E

02 =

no transmission and analysis of LLC I.E

03 =

transmission and analysis of LLC I.E

Default values:

02

Remark: The content of the LLC I.E can not be configured. If the analysis of this I.E is required, only the following compatibilities are accepted:

· LEV1:

ITU-T X.31 throughput adaptation

LEV2:

ITU-T X.25 level 2 LAPB (SLP)

LEV3:

ITU-T X.25 packet level

· LEV1:

ITU-T X.31 throughput adaptation

LEV2:

ITU-T X.25 level 2 multilink (MLP)

LEV3 =

ITU-T X.25 packet level.

Parameter 75

X.25 and asynchronous case

Meaning:

Subscription X.29/Teletel rerouting.

Possible values:

0 = no (default values of synchronous profiles)

1 = reroutable calls.

Parameter 76

Reserved.

Parameter 77

Reserved.

Parameter 78

Meaning:

Subscription to compression

Facility direction

Facility obligatory/optional

Scrambling

Implementation of service with or without negotiation.

Possible values:
Value Subscriber Direction Obligatory/
Optional
Scrambling Negotiation

0, 4, 64,
68, 128, 132,192, 196

NO

-

-

-

-

1

YES

Network to
subscriber

Optional

NO

YES

2

YES

Subscriber to
network

Optional

NO

YES

3

YES

Bi-directional

Optional

NO

YES

5

YES

Network to
subscriber

Obligatory

NO

YES

6

YES

Subscriber to
network

Obligatory

NO

YES

7

YES

Bi-directional

Obligatory

NO

YES

65

YES

Network to
subscriber

Optional

YES

YES

66

YES

Subscriber to
network

Optional

YES

YES

67

YES

Bi-directional

Optional

YES

YES

69

YES

Network to
subscriber

Obligatory

YES

YES

70

YES

Subscriber to
network

Obligatory

YES

YES

71

YES

Bi-directional

Obligatory

YES

YES

129, 133

YES

Network to
subscriber

-

NO

NO

130, 134

YES

Subscriber to
network

-

NO

NO

131, 135

YES

Bi-directional

-

NO

NO

193, 197

YES

Network to
subscriber

-

YES

NO

194, 198

YES

Subscriber to
network

-

YES

NO

195, 199

YES

Bi-directional

-

YES

NO

N = Network

A = Subscriber

Parameter 79

Meaning:

Time-out associated with packet grouping.

Possible values:

0 =

service not implemented

1 to 15 =

value time-out in units of 100 ms.

Parameter 80

Meaning:

Value of supervision time-out for response to a call request packet sent on the link. A clear packet is sent if there is no response after this period.

Possible values:

1 to 250 (unit 10 s).

Parameter 81

Meaning:

Call-return authorized.

Possible values:

0 = not authorized

2 = authorized with DNIC.ZO.


Note On a PDN line, the value 0 is obligatory.

Parameter 82

Meaning:

Type of access to output line.

Possible values:

0 = multiple access (sending of ringback is line is configured for ringback)

1 = single access (sending of clear even if line is a ringback subscriber).

Parameter 83

Meaning:

Supervision of markers.

This parameter specifies the behavior of the FastPad with respect to facility markers. The FastPad accepts all correct incoming markers.

For transmission to the exterior, there are three possibilities.

Possible values:

0 =

transparency: the FastPad transmits facility markers

1 =

blocking: the FastPad ignores markers received from the exterior, which are therefore not retransmitted

2 =

filtered: the FastPad filters received markers on the basis of their values and of the protocol elements transmitted (call, call confirmation, or clear).

The filtering is as follows:

Behavior from concentrator to DTE.
Markers

Network of caller Network of called party DTE
Packets received

0000 00FF 000F

Call

Transp.

CLEAR 03.42
to near-end

Transp.

Confirm. Call

CLEAR 03.42
to near-end
CLEAR 11.42
to far-end

Transp.

Transp.

Clear

Irrelevant

Irrelevant

Transp.

Behavior from DTE to concentrator

Markers

Network of caller Network of called party DTE
Packets received

0000 00FF 000F

Call

CLEAR 03.42
to near-end

Transp.

Transp.

Confirm. Call

Transp.

CLEAR 03.42
to near-end
CLEAR 11.42
to far-end

Transp.

Clear

CLEAR 03.42
to near-end
CLEAR 11.42
to far-end

CLEAR 03.42
to near-end
CLEAR 11.42
to far-end

Transp.

Parameter 84

Meaning:

Notification of change of called address.

This parameter specifies the behavior of the FastPad with respect to the "Called Line Address Modification" (CLAM) facility in the call confirmation packet.

Possible values:

0 =

No consistency check of received call confirmation (presence of facility and existence of called address). The FastPad does not transmit the facility.

1 =

The facility is transmitted in clear and call confirmations if the clear and call confirmation formats are complete.

If not, the FastPad transmits a clear.

2 =

The facility is not transmitted, but the FastPad checks that the called address is present in the received call confirmation. If not, the FastPad sends a clear.

3 =

The facility is transmitted in clear and call confirmations if the formats are complete; otherwise, the FastPad transmits a clear.

There is a consistency check to the presence of the called address in the call confirmation; a clear is transmitted if it is missing.

Parameter 85

Meaning:

Format of clear transmitted by the FastPad.

In reception, the FastPad accepts all clear packet formats. The format in which it transmits clear packets depends on this configuration parameter.

Possible values:

0 =

Complete X.25 format (address and facility)

1 =

Reduced X.25 format

2 =

Reduced format; the clearing to 5 bytes indicate the cause and the diagnostic

3 =

Complete X.25 format (facilities and addresses + transparency on addresses).

Parameter 86

Meaning:

Management of D bit.

Possible values:

0 = transparent

1 = clearing

2 = management.

Parameter 87

Synchronous case

Meaning:

Type of line.

Possible values:

0 = X.25 on dedicated line

2 = X.25 on PSTN.

Asynchronous case

(exceptionally modifiable)

Meaning:

Supervision time-out for transmission of messages sent to an asynchronous terminal.

Possible values:

0

= no time-out

1 to 250

= 1 to 250 seconds.

Parameter 88

Synchronous and ESV/N4/IR case

Meaning:

Behavior with respect to unknown facilities.

Possible values:

0 = transparent mode (no conversion)

1 = facility filtered

2 = communication released

3 = transparent for reception, filtered for transmission

4 = transparent for reception, cleared for transmission

5 = filtered for reception, transparent when transmission

6 = filtered for reception, cleared when transmission

7 = cleared for reception, transparent for transmission

8 = cleared for reception, filtered for transmission

Asynchronous case

Meaning:

Mixed flow control.

Possible values:

0 = no

1 = yes.

Parameter 89

Synchronous and asynchronous case

Meaning:

This parameter manages the address conversion in accordance with the following values:

Possible values:

128 64 32 16 8 4 2 1

27

26

25

24

23

22

21

20

0

0

0

| | | | | | | 0 = no conversion
| | | | | | | 1 = Calling address
| | | | | | | conversion on in-
| | | | | | | coming call
| | | | | | | request into the
| | | | | | | FastPad.
| | | | | | |
| | | | | | 1 = called address coversion
| | | | | | on incoming call request
| | | | | | into the FastPad.
| | | | | |
| | | | | 1 = Calling address conversion on
| | | | | outgoing call request from the FastPad.
| | | | |
| | | | 1 = Called address conversion on outgoing call request
| | | | from the FastPad.
| | | |
| | | 0 = Transparency | on incoming call
| | | 1 = Conversion + | request into the FastPad
| | | Clear* |
| | |
| | 0 = Transparency | on outoing call request
| | 1 = Conversion + | from the FastPad.
| | Clear* |
| |
| 0 = Called address conversion depends on bit 21
| 1 = Called address check and insertion.

* COM cleared if address to be convertedd is not in coversion table.

Examples:

Step 1   "Called" address conversion on outgoing call Parameter 89 = 8.

Step 2   "Calling and Called" address conversion on incoming call with clearing if conversion impossible in C9, R11. Parameter 89 = 19.


Note 1: The address conversion tables are defined in C9R11 and C9R12.

2: With the "called address on aimed point" parameter, the complete called address is used only for call routing. At the output of FastPad, the initial address is restored.

3: The table allowing a check on the address given by the DTE is defined in C9R11.

Parameter 90

Synchronous X25 and ESV/N4/IR case

Meaning:

Number of permanent virtual circuits.

Possible values:

0 to 29 ; PVCs are configured beginning with LC0.

Synchronous SDLC case

Meaning:

Number of clusters.

Possible values:

1 to 30 for a "Front end" link.

1 to 8 for a "Remote" link.

Default value:

0.

VIP case

Meaning:

Number of polled stations.

Possible values:

1 to 32.

BSC 3270 case

Meaning:

Number of controllers.

Possible values:

1 to 10.

BSC 2780/3780 case

Meaning:

Number of controllers.

Possible values:

See appendix G.

HDLC, Frame relay (subscriber)

Meaning:

Number of DLCIs.

Possible values:

1 to 32 (value = 1 for HDLC).

Asynchronous case

Meaning:

Error threshold for the error correction procedure.

Possible values:

1 to 254.

IP Router case

Meaning:

Number of configured SVCs (inter-router connections).

Possible values:

0 to 200.

Parameter 91

Synchronous X.25 and ESV/N4/IR case

Meaning:

Position of first PVC in C17.

Possible values:

1 to 250.

Synchronous SDLC case

Meaning:

Position of first cluster in the class 19.

Possible values:

1 to 100.

VIP and BSC 3270 case

Meaning:

Position of first controller in class 19.

Possible values:

1 to 100.

BSC 2780/3780 case

Meaning:

Position of the controller in class 19.

Possible values:

1 to 100.

HDLC or Frame relay (subscriber)

Meaning:

Position of 1st DLCI in class 17.

Possible values:

1 to 200.

Asynchronous case

Meaning:

Transmission time-out NACK for the error Correction Procedure.

Possible values:

1 to 254 in step of 100 msec.

Meaning:

Mixed flow control.

Possible values:

0 = yes

1 = no.

IP Router case

Meaning:

Position of first SVC in Class 17.

Possible values:

1 to 250.

Parameter 92

(Not significant in synchronous case).

Asynchronous case

Meaning:

Connection to Hewlett Packard equipment.

Possible values:

0 = standard asynchronous equipment

1 = Hewlett Packard Host computer

2 = Hewlett Packard terminal.

Transparent BSC case

Meaning:

Deletion of a PAD character.

Possible values:

0 = no

1 = a PAD character is eliminated at the end of each frame (exception use).

Frame-Relay (FRTE or FRCE) case

Meaning:

LMI signalling.

Possible values:

0 = no LMI.

1 = subscriber LMI (FRTE or FRCE).

2 = network LMI (FRCE).

Default values:

0

Parameter 93

Synchronous case

Meaning:

Type of LAP.

Possible values:

0 = LAP B

1 = LAP A.

Asynchronous case

Meaning:

Type of call.

Possible values:

0 =

standard case, PAD or video-PAD

mnemonics obligatory preceded by a "."

digital call command authorized

X.28 command authorized.

call data and password for VDX controlled by remote host

1 =

used for VDX (Minitel)

mnemonics optionally preceded by a "."

digital call command not authorized.

X.28 command not authorized.

call data and password for VDX controlled by the server.

2 =

used for VDX (TELETEL)

mnemonics optionally preceded by a "."

digital call command authorized.

X.28 command not authorized.

call data and password for VDX controlled by the server.

3 =

used for Minitel

mnemonics optionally preceded by a "."

digital call command not authorized.

X.28 command not authorized.

call data and password for VDX controlled locally (C7R3).

Parameter 94

Meaning:

Securized VC.

(See Chapter 3.11 on local calls)

Possible values:

0 =

no securized VC.

The VCs are considered normal VCs, the equipment does not handle it differently.

1 =

securized subscriber.

All calls transmitted by the subscriber are securized. It is also possible to receive calls from securized subscribers on a securized VC.

2 =

securization not allowed

Securization not allowed for the subscriber. Each attempt to establish a securized VC provokes a 'clear' of the connection.

3 =

filtered securization.

Line to the subscriber: the call is securized in case of reception of a securized call.

Line to the network: if the call comes from a subscriber connected to the unit, the securization is ignored; if the call comes from the network, it is cleared.

Possible values:

0 =

Load

OOS

Signalling

HS

Totalizer

OOS

Compression

OOS

1 =

Load

INS

Signalling

OOS

Totalizer

OOS

Compression

OOS

2 =

Load

OOS

Signalling

INS

Totalizer

OOS

Compression

OOS

3 =

Load

INS

Signalling

INS

Totalizer

OOS

Compression

OOS

4 =

Load

OOS

Signalling

OOS

Totalizer

INS

Compression

OOS

5 =

Load

INS

Signalling

OOS

Totalizer

INS

Compression

OOS

6 =

Load

OOS

Signalling

INS

Totalizer

INS

Compression

OOS

7 =

Load

INS

Signalling

INS

Totalizer

INS

Compression

OOS

8 =

Load

OOS

Signalling

OOS

Totalizer

OOS

Compression

INS

9 =

INS

Signalling

OOS

Totalizer

OOS

Compression

INS

10 =

OOS

Signalling

INS

Totalizer

OOS

Compression

INS

11 =

Load

INS

Signalling

INS

Totalizer

OOS

Compression

INS

12 =

Load

OOS

Signalling

OOS

Totalizer

INS

Compression

INS

13 =

Load

INS

Signalling

OOS

Totalizer

INS

Compression

INS

14 =

Load

OOS

Signalling

INS

Totalizer

INS

Compression

INS

15 =

Load

INS

Signalling

INS

Totalizer

INS

Compression

INS

OOS =

Out of service

INS =

In service

Parameter 95

Synchronous X.25 and asynchronous case

Meaning:

Activation/deactivation of "load", "signalling", totalizing and compression headings of "Loads statistics" management function.

Possible values:

Parameter 96

Case of load statistics management function

Meaning:

Sampling time used for the counters of the COMPRESSION heading.

Possible values:

1 to 180 (step of 10 seconds)

Parameters 97 and 98

Reserved

Parameter 99

Meaning:

Acknowledgment of packet 1 for 1.

Possible values:

0 = no

1 = yes.

Parameters 100 and 101

Reserved.

Parameter 102

X.28+ connection case

Meaning:

Echo mask.

Possible values:

0 = The value of the X.3 parameter number ZO of class 13 imposes the echo mask.

Parameters 103 and 104

Reserved.

Parameter 105

X.28 + connection case

Meaning: TELENET parameter No. 20.

This parameter defines whether the line is in full duplex (with echo) or half duplex (without echo).

The echo of a "transfer" mode character is also defined by the X.3 parameter Number 2 in Class 13.

Possible values:

0 = FULL DUPLEX

1 = HALF DUPLEX.

C12P105 VALUE C13P2 VALUE TRANSFER OTHER

0

0

Without echo

With echo

0

1

With echo

With echo

1

0 or 1

Without echo

Without echo

Parameter 106

X.28 + connection case

Meaning: TELENET parameter No 21.

This parameter defines the type of character coding (conversion to lower case or not).

Possible values:

0 = ASCII characters, no conversion.

Parameter 107

X.28 + connection case

Meaning: TELENET parameter No. 23.

Definition of type of terminal.

Possible values:

127 = Type of terminal defined in classes 12 and 13.

Parameter 108

X.28 + connection case

Meaning: TELENET parameter No. 24.

Use of a predetermined type of terminal. The type of terminal may be entered on connection in the form of a mnemonic or predefined.

Possible values:

1 = Type of terminal predefined.

Parameter 109

X.28 + connection case

Meaning: TELENET parameter No. 25.

Manual or automatic call.

Possible values:

0 =

Manual connection command.

1 =

Automatic connection on establishment of physical path between terminal and PAD.

The user cannot enter a connection command.

Parameter 110

X.28 + connection case

Meaning: TELENET parameter No. 32.

Automatic hang-up on PSTN line on clearing of the VC. This hang-up results in the "dropping" of interface signals 106, 107 and 109 for 3 seconds. After 3 seconds, the configured interface signals go high in order to be ready to receive another PSTN call.

Possible values:

1 = Automatic hang-up after clearing of VC.

Parameter 111

X.25 connection case

Meaning:

Type of private network management. This parameter specifies the fields that must be backed up (or restored) in (or from) the address extension facility.

Possible values:

128 64 32 16 8 4 2 1

27

26

25

24

23

22

21

20

0

0

0

| | | | | | | |
| | | | | | | Called address
| | | | | | | 0 = no
| | | | | | | 1 = yes
| | | | | | |
| | | | | | Calling address
| | | | | | 0 = no
| | | | | | 1 = yes
| | | | | CUG
| | | | | 0 = no
| | | | | 1 = yes
| | | | NS
| | | NS

| | NS

| NS
NS

The values used are:

0:

no processing

3:

backup (or restitution) called and calling address

7:

backup (or restitution) called address, calling address and internal CUG

15:

backup (or restitution) called address, calling address, internal CUG and RC

X.28 + connection case

Meaning: TELENET parameter No. 34.

Activation/deactivation of two data forwarding time-outs defined by parameters C12P112 and C13P4.

When the time-outs are activated, the data are sent upon the expiry of one of the two time-outs.

Possible values:

1 = Activation of time-outs.

Parameter 112

X.25 connection case

Meaning:

Type of behavior to be adopted on X.25 fields. It corresponds to a row in C26 "X.25 field modification table".

Possible values:

0 =no behavior

1 to 20 = row in C26 (1 point on parameter 0 in C26, ..., 20 on parameter 19).

X.28 + connection case

Meaning: TELENET parameter No. 36.

Value of data forwarding time-out.

This time-out is activated on reception of the first character. On expiry of the time-out, the PAD sends the received characters to the network. The time-out is restarted upon reception of the first character to follow.

Possible values:

1 to 255 (step of 50 ms).

Parameters 113 and 114

Reserved.

Parameter 115

X.28 + connection case

Meaning: TELENET parameter No. 39.

Activation/deactivation of "padding" parameters:

C13P9:

"padding" after CR

C13P14:

"padding" after LF

Possible values:

1 = Activation of "padding".

Parameter 116

X.28 + connection case

Meaning: TELENET parameter No. 42

Defines the X.ON character in the DCE

DTE direction.

Possible values:

17 = DC1 character.

Parameter 117

X.28 + connection case

Meaning: TELENET parameter No. 43.

Defines the X.OFF character in DCE

DTE direction.

Possible values:

19 = DC3 character.

Parameter 118

X.28 + connection case

Meaning: TELENET parameter No. 47.

This parameter defines the element (character or sequence of characters) allowing Changeover from "transfer" mode to "command" mode.

This parameter is taken into account only when the parameter C13P1 = 1.

Otherwise, the escape character is defined by parameter C13P1.

Possible values:

1 = Escape character: (CR) @ (CR).

Parameter 119

X.28 + connection case

Meaning: TELENET parameter No. 48.

Defines the behavior of the PAD after execution of a command.

Possible values:

1 = The PAD remains in commands mode.

Parameter 120

X.28 + connection case

Meaning: TELENET parameter No. 55.

Defined X.ON character in the DTE

DCE direction.

Possible values:

17 = DC1 character.

Parameter 121

X.28 + connection case

Meaning: TELENET parameter No. 56.

Defined the X.OFF character in the DTE

DCE direction.

Possible values:

19 = DC3 character.

Parameter 122

X.28 + connection case

Meaning: TELENET parameter No. 57.

Activation/deactivation of parameters 1, 13 and 15 of class 13 as well as parameter C12P106.

Possible values:

1 =

Transparent mode. Parameters 1, 13 and 15 of C13 are not taken into account (case of escape, no LF insertion after CR)

2 =

Virtual terminal mode. Parameters 1, 13 and 15 of C13 are not inhibited.

Parameter 123

Reserved

Parameter 124

Meaning:

Consolidation function.

This parameter defines the number of times that the "traffic/configured threshold" comparison must be made before possible "overflow/backup".

Possible values:

0 to 249

255 = no consolidation.

Parameter 125

Meaning:

Configuration of lower threshold relative to the line speed declared in P28.

This threshold is used in connection with overflow backup.

Possible values:

0 to 100 (in percentage).

Parameter 126

Meaning:

Configuration of upper threshold relative to the line speed declared in P28. This threshold is used in connection with overflow backup.

Possible values:

0 to 100 (in percentage).

DML function case

Meaning:

DLM functioning mode.

Possible values:

0 =

Passive:

transmission of outstanding events only (no action taken)

1 =

Active:

transmission of outstanding events and action configured in P130.

Parameter 127

DLM function case

Meaning:

Load calculation integration time-out.

Possible values:

1 to 250 (step of 10 s).

Parameter 128

Meaning:

Cost and use of the network.

Possible values:

0 = Direct (case of dedicated line)

1 = Overflow backup (SL case).

DLM function case

Meaning:

Spacing of outstanding load events.

Possible values:

1 to 250 (step of 10 s).

Parameter 129

Meaning:

Position of remote equipment in class 22.

This parameter is used mainly for MLP but also for the management of the automatic return of backup and the load changeover.

Possible values:

0 to 250 (see C22).

Parameter 130

Meaning:

Backup behavior.

Possible values:

00 =

no

01 =

backup and automatic return of backup,

03 =

backup and automatic return of backup in MLP,

05 =

load changeover and automatic return of backup,

10 =

load overflow and automatic backup in MLP,

11 =

load overflow and automatic backup in MLP and automatic return of backup.

Overflow and changeover must be configured on only one end of the link.

Cannot be applied to a frame-relay PLL.

Parameter 131

DAR function

Meaning:

Maximum number of information packets (LSPDU) that a DAR can store in its data base.

Possible values:

1 to 250.

Default values:

50

Parameter 132

Reserved

Parameter 133

DAR function

Meaning:

Configuration of DAR operation

Possible values:

0 =

Passive DAR (default value)

1 =

Distribution of inter-DAR topology information without route calculation.

2 =

Active DAR (distribution and calculation of routes).

Parameter 134

DAR function

Meaning:

Distribution period for topology information (LSPDU) exchanged between DARs.

Possible values:

1 to 250 (in step of 10 s).

Default values:

3

Parameter 135

DAR function

Meaning:

Calculation period for routes with shortest path used by the DAR.

In order for the calculation of routes to be carried out with the latest information (LSPDU) coming from all the switches of the domain, it is preferable for the value of P135 to be at least twice as high as the distribution period of the LSPDUs (P134).

Possible values:

1 to 250 (in step of 10 s).

Default values:

6

Parameter 136

DAR function

Meaning:

Storage time for an LSPDU in the DAR data base.

Whenever the DAR performs a route calculation, it decrements the life assigned to each LSPDU of the data base.

When the value is zero, the LSPDU is cleared from the data base.

Possible values:

1 to 250 (in step of 10 s).

Default values:

120

Parameter 137

DAR function

Meaning:

Expiration thresholds for LSPDUs exchanged, associated with the life of the LSPDU below which the DAR transmitting the LSPDU must redistribute a new LSPDU in the domain. This mechanism avoids clearing the LSPDU transmitted at low frequencies.

Possible values:

1 to 250 (in step of 10 s).

Default values:

6

Parameter 138

X.28 + connection case

Meaning: TELENET parameter No. 65.

Management on M bit.

Possible values:

3 = M bit is equal to 1 in full packets.

DAR function

Meaning:

Duration of locking of route calculation following an exception LSPDU.

This mechanism avoids the DAR having to carry out several times the same route calculation following a change in topology.

Possible values:

1 to 250 (in step of 1 s).

Default values:

2

Parameters 139 to 144

Reserved.

Parameter 145

X.28 + connection case

Meaning: TELENET parameter No. 72.

Flow control by signals.

Possible values:

8 = use of flow control by signals.

General

The backup mode of the FastPad200Y/FastPad500Y is a service for the user on a subscription basis.

A configuration parameter has to be specified to indicate to the unit that it can be backed up for 12 (C2R2P7 = 2) or 24 (C2R2P7 = 3) lines. Also, outstanding events can be generated for this facility.

This service automatically replaced the configured lines by the backup lines when one of the modules has a hardware failure.

When a switch over is made, the backup lines have the same characteristics as the lines in the normal mode.

Being in the backup mode, return to the normal mode can only be accomplished by the operator.

Therefore he has to execute a "unit reset", a "file transfer" function of OPALE or NMX. It is also possible, with the configuration function, to execute an "ITO" reset (see chapter 2, paragraph 3.4).

Configuration Types

FastPadmpr12 with 2 modules


Figure B-3: 12 User Line Configuration Example

For the user there are a total of 12 lines available: 0 up to 5 and 12 up to 17. The 12 backup lines are used when a module has a hardware failure.


Table B-18: Line Table (2 modules) in normal mode
Potential Lines Lines and module No. User Lines

0

0

(0)

0

2

2

(0)

2

3

3

(0)

3

4

4

(0)

5

5

(0)

6

backup

6

(0)

7

backup

7

(0)

8

backup

8

(0)

9

backup

9

(0)

10

backup

10

(0)

11

backup

11

(0)

12

0

(1)

12

13

1

(1)

13

14

2

(1)

14

15

3

(1)

15

16

4

(1)

16

17

5

(1)

17

18

backup

6

(1)

19

backup

7

(1)

20

backup

8

(1)

21

backup

9

(1)

22

backup

10

(1)

23

backup

11

(1)

When a module has a hardware failure, the 6 user lines of the module to be "backed up", are interrupted for a moment and then replaced by the lines of the "backup" module.

Example: module 1 has a failure:


Table B-19: Line table (2 modules) in backup mode
Potential Lines Lines and module No. User Lines

0

0

(0)

0

2

2

(0)

2

3

3

(0)

3

4

4

(0)

4

5

5

(0)

5

6

6

(0)

12

7

7

(0)

13

8

8

(0)

14

9

9

(0)

15

10

10

(0)

16

11

11

(0)

17

12

out of order

0

(1)

13

out of order

1

(1)

14

out of order

2

(1)

15

out of order

3

(1)

16

out of order

4

(1)

17

out of order

5

(1)

18

out of order

6

(1)

19

out of order

7

(1)

20

out of order

8

(1)

21

out of order

9

(1)

22

out of order

10

(1)

23

out of order

11

(1)

FastPadmpr12 with 3 modules


Figure B-4: 24 Li
ne Example

For the user there are a total of 24 lines available: 0 up to 5, 12 up to 17 and 24 up to 35. The backup lines are used when one (and only one) module has a hardware failure.

Example: Module 2 has a failure


Table B-20: Line table (3 modules) in normal mode
Potential Lines Lines and module No. User Lines

0

0

(0)

0

2

2

(0)

2

3

3

(0)

3

4

4

(0)

4

5

5

(0)

5

6

backup

6

(0)

7

backup

7

(0)

8

backup

8

(0)

9

backup

9

(0)

10

backup

10

(0)

11

backup

11

(0)

12

0

(1)

12

13

1

(1)

13

14

2

(1)

14

15

3

(1)

15

16

4

(1)

16

17

5

(1)

17

18

backup

6

(1)

19

backup

7

(1)

20

backup

8

(1)

21

backup

9

(1)

22

backup

10

(1)

23

backup

11

(1)

24

0

(2)

24

25

1

(2)

25

26

2

(2)

26

27

3

(2)

27

28

4

(2)

28

29

5

(2)

29

30

6

(2)

30

31

7

(2)

31

32

8

(2)

32

33

9

(2)

33

34

10

(2)

34

35

11

(2)

35

When a module has a hardware failure, the 6 or 12 user lines of the module to be "backed up", are interrupted for a moment and then replaced by the 6 or 12 lines of the "backup" module.


Table B-21: Line table (3 modules) in backup mode
Potential Lines Lines and module No. User Lines

0

0

(0)

0

2

2

(0)

2

3

3

(0)

3

4

4

(0)

4

5

5

(0)

5

6

6

(0)

12

7

7

(0)

13

8

8

(0)

14

9

9

(0)

15

10

10

(0)

16

11

11

(0)

17

12

0

(1)

24

13

1

(1)

25

14

2

(1)

26

15

3

(1)

27

16

4

(1)

28

17

5

(1)

29

18

6

(1)

30

19

7

(1)

31

20

8

(1)

32

21

9

(1)

33

22

10

(1)

34

23

11

(1)

35

24

out of order

0

(2)

25

out of order

1

(2)

26

out of order

2

(2)

27

out of order

3

(2)

28

out of order

4

(2)

29

out of order

5

(2)

30

out of order

6

(2)

31

out of order

7

(2)

32

out of order

8

(2)

33

out of order

9

(2)

34

out of order

10

(2)

35

out of order

11

(2)


Note In case module 0 or 1 has a failure the same principle is used.

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Posted: Thu Jan 25 13:50:55 PST 2001
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