Sample Routing TLV Configurations

This section includes examples of PPL Config Byte configurations of the CH component required for various routing methods.

Terminating Channel Routing

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00).

• Byte 21 configures the Routing Flag to Use Internal Router (0x01).

• TLV 1: Bytes 51–54 configure the Routing Method to Terminating Channel (0x09).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–62 configure the value of the Terminating Span/Channel.

Table 11-1 PPL Config Byte Configuration

BYTE

Description

Value

20

Outseize Method

0x00 - Send Call Request to L4

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x03

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x09 (Terminating Channel or Node)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x09 (Terminating Channel or Node)

59

TLV 3 Data Length

0x03

60

TLV 3 Data[0] Terminating Span MSB

 

61

TLV 3 Data[1] Terminating Span LSB

 

62

TLV 3 Data[2] Terminating Channel

 

Terminating Resource Group Routing

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00).

• Byte 21 configures the Routing Flag to Use Internal Router (0x01).

• TLV 1: Bytes 51–54 configure the Routing Method to Terminating Resource Group (0x15).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–61 configure the value of the Terminating Resource Group ID.

Table 11-2

BYTE

Description

Value

20

Outseize Method

0x00 - Send Call Request to L4

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x03

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x15 (Terminating Resource Group)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x15 (Terminating Resource Group)

59

TLV 3 Data Length

0x02

60

TLV 3 Data[0] Resource Group MSB

 

61

TLV 3 Data[1] Resource Group LSB

 

PPL Config Bytes

Terminating Span/Channel Offset Routing

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00).

• Byte 21 configures the Routing Flag to Use Internal Router (0x01)

• TLV 1: Bytes 51–54 configure the Routing Method to Span/Channel Offset (0x0B).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–62 configure the value of the Terminating Span/Channel Offset.

Table 11-3

BYTE

Description

Value

20

Outseize Method

0x00 - Send Call Request to L4

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x03

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x09 (Terminating Channel)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x0E (Span/Channel Offset)

59

TLV 3 Data Length

0x03

60

TLV 3 Data[0] Terminating Span Offset MSB

 

61

TLV 3 Data[1] Terminating Span Offset LSB

 

62

TLV 3 Data[2] Terminating Channel Offset

 

PPL Config Byte Configuration

Route Group Routing with Address Digits

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00)

• Byte 21 configures the Routing Flag to Use Internal Router (0x01)

• TLV 1: Bytes 51–54 configure the Routing Method to Route Group (0x06).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–61 indicate the Route Group ID.

• TLV 4: Bytes 62–65 indicate the stage and string number for the address digits.

Table 11-4

BYTE

Description

Value

20

Outseize Method

0x00 - Send Outseize Control to L3

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x04

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x06 (Route Group)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x06 (Route Group)

59

TLV 3 Length

0x02

60

TLV 3 Data[0] Route Group ID MSB

 

61

TLV 3 Data[1] Route Group ID LSB

 

62

TLV 4 Tag

0x01 (Address Digits)

63

TLV 4 Data Length

0x02

64

TLV 4 Data[0] Stage #

0x01

65

TLV 4 Data[1] String #

0x01

Sample PPL Config Byte Configuration

Terminating Channel Routing with Called Party Digits

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00)

• Byte 21 configures the Routing Flag to Use Internal Router (0x01)

• TLV 1: Bytes 51–54 configure the Routing Method to Terminating Channel (0x09).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–61 indicate the criteria type of Address Digits 1 (0x01).

• TLV 4: Bytes 62–65 indicate the stage and string number of the address digits.

Table 11-5 Sample PPL Config Byte Configuration

BYTE

Description

Value

20

Outseize Method

0x00 - Send Outseize Control to L3

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x04

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x09 (Terminating Channel)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x08 (Criteria)

59

TLV 3 Length

0x02

60

TLV 3 Data[0] Criteria Type MSB

0x00

61

TLV 3 Data[1] Criteria Type LSB

0x01 (Address Digits 1)

62

TLV 4 Tag

0x01 (Address Digits)

63

TLV 4 Data Length

0x02

64

TLV 4 Data[0] Stage #

0x01

65

TLV 4 Data[1] String #

0x01

Incoming Channel Routing

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00)

• Byte 21 configures the Routing Flag to Use Internal Router (0x01)

• TLV 1: Bytes 51–54 configure the Routing Method to Terminating Channel (0x09).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–61 indicate the criteria type of Incoming Channel (0x07).

• TLV 4: Bytes 62–65 indicate the stage and string number of the address digits.

• TLV 5: Bytes 66–68 are the Incoming Channel TLV. No data is required.

Table 11-6 Sample PPL Config Byte Configuration

Byte

Description

Value

20

Outseize Method

0x00 - Send Outseize Control to L3

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x05

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x09 (Terminating Channel)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x08 (Criteria)

59

TLV 3 Length

0x02

60

TLV 3 Data[0] Criteria Type MSB

0x00

61

TLV 3 Data[1] Criteria Type LSB

0x07 (Incoming Channel)

62

TLV 4 Tag

0x01 (Address Digits 1)

63

TLV 4 Data Length

0x02

64

TLV 4 Data[0] Stage #

0x01

65

TLV 4 Data[1] String #

0x01

66

TLV 5 Tag

0x07 (Incoming Channel)

67

TLV 5 Length

0x01

68

TLV 5 Data[0]

X (Reserved)

Incoming Resource Group Routing

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00)

• Byte 21 configures the Routing Flag to Use Internal Router (0x01)

• TLV 1: Bytes 51–54 configure the Routing Method to Criteria (0x08).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–61 indicate the criteria type of Incoming Resource Group (0x10).

• TLV 4: Bytes 62–65 indicate the Incoming Resource Group ID.

• TLV 5: Bytes 66–68 indicate the stage and string number of the address digits.

Table 11-7 Sample PPL Config Bytes Configuration

Byte

Description

Value

20

Outseize Method

0x00 - Send Outseize Control to L3

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x03

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x08 (Criteria)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x08 (Criteria Type)

59

TLV 3 Length

0x02

60

TLV 3 Data[0] Criteria Type MSB

0x00

61

TLV 3 Data[1] Criteria Type LSB

0x10 (Incoming Resource Group)

62

TLV 4 Tag

0x10 (Incoming Resource Group ID)

63

TLV 4 Length

0x02

64

TLV 4 Data[0] Incoming Resource Group ID MSB

 

65

TLV 4 Data[1] Incoming Resource Group ID LSB

 

66

TLV 5 Tag

0x01 (Address Digits 1)

67

TLV 5 Data Length

0x02

68

TLV 5 Data[0] Stage #

0x01

69

TLV 5 Data[1] String #

0x01

Incoming Resource Group Routing with Multiple Criteria
(Address Digit Type 2)

The example in the table below shows the following PPL Config Byte configuration:

• Byte 20 configures the Outseize Method to Send Call Request to Layer 4 (0x00)

• Byte 21 configures the Routing Flag to Use Internal Router (0x01)

• TLV 1: Bytes 51–54 configure the Routing Method to Criteria (0x08).

• TLV 2: Bytes 55–57 configure the Router Protocol ID to 0x0B, which is the default and the only protocol currently supported.

• TLV 3: Bytes 58–61 indicate the criteria type of Incoming Resource Group (0x10).

• TLV 4: Bytes 62–65 indicate the Incoming Resource Group ID.

• TLV 5: Bytes 66–69 indicate the stage and string number of the address digits for digit type 1.

• TLV 6: Bytes 70–73 is a Multiple Criteria TLV (0x0C) indicating the criteria type of Address Digits Type 2 (0x02).

• TLV 7: Bytes 74–77 indicate the stage and string number of the address digits for digit type 2

Table 11-8 PPL Config Bytes Configuration.

Byte

Description

Value

20

Outseize Method

0x00 - Send Outseize Control to L3

21

Routing Flag

0x01 - Use Internal Router

50

TLV Count

0x07

51

TLV 1 Tag

0x13 (Routing Method)

52

TLV 1 Data Length

0x02

53

TLV 1 Data[0] Routing Method (MSB)

0x00

54

TLV 1 Data[1] Routing Method (LSB)

0x09 (Terminating Channel)

55

TLV 2 Tag

0x0F (Protocol ID)

56

TLV 2 Length

0x01

57

TLV 2 Data[0] Protocol ID

0x0B (Default)

58

TLV 3 Tag

0x08 (Criteria)

59

TLV 3 Length

0x02

60

TLV 3 Data[0] Criteria Type MSB

0x00

61

TLV 3 Data[1] Criteria Type LSB

0x10 (Incoming Resource Group)

62

TLV 4 Tag

0x10 (Incoming Resource Group ID)

63

TLV 4 Length

0x02

64

TLV 4 Data[0] Incoming Resource Group MSB

 

65

TLV 4 Data[1] Incoming Resource Group LSB

 

66

TLV 5 Tag

0x01 (Address Digits 1)

67

TLV 5 Data Length

0x02

68

TLV 5 Data[0] Stage #

0x01

69

TLV 5 Data[1] String #

0x01

70

TLV 6 Tag

0x0C (Multiple Criteria)

71

TLV 6 Length

0x02

72

TLV 6 Data[0] Criteria Type MSB

0x00

73

TLV 6 Data[1] Criteria Type LSB

0x02 (Digit Type 2)

74

TLV 7 Tag

0x02 (Address Digits 2)

75

TLV 7 Data Length

0x02

76

TLV 7 Data[0] Stage #

0x02

77

TLV 7 Data[1] String #

0x01