Configuration Properties

File Names	Section in Appendix A	Title
`alarmCats.dat`	A.2.1	Alarm Categories
`auxSigChan.dat`	A.2.2	Auxiliary Signal Path
`bearChan.dat`	A.2.3	Bearer Channels
`buckets.dat`	A.2.4	Buckets
`compTypes.dat`	A.2.7	Component Types
`components.dat`	A.2.5	Components
`properties.dat`	A.2.19	Configuration Properties
`dependencies.dat`	A.2.8	Dependencies
`dpc.dat`	A.2.6	Destination Point Codes
`dmprSink.dat`	A.2.9	Dumper Sink
`measCats.dat`	A.2.10	Measurement Categories
`measProfs.dat`	A.2.11	Measurement Profiles
`physLineIf.dat`	A.2.12	Physical Line Interface Files
`procGroups.dat`	A.2.14	Process Groups
`processes.dat`	A.2.13	Processes
`routes.dat`	A.2.18	Routes
`services.dat`	A.2.15	Services
`sigChanDev.dat`	A.2.17	Signaling Channel Devices
`sigPath.dat`	A.2.16	Signaling Path
`tables.dat`	A.2.20	Tables
`thresholds.dat`	A.2.21	Thresholds
`XECfgParm.dat`	*	See "System Management."

Figure E-1: File Name Descriptions in Appendix A

File Names Section in Appendix A Title

alarmCats.dat
A.2.1

Alarm Categories

auxSigChan.dat
A.2.2

Auxiliary Signal Path

bearChan.dat
A.2.3

Bearer Channels

buckets.dat
A.2.4

Buckets

compTypes.dat
A.2.7

Component Types

components.dat
A.2.5

Components

properties.dat
A.2.19

Configuration Properties

dependencies.dat
A.2.8

Dependencies

dpc.dat
A.2.6

Destination Point Codes

dmprSink.dat
A.2.9

Dumper Sink

measCats.dat
A.2.10

Measurement Categories

measProfs.dat
A.2.11

Measurement Profiles

physLineIf.dat
A.2.12

Physical Line Interface Files

procGroups.dat
A.2.14

Process Groups

processes.dat
A.2.13

Processes

routes.dat
A.2.18

Routes

services.dat
A.2.15

Services

sigChanDev.dat
A.2.17

Signaling Channel Devices

sigPath.dat
A.2.16

Signaling Path

tables.dat
A.2.20

Tables

thresholds.dat
A.2.21

Thresholds

XECfgParm.dat
*

See "System Management."

E.1.3 Conventions Used in this Guide

General Conventions

Typeface	Description	Examples
`AaBbCc123`	Command, field, file, and directory names and on screen computer output	`RTRV-ALMS`
AaBbCc123	Replaceable file names, real name, or values	`RTRV-CFG:<CFG TABLE>`
AaBbCc123	Book titles, new words, terms, or words to be emphasized	TransPath System Software Installation Guide

Table E-1:

Typeface Description Examples

AaBbCc123

Command, field, file, and directory names and on screen computer output

RTRV-ALMS

AaBbCc123

Replaceable file names, real name, or values

RTRV-CFG:<CFG TABLE>

AaBbCc123

Book titles, new words, terms, or words to be emphasized

TransPath System Software Installation Guide

Type Changes and Symbols Used in this Guide

Backus-naur Conventions


\|	A pipe - Either the preceding symbol or the succeeding symbol may occur but not both in succession.
[ ]	These brackets enclose an optional parameter.
{ \| }	{`either this one \| or that one`} Either the preceding symbol, or the succeeding symbol may occur, but not both in succession. There may be more than two symbols and pipes.
< >	This symbol encloses a symbol specifier.

Bellcore TL1 Conventions


:	A parameter separator.
: :	An empty parameter block.
	Arguments are grouped together so that one parameter may convey several arguments.
;	End of command.

E.1.4 Data Type Conventions

integer

A series of decimal digits from the set of 0 through 9 that represents a positive integer. An integer may have one or more leading zero ('0') digits padded on the left side to align the columns. Leading zeros are always valid as long as the number of digits is less than or equal to ten digits total. Values of this type have a range of zero to 4294967295.

integer	A series of decimal digits from the set of 0 through 9 that represents a positive integer. An integer may have one or more leading zero ('`0`') digits padded on the left side to align the columns. Leading zeros are always valid as long as the number of digits is less than or equal to ten digits total. Values of this type have a range of zero to `4294967295`.

Example E-1: Integers

123
000123
4200000000

signed integer

This data type has the same basic format as the integer but can be both positive and negative. When negative, it is preceded by the sign (`-') character. As with the integer data type, this can be up to 10 digits in length, not including the sign character. The value of this type has a range of -2147483647 to 2147483647.

signed integer	This data type has the same basic format as the integer but can be both positive and negative. When negative, it is preceded by the sign (``-`') character. As with the integer data type, this can be up to 10 digits in length, not including the sign character. The value of this type has a range of -`2147483647` to `2147483647`.

Example E-2: Singed Integers

123
-000123
-2100000000

hexadecimal

A series of sixteen-based digits from the set of 0-9, a-f, or A-F. The hexadecimal number may have one or more '0' digits padded on the left side. For all hexadecimal values the maximum size is 0xffffffff (8 hexadecimal digits).

hexadecimal	A series of sixteen-based digits from the set of `0-9`, `a-f`, or `A-F`. The hexadecimal number may have one or more '`0`' digits padded on the left side. For all hexadecimal values the maximum size is `0xffffffff` (8 hexadecimal digits).

Example E-3: Hexadecimals

1f3
01f3000

Note Hexadecimal and integer fields in files may have different widths (number of characters) for column alignment.

text

A series of alpha-numeric characters from the ASCII character set, where defined. Tab, space, and double quote ( " " ) characters are not used. Text can be up to 255 characters; however, it is recommended that you limit the characters to no more than 32 for readability.

text	A series of alpha-numeric characters from the ASCII character set, where defined. Tab, space, and double quote ( " " ) characters are not used. Text can be up to 255 characters; however, it is recommended that you limit the characters to no more than 32 for readability.

Example E-4: Text

EntityId
LineSES_Threshold999

string

A series of alpha-numeric characters and white-space characters. A string is surrounded by a double quote on the left and right sides ( " " ). Text can be up to 255 characters; however, it is recommended that you limit the characters to no more than 80 for readability.

string	A series of alpha-numeric characters and white-space characters. A string is surrounded by a double quote on the left and right sides ( " " ). Text can be up to 255 characters; however, it is recommended that you limit the characters to no more than 80 for readability.

Example E-5: String

"This is a descriptive string."

Primary Key

Every table in the Configuration File chapter has one or more primary key fields. These fields are marked in the description with a "[Primary Key]" indicator. The Primary Key is the unique identifier of a record in the table.

Foreign Key

One or more fields in a table may have a foreign key entry. These fields are marked in the description with a "[Foreign Key]" indicator. The Foreign Key is the unique identifier of a record in another table. It is used to reference a record from one table in another table. The Table Relationships chapter graphically diagrams the foreign key relationships.

Primary Key	Every table in the Configuration File chapter has one or more primary key fields. These fields are marked in the description with a "[Primary Key]" indicator. The Primary Key is the unique identifier of a record in the table.
Foreign Key	One or more fields in a table may have a foreign key entry. These fields are marked in the description with a "[Foreign Key]" indicator. The Foreign Key is the unique identifier of a record in another table. It is used to reference a record from one table in another table. The Table Relationships chapter graphically diagrams the foreign key relationships.

E.1.5 Exceptions to the Conventions

All known exceptions are expressed in the specific format sections of this document. Otherwise, follow the conventions in the "Data Type Conventions" section .

E.2 TransPath System Properties Configuration Files

This chapter describes the layout of the file used to configure the properties for a TransPath System network element. The TransPath System configuration files are based on relational database paradigm and the nomenclature reflects this structure. A file is a physical representation of a single relational table. It has fields, one or more primary keys, and zero or more foreign keys. See "Overview of the TransPath System" for definitions of primary and foreign keys. As a result, the terms "file" and `table" are used interchangeably throughout this document. From a logical view, the terms have the same meaning.

The index field of a table uniquely identifies a record within the table. In this capacity it is an internal key for the record. It should not be used as the primary key. However, if the index field for a record is changed and the table is reloaded by a subsystem, the record appears internally as a new record. The Data Manager module identifies the previous index as a deleted record.

E.2.1 Definition

The properties.dat file defines values for configurable entities within the TransPath System. These entities may be equipment, circuits, protocols, or software. These entries are comprised of a set of named pairs, wherein the property is named followed by an = sign, followed by the property value. The specific entities and their values are based on customer delivery requirements.

The configuration tool generates a file called properties.dat. The data in this file pertains to both the IO Subsystem and the Engine Subsystem. The Engine-related properties fall into two categories: data the engine needs to understand the hardware environment (for example, physical resources) and data related to other resources and logic that is passed into MDL.

E.2.2 properties.dat Field Formats

For ease of use, the configuration tool generated file properties.dat is presented in separate tables by protocol family.

BTNUP properties.dat Field Formats

Variant	Mdo File Name	Applicable TCT Property Name	Description	Range (Default)
BTNUP BTNUP+	BTNUP BTNUP_NRC	max_msu_frm_len	Maximum length of a C7 message signal unit.	(272)
BTNUP BTNUP+	BTNUP BTNUP_NRC	lssu_len	Link status signal unit, status field length.	1 -2 (2)
BTNUP BTNUP+	BTNUP BTNUP_NRC	max_align_tries	Number of attempts to align link.	(5)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_t1	Maximum period in "aligned/ready" state before return to "out-of-service" state.	(450)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_t2	Maximum period in "not aligned" state before return to "out-of-service" state.	(250)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_t3	Maximum period in "aligned" state before return to "out-of-service" state.	(20)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_t5	Period for sending a Status Indication Busy (SIB) message to far-end.	0.8 - 01.2 sec (1)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_t6	Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.	1 - 60 sec (60)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_t7	MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management message will be generated.	0.5 - 20 sec (10)
BTNUP BTNUP+	BTNUP BTNUP_NRC	proving_normal_t4	Normal proving period.	(95)
BTNUP BTNUP+	BTNUP BTNUP_NRC	proving_emg_t4	Emergency proving period.	5-7 sec (6)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_suerm_thr	Signal unit error threshold during normal operation.	32-64 sec (64)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_aerm_nrm_thr	Signal unit error threshold during normal operation.	1-6 sec (4)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp2_aerm_emg_thr	Signal unit error threshold during normal alignment.	1-4 sec (1)
BTNUP BTNUP+	BTNUP BTNUP_NRC	max_slt_tries	Maximum retries of signal link test message.	2 sec
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp3_t7	Waiting for signaling datalink connection acknowledgment.	1-20 sec (20)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp3_t12	Waiting for uninhibited acknowledgment.	1-15 sec (10)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp3_t13	Waiting for force uninhibited.	1-15 sec (10)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp3_t14	Waiting for inhibit acknowledgment.	20-30 sec (20)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp3_t20	Local inhibit test timer.	90-600 sec (600)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp3_t21	Local inhibit test timer.	(640)
BTNUP BTNUP+	BTNUP BTNUP_NRC	mtp3_t22	Traffic restart waiting message at local MTP restart.	(3000)
BTNUP BTNUP+	BTNUP BTNUP_NRC	sltm_t1	Waiting for signaling link test acknowledgment message. This must be greater than the value in `mtp2_t6`.	(50)
BTNUP BTNUP+	BTNUP BTNUP_NRC	sltm_t2	Interval for sending signaling link test message.	150-450 (300)
BTNUP BTNUP+	BTNUP BTNUP_NRC	VNETId	Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""`0000`""to disable VNETId facilities.	(0000)
BTNUP BTNUP+	BTNUP BTNUP_NRC	VNETTbl	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
BTNUP BTNUP+	BTNUP BTNUP_NRC	side	Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "`network`."	(network)
BTNUP BTNUP+	BTNUP BTNUP_NRC	A/Bflag	Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.	a, b (a)
BTNUP BTNUP+	BTNUP BTNUP_NRC	OOverlap	Set to `1` to enable overlap signaling for call origination from this traffic path.	0-N (0)
BTNUP BTNUP+	BTNUP BTNUP_NRC	OMinDigits	Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (0)
BTNUP BTNUP+	BTNUP BTNUP_NRC	OMaxDigits	Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (24)
BTNUP BTNUP+	BTNUP BTNUP_NRC	cr_len	Length of Q.931 Call Reference field.	(2)
BTNUP BTNUP+	BTNUP BTNUP_NRC	CLIPEss	Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.	0-1 (0)
BTNUP BTNUP+	BTNUP BTNUP_NRC	ASP-part	Determines whether a destination will attempt to take advantage of Feature Transparency signaling.	Y, N (Y)
BTNUP BTNUP+	BTNUP BTNUP_NRC	RedirMax	Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain applications.	(3)
BTNUP BTNUP+	BTNUP BTNUP_NRC	BcInitState	Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.	IS, OOS (IS)
BTNUP BTNUP+	BTNUP BTNUP_NRC	BOrigStartIndex	Specifies the starting number analysis digit index for call originations.	0-1 (0)
BTNUP BTNUP+	BTNUP BTNUP_NRC	BTermStartIndex	Specifies the starting number analysis digit index for call terminations.	0-2 (0)
BTNUP BTNUP+	BTNUP BTNUP_NRC	BothwayWorking	Set to `0` to disable both way release / circuit free handling for BTNUP protocol.	0-1 (1)
BTNUP BTNUP+	BTNUP BTNUP_NRC	ForwardCLIinIAM	Set to `1` if outgoing IAM should contain the calling line identity, if available. Only applicable for BTNUP when interworking from other protocols.	0-1 (0)
BTNUP BTNUP+	BTNUP BTNUP_NRC	reference	Specifies the ITU or ANSI C7/SS7 version supported.	(ITU92)
BTNUP BTNUP+	BTNUP BTNUP_NRC	ForwardSegmentedNEED	Set to `0` to disable the forwarding of segmented NEED messages within the BTNUP_NRC protocol. If segmenting is disabled, all mandatory DPNSS information elements will be packed into a single BTNUP NEED message.	(1)
BTNUP BTNUP+	BTNUP BTNUP_NRC	TMaxDigits	Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (24)
ANSI SS7 BTNUP+	ANSISS7 BTNUP_NRC	TMinDigits	Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (0)
ANSI SS7 BTNUP+	ANSISS7 BTNUP_NRC	TOverlap	Set to `1` to enable overlap signaling for call termination to this traffic path.	0-1 (0)

Table E-2: BTNUP Protocol, Variants, and Their properties.dat Values

Variant Mdo File Name Applicable TCT Property Name Description Range (Default)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

max_msu_frm_len

Maximum length of a C7 message signal unit.

(272)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

lssu_len

Link status signal unit, status field length.

1 -2

(2)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

max_align_tries

Number of attempts to align link.

(5)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_t1

Maximum period in "aligned/ready" state before return to "out-of-service" state.

(450)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_t2

Maximum period in "not aligned" state before return to "out-of-service" state.

(250)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_t3

Maximum period in "aligned" state before return to "out-of-service" state.

(20)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_t5

Period for sending a Status Indication Busy (SIB) message to far-end.

0.8 - 01.2 sec

(1)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_t6

Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.

1 - 60 sec

(60)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_t7

MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management message will be generated.

0.5 - 20 sec

(10)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

proving_normal_t4

Normal proving period.

(95)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

proving_emg_t4

Emergency proving period.

5-7 sec

(6)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_suerm_thr

Signal unit error threshold during normal operation.

32-64 sec

(64)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_aerm_nrm_thr

Signal unit error threshold during normal operation.

1-6 sec

(4)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp2_aerm_emg_thr

Signal unit error threshold during normal alignment.

1-4 sec

(1)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

max_slt_tries

Maximum retries of signal link test message.

2 sec

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp3_t7

Waiting for signaling datalink connection acknowledgment.

1-20 sec

(20)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp3_t12

Waiting for uninhibited acknowledgment.

1-15 sec

(10)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp3_t13

Waiting for force uninhibited.

1-15 sec

(10)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp3_t14

Waiting for inhibit acknowledgment.

20-30 sec

(20)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp3_t20

Local inhibit test timer.

90-600 sec

(600)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp3_t21

Local inhibit test timer.

(640)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

mtp3_t22

Traffic restart waiting message at local MTP restart.

(3000)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

sltm_t1

Waiting for signaling link test acknowledgment message. This must be greater than the value in mtp2_t6.

(50)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

sltm_t2

Interval for sending signaling link test message.

150-450

(300)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

VNETId

Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""0000""to disable VNETId facilities.

(0000)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

VNETTbl

Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

side

Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "network."

(network)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

A/Bflag

Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.

a, b

(a)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

OOverlap

Set to 1 to enable overlap signaling for call origination from this traffic path.

0-N

(0)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

OMinDigits

Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(0)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

OMaxDigits

Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(24)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

cr_len

Length of Q.931 Call Reference field.

(2)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

CLIPEss

Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.

0-1

(0)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

ASP-part

Determines whether a destination will attempt to take advantage of Feature Transparency signaling.

Y, N

(Y)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

RedirMax

Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain applications.

(3)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

BcInitState

Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.

IS, OOS

(IS)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

BOrigStartIndex

Specifies the starting number analysis digit index for call originations.

0-1

(0)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

BTermStartIndex

Specifies the starting number analysis digit index for call terminations.

0-2

(0)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

BothwayWorking

Set to 0 to disable both way release / circuit free handling for BTNUP protocol.

0-1

(1)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

ForwardCLIinIAM

Set to 1 if outgoing IAM should contain the calling line identity, if available. Only applicable for BTNUP when interworking from other protocols.

0-1

(0)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

reference

Specifies the ITU or ANSI C7/SS7 version supported.

(ITU92)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

ForwardSegmentedNEED

Set to 0 to disable the forwarding of segmented NEED messages within the BTNUP_NRC protocol. If segmenting is disabled, all mandatory DPNSS information elements will be packed into a single BTNUP NEED message.

(1)

BTNUP

BTNUP+

BTNUP

BTNUP_NRC

TMaxDigits

Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(24)

ANSI SS7

BTNUP+

ANSISS7

BTNUP_NRC

TMinDigits

Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(0)

ANSI SS7

BTNUP+

ANSISS7

BTNUP_NRC

TOverlap

Set to 1 to enable overlap signaling for call termination to this traffic path.

0-1

(0)

DPNSS properties.dat Field Formats

Variant	Mdo File Name	Applicable TCT Property Name	Description	Range (Default)
DPNSS	DPNSS	`side`	Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to ``network`.'	(network)
DPNSS	DPNSS	`CLIPEss`	Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.	0-1 (0)
DPNSS	DPNSS	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
DPNSS	DPNSS	`A/Bflag`	Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.	a-b (a)
DPNSS	DPNSS	`OOverlap`	Set to `1` to enable overlap signaling for call origination from this traffic path.	0-1 (0)
DPNSS	DPNSS	`OMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.	0-N (0)
DPNSS	DPNSS	`OMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.	0-N (24)
DPNSS	DPNSS	`cr_len`	Length of Q.931 Call Reference field.	(2)
DPNSS	DPNSS	`ASP_part`	Determines whether a destination will attempt to take advantage of feature transparency signaling.	Y or N (Y)
DPNSS	DPNSS	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
DPNSS	DPNSS	`BTermStartIndex`	Specifies the starting number analysis digit index for call terminations.	0-2 (0)
DPNSS	DPNSS	`TMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (0)
DPNSS	DPNSS	`TMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (24)
DPNSS	DPNSS	`VNETId`	Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to "``0000`'" to disable `VNETId` facilities.	T123 (0000)
DPNSS	DPNSS	`TOverlap`	Set to `1` to enable overlap signaling for call termination to this traffic path.	0-1 (0)

Table E-3: DPNSS Protocol, Variants, and Their properties.dat Values

Variant Mdo File Name Applicable TCT Property Name Description Range (Default)

DPNSS

DPNSS

side
Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to `network.'

(network)

DPNSS

DPNSS

CLIPEss
Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.

0-1

(0)

DPNSS

DPNSS

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

DPNSS

DPNSS

A/Bflag
Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.

a-b

(a)

DPNSS

DPNSS

OOverlap
Set to 1 to enable overlap signaling for call origination from this traffic path.

0-1

(0)

DPNSS

DPNSS

OMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.

0-N

(0)

DPNSS

DPNSS

OMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.

0-N

(24)

DPNSS

DPNSS

cr_len
Length of Q.931 Call Reference field.

(2)

DPNSS

DPNSS

ASP_part
Determines whether a destination will attempt to take advantage of feature transparency signaling.

Y or N

(Y)

DPNSS

DPNSS

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

DPNSS

DPNSS

BTermStartIndex
Specifies the starting number analysis digit index for call terminations.

0-2

(0)

DPNSS

DPNSS

TMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(0)

DPNSS

DPNSS

TMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(24)

DPNSS

DPNSS

VNETId
Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to "`0000'" to disable VNETId facilities.

T123

(0000)

DPNSS

DPNSS

TOverlap
Set to 1 to enable overlap signaling for call termination to this traffic path.

0-1

(0)

ISDNPRI properties.dat Field Formats

This table presents the property names, descriptions, and ranges for ISDNPRI properties.dat.

Variant	Mdo File Name	Applicable TCT Property Name	Description	Range (Default)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`side`	Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to ``network`.'	(network)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`CLIPEss`	Set to `1` to force request of calling line identity (CLI) if not automatically provided.	0-1 (0)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`A/Bflag`	Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.	a-b (a)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`OOverlap`	Set to `1` to enable overlap signaling for call origination from this traffic path.	0-1 (0)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`OMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.	0-N (0)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`OMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.	0-N (24)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`cr_len`	Length of Q.931 Call Reference field.	(2)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`ASP_part`	Determines whether a destination will attempt to take advantage or Feature Transparency signaling.	Y or N (Y)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`BTermStartIndex`	Specifies the starting number analysis digit index for call terminations.	0-2 (0)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`TMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (0)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`TMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (24)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`VNETId`	Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ``0000`' to disable `VNETId` facilities.	T123 (0000)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`BcInitState`	Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.	IS, OOS (IS)
ETSI_102 ANSI_ATT QSIG	ETSI_102 ATT_41459 ETSI_172	`TOverlap`	Set to `1` to enable overlap signaling for call termination to this traffic path.	0-1 (0)

Table E-4:

Variant Mdo File Name Applicable TCT Property Name Description Range (Default)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

side
Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to `network.'

(network)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

CLIPEss
Set to 1 to force request of calling line identity (CLI) if not automatically provided.

0-1

(0)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

A/Bflag
Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.

a-b

(a)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

OOverlap
Set to 1 to enable overlap signaling for call origination from this traffic path.

0-1

(0)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

OMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.

0-N

(0)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

OMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.

0-N

(24)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

cr_len
Length of Q.931 Call Reference field.

(2)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

ASP_part
Determines whether a destination will attempt to take advantage or Feature Transparency signaling.

Y or N

(Y)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

BTermStartIndex
Specifies the starting number analysis digit index for call terminations.

0-2

(0)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

TMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(0)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

TMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(24)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

VNETId
Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to `0000' to disable VNETId facilities.

T123

(0000)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

BcInitState
Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.

IS, OOS

(IS)

ETSI_102

ANSI_ATT

QSIG

ETSI_102

ATT_41459

ETSI_172

TOverlap
Set to 1 to enable overlap signaling for call termination to this traffic path.

0-1

(0)

ISDNPRI Protocol Families, Variants, and Their properties.dat Values

ISDNPRI NI2 properties.dat Field Formats

Variant	Mdo File Name	Applicable TCT Property Name	Description	Range (Default)
ANSI_NI2	BELL_1268	`side`	Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to ``network`.'	(network)
ANSI_NI2	BELL_1268	`CLIPEss`	Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.	0-1 (0)
ANSI_NI2	BELL_1268	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
ANSI_NI2	BELL_1268	`A/Bflag`	Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.	a-b (a)
ANSI_NI2	BELL_1268	`OOverlap`	Set to `1` to enable overlap signaling for call origination from this traffic path.	0-1 (0)
ANSI_NI2	BELL_1268	`OMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.	0-N (0)
ANSI_NI2	BELL_1268	`OMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.	0-N (24)
ANSI_NI2	BELL_1268	`cr_len`	Length of Q.931 Call Reference field.	(2)
ANSI_NI2	BELL_1268	`ASP_part`	Determines whether a destination will attempt to take advantage or Feature Transparency signaling.	Y or N (Y)
ANSI_NI2	BELL_1268	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
ANSI_NI2	BELL_1268	`BTermStartIndex`	Specifies the starting number analysis digit index for call terminations.	0-2 (0)
ANSI_NI2	BELL_1268	`TMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (0)
ANSI_NI2	BELL_1268	`TMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (24)
ANSI_NI2	BELL_1268	`VNETId`	Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ``0000`' to disable `VNETId` facilities.	T123 (0000)
ANSI_NI2	BELL_1268	`BcInitState`	Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.	IS, OOS (IS)
ANSI_NI2	BELL_1268	`TOverlap`	Set to `1` to enable overlap signaling for call termination to this traffic path.	0-1 (0)

Table E-5:

Variant Mdo File Name Applicable TCT Property Name Description Range (Default)

ANSI_NI2

BELL_1268

side
Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to `network.'

(network)

ANSI_NI2

BELL_1268

CLIPEss
Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.

0-1

(0)

ANSI_NI2

BELL_1268

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

ANSI_NI2

BELL_1268

A/Bflag
Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.

a-b

(a)

ANSI_NI2

BELL_1268

OOverlap
Set to 1 to enable overlap signaling for call origination from this traffic path.

0-1

(0)

ANSI_NI2

BELL_1268

OMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.

0-N

(0)

ANSI_NI2

BELL_1268

OMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call processing for call origination from this traffic path.

0-N

(24)

ANSI_NI2

BELL_1268

cr_len
Length of Q.931 Call Reference field.

(2)

ANSI_NI2

BELL_1268

ASP_part
Determines whether a destination will attempt to take advantage or Feature Transparency signaling.

Y or N

(Y)

ANSI_NI2

BELL_1268

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

ANSI_NI2

BELL_1268

BTermStartIndex
Specifies the starting number analysis digit index for call terminations.

0-2

(0)

ANSI_NI2

BELL_1268

TMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(0)

ANSI_NI2

BELL_1268

TMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(24)

ANSI_NI2

BELL_1268

VNETId
Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to `0000' to disable VNETId facilities.

T123

(0000)

ANSI_NI2

BELL_1268

BcInitState
Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.

IS, OOS

(IS)

ANSI_NI2

BELL_1268

TOverlap
Set to 1 to enable overlap signaling for call termination to this traffic path.

0-1

(0)

ISDNPRI N12 Protocol Families, Variants, and Their properties.dat Values

SS7/C7 properties.dat Field Formats

Variant	Mdo File Name	Applicable TCT Property Name	Description	Range (Default)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767	`max_msu_frm_len`	Maximum length of a C7 Message Signal Unit.	(272)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 IBelgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q761_BELG_MOBI	`lssu_len`	Link Status Signal Unit, Status Field Length.	1 -2 (2)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`max_align_tries`	Number of attempts to align link.	(5)
ETSI ISUP v1 Belgium ISUP ETSI ISUP v2 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ITU Intl ISUP	ISUPV1 Q761_BELG_MOBI ISUPV2 HKTA_2202 Q761 Q767_SPAN Q767_ITAL Q767	`mtp2_t1`	Maximum period in "aligned/ready" state before return to "out-of-service" state.	(450)
ETSI ISUP v1 Hong Kong ISUP Q761 ETSI ISUP v2 ITU Intl ISUP Spanish ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 ISUPV2 Q767 Q767_SPAN Q761_BELG_MOBI	`mtp2_t2`	Maximum period in "not aligned" state before return to "out-of-service" state.	(250)
ETSI ISUP v1 Hong Kong ISUP ETSI ISUP v2 Q761 ITU Intl ISUP Belgium ISUP Spanish ISUP Italian ISUP	ISUPV1 HKTA_2202 ISUPV2 Q761 Q767 Q761_BELG_MOBI Q767_SPAN Q767_ITAL	`mtp2_t3`	Maximum period in "aligned" state before return to "out-of-service" state.	(20)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`Proving_normal_t4`	Normal proving period.	(95)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`Proving_emg_t4`	Emergency proving period.	(6)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp2_t5`	Period for sending a Status Indication Busy (SIB) message to far-end.	(1)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp_t6`	Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.	(60)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp2_t7`	MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management message will be generated.	(10)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp2_suerm_thr`	Signal unit error threshold during normal operation.	32 - 64 sec (64)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp2_aerm_nrm_thr`	Signal unit error threshold during normal operation.	(4)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp2_aerm_emg_thr`	Signal unit error threshold during normal alignment.	(1)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`max_slt_tries`	Maximum retries of Signal Link Test Message.	(2)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t7`	Waiting for signaling datalink connection acknowledgment.	(20)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t12`	Waiting for uninhibited acknowledgment.	(10)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t13`	Waiting for force uninhibited.	(10)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t14`	Waiting for inhibit acknowledgment.	(20)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t20`	Local Inhibit Test timer.	(600)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t24`	Overall MTP Restart Timer for local MTP restart.	59-61 (60)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t26`	Traffic Restart waiting message at local MTP restart.	12 - 15 sec (15)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t28`	Overall Restart Timer for signaling point adjacent to one whose MTP restarts.	(10)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`mtp3_t29`	Timer started when Traffic Restart Allowed is sent in response to unexpected Traffic Restart Allowed or Traffic Restart Waiting.	60 - 65 sec (60)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`sltm_t1`	Waiting for Signaling Link Test Acknowledgment message. This must be greater than the value in `mtp2_t6`.	4 -12 sec (6)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`sltm_t2`	Interval for sending Signaling Link Test message.	(60)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`RedirMax`	Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain applications.	(3)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`CLIPEss`	Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.	0-1 (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`ASP-part`	Determines whether a destination will attempt to take advantage of Feature Transparency signaling.	Y, N (Y)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`GRA2`	Determines whether paired (0) or single (1) Group Reset Acknowledgements (GRA) are required before the reset will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.	(0, 1)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`BTermStartIndex`	Specifies the starting number analysis digit index for call terminations.	0-2 (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`cr_len`	Length of Q.931 Call Reference field.	(2)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`TOverlap`	Set to 1 to enable overlap signaling for call termination to this traffic path.	0-1 (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`TMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (24)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`TMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`CGBA2`	Determines whether paired (0) or single (1) Circuit Group Blocking Acknowledgements (CGBA) are required before the blocking will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.	(0, 1)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`reference`	The specific C7 reference is being implemented.	ITU88, ITU92, ITU96 (ITU92)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`ExtCOT`	Set to 1 to enable COT handling for the specified destination. Only applicable to ANSISS7.	(0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`side`	Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "`network`."	(network)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`A/Bflag`	Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.	a, b (a)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`OOverlap`	Set to 1 to enable overlap signaling for call origination from this traffic path.	0-N (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`OMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`OMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (24)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`VNETId`	Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""`000`"" to disable `VNETId` facilities.	(T123)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
ETSI ISUP v1 Hong Kong ISUP Q761 Spanish ISUP Italian ISUP ETSI ISUP v2 ITU Intl ISUP Belgium ISUP	ISUPV1 HKTA_2202 Q761 Q767_SPAN Q767_ITAL ISUPV2 Q767 Q761_BELG_MOBI	`BcInitState`	Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.	IS, OOS (IS)

Table E-6: SS7/C7 Protocol, Variants, and Theif properties.dat Values

Variant Mdo File Name Applicable TCT Property Name Description Range (Default)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

max_msu_frm_len
Maximum length of a C7 Message Signal Unit.

(272)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

IBelgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q761_BELG_MOBI

lssu_len
Link Status Signal Unit, Status Field Length.

1 -2
(2)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

max_align_tries
Number of attempts to align link.

(5)

ETSI ISUP v1

Belgium ISUP

ETSI ISUP v2

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ITU Intl ISUP

ISUPV1

Q761_BELG_MOBI

ISUPV2

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

Q767

mtp2_t1
Maximum period in "aligned/ready"
state before return
to "out-of-service" state.

(450)

ETSI ISUP v1

Hong Kong ISUP

Q761

ETSI ISUP v2

ITU Intl ISUP

Spanish ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

ISUPV2

Q767

Q767_SPAN

Q761_BELG_MOBI

mtp2_t2
Maximum period in
"not aligned" state before return to "out-of-service" state.

(250)

ETSI ISUP v1

Hong Kong ISUP

ETSI ISUP v2

Q761

ITU Intl ISUP

Belgium ISUP

Spanish ISUP

Italian ISUP

ISUPV1

HKTA_2202

ISUPV2

Q761

Q767

Q761_BELG_MOBI

Q767_SPAN

Q767_ITAL

mtp2_t3
Maximum period in
"aligned" state before
return to "out-of-service" state.

(20)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

Proving_normal_t4
Normal proving period.

(95)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

Proving_emg_t4
Emergency proving period.

(6)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp2_t5
Period for sending a Status Indication Busy (SIB)
message to far-end.

(1)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp_t6
Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.

(60)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp2_t7
MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management
message will be generated.

(10)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp2_suerm_thr
Signal unit error threshold during normal operation.

32 - 64 sec
(64)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp2_aerm_nrm_thr
Signal unit error threshold during normal operation.

(4)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp2_aerm_emg_thr
Signal unit error threshold during normal alignment.

(1)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

max_slt_tries
Maximum retries of Signal
Link Test Message.

(2)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t7
Waiting for signaling
datalink connection acknowledgment.

(20)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t12
Waiting for uninhibited
acknowledgment.

(10)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t13
Waiting for force
uninhibited.

(10)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t14
Waiting for inhibit acknowledgment.

(20)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t20
Local Inhibit Test timer.

(600)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t24
Overall MTP Restart Timer for local MTP restart.

59-61

(60)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t26
Traffic Restart
waiting message at local MTP restart.

12 - 15
sec
(15)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t28
Overall Restart Timer for signaling point adjacent to one whose MTP restarts.

(10)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

mtp3_t29
Timer started when Traffic Restart Allowed is sent in response to unexpected Traffic Restart Allowed or Traffic Restart Waiting.

60 - 65 sec
(60)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

sltm_t1
Waiting for
Signaling Link Test Acknowledgment message. This must be greater than the value in mtp2_t6.

4 -12 sec
(6)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

sltm_t2
Interval for sending Signaling Link Test message.

(60)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

RedirMax
Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain applications.

(3)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

CLIPEss
Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.

0-1

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

ASP-part
Determines whether a destination will attempt to take advantage of Feature Transparency signaling.

Y, N

(Y)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

GRA2
Determines whether paired (0) or single (1) Group Reset Acknowledgements (GRA) are required before the reset will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.

(0, 1)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

BTermStartIndex
Specifies the starting number analysis digit index for call terminations.

0-2

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

cr_len
Length of Q.931 Call Reference field.

(2)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

TOverlap
Set to 1 to enable overlap signaling for call termination to this traffic path.

0-1

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

TMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(24)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

TMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

CGBA2
Determines whether paired (0) or single (1) Circuit Group Blocking Acknowledgements (CGBA) are required before the blocking will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.

(0, 1)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

reference
The specific C7 reference is being implemented.

ITU88, ITU92, ITU96

(ITU92)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

ExtCOT
Set to 1 to enable COT handling for the specified destination. Only applicable to ANSISS7.

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

side
Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "network."

(network)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

A/Bflag
Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.

a, b

(a)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

OOverlap
Set to 1 to enable overlap signaling for call origination from this traffic path.

0-N

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

OMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

OMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(24)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

VNETId
Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""000"" to disable VNETId facilities.

(T123)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

ETSI ISUP v1

Hong Kong ISUP

Q761

Spanish ISUP

Italian ISUP

ETSI ISUP v2

ITU Intl ISUP

Belgium ISUP

ISUPV1

HKTA_2202

Q761

Q767_SPAN

Q767_ITAL

ISUPV2

Q767

Q761_BELG_MOBI

BcInitState
Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.

IS, OOS

(IS)

SS7/China properties.dat Field Formats

Variant	Mdo File Name	Applicable TCT Property Name	Description	Range (Default)
China TUP	CTUP	`max_msu_frm_len`	Maximum length of a C7 Message Signal Unit.	(272)
China TUP	CTUP	`lssu_len`	Link Status Signal Unit, Status Field Length.	1 -2 (2)
China TUP	CTUP	`max_align_tries`	Number of attempts to align link.	(5)
China TUP	CTUP	`mtp2_t1`	Maximum period in "aligned/ready" state before return to "out-of-service" state.	(450)
China TUP	CTUP	`mtp2_t2`	Maximum period in "not aligned" state before return to "out-of-service" state.	(250)
China TUP	CTUP	`mtp2_t3`	Maximum period in "aligned" state before return to "out-of-service" state.	(20)
China TUP	CTUP	`proving_normal_t4`	Normal proving period.	(95)
China TUP	CTUP	`Proving_emg_t4`	Emergency proving period.	(6)
China TUP	CTUP	`mtp2_t5`	Period for sending a Status Indication Busy (SIB) message to far-end.	(1)
China TUP	CTUP	`mtp2_t6`	Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.	(60)
China TUP	CTUP	`mtp2_t7`	MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management message will be generated.	(10)
China TUP	CTUP	`mtp2_suerm_thr`	Signal unit error threshold during normal operation.	(64)
China TUP	CTUP	`mtp2_aerm_emg_thr`	Signal unit error threshold during normal alignment.	(1)
China TUP	CTUP	`max_slt_tries`	Maximum retries of Signal Link Test Message.	(2)
China TUP	CTUP	`mtp3_t7`	Waiting for signaling datalink connection acknowledgment.	(20)
China TUP	CTUP	`mtp3_t12`	Waiting for uninhibited acknowledgment.	(10)
China TUP	CTUP	`mtp3_t13`	Waiting for force uninhibited.	(10)
China TUP	CTUP	`mtp3_t14`	Waiting for inhibit acknowledgment.	(20)
China TUP	CTUP	`mtp3_t20`	Local Inhibit Test timer.	(600)
China TUP	CTUP	`mtp3_t21`	Local Inhibit Test timer.	(640)
China TUP	CTUP	`mtp3_t22`	Local Inhibit Test timer.	(3000)
China TUP	CTUP	`sltm_t1`	Waiting for Signaling Link Test Acknowledgment message. This must be greater than the value in `mtp2_t6`.	(50)
China TUP	CTUP	`sltm_t2`	Interval for sending Signaling Link Test message.	(300)
China TUP	CTUP	`RedirMax`	Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain applications.	(3)
China TUP	CTUP	`CLIPEss`	Set to `1` to force request of Calling Line Identity (CLI) if not automatically provided.	0-1 (0)
Variant	Mdo File Name	`Applicable TCT Property Name`	Description.	Range (Default)
China TUP	CTUP	`ASP-part`	Determines whether a destination will attempt to take advantage of Feature Transparency signaling.	Y, N (Y)
China TUP	CTUP	`BTermStartIndex`	Specifies the starting number analysis digit index for call terminations.	0-2 (0)
China TUP	CTUP	`cr_len`	Length of Q.931 Call Reference field.	(2)
China TUP	CTUP	`TOverlap`	Set to 1 to enable overlap signaling for call termination to this traffic path.	0-1 (0)
China TUP	CTUP	`TMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (24)
China TUP	CTUP	`TMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (0)
China TUP	CTUP	`reference`	The specific ANSI reference that is being implemented.	ANSI88, ANSI92, ANSI96 (ANSI92)
China TUP	CTUP	`ExtCOT`	Set to `1` to enable COT handling for the specified destination. Only applicable to ANSISS7.	(0)
China TUP	CTUP	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
China TUP	CTUP	`side`	Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "`network`."	(network)
China TUP	CTUP	`A/Bflag`	Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.	A, b (a)
China TUP	CTUP	`OOverlap`	Set to `1` to enable overlap signaling for call origination from this traffic path.	0-N (0)
China TUP	CTUP	`OMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (0)
China TUP	CTUP	`OMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (24)
China TUP	CTUP	`VNETId`	Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""`000`"" to disable `VNETId` facilities.	T123
China TUP	CTUP	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
China TUP	CTUP	`BcInitState`	Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.	IS, OOS (IS)

Table E-7:

Variant Mdo File Name Applicable TCT Property Name Description Range (Default)

China TUP

CTUP

max_msu_frm_len
Maximum length of a C7 Message Signal Unit.

(272)

China TUP

CTUP

lssu_len
Link Status Signal Unit, Status Field Length.

1 -2
(2)

China TUP

CTUP

max_align_tries
Number of attempts to align link.

(5)

China TUP

CTUP

mtp2_t1
Maximum period in "aligned/ready" state before return to "out-of-service" state.

(450)

China TUP

CTUP

mtp2_t2
Maximum period in "not aligned" state before return to "out-of-service" state.

(250)

China TUP

CTUP

mtp2_t3
Maximum period in "aligned" state before return to "out-of-service" state.

(20)

China TUP

CTUP

proving_normal_t4
Normal proving period.

(95)

China TUP

CTUP

Proving_emg_t4
Emergency proving period.

(6)

China TUP

CTUP

mtp2_t5
Period for sending a Status Indication Busy (SIB) message to far-end.

(1)

China TUP

CTUP

mtp2_t6
Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.

(60)

China TUP

CTUP

mtp2_t7
MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management message will be generated.

(10)

China TUP

CTUP

mtp2_suerm_thr
Signal unit error threshold during normal operation.

(64)

China TUP

CTUP

mtp2_aerm_emg_thr
Signal unit error threshold during normal alignment.

(1)

China TUP

CTUP

max_slt_tries
Maximum retries of Signal
Link Test Message.

(2)

China TUP

CTUP

mtp3_t7
Waiting for signaling datalink connection acknowledgment.

(20)

China TUP

CTUP

mtp3_t12
Waiting for uninhibited
acknowledgment.

(10)

China TUP

CTUP

mtp3_t13
Waiting for force uninhibited.

(10)

China TUP

CTUP

mtp3_t14
Waiting for inhibit

acknowledgment.

(20)

China TUP

CTUP

mtp3_t20
Local Inhibit Test timer.

(600)

China TUP

CTUP

mtp3_t21
Local Inhibit Test timer.

(640)

China TUP

CTUP

mtp3_t22
Local Inhibit Test timer.

(3000)

China TUP

CTUP

sltm_t1
Waiting for Signaling Link Test Acknowledgment message. This must be greater than the value in mtp2_t6.

(50)

China TUP

CTUP

sltm_t2
Interval for sending Signaling Link Test message.

(300)

China TUP

CTUP

RedirMax
Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain applications.

(3)

China TUP

CTUP

CLIPEss
Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.

0-1

(0)

Variant

Mdo File Name

Applicable TCT Property Name
Description.

Range (Default)

China TUP

CTUP

ASP-part
Determines whether a destination will attempt to take advantage of Feature Transparency signaling.

Y, N

(Y)

China TUP

CTUP

BTermStartIndex
Specifies the starting number analysis digit index for call terminations.

0-2

(0)

China TUP

CTUP

cr_len
Length of Q.931 Call Reference field.

(2)

China TUP

CTUP

TOverlap
Set to 1 to enable overlap signaling for call termination to this traffic path.

0-1

(0)

China TUP

CTUP

TMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(24)

China TUP

CTUP

TMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(0)

China TUP

CTUP

reference
The specific ANSI reference that is being implemented.

ANSI88, ANSI92,

ANSI96

(ANSI92)

China TUP

CTUP

ExtCOT
Set to 1 to enable COT handling for the specified destination. Only applicable to ANSISS7.

(0)

China TUP

CTUP

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

China TUP

CTUP

side
Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "network."

(network)

China TUP

CTUP

A/Bflag
Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.

A, b

(a)

China TUP

CTUP

OOverlap
Set to 1 to enable overlap signaling for call origination from this traffic path.

0-N

(0)

China TUP

CTUP

OMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(0)

China TUP

CTUP

OMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(24)

China TUP

CTUP

VNETId
Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""000"" to disable VNETId facilities.

T123

China TUP

CTUP

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

China TUP

CTUP

BcInitState
Indicates to TransPath System whether the default service state of bearer channels should be In-Service (IS) or Out-of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.

IS, OOS

(IS)

SS7/China Protocol, Variants, and Their properties.dat Values

SS7/S7 properties.dat Field Formats

Variant	Mdo File Name	Applicable TCT Property Name	Description	Range (Default)
ANSI SS7 IBN7	ANSISS7 IBN7	`msg_priority`	Message priority of management messages for congestion periods. Priority 1 is the highest priority.	1-4 (2)
ANSI SS7 IBN7	ANSISS7 IBN7	`max_msu_frm_len`	Maximum length of a C7 Message Signal Unit.	(272)
ANSI SS7 IBN7	ANSISS7 IBN7	`lssu_len`	Link Status Signal Unit, Status Field Length.	1 -2 (2)
ANSI SS7 IBN7	ANSISS7 IBN7	`max_align_tries`	Number of attempts to align link.	(5)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_t1`	Maximum period in "aligned/ready" state before return to "out-of-service" state.	(450)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_t2`	Maximum period in "not aligned" state before return to "out-of-service" state.	(250)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_t3`	Maximum period in "aligned" state before return to "out-of-service" state.	(20)
ANSI SS7 IBN7	ANSISS7 IBN7	`Proving_normal_ t4`	Normal proving period.	(95)
ANSI SS7 IBN7	ANSISS7 IBN7	`Proving_emg_t4`	Emergency proving period.	(6)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_t5`	Period for sending a Status Indication Busy (SIB) message to far-end.	(1)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp_t6`	Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.	(60)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_t7`	MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management message will be generated.	(10)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_suerm_thr`	Signal unit error threshold during normal operation.	32 - 64 sec (64)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_aerm_nrm_thr`	Signal unit error threshold during normal operation.	(4)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp2_aerm_emg_thr`	Signal unit error threshold during normal alignment.	(1)
ANSI SS7 IBN7	ANSISS7 IBN7	`max_slt_tries`	Maximum retries of Signal Link Test Message.	(2)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t7`	Waiting for signaling datalink connection acknowledgment.	(20)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t12`	Waiting for uninhibited acknowledgment.	(10)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t13`	Waiting for force uninhibited.	(10)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t14`	Waiting for inhibit acknowledgment.	(20)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t20`	Local Inhibit Test timer.	(600)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t24`	Overall MTP Restart Timer for local MTP restart.	59-61 (60)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t26`	Traffic Restart waiting message at local MTP restart.	12 - 15 sec (15)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t28`	Overall MTP Restart Timer for signaling point adjacent to one whose MTP restarts.	(10)
ANSI SS7 IBN7	ANSISS7 IBN7	`mtp3_t29`	Timer started when Traffic Restart Allowed is sent in response to unexpected Traffic Restart Allowed or Traffic Restart Waiting.	60 - 65 sec (60)
ANSI SS7 IBN7	ANSISS7 IBN7	`sltm_t1`	Waiting for Signaling Link Test Acknowledgment message. This must be greater than the value in `mtp2_t6`.	4 -12 sec (6)
ANSI SS7 IBN7	ANSISS7 IBN7	`sltm_t2`	Interval for sending Signaling Link Test message.	(60)
ANSI SS7 IBN7	ANSISS7 IBN7	`RedirMax`	Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain applications.	(3)
ANSI SS7 IBN7	ANSISS7 IBN7	`CLIPEss`	Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.	0-1 (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`ASP-part`	Determines whether a destination will attempt to take advantage of Feature Transparency signaling.	Y, N (Y)
ANSI SS7 IBN7	ANSISS7 IBN7	`GRA2`	Determines whether paired (0) or single (1) Group Reset Acknowledgements (GRA) are required before the reset will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.	(0, 1)
ANSI SS7 IBN7	ANSISS7 IBN7	`BTermStartIndex`	Specifies the starting number analysis digit index for call terminations.	0-2 (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`cr_len`	Length of Q.931 Call Reference field.	(2)
ANSI SS7 IBN7	ANSISS7 IBN7	`TOverlap`	Set to 1 to enable overlap signaling for call termination to this traffic path.	0-1 (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`TMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (24)
ANSI SS7 IBN7	ANSISS7 IBN7	`TMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.	0-N (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`CGBA2`	Determines whether paired (0) or single (1) Circuit Group Blocking Acknowledgements (CGBA) are required before the blocking will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.	(0, 1)
ANSI SS7 IBN7	ANSISS7 IBN7	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`reference`	Specifies the ITU or ANSI C7/SS7 version supported.	(ITU92)
ANSI SS7 IBN7	ANSISS7 IBN7	`ExtCOT`	Set to 1 to enable COT handling for the specified destination. Only applicable to ANSISS7.	(0)
ANSI SS7 IBN7	ANSISS7 IBN7	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
ANSI SS7 IBN7	ANSISS7 IBN7	`side`	Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "`network`."	(network)
ANSI SS7 IBN7	ANSISS7 IBN7	`A/Bflag`	Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.	a, b (a)
ANSI SS7 IBN7	ANSISS7 IBN7	`OOverlap`	Set to 1 to enable overlap signaling for call origination from this traffic path.	0-N (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`OMinDigits`	Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`OMaxDigits`	Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.	0-N (24)
ANSI SS7 IBN7	ANSISS7 IBN7	`VNETId`	Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""`000`""to disable `VNETId` facilities.	(T123)
ANSI SS7 IBN7	ANSISS7 IBN7	`VNETTbl`	Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.	(0101)
ANSI SS7 IBN7	ANSISS7 IBN7	`BOrigStartIndex`	Specifies the starting number analysis digit index for call originations.	0-1 (0)
ANSI SS7 IBN7	ANSISS7 IBN7	`BcInitState`	Indicates to TransPath System whether the default service state of bearer channels should be In- Service (IS) or Out-Of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.	IS, OOS (IS)

Table E-8: SS7/China Protocol, Variants, and Their properties.dat Values

Variant Mdo File Name Applicable TCT Property Name Description Range (Default)

ANSI SS7

IBN7

ANSISS7

IBN7

msg_priority
Message priority of management messages for congestion periods. Priority 1 is the highest priority.

1-4
(2)

ANSI SS7

IBN7

ANSISS7

IBN7

max_msu_frm_len
Maximum length of a C7 Message Signal Unit.

(272)

ANSI SS7

IBN7

ANSISS7

IBN7

lssu_len
Link Status Signal Unit, Status Field Length.

1 -2
(2)

ANSI SS7

IBN7

ANSISS7

IBN7

max_align_tries
Number of attempts to align link.

(5)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_t1
Maximum period in "aligned/ready" state before return to "out-of-service" state.

(450)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_t2
Maximum period in "not aligned" state before return to "out-of-service"
state.

(250)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_t3
Maximum period in
"aligned" state before
return to "out-of-service" state.

(20)

ANSI SS7

IBN7

ANSISS7

IBN7

Proving_normal_ t4
Normal proving period.

(95)

ANSI SS7

IBN7

ANSISS7

IBN7

Proving_emg_t4
Emergency proving period.

(6)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_t5
Period for sending a Status Indication Busy (SIB) message to far-end.

(1)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp_t6
Remote congestion timer. If congestion is not cleared before expiration of this timer, the link fails.

(60)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_t7
MTP2 acknowledgment timer. Upon expiration, the link will fail and an "excessive delay of acknowledgment" management message will be generated.

(10)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_suerm_thr
Signal unit error threshold during normal operation.

32 - 64 sec
(64)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_aerm_nrm_thr
Signal unit error threshold during normal operation.

(4)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp2_aerm_emg_thr
Signal unit error threshold during normal alignment.

(1)

ANSI SS7

IBN7

ANSISS7

IBN7

max_slt_tries
Maximum retries of Signal
Link Test Message.

(2)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t7
Waiting for signaling
datalink connection acknowledgment.

(20)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t12
Waiting for uninhibited
acknowledgment.

(10)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t13
Waiting for force uninhibited.

(10)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t14
Waiting for inhibit acknowledgment.

(20)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t20
Local Inhibit Test timer.

(600)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t24
Overall MTP Restart Timer for local MTP restart.

59-61

(60)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t26
Traffic Restart waiting message at local MTP restart.

12 - 15
sec
(15)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t28
Overall MTP Restart Timer for signaling point adjacent to one whose MTP restarts.

(10)

ANSI SS7

IBN7

ANSISS7

IBN7

mtp3_t29
Timer started when Traffic Restart Allowed is sent in response to unexpected Traffic Restart Allowed or Traffic Restart Waiting.

60 - 65 sec
(60)

ANSI SS7

IBN7

ANSISS7

IBN7

sltm_t1
Waiting for Signaling Link Test Acknowledgment message. This must be greater than the value in mtp2_t6.

4 -12 sec
(6)

ANSI SS7

IBN7

ANSISS7

IBN7

sltm_t2
Interval for sending Signaling Link Test message.

(60)

ANSI SS7

IBN7

ANSISS7

IBN7

RedirMax
Specifies the maximum allowable value of the Redirection Counter parameter available in some C7 signaling systems before call will be force-released. Used to prevent routing loops in certain
applications.

(3)

ANSI SS7

IBN7

ANSISS7

IBN7

CLIPEss
Set to 1 to force request of Calling Line Identity (CLI) if not automatically provided.

0-1

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

ASP-part
Determines whether a destination will attempt to take advantage of Feature Transparency signaling.

Y, N

(Y)

ANSI SS7

IBN7

ANSISS7

IBN7

GRA2
Determines whether paired (0) or single (1) Group Reset Acknowledgements (GRA) are required before the reset will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.

(0, 1)

ANSI SS7

IBN7

ANSISS7

IBN7

BTermStartIndex
Specifies the starting number analysis digit index for call terminations.

0-2

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

cr_len
Length of Q.931 Call Reference field.

(2)

ANSI SS7

IBN7

ANSISS7

IBN7

TOverlap
Set to 1 to enable overlap signaling for call termination to this traffic path.

0-1

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

TMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(24)

ANSI SS7

IBN7

ANSISS7

IBN7

TMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call termination to this traffic path.

0-N

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

CGBA2
Determines whether paired (0) or single (1) Circuit Group Blocking Acknowledgements (CGBA) are required before the blocking will be considered successful. Only applicable to ANSISS7, IBN7, and CTUP protocols.

(0, 1)

ANSI SS7

IBN7

ANSISS7

IBN7

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

reference
Specifies the ITU or ANSI C7/SS7 version supported.

(ITU92)

ANSI SS7

IBN7

ANSISS7

IBN7

ExtCOT
Set to 1 to enable COT handling for the specified destination. Only applicable to ANSISS7.

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

ANSI SS7

IBN7

ANSISS7

IBN7

side
Indicates which side of the Q.921 interface TransPath System should assume. Most applications require this field set to "network."

(network)

ANSI SS7

IBN7

ANSISS7

IBN7

A/Bflag
Sets either A or B side for DPNSS link. Ignored by non-DPNSS protocols.

a, b

(a)

ANSI SS7

IBN7

ANSISS7

IBN7

OOverlap
Set to 1 to enable overlap signaling for call origination from this traffic path.

0-N

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

OMinDigits
Specifies minimum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

OMaxDigits
Specifies maximum number of digits to receive for overlap digit processing for call origination from this traffic path.

0-N

(24)

ANSI SS7

IBN7

ANSISS7

IBN7

VNETId
Four-character alphanumeric specifying which customer ID this traffic path is associated with. Set to ""000""to disable VNETId facilities.

(T123)

ANSI SS7

IBN7

ANSISS7

IBN7

VNETTbl
Four-digit numeric used to specify on-net and off-net feature allowance tables. Only applicable to certain access protocols.

(0101)

ANSI SS7

IBN7

ANSISS7

IBN7

BOrigStartIndex
Specifies the starting number analysis digit index for call originations.

0-1

(0)

ANSI SS7

IBN7

ANSISS7

IBN7

BcInitState
Indicates to TransPath System whether the default service state of bearer channels should be In- Service (IS) or Out-Of-Service (OOS) when the destination is available. Only set to OOS for specific signaling systems that perform bearer channel negotiation.

IS, OOS

(IS)

Table of Contents

Configuration Properties

Backus-naur Conventions

Bellcore TL1 Conventions