Telcordia -

Components of this product are:

GR-1009-CORE

1 gr1031

3 GR-1031

4 OTGR Section 15.6: Operations Interfaces Using OSI Tools: Test

Access Management (A Module Of OTGR, FR-439)

6 PS41

5 02

7 REV01 - Dec 1998

font color="FF0000">14 1997/10/01

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA; 74

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

6 FR-439

7 GR_1031_ILR.i2A.pdf;GR_1031_CORE.i02r01.pdf

THIS

DOCUMENT IS SOLD ONLY AS AN ENTERPRISE

LICENSE

This Generic Requirements (GR) document provides the view of Telcordia on

generic criteria for interfaces to support test access management using Open

Systems Interconnection (OSI) management tools. These interfaces support

functions applicable to network systems that support remote test access, such as

Test System Controller/Remote Test Unit (TSC/RTU) and

standalone Access Systems (AS).

This document focuses on metallic and digital test access that supports a

variety of service types. The document also provides the foundation test access

model for other technologies and architectures, e.g., Integrated Digital Loop

Carrier (IDLC), Fiber In The Loop (FITL), and Basic Rate Interface (BRI)

Integrated Services Digital Network (ISDN).

Revision 1 incorporates the ability to access SONET.

This GR also includes one or more Issue List Reports (ILRs) that details open

or closed technical issues in the main document. The ILR(s) are automatically

sent free of charge to the GR document purchaser.

Components of this product are:

GR-1031-CORE

GR-1031-ILR

1 gr1042

3 GR-1042

4 Generic Requirements for Operations Interfaces Using OSI Tools -

Information Model Overview: Synchronous Optical Network (SONET)

Transport Information Model

6 PS24 PS41

5 03

font color="FF0000">14 1998/12/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001042 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

7 GR_1042_CORE.i03.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

This document presents the view of Telcordia on generic requirements for the

information model of the system management interface between Management Systems

and Synchronous Optical Network (SONET) Network Elements (NEs) using Open System

Interconnection (OSI) management services and protocols.

This document provides an overview and usage requirements for the SONET

Transport Information Model, referencing object class definitions provided by

other Telcordia GRs and standards documents. Additional information is provided

to aid developers in understanding, implementing, and using the information

model. A companion document, GR-1042-IMD, Generic Requirements for

Operations Interfaces Using OSI Tools - Information, Model Details: Synchronous

Optical Network (SONET) Transport Information Model, provides detailed

definition of object classes using GDMO (Guidelines for the Definition of

Managed Objects) templates and ASN.1 (Abstract Syntax Notation - One) supporting

productions.

When using GR-1042, you may need to refer to GR-836, GR-836-IMD, and

GR-1042-IMD. You may also want to refer to GR-253, GR-828,

GR-1114, GR-1230, GR-1253, GR-1400, and SR-NWT-002436; ITU-T

G. 774, M.3100, Q.821, Q.822, X.209, X.229, X.721, X.738, X.739, and X.744; ISO

864, 865, 954, 959, 9542, 9595, 9596, 10164, 10165, 10589, 10733, 10737, and

10742; and ANSI T1.119-02, T1.231, and T1.247.

Components of this product are:

GR-1042-CORE
1 gr1042imd
3 GR-1042-IMD
4 Generic Requirements for Operations Interfaces Using OSI Tools -
Information Model Details: Synchronous Optical Network (SONET)
Transport Information Model
6 PS24 PS41
5 03
font color="FF0000">14 1998/12/01
font color="FF0000">19 Industry Requirements And Standards (RS)
7 NA; 356
1 CD;PDF
2 CD-ROM;PDF
8 $875.00;$875.00
4 Y
8 PS
5 N
9 Y
7 GR_1042_IMD.i03.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE

This document presents the Telcordia proposed generic requirements for the
information model of the system management interface between management
systems and Synchronous Optical Network (SONET) Network Elements (NEs) using
Open System Interconnection (OSI) management services and protocols. This
document provides detailed template and supporting production definitions
for the SONET Transport Information Model using GDMO (Guidelines for the
Definition of Managed Objects) templates and ASN.1 (Abstract Syntax Notation
One) supporting productions. A companion document, GR-1042 provides
an overview and usage requirements for this model, as well as additional
information to aid developers in understanding, implementing, and using the
information model.
Issue 3 provides a number of modifications to GR-1042. It contains updates
to the BLSR Management Information Model (MIM) to support Non-pre-emptible
Unprotected Traffic (NUT) and adoption of several revised objects from
standards. Issue 3 also deprecates several parts of the model that have
been replaced by updated objects. When ordering this product, you will receive
the complete document and associated diskette files on one CD ROM.
GR-1042-IMD replaced TR-NWT-001042-DISK.
When using GR-1042-IMD, you may want to refer to GR-836, GR-836-IMD,
GR-1114, and GR-1230; ISO 7498-4, 9595 (X.710), 9596-1 (X.711), and
10165 (X.722), ITU-T G.774 and M.3100; and ANSI T1.119.
1 gr1060
3 GR-1060
4 Switched Multi-Megabit Data Service (SMDS) Generic Requirements
for Exchange Access And Intercompany Serving Arrangements
6 PS58
5 01
font color="FF0000">14 1994/04/12
font color="FF0000">19 Industry Requirements And Standards (RS)
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $252.00;$252.00
4 Y
8 PS
5 N
9 Y
7 GR_1060_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN
ENTERPRISE LICENSE

This document presents the View of Telcordia on generic requirements for
Exchange Access Switched Multimegabit Data Service (XA-SMDS) and serving
arrangements between two or more Local Exchange Carriers (LECS) to support
Switched Multimegabit Data Service.
GR-1060 replaced TR-TSV-001060.
Components of this product are:

GR-1060-CORE

1 gr1063

3 GR-1063

4 Generic Operations Criteria in Support of Intercarrier SMDS

6 PS58

5 01

font color="FF0000">14 1994/07/12

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-TSV-001063 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $252.00;$252.00

4 Y

8 PS

5 N

9 Y

7 GR_1063_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

Switched Multi megabit Data Service (SMDS) is a high-speed,

connectionless, public packet switching service that will take Local Area

Network (LAN)-like performance beyond the end-user's premises, across wide

systems, and user workstations.

This document presents the view of Telcordia on operations

generic criteria for Network Elements (NEs) supporting Exchange Access Switched

Multi megabit Data Service (XA-SMDS) and SMDS serving arrangement between

Local Exchange Carriers (LECs) or other local service providers.

Components of this product are:

GR-1063-CORE

1 gr1073

3 GR-1073

4 Generic Requirements for Single-Mode Fiber Optic Switches

6 PS32

5 01

font color="FF0000">14 2001/01/16

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001073 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

6 FR-FIBER-2

7 GR_1073_CORE.i01.pdf

THIS

DOCUMENT IS SOLD ONLY AS AN ENTERPRISE

LICENSE

Issue 1 of GR-1073-CORE replaces TR-NWT-001073, Issue 1.

This document provides the Telcordia Technical Forum's view of proposed

generic requirements for single-mode, fiber optic switches. GR-1073-CORE covers

optical switching technologies that are commercially available at the time of

the release of this document. Optical switching technology is driven by the

need to provide flexibility in optical network connectivity. Currently the prime

applications are optical protection, test systems, and remotely reconfigurable

add-drop multiplexers. Possible future applications include remote optical

provisioning and restoration.

This GR provides an overview of commercially available switching

technologies, provides a set of default generic criteria for those technologies,

and recommends test procedures to determine the conformance or nonconformance of

the product to the manufacturer's specifications and/or the default generic

criteria contained in this document. The generic criteria in this document are

intended for optical switches used in telecommunication service provider optical

networks, network switching and provisioning equipment, and optical test

equipment.

GR-1073-CORE proposes generic requirements for optical switching components

to help promote the satisfactory operation of these components in single-mode

fiber transmission networks, and to permit economical planning and engineering

of these networks.

This document describes characteristics, desired features, performance

requirements, and performance tests for analyzing single-mode switches.

Multimode switches are not considered in this document. Since requirements such

as insertion loss, crosstalk and switching time tend to be application-specific,

requirements for future applications will be addressed as these applications

become more clearly defined.

When using GR-1073, you may need to refer to GR-20,

GR-63, GR-326, GR-357, GR-468, GR-1221,

GR-1435, MIL-STD-883, IEC 876-1, ASTM GR-765,

GR-1222, GR-1295, and/or GR-3009.

Fiber Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this GR, including knowledge of how these generic requirements are

used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this GR, or to obtain further information regarding

Fiber Testing and Consulting Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

Telcordia Technologies

732-699-6161

Components of this product are:

GR-1073-CORE

1 gr1081

3 GR-1081

4 Generic Requirements for Field-Mountable Optical Fiber Connectors

6 PS32

5 01

font color="FF0000">14 1995/01/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001081 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $546.00;$546.00

4 Y

8 PS

5 N

9 Y

6 FR-FIBER-1

7 GR_1081_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document is a module of Fiber Optic Cables and

Connectors,FR-FIBER-1.

Optical fiber connectors are used to join optical fibers where a

connect/disconnect capability is required. Optical fiber connectors are also

used in telephone company central offices, at installations on customer

premises, and in outside plant applications. Their uses include making the

connection between equipment and the telephone plant, optical cross-connects,

and connecting optical test equipment to the plant. The basic connector unit is

a connector assembly that consists of an adapter and two connector plugs. Field

Mountable Optical Fiber Connector assemblies can be broken up into two major

categories: 1) Single Jointed Connector Assemblies, and 2) Multiple Jointed

Connector Assemblies.

This document provides the Telcordia view of generic requirements for field

mountable, single-mode, optical fiber connector.

When using GR-1081, you may need to refer to GR-326.

Fiber Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this GR, including knowledge of how these generic requirements are

used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this GR, or to obtain further information regarding

Fiber Testing and Consulting Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

Telcordia Technologies

732-699-6161

Components of this product are:

GR-1081-CORE

1 gr1083

3 GR-1083

4 Generic Requirements for Exchange Access Automatic Message

Accounting (AMA), FSD 20-25-0000

6 PS13

5 05

font color="FF0000">14 2004/09/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001083 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

6 FR-64, FR-AMA-1

7 GR_1083_CORE.i05.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 5 of GR-1083-CORE, Generic Requirements for Exchange Access Automatic

Message Accounting (AMA) (FSD 20-25-0000), replaces Issue 4, and is a

module of FR-64, LSSGR, and FR-AMA-1, Automatic Message

Accounting - Family of Requirements.

GR-1083-CORE presents the latest changes to Automatic Message Accounting

(AMA) data generation requirements in network switching systems. These systems

provide the switched services segment of exchange access service. Switched

access services provide, by way of the Local Exchange Carrier (LEC), access to

the local exchange portion of the Public Switched Network. This document

contains:

Exchange access requirements to respond to increasing

competitionwithin the telecommunications industry, focusing on

AMA for network interconnection and wholesale billing

Addressing call jurisdiction considerations

Carrier billing

Bill validation applications.

Enhancements to network interconnection and exchange access recording

capabilities that impact LEC revenue such as local interconnection usage that

goes unbilled, often because measurements are not in place to capture

information related to all forms of interconnection traffic.

Equipment suppliers will avoid the need for retrofitting their

interconnection call detail recording (CDR) procedures to meet LEC customized

needs (Telcordia has figured this out and documented it in this GR). Potential

cost savings are $150K to $200K.

Service Providers will receive a complete and consistent set of exchange

access CDR information from each equipment supplier (thereby significantly

simplifying carrier access billing system [CABS] processing). Potential

annual recurring savings is estimated to be about $100K to $150K per

year.

Local Service Providers will find the AMA requirements in this document

critical in order to receive revenue from local interconnection usage.

Issue 5 contains:

Clarifications and additions to requirements for recording originating

numbers in originating and terminating AMA records when one or more Signaling

System No. 7 (SS7) parameters are received identifying the call's originating

number

Updates to requirements for recording Terminating (called party) Numbering

Plan Area (NPA) information for when calls are received with seven-digit

terminating numbers.

Updates for recording information received in the SS7 Originating Line

Information Parameter.

When using GR-1083, you may need to refer to GR-508, GR-1100,

GR-317, GR-394, GR-506, GR-533, GR-862, GR-1298,

GR-2936, GR-2970. You may also want to refer to GR-534, GR-690,

GR-692, GR-698, GR-1147, GR-1504, GR-2892, GR-3012,

GR-3058, and/or ATIS TRQ No. 2.

Components of this product are:

GR-1083-CORE

1 gr1087

3 GR-1087

4 Generic Requirements for Common Channel Signaling (CCS) Network

Usage Measurement Functionality

6 PS14

5 02

font color="FF0000">14 2000/12/29

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001087 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

6 FR-AMA-1

7 GR_1087_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

Issue 2 of GR-1087-CORE, Generic Requirements for Common Channel

Signaling (CCS) Network Usage Measurement Functionality, replaces Issue 1.

This Generic Requirements document (GR) provides proposed requirements for

network capabilities that support the collection of measurements for CCS network

usage. To support the collection of CCS usage measurements, new network

functionality is needed since the current network usage measurement capabilities

do not capture CCS network usage.

The usage measurement functionality defined in this GR is mainly intended for

collecting measurements for CCS messages that are sent to or received from other

CCS network providers. This document refers to these measurements as

internetwork CCS usage measurements. CCS usage measurements can be used by a

company to produce and support invoices sent to interconnecting CCS network

providers for use of its CCS network facilities. In addition, these measurements

can be used for intracompany purposes (e.g., for cost allocation within a

network or for network engineering) or to verify an invoice that it receives

from another CCS network provider (i.e., bill verification).

The generic requirements contained in this document support only CCS usage

measurements (e.g., measurements of the CCS messages passed between the two

switching systems). They do not support measurements for circuit usage or

measurements for application processing at switching systems or SCPs. Usage

measurement requirements for circuit usage are contained in other requirements

documents. For example, the usage measurements for CCS-based call detail records

can be found in Issue 2 of GR-3012-CORE. The areas of this document that

have undergone significant changes since GR-1087-CORE, Issue 1, are as follows:

Sections 1, 2, 3, and 4 have been updated to remove all references to

implementation (at a STP or a stand alone adjunct) of the CCS network usage

measurement functionality.

Sections 1, 2, 3, and 4 have been updated to remove all references and

requirements for detailed (single message) recording.

Sections 1, 2, 3, and 4 have been updated to include new requirements for

Trunk Group Number aggregation, SS7 Global Title aggregation, and Calling and

Called Subsystem numbers aggregation.

GR-1087 replaces FA-TSY-001045.

When using GR-1087, you may need to refer to GR-82, GR-284,

GR-385, TA-TSY-000387, TR-TSY-000827, GR-828, GR-833,

GR-508, and/or GR-1343. You may also want to refer to GR-246,

GR-317, GR-394, TR-NWT-000444, GR-1100, and/or GR-3012.

Components of this product are:

GR-1087-CORE

1 gr1089

3 GR-1089

4 Electromagnetic Compatibility and Electrical Safety - Generic

Criteria for Network Telecommunications Equipment

6 PS11 PS21 PS73 PS83

5 05

font color="FF0000">14 2009/08/12

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001089 Issue02

7 NA; 306

1 CCD;PDF

2 CUSTCD;PDF

8 Contact;Contact

4 Y

8 PS

5 N

9 Y

6 FD-NEBS-01, FR-2063, FR-440, FR-64

7 GR_1089_CORE.i05.pdf;ROADMAP_TO_NEBS_1.i04.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 5 of GR-1089, Electromagnetic Compatibility and Electrical Safety -

Generic Criteria for Network Telecommunications Equipment, replaces Issue 4,

and is a module of FR-64, FR-440, and FR-2063

Since Issue 4 was published in 2006, there is the need to update some of the

criteria levels in Sections 2, 3, 4, and 10. These changes were made to bring

the document more in line with current telecommunications equipment, as was

originally noted in those Sections in Issue 4.

Telcordia also plans on releasing an Issues List Report (ILR) for Issue 5. As

a purchaser of Issue 5, you will automatically receive a copy of the ILR, Issue

5A.

Value of GR-1089

For more than 15 years, telecommunications service providers have used GR-1089

to ensure their telecommunications equipment contained the Electromagnetic

Compatibility (EMC) and electrical safety criteria necessary to perform safely

and reliably. The NEBS (Network Equipment-Building System) criteria in this

valuable reference covers equipment in central offices; equipment in the outside

plant at locations such as controlled environmental

vaults, electronic equipment enclosures, and huts; equipment in uncontrolled

structures such as cabinets; and network equipment at the customer premises.

Telecommunications equipment, by nature of its application in the

telecommunications network, may be exposed to one or more sources of

electromagnetic energy. The system-level generic criteria for EMC presented in

this NEBS document are intended to help avoid equipment damage and malfunction

because of lightning, 60-Hz commercial power fault conditions, Electrostatic

Discharge (ESD), Electrical Fast Transient (EFT), Electromagnetic Interference

(EMI), operation in the presence of a dc potential difference, and operation in

a steady-state induced voltage environment. This document also presents other

criteria intended to help establish that equipment will not become a fire or

electrical safety hazard in the presence of severe lightning or 60-Hz commercial

power fault conditions. Safe voltage levels for intentionally applied sources,

electrochemical corrosion effects, and grounding are also considered.

BONUS - FREE DOCUMENT!!!!!

This CD also includes a free Roadmap to NEBS(TM) guide, that lists and

describes all NEBS-related documents, and the NEBS program.

NEBS Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this NEBS GR, including knowledge of how these generic requirements

are used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this NEBS GR, or to obtain further information

regarding NEBS Testing and Consulting Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

732-699-6161

Components of this product are:

GR-1089-CORE
ROADMAP-TO-NEBS-1	"Telcordia Roadmap to NEBS Documents"
1 gr1093
3 GR-1093
4 Generic State Requirements for Network Elements
6 PS41
5 02
font color="FF0000">14 2000/06/30
font color="FF0000">19 Industry Requirements And Standards (RS)
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $875.00;$875.00
4 Y
8 PS
5 N
9 Y
7 GR_1093_CORE.i02.pdf
THIS DOCUMENT IS SOLD ONLY
AS AN ENTERPRISE LICENSE
Issue 2 of GR-1093, Generic State Requirements for Network Elements
(NEs), replaces Issue 1 and its Revision 1.
This Generic Requirements document (GR) presents the Telcordia view of
proposed generic state requirements for Network Elements (NEs). The generic
requirements defined in this document should help promote a multi vendor
environment, and are intended to help the client companies continue to provide
high-quality service to their customers. Two state models are presented in this
document. One is the Telcordia State Model, which consolidated the state models
previously described in several Telcordia documents. By consolidating the
models, changes and expansions to the models can be presented and can evolve in
a coordinated fashion. Also, inconsistencies and redundancy may be averted. The
other model is the International Standards Organization (ISO) State Model
defined in ISO/IEC 10164-2. This GR also provides a comparison of the two
models.
The Telcordia State Model has been developed and evolved in the
telecommunications environment. It uses traditional telephony terminology and
provides state information generally in greater detail than the current ISO
State Model. The Telcordia state models have been implemented to different
degrees in various Operations System (OS) to NE interfaces (see GR-199 and
GR-833 using Transaction Language One (TL1)).
The ISO State Model is defined in ISO/IEC 10164-2. This standard defines a
state management function that may be used by an application process to interact
for the purpose of systems management as defined by ISO/IEC 7498-4. It consists
of generic attributes definitions and provides service descriptions, for
example, to change state value and report state changes. The ISO State Model has
been adopted by the standards and Telcordia, e.g., in the information models
defined in ITU-T Recommendation M.3100 and GR-836-IMD, for the interfaces based
on Open Systems Interconnection (OSI)/Common Management Information Service
Element (CMISE).
To help ensure interoperability, particularly for an OS that interfaces with
multiple NEs using one of the two state models, a mapping between the models may
be needed. This document provides a mapping for the two models and also defines
the extension to the OSI state/status attributes that is necessary to meet the
telecommunications needs of the clients.
A generic Alarm Reporting Control (ARC) functionality and a standard ISO
information model has been defined in ITU-T Recommendation M.3100 Amendment 3.
Issue 2 of GR-1093-CORE includes an overview in Section 3.2.3 and new secondary
states have been added to the Telcordia State Model to model the generic Alarm
Reporting Control functionality. Additionally, requirement numbering and format
has changed to align the document with the Telcordia Generic Requirements
process.
GR-1093 replaced TR-NWT-001093.
When using GR-1093, you may need to refer to TR-TSY-000827, GR-828,
and/or ISO/IEC 10164-2. You may also want to refer to GR-199, GR-472,
GR-474, TR-TSY-000821, GR-831, GR-833, GR-836-IMD,
GR-892, GR-1507, ISO 9595, ISO 9596, ISO/IEC 10165-2, ITU-T M.3100,
and/or ANSI T1M1.5/92-023.
Components of this product are:

GR-1093-CORE

1 gr1095

3 GR-1095

4 Generic Requirements for Multi-Fiber Splicing Systems for

Single-Mode Optical Fibers

6 PS32

5 02

font color="FF0000">14 1996/11/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001095 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $798.00;$798.00

4 Y

8 PS

5 N

9 Y

7 GR_1095_CORE.i02.pdf

THIS

DOCUMENT IS SOLD ONLY AS AN ENTERPRISE

LICENSE

This document identifies the Telcordia view of generic technical

requirements for analyzing multi fiber splicing systems. Included in this

document are the requirements, desired features, characteristics and objectives

for multi fiber mechanical and multi fiber fusion splicing systems and the

recommended test method for comparing the product against the stated

requirements.

When using GR-1095, you may need to refer to GR-765, GR-20,

GR-63, GR-1009, GR-1089, GR-1380, ASTM G21, and/or some EIA/TIA

455 FOTPs. You may also want to refer to GR-264, GR-409, GR-454,

GR-839, GR-955, TR-NWT-001196, and/or GR-2853.

Fiber Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this GR, including knowledge of how these generic requirements are

used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this GR, or to obtain further information regarding

Fiber Testing and Consulting Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

Telcordia Technologies

732-699-6161

Components of this product are:

GR-1095-CORE

1 gr110

3 GR-110

4 Generic Requirements for Thermoplastic Insulated Steam Resistant

Cable

6 PS33

5 01

font color="FF0000">14 1994/08/10

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-000110 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $504.00;$504.00

4 Y

8 PS

5 N

9 Y

7 GR_110_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document contains the Telcordia view of the requirements for

Thermoplastic Insulated Steam Resistant Metallic Cable, used in proximity of a

steam distribution system in the outside plant area of a Local Exchange

Carrier's (LEC's) distribution networks. The document includes functional

design criteria, mechanical and electrical generic requirements, and test

methods for comparing the product against the stated requirements.

When using GR-110, you may need to refer to GR-421, GR-492 and

several ASTM specifications. You may also want to refer to GR-1252 and/or

ISO 9000 and 9004 documents.

Components of this product are:

GR-110-CORE

1 gr1100

3 GR-1100

4 Billing Automatic Message Accounting Format (BAF) Generic

Requirements

6 PS13

5 14

font color="FF0000">14 2009/12/31

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA; 2428

1 CCD;PDF

2 CUSTCD;PDF

8 Contact;Contact

4 Y

8 PS

5 N

9 Y

6 FR-AMA-1

7 GR_1100_CORE.i14.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

ENTERPRISE LICENSE

Issue 14 of GR-1100-CORE, Billing Automatic Message Accounting Format (BAF)

Generic Requirements, replaces Issue 13, and is a module of FR-AMA-1.

Automatic Message Accounting (AMA) is the process that generates data from

which customers and carriers are billed for their use of network services and

capabilities. GR-1100 contains requirements for the Billing AMA Format (BAF)

information recorded to support the full range of local exchange carrier

services. This document has been designed to support the BAF information needs

of a broad audience, including, but not limited to, telecommunications equipment

suppliers, and Local Exchange Carriers (LECs). It is intended for planners of

new services and capabilities for which billing is usage-based; for designers,

developers, and implementers; and for individuals involved in AMA operations.

GR-1100 is the authoritative source for the BAF formats that are processed

within the billing systems of all major United States LECs. BAF is the preferred

format for all AMA data generated for processing by a LEC Revenue Accounting

Office (RAO). The BAF requirements in this document describe the AMA elements

needed to support a complete spectrum of services and technologies, including

local and network interconnection services, operator services, toll-free

services, Intelligent Network database services, wireline and wireless call

recording, IP addressing, and broadband data services.

GR-1100 is the only available updated document which defines the BAF

recordings generated for call scenarios. It describes the possible groupings of

BAF structures and modules that form BAF records, the connection between

service/technology and call type, how call type and call conditions determine

what structure and modules (if any) are selected for generation of a BAF record,

and how the characteristics of the calling/called addresses as well as the

services provided are factors in module generation.

Issue 14 includes the following significant changes and additions:

A new Section 1.14 related to Next Generation Network (NGN) billing and

accounting

Additional values in Table 610 to identify call characteristics based on the

DiffServ classes of service

Added values and modified explanatory text in Table 620 to better describe

the type and role of components providing usage data for IP services

Added explanatory text to Table 803 to indicate this data field can be used

to record Service Level Priority

Added explanatory text to Module Code 255, IPv4 Binary Address

Revised the titles of Modules Codes 611, 612, and 613 (generic modules)

Updated generic requirements references for Module Code 264, Quality of

Service (QoS).

Components of this product are:

GR-1100-CORE

1 gr1102

3 GR-1102

4 OTGR Section 15.8: Generic Operations Interfaces Using OSI Tools:

Access and Testing Management

6 PS41

5 03

font color="FF0000">14 1998/12/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001102 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

6 FR-439

7 GR_1102_CORE.i03.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

This document presents the view of Telcordia on proposed generic requirements

for test access and testing management using the Open Systems Interconnection

(OSI) Management services and protocols. The functions described are applicable

to operations and network systems that support

remote testing.

This document provides preliminary descriptions of an information model to

support an operations interface between a network management system and a

managed system, for example, a Testing Operations System (TOS) and a Test

System Controller

(TSC).

The information model defined in this GR supports a corresponding subset of

Transaction Language One (TL1) messages that are defined in GR-834,OTGR

Section 12.4: Network Maintenance: Access and Testing Messages.

The object classes proposed here may be regarded as

superclasses from which subclasses can be refined for specific

applications. DDS Testing has been added to Issue 3, along with other

clarifications.

Components of this product are:

GR-1102-CORE
1 gr111
3 GR-111
4 Generic Requirements for Thermoplastic Insulated Riser Cable
6 PS33
5 01
font color="FF0000">14 1995/07/01
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TR-TSY-000111 Issue02
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $252.00;$252.00
4 Y
8 PS
5 N
9 Y
7 GR_111_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
This document provides the Telcordia view of generic requirements for
thermoplastic insulated telecommunications cables intended primarily for
unpressurized use in commercial and telephone buildings. These cables, namely,
Standard Riser Cable and Data Grade Riser Cable, shall be listed
under National Electrical Code, Section 800, Type CMR, as meeting fire
resistance requirements for use in vertical shafts and shall be marked to
indicate compliance or shall meet the requirements of	"Network Equipment
Building Systems NEBS(TM) Generic Requirements."
NEBS Testing and Consulting
Telcordia is uniquely positioned to provide in-depth, expert consulting
regarding this GR, including knowledge of how these generic requirements are
used by telecommunication carriers in selecting products to meet their
deployment needs. Telcordia also offers a comprehensive and independent
laboratory testing service that helps manufacturers develop and qualify new
products and bring those products to market in a timely and cost-effective
manner.
To submit comments on this GR, or to obtain further information regarding
NEBS Testing and Consulting Services, please contact:
Melissa Handa
Executive Director - Network and Product Integrity
Telcordia Technologies
732-699-6161
mhanda@telcordia.com

Components of this product are:

GR-111-CORE

1 gr1110

3 GR-1110

4 Broadband Switching System (BSS) Generic Requirements

6 PS15 PS58

5 04

font color="FF0000">14 2000/12/26

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

6 FR-AMA-1

7 GR_1110_CORE.i04.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 4 of GR-1110-CORE, Broadband Switching System (BSS)

Generic Requirements, replaces Issue 3.

GR-1110-CORE provides the requirements for a Broadband Switching System (BSS)

to support the following services on a common Asynchronous Transfer Mode (ATM)

platform:

Permanent Virtual Connection (PVC) Cell Relay Service

Switched Virtual Connection (SVC) Cell Relay Service

Switched Multimegabit Data Service (SMDS)

PVC Frame Relay Service

DS1/DS3 Circuit Emulation Service.

Requirements are also provided to allow interworking between broadband networks

and narrowband networks for some limited capabilities, specifically voice over

ATM and n x 64 kbps data over ATM.

The BSS as defined by the requirements in this GR pertain to an integrated

system, i.e., the call control, connection control, and switching fabric

functionality are all contained within one physical system. This is in contrast

to a modular system where call control, connection control, and the ATM

switching fabric functionality are contained in two or more physical systems

interconnected by open interfaces.

The requirements in this GR allow a BSS to act as a local office (i.e.,

serving users), a tandem office (i.e., switching network facilities), or a

combined local/tandem office.

This document is intended as a central point for all requirements pertaining

to a BSS. In some cases, the actual requirements are contained in this GR while,

in other cases, this GR simply points to other requirements documents. In

particular, this GR provides requirements for

ATM switching, including requirements for ATM multicast switching

capabilities

BSS interfaces, including User-Network Interfaces (UNIs) and intranetwork

interswitch interfaces based on DSn and Synchronous Optical Network (SONET)

transmission systems

Call/connection processing functions such as code interpretation and

routing

Traffic control and congestion control

BSS performance objectives and reliability objectives

Usage measurements for billing

Service-specific (i.e., PVC Cell Relay Service, SVC Cell Relay Service,

SMDS, PVC Frame Relay Service, and DS1/DS3 Circuit Emulation Service)

requirements that allow these services to be provided over an ATM

connection.

This issue of GR-1110-CORE replaces Issue 3, December 1999. Telcordia has

solicited and received comments from suppliers and potential users. Progress in

the ATM/Broadband network standards, and the ATM Forum specifications has

provided further input. New considerations relating to Local Exchange Company

(LEC) service needs have also been identified.

As a result of these developments, the following major updates have been made

to Section 10 (Usage Information to Support Billing) of Issue 4 of GR-1110-CORE:

Added requirements for usage measurements for internetwork ATM SPVC

connections

Added requirements in support of the Network Call Correlation

Identifier

Added procedures for usage measurements for Transit SVCs

Added requirements for usage measurements of Quality of Service Delivered

(QoSD)

Added procedures for usage measurements of voice services in ATM

networks

GR-1110 replaced FA-NWT-001110.

Components of this product are:

GR-1110-CORE

1 gr1111

3 GR-1111

4 Broadband Access Signaling Generic Requirements

6 PS15 PS54 PS58

5 02

font color="FF0000">14 1996/10/02

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $364.00;$364.00

4 Y

8 PS

5 N

9 Y

7 GR_1111_CORE.i02.pdf;GR_1111_ILR.i2A.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document provides the view of Telcordia on generic

requirements for supporting Switched Virtual Connection (SVC) capabilities at a

Broadband user-network interface. The generic requirements allow a Broadband

Switching System (BSS) to offer various types of SVC services to Asynchronous

Transfer Mode (ATM) users.

These services include cell relay point-to-point as well as

point-to-multipoint switched virtual channel connections. The generic

requirements cover the switch functions, messages, procedures, and parameters

that, in the view of Telcordia are necessary to support SVC capabilities at the

user-network interface of a BSS. Thus, not only are signaling aspects covered,

but other switch requirements needed in conjunction with signaling are detailed.

This GR also includes one or more Issue List Reports (ILRs) that details open

or closed technical issues in the main document. The ILR(s) are automatically

sent free of charge to the GR document purchaser.

Components of this product are:

GR-1111-CORE

GR-1111-ILR

1 gr1113

3 GR-1113

4 Asynchronous Transfer Mode (ATM) Adaptation Layer (AAL)

Protocols

6 PS15

5 01

font color="FF0000">14 1994/07/14

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $560.00;$560.00

4 Y

8 PS

5 N

9 Y

7 GR_1113_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

Asynchronous Transfer Mode (ATM) is a connection-oriented packet-like

switching and multiplexing principle. ATM has been chosen by the ITU-T and

Committee T1 as the information transfer mode for Broadband Integrated Services

Digital Network (B-ISDN), and is also being implemented for Local Area Network

applications.

This Generic Requirements (GR) document provides the Telcordia

view of generic requirements for the ATM layer and ATM Adaptation Layer (AAL)

protocols to be used in ATM equipment. The document concentrates on the generic

requirements for he protocols of the ATM Layer and AAL as they operate across

the User Network Interface (UNI) and the Network Node Interface (NNI).

Five AAL protocols to support the following services are presented:

Unstructured Constant Bit Rate (CBR) service (the AAL1 protocol)

Variable Bit Rate (VBR) service (the AAL3/4 Common Part protocol)

Variable Bit Rate (VBR) service (the AAL5 Common Part protocol)

Frame Relay Service (the Frame Relaying Service Specific AAL protocol, which

utilizes the AAL Common Part)

User Network Interface (UNI) signaling service (the UNI Signaling AAL

protocol, which utilizes the AAL Common Part)

GR-1113 replaced TA-NWT-001113 and SR-NWT-001763.

When using GR-1113, you may need to refer to GR-499, GR-1110,

GR-1111, TR-NWT-001112, and/or ITU-T Q.2110 and Q.2130. You may also

want to refer to GR-436 and/or GR-1248.

Components of this product are:

GR-1113-CORE

1 gr1114

3 GR-1114

4 Generic Operations Interface Requirements: ATM Information Model

6 PS15 PS41 PS58

5 04

font color="FF0000">14 1999/01/03

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

7 GR_1114_CORE.i04.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document presents proposed generic requirements for operations

interfaces used to manage Asynchronous Transfer Mode (ATM) Network Elements

(NEs). Specifically, this document defines the information model needed to

support the exchange of ATM NE management information over a generic operations

interface.

The information model defined here is applicable to operations interfaces

that expose an ATM NE view for management, including interfaces between

Operations Systems (OS's) and ATM NEs as well as between Network Management

Systems (NMS's) and Element Management Systems (EMS's).

Issue 4 of this document reflects the requirements proposed in

GR-1248-CORE, Issue 4. It also reflects progress made in the areas of

national and international standards on ATM, such as ATM Forum M4 NE View

Requirements and Logical MIB, Version 2, ATM Forum Traffic Management 4.0, and

ITU-T Recommendation Q.824.6. Issue 4 also includes, on a separate floppy disk,

an ASCII formatted version of the ATM NE information model that

may be used as input to an ASN.1 compiler.

This document completely replaces GR-1114-CORE, Issue 3 and its revision.

GR-1114 replaced TA-NWT-001114.

When using GR-1114, you may need to refer to GR-1093, GR-1110,

GR-1248, and/or GR-1379. You may also want to refer to

TR-NWT-000835, GR-836-IMD, TR-TSV-001064, TR-TSV-001235,

GR-1253, GR-2897, and GR-2915; ITU-T G.774, I.610, M.3100Q.751.1,

Q2752.1, Q824.6, and X.283; ISO/IEC 10164 and 10165; and several ATM Forum

documents.

Components of this product are:

GR-1114-CORE

1 gr1115

3 GR-1115

4 BISDN Inter Carrier Interface (B-ICI) Generic Requirements

6 PS15 PS54 PS58

5 02

font color="FF0000">14 1995/12/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001115 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $336.00;$336.00

4 Y

8 PS

5 N

9 Y

7 GR_1115_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

A Broadband Integrated Services Digital Network (BISDN) Intercarrier Interface

(B-ICI) is defined as an Asynchronous Transfer Mode (ATM)-based multi-service

interface that connects public ATM switches of two different carriers or network

providers. For example, a B-ICI provides connectivity

between a Local Exchange Carrier (LEC) and an InterExchange Carrier (IEC).

The B-ICI is a multi-service interface and supports: Permanent Virtual

Connection (PVC), Cell Relay Service (CRS), and Circuit Emulation Service

(SMDS). A multi service B-ICI can be configured to support either one service

or any combination of the services mentioned to meet the traffic needs.

This document provides the view of Telcordia on generic requirements for a

multi-service B-ICI. This GR should be viewed as a supplement to the ATM

Forum's (an international public body consisting of telecommunications industry

segments representing carriers, network providers, manufactures, customer

premises equipment, and users) B-ICI Specification. The ATM Forum specification

focuses on use of B-ICI for intercarrier connectivity. The B-ICI generic

requirements in this document will also apply when a B-ICI is used as an

intracarrier interface to connect two ATM broadband switching

systems belonging to the same network provider.

Components of this product are:

GR-1115-CORE

1 gr1117

3 GR-1117

4 Generic Requirements for Exchange PVC CRS Customer Network

Management Service

6 PS15 PS58

5 01

font color="FF0000">14 1994/07/08

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $252.00;$252.00

4 Y

8 PS

5 N

9 Y

7 GR_1117_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document provides the view of Telcordia on generic requirements for

Exchange Permanent Virtual Connection (PVC) Cell Relay Service (CRS) Customer

Network Management (CNM) service. The CNM service provides customers with the

ability to manage their access to and use of Local Exchange Carrier

(LEC)-provided services such as Exchange PVC CRS and

certain aspects of the LEC network supporting those services.

The PVC CRS CNM service capabilities described in this GR are based on the

existing PVC CRS and ATM network requirements.

GR-1117 replaced TA-TSV-001117.

Components of this product are:

GR-1117-CORE

1 gr1129

3 GR-1129

4 AINGR: Switch - Intelligent Peripheral Interface (IPI)

6 PS52

5 08

font color="FF0000">14 2003/11/19

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $825.00;$825.00

4 Y

8 PS

5 N

9 Y

6 FR-15

7 GR_1129_CORE.i08.pdf

THIS

DOCUMENT IS SOLD ONLY AS AN

Issue 8 of GR-1129-CORE, AINGR: Switch - Intelligent Peripheral

Interface (IPI), is a module of AINGR, FR-15, and replaces Issue 7.

This GR provides the Telcordia view of proposed generic requirements for an

AIN Service Switching Point (SSP) to support interfaces to an AIN Intelligent

Peripheral (IP). An SSP is a switch with the capability to query external

service applications or databases to continue processing a call or continue

offering a service to an end user. An AIN SSP queries AIN Service Control Points

(SCPs) or AIN Adjuncts to obtain this processing data. AIN SSP capability can

reside on End Offices (EOs), Access Tandems (ATs), or EO/ATs. Due to the SSP-IP

interface, and to this connectivity of the switch with SCPs and Adjuncts, the

capabilities required in this document allow the IP to exchange data not only

with the SSP but with the SCP and Adjunct via the SSP.

The IP is used to provide information to a network user and/or to collect

information from a network user via a circuit-switched bearer connection. A

range of devices other than an IP may communicate with an SSP, SCP, or Adjunct

by using the Intelligent Peripheral Interface (IPI) as described in this GR. A

functional model of an IP is provided to assist in describing the interfaces; it

is not intended to suggest any particular implementation.

The purpose of this GR is to inform industry, including IP suppliers,

switching system suppliers, Operations System (OS) suppliers, SCP and Adjunct

suppliers, service creators, and others of the Telcordia view of proposed SSP

generic requirements to support the interface to an AIN IP. The proposed generic

requirements reflect the needs of Local Exchange Carriers (LECs) that have

participated with Telcordia in this work. This GR is not intended to imply an

implementation.

This GR contains the Telcordia view of proposed generic requirements for the

AIN SSP for supporting:

The interface between an IP and an AIN SSP. The interface described by

the proposed generic requirements may be used by an IP or by any other device

that conforms to the interface.

The interface between an IP and an AIN SSP to which the IP does not have a

direct Integrated Services Digital Network (ISDN) connection.

This GR also includes suggested formats for parameter encodings for:

Certain fields in messages that are used between an SCP/Adjunct and an

SSP for exchanging information with an IP.

Certain fields in messages to support AIN operations such as maintenance

(e.g., IP out of service) and security.

Data needed for Automatic Message Accounting (AMA).

Issue 8 of GR-1129-CORE updates information in Section 4, and 5. GR-1129

replaced TA-NWT-001129 and TA-TSY-000923.

When using GR-1129, you may need to refer to GR-268, TR-NWT-000864,

TR-NWT-001268, GR-1290, GR-1299, GR-2823. You may also need to

refer to GR-63, GR-317, GR-394, TR-NWT-000444, GR-508,

GR-520, GR-840, TR-TSY-000847, GR-853, TR-TSY-000856,

GR-858, TR-TSY-000859, TR-TSY-000860, GR-1089,

TR-NWT-001187, GR-1270, GR-1310, GR-2865 and/or certain ITU-T

recommendations.

Components of this product are:

GR-1129-CORE

1 gr1142

3 GR-1142

4 OSSGR Section 1: Introduction, Preliminary Requirements, and

Technology Issues

6 PS16

5 01

font color="FF0000">14 1997/09/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001142 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $700.00;$700.00

4 Y

8 PS

5 N

9 Y

7 GR_1142_CORE.i01.pdf;GR_1142_ILR.i1A.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document is a module of OSSGR, FR-271.

The Operator Services Systems Generic Requirements (OSSGR) is a comprehensive

compilation of requirements and objectives that, in the view of Telcordia, meet

typical Local Exchange Carrier (LEC) operator services call handling needs. The

requirements may be used by suppliers as a resource for their development of

operator services systems. The OSSGR may also be used as the basis for

analyzing operator systems developed by suppliers.

This Technical Reference (TR) is a comprehensive guide to the OSSGR Family

of Requirements, FR-271. It contains a detailed index of selected terms in

the OSSGR, and gives an in-depth discussion of the technologies and requirements

for meeting typical operator services call handling needs. Issue List Reports

(ILRs) associated with this document will present proposed requirements and

objectives that may affect a part of some or many of the more than 20 documents.

The ILRs will also discuss outstanding technology issues.

GR-505, GR-690, GR-692, GR-1142, GR-1144, and GR-1147

replaced TA-TSY-001052.

Components of this product are:

GR-1142-CORE

GR-1142-ILR

1 gr1143

3 GR-1143

4 OSSGR Sections 2-5: Overview of Network Plan, Features, and Call

Processing

6 PS16

5 01

font color="FF0000">14 1998/03/01

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $672.00;$672.00

4 Y

8 PS

5 N

9 Y

7 GR_1143_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

This document is a module of OSSGR, FR-271.

GR-1143-CORE, Issue 1, is an overview of the operator services system's

network plan, features, and call processing. Formerly Sections 2 through 5 of

TR-NWT-001142 (since replaced by GR-1142-CORE), it contains basic call

processing requirements of the operator services system along with a description

of its system architecture.

Components of this product are:

GR-1143-CORE

1 gr1144

3 GR-1144

4 OSSGR Section 6: Signaling

6 PS16

5 03

font color="FF0000">14 2001/08/17

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001144 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $805.00;$805.00

4 Y

8 PS

5 N

9 Y

7 GR_1144_CORE.i03.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

Issue 3 of GR-1144-CORE, OSSGR Section 6: Signaling,

replaces Issue 2 and is a module of OSSGR, FR-271.

GR-1144-CORE contains the trunk and line signaling generic requirements for

the operator services system. Some of these signaling requirements are identical

to access tandem requirements; they are referenced in Sections 2 through 4.

Sections 5 through 11 describe those requirements that are unique to the

operator services system. Signaling requirements for interfaces with other

network elements, such as the interface between the Core System and databases,

are contained in GR-1149-CORE. Issue 3 of GR-1144-CORE reflects the

following changes:

Issue 3 describes Bearer Independent Call Control (BICC) signaling and

the call scenarios in which BICC signaling is used. BICC signaling is used to

establish, process, and release calls over an Asynchronous Transfer Mode (ATM)

or Internet Protocol (IP) backbone network.

Issue 3 references the BICC generic requirements in GR-3100-CORE for

call scenarios in which BICC signaling is used, rather than ISUP signaling.

Issue 3 refers to logical traffic groups, rather than physical trunk groups,

whenever BICC signaling is used.

Issue 3 includes the Intercept codepoints and terminology that were adopted in

ANSI T1 standards. To be consistent with ANSI standards, Issue 3 removes the

conditional requirements associated with the signaling of the Local Service

Provider Identifier (LSPI).

GR-505, GR-690, GR-692, GR-1142, GR-1144, and GR-1147

replaced TA-TSY-001052.

When using GR-1144, you may need to refer to GR-506, GR-317,

GR-394, GR-532, GR-692, and/or GR-3100. You may also want to

refer to TR-NWT-000444, GR-505, GR-528, GR-531, GR-540,

GR-690, TR-NWT-001050, GR-1143, GR-1149, GR-1156,

GR-1162, GR-1173, GR-1175, GR-1277, GR-2857, GR-2959,

GR-2974, and/or FR-271.

Components of this product are:

GR-1144-CORE

1 gr1147

3 GR-1147

4 OSSGR Section 8: Administration

6 PS16

5 05

font color="FF0000">14 2005/08/31

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001147 Issue01

7 NA; 122

1 CCD;PDF

2 CUSTCD;PDF

8 $1,150.00;$1,150.00

4 Y

8 PS

5 N

9 Y

6 FR-271, FR-AMA-1, FR-LIDB-1

7 GR_1147_CORE.i05.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 5 of GR-1147-CORE, OSSGR Section 8: Administration, replaces Issue

4, and is a module of FR-271, FR-AMA-1, and FR-LIDB-1.

GR-1147-CORE describes administration requirements specifically applicable to

a Local Exchange Carrier (LEC) operator services system. The requirements are

coordinated with call processing requirements (described in Feature Specific

Documents [FSDs]) for operator services system functions and features described

throughout the OSSGR, FR-271. They apply to all operator services system

services, whether provided automatically or by an operator.

These requirements apply to an operator services system generating,

assembling, formatting, and outputting AMA data for use by a Revenue Accounting

Office (RAO). A LEC uses AMA data as the basis for billing end users and other

entities, such as InterLATA Carriers (ICs), for their usage of a LEC's network

and its services.

Issue 4 of GR-1147-CORE included updates to the force measurements generic

requirements to support existing operating services, such as alternate billing

services and directory assistance, and new multimedia services, such as text

chat and e-mail.

Issue 5 of GR-1147-CORE:

Incorporates background on the numeric RAO code exhaust and the

introduction of alphanumeric RAO codes that resulted in industry agreements on

the use of Billing Service Provider (BSP) to house the RAO code

Adds a definition and explanatory text for the BSP field in

LIDB.

When using GR-1147, you may need to refer to GR-508, GR-1173,

GR-1174, GR-1175, GR-1176, and/or GR-1177. You may also want to

refer to FR-271, GR-385, GR-394, GR-454, GR-478,

GR-1100, GR-1143, TR-NWT-001148, GR-1149, TR-NWT-001155,

GR-1156, GR-1157, GR-1158, GR-1162, GR-1163, GR-2932,

and/or GR-2936.

Components of this product are:

GR-1147-CORE

1 gr1149

3 GR-1149

4 OSSGR Section 10: System Interfaces

6 PS16

5 07

font color="FF0000">14 2008/12/29

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001149 Issue02

7 NA; 296

1 CCD;PDF

2 CUSTCD;PDF

8 $925.00;$925.00

4 Y

8 PS

5 N

9 Y

6 FR-271, FR-LIDB-1

7 GR_1149_CORE.i07.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 7 of GR-1149-CORE, OSSGR Section 10: System Interfaces, replaces

Issue 6, and is a module of FR-271, and FR-LIDB-1.

This document describes, by traffic function, the additional analog trunk

interface requirements placed on the operator services system beyond those given

in GR-540. The required signaling and pulsing characteristics for each

additional trunk type are also provided.

This document details the information contained in the SS7 Transaction

Capabilities Application Part (TCAP) messages exchanged between an operator

services system Core System and LIDB or billing validation database. This

includes generic requirements for each query and response message and associated

message elements for core system-to-LIDB communications.

Issue 7 includes:

TCAP IDs for two (2) newly defined standard elements, which are

retrievable from LIDB via GetData, and other wireless and IP-based protocols

(e.g., LDAP) via protocol conversion: Extended Name (EN) String and EN

Presentation Indicator. The Extended Name may be retrieved for the CLASS Calling

Name Delivery feature where longer names could be supported in signaling and

CPE, as well as for various GetData and IP-based applications.

When using GR-1149, you may need to refer to GR-1147, GR-1158, and

GR-1163. You may also want to refer to GR-246, GR-385, GR-510,

GR-531, GR-532, GR-540, GR-690, GR-1100, GR-1142,

GR-1144, GR-1156, GR-1173, GR-1174, GR-1176, GR-1177,

GR-1188, GR-2838, and/or GR-2936.

Components of this product are:

GR-1149-CORE

1 gr115

3 GR-115

4 Generic Requirements for Inter-City PIC Screened Cable (Filled,

ASP Bonded, STALPETH, and Bonded PASP)

6 PS33

5 01

font color="FF0000">14 1995/07/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-TSY-000117 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $252.00;$252.00

4 Y

8 PS

5 N

9 Y

7 GR_115_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

This document details the construction and generic requirements for low

capacitance filled telecommunication cable intended for use with digital systems

in direct burial applications in intercity and outstate trunks in rural and

suburban areas. The conductors are 24 AWG (American Wire Gauge) solid copper,

covered with a foam/skin plastic insulating compound. The insulated

conductors are twisted into pairs. The normal pairs are assembled into 12-,

13-, and 25- pair units or into 50- or 75- pair multiunits. In addition,

service pair units of 4 to 22 pairs are assembled for inclusion into the cable.

The standard units plus a service pair unit and a metallic screen are assembled

into a core. The screen separates the two halves of the core for two-way

transmission of digital carrier signals.

The core is either filled or unfilled and is covered with nonhygroscopic,

dielectric core wrap and then completed with an ASP (Aluminum Steel

Polyethylene), bonded STALPETH (steel Aluminum Polyethylene), or bonded PASP

(Polyethylene Aluminum Steel Polyethylene) Sheath.

GR-115 replaced TR-TSY-000115, TR-TSY-000116, and TR-TSY-000117

When using GR-115, you may need to refer to GR-421 and ASTM D 4566. You

may also want to refer to GR-1252 and/or ISO 9000 and 9004 documents.

Components of this product are:

GR-115-CORE

1 gr1156

3 GR-1156

4 OSSGR Section 21: Operator Subsystems

6 PS16

5 01

font color="FF0000">14 1997/06/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001156 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $630.00;$630.00

4 Y

8 PS

5 N

9 Y

7 GR_1156_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document is a module of OSSGR, FR-271.

The Operator Services Systems Generic Requirements (OSSGR) is a

comprehensive compilation of requirements and objectives that, in the Telcordia

view, meet typical Local Exchange Carrier (LEC) operator services call handling

needs. The Operator Subsystem consists of the operator services

system equipment located at an operator office. The main purpose of the

Operator Subsystem is to support operator services functionality.

This Generic Requirements (GR) document describes the configuration of the

Operator Subsystem and its interactions with the Core System, operator console

displays and keyboard, and the operator workstation. The document contains

generic requirements for two Operator Subsystem environments:

Intelligent Workstation System (IWSS) environments and non-IWSS

environments. Requirements for operator administration are also provided.

GR-1156 replaced TR-NWT-001156 and TA-NWT-001341.

Components of this product are:

GR-1156-CORE

1 gr1157

3 GR-1157

4 OSSGR Sections 22.1 and 22.2: Internal Databases

6 PS16

5 02

font color="FF0000">14 1997/12/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001157 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $980.00;$980.00

4 Y

8 PS

5 N

9 Y

7 GR_1157_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document is a module of OSSGR, FR-271.

The functions of the operator services system are distributed

among a Core System and several subsystems. Some of the data required for the

operator services system to function is stored in internal databases in the Core

System and subsystems. This Generic Requirements (GR) document describes the

view of Telcordia on the internal system tables and other internal data

for the Core System and subsystems, Service Provider ID for Originating Line

Number Screening (OLNS), the OLNS Disallowed Card Issuer Code (DCIC) feature,

and definition of domestic calls for OLNS.

ISS 02 REV 01 This Revision to GR-1157-CORE states the preliminary view of

Telcordia on proposed additional requirements for an internal Operator Services

System (OSS) table to determine the facilities to be used to

complete an intraLATA local call from the OSS as selected by the Service

Provider identified in the Originating Line Number Screening (OLNS) response.

Revision 1 is included with this document.

Components of this product are:

GR-1157-CORE
1 gr1158
3 GR-1158
4 OSSGR Section 22.3: Line Information Database
6 PS16
5 08
font color="FF0000">14 2009/04/17
font color="FF0000">19 Industry Requirements And Standards (RS)
7 NA; 354
1 CCD;PDF
2 CUSTCD;PDF
8 $925.00;$925.00
4 Y
8 PS
5 N
9 Y
6 FR-271, FR-LIDB-1
7 GR_1158_CORE.i08.pdf

THIS DOCUMENT IS SOLD ONLY AS AN
ENTERPRISE LICENSE

Issue 8 of GR-1158-CORE, OSSGR Section 22.3: Line Information Database,
replaces Issue 7, and is a module of FR-271, and FR-LIDB-1.
GR-1158-CORE contains the generic requirements applicable to a Line
Information Database (LIDB). The LIDB is a transaction-oriented database system
accessible via Local Exchange Carrier (LEC) Common Channel Signaling (CCS)
networks. A LIDB transaction consists of a query from a network system to the
LIDB, followed by an appropriate response from the LIDB to the querying network
system. Network systems that query the LIDB may include operator services
systems, end offices, AIN Service Control Points (SCPs), and other network
elements such as wireless services platforms.
GR-1158 contains generic requirements for the LIDB query processing and
associated feature requirements. This includes LIDB specifications to support
database architecture and data structure; message processing of each LIDB query
type, including successful and error conditions; usage measurement reporting for
each LIDB query type; fraud monitoring, detection and prevention mechanisms; a
LIDB Data Dictionary.
Issue 8 incorporates the following:
Descriptions, format, and values for two (2) newly defined standard
elements, which are retrievable from LIDB via GetData, and other wireless and
IP-based protocols (e.g., LDAP) via protocol conversion
The two (2) new elements are:
Extended Name (EN) String may be retrieved for CLASS Calling Name
Delivery feature where longer names could be supported in signaling and CPE, as
well as for various GetData and IP-based applications.
Extended Name Presentation Indicator specifies whether the name associated
with a Telephone Number (TN) is	"public" or "private."
Issue 7 incorporated the definition of nine (9) newly defined standard elements
(Third Party Bill Block, VoIP Provider ID, Line Technology Type, and E-mail
Addresses), new values for the Company Type data element, and newly reserved
values for the Account Owner (AO) data element.
When using GR-1158, you may want to refer to GR-1100, TR-NWT-000029,
GR-446, GR-1149, GR-2838, and/or GR-3697. You may also want to
refer to GR-246, GR-301, GR-1147, GR-1163, GR-1174,
GR-1175, GR-1176, GR-1177, GR-1188, and/or GR-2936.
Components of this product are:

GR-1158-CORE

1 gr1162

3 GR-1162

4 OSSGR Sections 23 and 24: Announcement and Detection Subsystems

6 PS16

5 01

font color="FF0000">14 2000/12/31

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001162 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $895.00;$895.00

4 Y

8 PS

5 N

9 Y

7 GR_1162_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document, GR-1162-CORE, replaces TR-NWT-001162, Issue 1

and Revision 1, but contains NO TECHNICAL CHANGES or data updates from that

original document. It has been issued strictly to conform with the new

Telcordia Technologies document format and carries a new issue number and date.

This document is a module of OSSGR, FR-271. It contains the view of Telcordia

on the Announcement Subsystem and Detection Subsystem requirements of the

operator services system. The Announcement Subsystem provides information to

operator services systems users (i.e., customers and Local Exchange Carrier

[LEC] administrators) on an automated basis. The Detection Subsystem detects

and decodes input in Dual-Tone Multifrequency (DTMF) or verbal form, tones

generated by other operator services systems, post-seizure customer input, and

user instructions. This document describes the system considerations, system

architecture, system capabilities, system performance (i.e., the response time,

availability, and redundancy requirements), and general transmission guidelines

required of the Announcement Subsystem and Detection Subsystem. In addition, the

types of announcements and evaluation of the Announcement Subsystem for

intelligibility are discussed.

When using GR-1162, you may need to refer to GR-1147. You may also want

to refer to GR-506, GR-510, TR-TSY-000762, GR-1149, and/or

GR-1175.

Components of this product are:

GR-1162-CORE

1 gr1163

3 GR-1163

4 OSSGR Section 25: Report Subsystem

6 PS16

5 01

font color="FF0000">14 2001/12/31

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001163 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $790.00;$790.00

4 Y

8 PS

5 N

9 Y

7 GR_1163_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 1 of GR-1163-CORE, OSSGR Section 25: Report Subsystem,

completely replaces all previous issues of TR-NWT-001163 and any revisions. This

document is a module of OSSGR, FR-271.

The Report Subsystem provides administrative data reports to all the

administrative centers involved in managing the operator services system. This

subsystem consists of the data processing, storage facilities, and terminal

facilities used to input, receive, store, and generate statistical reports on

system operation. The reports include Operator services system identification,

Operator Services Center (OSC) identification, time and date of report, time and

date of printout, headings for identification of each measurement, any other

applicable identification, and the ability to flag data affected by system

trouble or failure.

This issue of GR-1163-CORE includes updates to the force report data element

generic requirements to support existing operator services, such as alternate

billing services and directory assistance, and new multimedia services, such as

text chat and e-mail.

When using GR-1163, you may need to refer to GR-1147. You may also want

to refer to GR-1143, TR-NWT-001148 GR-1149, TR-NWT-001155,

GR-1157, GR-1173, GR-1174, GR-1175, GR-1176, and/or

GR-1177.

Components of this product are:

GR-1163-CORE

1 gr1173

3 GR-1173

4 OSSGR: Common Functions (FSD 65-01-0100)

6 PS16

5 04

font color="FF0000">14 2005/08/31

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $1,210.00;$1,210.00

4 Y

8 PS

5 N

9 Y

6 FR-271, FR-LIDB-1

7 GR_1173_CORE.i04.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 4 of GR-1173-CORE, OSSGR: Common Functions (FSD 65-01-0100),

replaces Issue 3, and is a module of FR-271, and FR-LIDB-1.

GR-1173-CORE details the operator services system functions that are common

to multiple services. The operator services system performs several functions

common to multiple services when processing various calls. Some functions are

required for all services, while others are required only for selected services.

This Feature Specific Document (FSD) addresses both categories of common

functions.

The common functions described herein are referenced in the service FSDs.

Each function shall be performed at a specific point in the flow of each

service, as identified in the service FSDs.

Issue 3 of GR-1173-CORE incorporated the support of Service Requester ID

(SRID parameter(s) in all Core System queries (i.e., Billed Number Screening

[BNS[, Calling Card [CC], and Originating Line Number Screening [OLNS]) to LIDB,

and of Core System processing if it receives the new optional parameter,

Wireless Services Originating Indicator (WSOI), in LIDB OLNS responses.

Issue 4 of GR-1173-CORE:

Incorporates background on the numeric RAO code exhaust and the

introduction of alphanumeric RAO codes that resulted in industry agreements on

the use of Billing Service Provider (BSP) to house the RAO code

Adds a definition and explanatory text for the BSP field in

LIDB.

GR-1173 replaced TR-NWT-001173.

When using GR-1173-CORE, you may want to refer to GR-446, GR-506,

GR-508, GR-692, GR-954, TR-NWT-001050, GR-1100, GR-1142,

GR-1143, GR-1144, TR-NWT-001146 GR-1147, TR-NWT-001148,

GR-1149, TR-NWT-001155, GR-1156, GR-1158, TR-NWT-001161,

GR-1162, GR-1163, GR-1174, GR-1175, GR-1176, GR-1177,

GR-1188, GR-2838, GR-2936, GR-2959, and GR-3697.

Components of this product are:

GR-1173-CORE

1 gr1174

3 GR-1174

4 OSSGR: Customer Access Features (FSD 70 Series)

6 PS16

5 01

font color="FF0000">14 2000/12/31

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001174 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $790.00;$790.00

4 Y

8 PS

5 N

9 Y

7 GR_1174_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

This document, GR-1174-CORE, replaces TR-NWT-001174, Issue 1 and Revisions 1-4,

but contains NO TECHNICAL CHANGES or data updates from that original document.

It has been issued strictly to conform with the new Telcordia Technologies

document format and carries a new issue number and date.

This document is a module of OSSGR, FR-271. It presents the view of

Telcordia on generic requirements for the Feature Specific Documents (FSDs)

applicable to customer access features. It contains the requirements that apply

to the following services: Dialing Instruction (FSD 10-01-0100), Rate

Information (FSD 70-01-0200), Transfer Centralized Automatic Message Accounting

(CAMA) (FSD 70-0-0300), Credit Recording (FSD 70-01-0400), Trouble Recording

(FSD 70-01-0500), Call Completion To and From Nondialable Points (FSD

70-01-0600), Local Exchange Carrier (LEC)-Official and Employee Telephone

Numbers (FSD 70-01-0700), Coin Line Identification (FSD 70-01-0800), General

Information Services (FSD 70-01-900), Community Bulletin Board (FSD 70-01-0901),

Information Source Access (FSD 70-01-1000), Ringback Service (FSD 70-01-1100),

and Intercept Service (FSD 70-01-1200).

This document includes the view of Telcordia on generic requirements for the

customer access feature requirements to support Originating Line Number

Screening (OLNS) and the Automatic Message Accounting (AMA) recording for an

operator services system to support OLNS.

TR-NWT-001160 and GR-1174 replaced TR-NWT-001024.

When using GR-1174, you may need to refer to GR-532, GR-1100,

GR-1142, GR-1144, GR-1147, GR-1149, GR-1156, GR-1157,

TR-NWT-001160, TR-NWT-001161, GR-1163, GR-1162, GR-1173,

GR-1175, GR-1176, and/or GR-1177.

Components of this product are:

GR-1174-CORE

1 gr1175

3 GR-1175

4 OSSGR: Customer Listing Information (FSD 75 Series)

6 PS43

5 01

font color="FF0000">14 1997/06/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001175 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $995.00;$995.00

4 Y

8 PS

5 N

9 Y

7 GR_1175_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document is a module of OSSGR, FR-271.

This document provides the view of Telcordia on generic requirements for the

customer listing information feature requirements to support Originating Line

Number Screening (OLNS).

Components of this product are:

GR-1175-CORE

1 gr1176

3 GR-1176

4 OSSGR: Custom Call-Handling Features (FSD 80 Series)

6 PS16

5 01

font color="FF0000">14 1999/04/20

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001176 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

7 GR_1176_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This product is a module of the Operator Services System Generic

Requirements (OSSGR), FR-271.

This Generic Requirements document (GR) presents Telcordia's view of generic

requirements for the Feature Specific Documents (FSDs) applicable to custom

call-handling features. The requirements applicable to the following services

are contained in this document: Automated Callback (FSD 80-01-0100), Message

Delivery (FSD 80-01-0200), Busy Line Verification (FSD 80-01-0300), Emergency

Service (FSD 80-01-0400), Call Completion Service (FSD 80-01-0500), Person

Service (FSD 80-01-0600), Operator Services System Handling For Specialized

Attendant Groups (FSD 80-01-0800), and IC Denial Check Service (FSD 80-01-0900).

This document is being issued to:

Update the Automatic Message Accounting (AMA) requirements

for Busy Line Verification (BLV) and operator interrupt involving

terminating inward services.

Combine TR-NWT-001176, Issue 1 and TR-NWT-001176, Issue 1, Revisions 2 and 3

(Revision 1 was replaced earlier by Revision 2)

Convert TR-NWT-001176 and its revisions to the Telcordia Generic

Requirements (GR) format and process. This also includes renumbering all

sections in the document (each FSD is now a standalone section).

The requirements in this document may be used by suppliers as a resource for

their development of operator services systems. Effective operator services are

the key to providing customers with the best communication possible.

GR-1176-CORE and the remainder of the modules in FR-271 give you a comprehensive

compilation of requirements and objectives that in the Telcordia

view, ensure your customers get the best call handling service.

Components of this product are:

GR-1176-CORE

1 gr1177

3 GR-1177

4 OSSGR: Special Billing Features (FSD 85 Series)

6 PS16

5 03

font color="FF0000">14 2005/08/06

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001177 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

6 FR-271, FR-LIDB-1

7 GR_1177_CORE.i03.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 3 of GR-1177-CORE, OSSGR: Special Billing Features (FSD 85 Series),

replaces Issue 2, and is a module of FR-271, and FR-LIDB-1.

GR-1177-CORE contains the Feature Specific Documents (FSDs) that apply to

special billing features. It includes the following billing options and

features:

Calling Card Billing

Collect Billing

Third Number Billing

Originating Station Billing Restriction

Issue 3 includes the following:

Additional background information on the numeric Revenue Accounting

Office (RAO) code exhaust and the introduction of alphanumeric RAO codes that

resulted in industry agreements on the use of Billing Service Provider (BSP) to

house the RAO code.

A definition and explanatory text for the BSP field in LIDB.

When using GR-1177, you may want to refer to GR-690, TR-NWT-001050,

GR-1100, GR-1144, GR-1147, GR-1149, TR-NWT-001155,

GR-1158, TR-NWT-001160, GR-1162, GR-1173, GR-1174,

GR-1175, GR-1176, GR-2959, and GR-3697.

Components of this product are:

GR-1177-CORE
1 gr1188
3 GR-1188
4 LSSGR: CLASS(SM) Feature: Calling Name Delivery Generic
Requirements (FSD 01-02-1070)
6 PS11
5 03
font color="FF0000">14 2009/04/24
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TR-NWT-001188 Issue01
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $975.00;$975.00
4 Y
8 PS
5 N
9 Y
6 FR-12, FR-64, FR-CLASS-1, FR-LIDB-1
7 GR_1188_CORE.i03.pdf

THIS DOCUMENT IS SOLD ONLY AS AN
ENTERPRISE LICENSE

Issue 3 of GR-1188, LSSGR: CLASS Feature: Calling Name Delivery Generic
Requirements (FSD 01-02-1070), replaces Issue 2 and is a module of FR-64
and FR-LIDB-1.
GR-1188-CORE describes the Telcordia view of switching and signaling generic
requirements for Calling Name Delivery (CNAM) for residential and small business
customers, as well as for Basic Business Group (BBG) and Multiswitch Business
Group (MBG) customers. The scope of the features described in this document is
limited to conventional lines with more basic groundwork laid for IP-based
lines. Calling Name feature specifications for ISDN customers are described in
GR-1326-CORE, and GR-1367-CORE.
This document contains generic requirements for switching system actions,
user interface signaling procedures, and signaling procedures related to SS7
ISDN User Part (ISDNUP) and Transaction Capabilities Application Part (TCAP).
Also included are requirements for sending the Dial Tone Service Requester ID
(DTSRID) as an optional parameter in Generic Name (GN) queries to the Line
Information Database (LIDB). Some existing Name database application generic
requirements are covered in GR-1158-CORE and others could be provided in
future documentation.
This issue of GR-1188-CORE introduces the Extended Name (up to 60 characters)
that could be useful for applications beyond Caller ID.
Issue 3 includes the following changes:
New requirements for storing and retrieving two new fields: Extended
Name (EN) and Extended Name Privacy Indicator
The EN and EN Privacy Indicator are not intended to be retrievable via the
SS7 Calling Name Query described in this document. These two fields could be
retrieved via SS7 GetData (described in GR-2838-CORE) or IP-based
protocols.
A new Section 4,	"Extended Name Requirements" has been added to this
document.
When using GR-1188, you may need to refer GR-1158, GR-2838, GR-30,
GR-391, TR-TSY-000402, GR-31, GR-478, GR-506,
TR-NWT-000868, and/or GR-1100.
You may also want to refer to GR-215, GR-217, GR-219,
GR-227, GR-246, GR-317, GR-394, GR-520, GR-3697,
Ameritech TR-OAT-000042, and/or Ameritech TR-OAT-000044.

Components of this product are:

GR-1188-CORE

1 gr1193

3 GR-1193

4 LSSGR: Generic Requirements for a Dedicated Data Link Interface

Between an End Office SPCS and CPE (FSD-04-07-000)

6 PS11

5 02

font color="FF0000">14 2002/02/28

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001193 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $700.00;$700.00

4 Y

8 PS

5 N

9 Y

6 FR-64

7 GR_1193_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 2 of GR-1193-CORE, LSSGR: Generic Requirements for a

Dedicated Data Link Interface Between an End Office SPCS and CPE

(FSD-04-07-000), replaces Issue 1, and is a module of LSSGR, FR-64.

GR-1193-CORE describes the Telcordia view of proposed generic requirements

for a dedicated data link that connects an end office Stored Program Control

System (SPCS) with a Customer Premises Equipment (CPE). This link delivers to

the end users useful information on their incoming calls without using the voice

path for data transmission. Therefore, the customer's voice conversation will

not be interrupted. In addition, data transmission will be possible in both the

off-hook and on-hook states, and transmissions will be full duplex, i.e., in

both directions. The modem at the SPCS will support transmission at speeds of

28800 bps and lower. It is recommended that this link be designed so it may be

upgraded to support transmission at higher transmission speeds in the future.

Issue 2 of GR-1193-CORE was updated to provide for higher modem speeds

previously unspecified in the requirements. The requirements and text have been

updated to reflect support for modem speeds up to and including the v.34 28800

bps ITU-T Standard.

GR-1193 replaced TR-NWT-001193 and TA-TSY-000034.

When using GR-1193, you may need to refer to GR-1188 and certain ITU-T

recommendations. You may also want to refer to GR-512.

Components of this product are:

GR-1193-CORE

1 gr1194

3 GR-1194

4 Bellcore Operations Systems Security Requirements

6 PS76

5 01

font color="FF0000">14 1998/12/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-STS-001194 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $490.00;$490.00

4 Y

8 PS

5 N

9 Y

7 GR_1194_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

Local Exchange Carriers (LECs) rely heavily on information

processing systems to meet operational, financial, and administrative needs.

Because corruption, theft, or unauthorized disclosure could disrupt business

operations and finances, legal position, and public confidence, the integrity,

availability, and confidentiality of key software systems, databases, and data

networks must be protected. Security requirements provide planners, designers,

developers, testers, and other personnel involved with conceptualization,

production, or maintenance of software to prevent and detect unauthorized use,

disclosure, modification or destruction of operations systems' software and

data.

This document provides a set of baseline requirements that specify both

secure development procedures and security requirements. These baseline

requirements should not be used blindly to constitute the security requirements

of any specific operations system. Rather, they should be used as templates to

construct specific operations systems security requirements only after

performing specific risk and vulnerability analyses. Along with security

mechanisms, this GR addresses such topics as risk analysis, system integrity and

design, testing, developmental environment, and documentation.

Note: This product was converted from a TA to a GR, at the expense of

Telcordia with no changes to technical content, to bring it into compliance with

current GR program and publications standards.

GR-1194 replaced TA-STS-001194 and FR-7.

TR-STS-000935, GR-1194, SR-TSV-002257, SR-TSV-002302, SR-TSV-002308,

SR-TSV-002309, SR-STS-002310, SR-STS-002254, SR-STS-002261, SR-STS-002262,

SR-STS-002263, SR-STS-002323 and SR-STS-002632 were formerly bundled as FR-6 or

FR-STS-000006.

When using GR-1194, you may want to refer to TA-STS-001080 (canceled).

Components of this product are:

GR-1194-CORE

1 gr1200

3 GR-1200

4 Generic Requirements for Accelerated Life Testing of Valve

Regulated Lead Acid Batteries at High Temperatures

6 PS73

5 01

font color="FF0000">14 2003/09/15

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001200 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $615.00;$615.00

4 Y

8 PS

5 N

9 Y

7 GR_1200_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

GR-1200-CORE replaces TR-NWT-001200, Issue 1, January 1992, but

contains NO TECHNICAL CHANGES from that original document. It has been issued

strictly to conform with the new Telcordia Technologies document format and GR

process, and carries a new issue number and date.

GR-1200-CORE provides the Telcordia view of proposed generic requirements

for accelerated life testing of Valve Regulated Lead Acid (VRLA) batteries by

increasing the temperature of the batteries and determining their lifetime at

these higher temperatures.

Requirements are listed for various temperatures and conditions that the

VRLA batteries should meet. There are some battery designs that will not meet

some requirements because of the method of construction or the materials used in

fabrication. These batteries can still be tested with accelerated methods but it

will be more difficult and time consuming. Individual battery components can be

tested but a fully functional production battery must also be tested.

Accelerated testing will be encouraged and the GR will indicate acceptable test

methods.

Components of this product are:

GR-1200-CORE

1 gr1202

3 GR-1202

4 Generic Requirements for a Customer Sensitive Quality

Infrastructure

6 PS72

5 01

font color="FF0000">14 1995/10/10

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001202 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $365.00;$365.00

4 Y

8 PS

5 N

9 Y

7 GR_1202_CORE.i01.pdf

THIS

DOCUMENT IS SOLD ONLY AS AN

This Generic Requirements (GR) document presents the Telcordia

view of typical telecommunications customer company expectations for an

accountable supplier's quality infrastructure and the associated

customer/supplier interactions. It is intended to be used by suppliers and

customers to assess the effectiveness of a total quality system.

The document provides a framework of generic requirements for

supplier use to demonstrate its commitment to quality and reliability, and to

turn positive attitudes into actions.

Components of this product are:

GR-1202-CORE

1 gr1209

3 GR-1209

4 Generic Requirements for Passive Optical Components

6 PS32

5 03

font color="FF0000">14 2001/03/09

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $1,975.00;$1,975.00

4 Y

8 PS

5 N

9 Y

6 FR-FIBER-1, FR-FIBER-2

7 GR_1209_CORE.i03.pdf;GR_1209_ILR.i3A.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 3 of GR-1209-CORE,Generic Requirements for Passive Optical

Components, replaces Issue 2, and is a module of FR-FIBER-1.

This document contains generic criteria for passive optical components to

help promote the satisfactory operation of such components in Network Operators

single-mode fiber transmission networks and to permit economical planning and

engineering of interoffice, loop feeder, FITL, HFC, and SONET Systems. This

document is not intended to offer the definition for a specific product design.

GR-1209 replaced TR-NWT-001209, TR-TSY-000901, and TA-NWT-000442

When using GR-1209, you may need to refer to GR-20, GR-63, GR-78,

GR-326, GR-409, GR-1221, ASTM D-2863, UL 94, UL 1694, and/or several

ASTM EIA/TIA-455 FOTP documents. You may also want to refer to GR-357,

GR-468, GR-765, GR-909, GR-910, GR-1009, GR-1073,

GR-1295, GR-1312, and/or GR-2854.

This GR also includes one or more Issue List Reports (ILRs) that details open

or closed technical issues in the main document. The ILR(s) are automatically

sent free of charge to the GR document purchaser.

Fiber Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this GR, including knowledge of how these generic requirements are

used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this GR, or to obtain further information regarding

Fiber Testing and Consulting Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

Telcordia Technologies

732-699-6161

Components of this product are:

GR-1209-CORE

GR-1209-ILR

1 gr1217

3 GR-1217

4 Generic Requirements for Separable Electrical Connectors Used in

Telecommunications Hardware

6 PS73 PS74

5 02

font color="FF0000">14 2008/12/08

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001217 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 Contact;Contact

4 Y

8 PS

5 N

9 Y

6 FR-2063

7 GR_1217_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Issue 2 of GR-1217-CORE, Generic Requirements for Separable Electrical

Connectors Used in Telecommunications Hardware, replaces Issue 1, and is a

module of FR-2063, NEBSFR.

GR-1217 contains proposed, generic physical design requirements for separable

connector products used in a typical service provider network. The generic

requirements defined in this NEBS (Network-Equipment Building System) document

apply to separable electrical connectors used in typical service providers'

electronic telecommunications networks. The scope includes Printed Wiring Board

(PWB) connectors, coaxial and cable connectors of various types, and IC sockets.

It includes connectors made with noble and non-noble metal contact finishes.

However, these requirements do not apply to non-metallic optical connectors used

for mating of fiber optics or to connectors intended for AC power applications.

The pin and socket connector, widely used by equipment manufacturers to

interface PWB assemblies to backplanes in current telecommunications systems, is

the most prominent and the most critical application within this scope.

Edge-card connectors with plated contact fingers are also included in the PWB

classification.

This NEBS document expands and enhances the separable electrical connector

requirements found in GR-78-CORE. Quality and reliability aspects for

separable connectors as components detailed in GR-357-CORE are also

included. Where there is a discrepancy between requirements in this document and

requirements in these two more general documents, the requirements here take

precedence.

GR-1217 meets all quality level standards for electrical connectors, plus:

Provides a comprehensive treatment of electrical connector performance

for telecommunications hardware and addresses both noble and non-noble plated

connectors

Includes a flexible qualification methodology, which allows for cutting-edge

product innovations to be qualified and used in telecommunications products

Emphasizes connector performance via qualification tests, as opposed to

preferred metallizations; connector performance metrics were reviewed and

modified where appropriate to account for reduced connectors geometrics now

typically employed

Defines accelerated aging test methods, which can be used to determine

reliability of mean time between failures of a particular connector

Aligns with GR-63 and GR-78.

When using GR-1217, you may need to refer to GR-63, GR-78, GR-357,

SR-332, as well as various ANSI, ASTM, MIL and UL standards.

Fiber Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this GR, including knowledge of how these generic requirements are

used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this GR, or to obtain further information regarding

Telcordia Consulting and Testing Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

Telcordia Technologies

732-699-6161

Components of this product are:

GR-1217-CORE

1 gr1218

3 GR-1218

4 ISDN Distinctive Alerting (I-DAL) Generic Requirements

6 PS54

5 01

font color="FF0000">14 1994/06/29

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA

1 CCD

2 CUSTCD

8 $504.00

4 Y

8 PS

5 N

9 Y

THIS DOCUMENT IS SOLD ONLY AS AN

This document contains the Telcordia view of generic

requirements for a Distinctive Alerting feature as an Integrated Services

Digital Network (ISDN) based service operating through a Basic Access interface.

This feature, called ISDN Distinctive Alerting (I-DAL), is a terminating

call management feature. It provides Distinctive Alerting treatment to the

called customer when attempts are made to terminate calls

placed from telephones or other qualifying terminals whose Directory Numbers

(DNs) have been previously designated by the called customer and appear in an

active I-DAL screening list.

This document presents requirements for the

following:

Feature Operations,

Internal Call Processing Controls,

Signaling/Message Structure,

Administration/Operations,

Interactions,

Limitations,

Restrictions.

GR-1218 replaced TA-NWT-001218.

Components of this product are:

GR-1218-CORE

1 gr1221

3 GR-1221

4 Generic Reliability Assurance Requirements for Passive Optical

Components

6 PS32 PS72

5 02

font color="FF0000">14 1999/01/02

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001221 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $1,625.00;$1,625.00

4 Y

8 PS

5 N

9 Y

6 FR-2063, FR-796, FR-FIBER-2

7 GR_1221_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

GR-1221-CORE is a module of FR-796, Reliability and Quality Generic Requirements

(RQGR).

GR-1221-CORE presents the Telcordia view of proposed generic reliability

assurance requirements for passive optical components, and is directed towards

an equipment supplier's design engineering, manufacturing, procurement, and

reliability/quality organizations. Common forms of passive fiber optic branching

components include splitters, couplers, and wavelength division multiplexers

(WDM-MUXES) and demultiplexers (WDM-DEMUXES).

The criteria set forth form a minimum set of reliability assurances practices

that Telcordia and participants view as necessary for the overall performance

and reliability of these components used in telecommunications equipment. The

criteria are not meant to define a specific design, or to result in a preferred

way of accomplishing any design.

When using GR-1221, you may need to refer to GR-357, GR-1209,

GR-2854, GR-2882, GR-2883, and/or various EIA, IEC, and MIL

documents. You may also want to refer to GR-20, GR-63, GR-78,

GR-326, SR-332, GR-409, GR-418, GR-468, GR-487,

TR-NWT-000870, GR-874, GR-909, and/or

TR-NWT-000930.

Fiber Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this GR, including knowledge of how these generic requirements are

used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this GR, or to obtain further information regarding

Telcordia Consulting and Testing Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

Telcordia Technologies

732-699-6161

Components of this product are:

GR-1221-CORE

1 gr1222

3 GR-1222

4 Generic Requirements for Fiber Optic Terminators

6 PS32

5 01

font color="FF0000">14 1995/11/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TR-NWT-001222 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $252.00;$252.00

4 Y

8 PS

5 N

9 Y

6 FR-FIBER-2

7 GR_1222_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This document provides the Telcordia view of generic requirements and objectives

for single-mode fiber optic terminators. Terminators are passive optical

components that are designed to provide a low-reflectance end to a fiber optic

transmission system. Terminators can prevent reflections in AM video systems

that can result in degradation of systems performance in Fiber-In-The-Loop

(FITL) and Hybrid Fiber/Coax (HFC) transmission systems.

When using GR-1222, you may need to refer to GR-63. You may also need to

refer to GR-326, GR-409, GR-1221, and SR-NWT-2759; ASTM B117,

D610, D2863, and G21: UL 94; several EIA/TIA-455-A FOTPs, GR-253,

GR-765, GR-909, GR-910, GR-1209, GR-1252, and/or

SR-NWT-001907.

Fiber Testing and Consulting

Telcordia is uniquely positioned to provide in-depth, expert consulting

regarding this GR, including knowledge of how these generic requirements are

used by telecommunication carriers in selecting products to meet their

deployment needs. Telcordia also offers a comprehensive and independent

laboratory testing service that helps manufacturers develop and qualify new

products and bring those products to market in a timely and cost-effective

manner.

To submit comments on this GR, or to obtain further information regarding

Telcordia Consulting and Testing Services, please contact:

Melissa Handa

Executive Director - Network and Product Integrity

Telcordia Technologies

732-699-6161

Components of this product are:

GR-1222-CORE

1 gr1230

3 GR-1230

4 SONET Bi-Directional Line-Switched Ring Equipment Generic

Criteria

6 PS21 PS24

5 04

font color="FF0000">14 1998/12/01

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $1,526.00;$1,526.00

4 Y

8 PS

5 N

9 Y

6 FR-440

7 GR_1230_CORE.i04.pdf;GR_1230_ILR.i4A.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

This document is a module of TSGR, FR-440.

Automated Protection Switching (APS) improves the survivability of transport

systems by substituting a standby facility when failures occur. For failures

that affect not only the working channels but also the protection channels, such

as a cable cut, one type of protection is a Ring APS. A ring

is defined as a set of nodes interconnected to form a closed loop, where fiber

cables serve as links; thus the Network Elements (NEs) are connected in a ring

configuration. A node refers to Synchronous Optical Network (SONET) Line

Terminating Equipment (LTE).

There are two major types of SONET rings: path-switched and line-switched

SONET rings. GR-1230-CORE, Issue 4 provides the view of Telcordia on proposed

generic criteria for two-and four-fiber Bidirectional Line-Switched Rings

(BLSRs). Criteria for BLSR equipment, BLSR basic APS protocol, ring

interconnection, and OAM&P are provided, including criteria for enhancements to

the basic BLSR APS protocol such as extra traffic, VT-access, and support for

unidirectional services.

In addition, criteria for Dual Transmit and Enhanced Non-pre-emptible

Unprotected Traffic is included. This GR also provides tutorial material.

GR-1230 replaced TA-NWT-001230.

This GR also includes one or more Issue List Reports (ILRs) that details open

or closed technical issues in the main document. The ILR(s) are automatically

sent free of charge to the GR document purchaser.

Components of this product are:

GR-1230-CORE

GR-1230-ILR

1 gr1237

3 GR-1237

4 SMDS Generic Requirements for Initial Operations Management

Capabilities in Support of Exchange Access and Intercompany

Serving Arrangements

6 PS41 PS58

5 01

font color="FF0000">14 1994/07/06

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $252.00;$252.00

4 Y

8 PS

5 N

9 Y

7 GR_1237_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

This document presents the Telcordia view of generic requirements for Switched

Multimegabit Data Service (SMDS) Exchange Access Operations Management (XA-OM)

service and Exchange Carrier Operations Management (ECOM) capabilities. As

defined in the GR, an SMDS XA-OM service consists of network management

capabilities provided by a Local Exchange Carrier (LEC) to an Interexchange

Carrier (IC).

These capabilities are intended to help enable an IC to directly manage

aspects of its Exchange Access SMDS service. In addition, this GR provides

generic requirements for SMDS ECOM. SMDS ECOM is a set of network management

capabilities that one LEC may provide another LEC when two LECS that reside in

the same Local Access and Transport Area (LATA) choose to interoperate to

provide Exchange SMDS.

These capabilities are intended to help enable a LEC to manage aspects of the

end-to-end Exchange SMDS service.

GR-1237 replaced TA-TSV-001237.

Components of this product are:

GR-1237-CORE
1 gr1241
3 GR-1241
4 Supplemental Service Control Point (SCP) Generic Requirements
6 PS14
5 07
font color="FF0000">14 2006/12/12
font color="FF0000">19 Industry Requirements And Standards (RS)
7 NA; 206
1 CCD;PDF
2 CUSTCD;PDF
8 $975.00;$975.00
4 Y
8 PS
5 N
9 Y
6 FR-CCS-18
7 GR_1241_CORE.i07.pdf

THIS DOCUMENT IS SOLD ONLY AS AN
ENTERPRISE LICENSE

Issue 7 of GR-1241-CORE, Supplemental Service Control Point (SCP) Generic
Requirements, replaces Issue 6, and is a module of FR-CCS-18.
GR-1241-CORE provides support for the following features in a Service Control
Point (SCP):
Process Outage
Load sharing of traffic based on 8-bit Signaling Link Selection (SLS)
codes
Congestion Control
Message Transfer Part (MTP) Restart
Signaling Connection Control Part (SCCP) Connectionless Segmentation and
Reassembly
Cluster Routing and Management
Generalized Routing Procedures
MTP Routing Verification Test (MRVT) and SCCP Routing Verification Test
(SRVT)
SCP Common Channel Signaling (CCS) Interface Reliability
Additional SCCP procedures.
The information contained in this GR is meant as a supplement to
GR-1280-CORE, GR-246-CORE, and TR-NWT-000029.
This GR is intended to inform SCP developers, CCS Network Service Providers,
and others about the Telcordia view of the above features.
Issue 7 includes the addition of SCP functionality in an IMS environment, and
incorporates the following:
A new Section 2.8,	"MTP Service Indicator Fields."
Appendix I,	"SCP Functionality in an IMS Environment.",
The current Telcordia GR format bringing this document into conformance
with the latest Telcordia publications and formatting standards
Updates to the references and glossary sections.
GR-1241 replaced TR-NWT-001241.
When using GR-1241, you may need to refer to GR-246, GR-472,
GR-478, GR-833, GR-1245, TR-NWT-000029, GR-82, GR-606,
and/or GR-1280. You may also want to refer to GR-512, TR-NWT-001112,
GR-1113, TR-NWT-001229, GR-2878, GR-3021, and/or certain ANSI T1
standards.
Components of this product are:

GR-1241-CORE

1 gr1242

3 GR-1242

4 ISDN Selective Call Rejection

6 PS54

5 01

font color="FF0000">14 1994/04/05

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001242 Issue01

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $504.00;$504.00

4 Y

8 PS

5 N

9 Y

7 GR_1242_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

Integrated Services Network (ISDN) Selective Call Rejection (1-SCR), is a

terminating call management feature, that enables the user to signal a Stored

Program Control Switching System (SPCS) to reject terminating call attempts to

the user from a limited number of Calling Party Numbers (CPNs).

The user can specify the Dictionary Numbers (DNs) of terminating calls that

are to be rejected by the SPCS acting for the user. Unaccepted calls from

these specified DNs are prevented from terminating to the I-SCR user.

This document contains the Telcordia view of generic requirements for a

Selective Call Rejection feature operating through an ISDN Basic Rate Interfaces

(BRI).

Components of this product are:

GR-1242-CORE
1 gr1244
3 GR-1244
4 Clocks for the Synchronized Network: Common Generic Criteria
6 PS21 PS24
5 04
font color="FF0000">14 2009/10/06
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TR-NWT-001244 Issue01
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 Contact;Contact
4 Y
8 PS
5 N
9 Y
7 GR_1244_CORE.i04.pdf

THIS DOCUMENT IS SOLD ONLY AS AN
ENTERPRISE LICENSE

Issue 4 of GR-1244, Clocks for the Synchronized Network: Common
Generic Criteria, replaces Issue 3.
The digital synchronization network consists of clocks connected by digital
facilities. This document provides criteria that apply to these various clocks
deployed in telecommunications equipment such as transport Network Elements
(NEs), Digital Switches, and Timing Signal Generators (TSGs). Since these clocks
can have a critical impact on network performance, GR-1244 may be of significant
value to telecommunications equipment manufacturers (including both
synchronization-related component and system manufacturers) and
telecommunications service providers.
The updates in Issue 4 should significantly assist the reader's understanding
of the criteria (and expected clock performance characteristics) in areas such
as holdover stability, wander generation, and phase build-out.
Specific updates include:
The equations for calculating fractional frequency offset and drift were
corrected, and additional information on the use of those equations was
provided
The temperature component of the holdover frequency stability requirement
for stratum 3 clocks was changed to align with the corresponding specification
in ATIS-0900101
Significant explanatory test was added regarding the holdover stability
curves provided in Section 5
Additional explanatory text was provided regarding the conditions under
which the wander generation requirements apply
The proposed value of one of the parameters used in defining test cases for
testing a clock's phase build-out performance was changed to reflect the long
time constants of the filters used in stratum 2 and 3E clocks
Additional information was provided regarding the applicability of various
criteria to NEs/clocks used in SONET or	"synchronous Ethernet"
applications.
In addition, minor corrections or clarifications were made in the text in
various sections of the document, references to ANSI T1 standards were changed
to reflect their reclassification as ATIS standards, and references to the ITU-T
documents related to synchronous Ethernet were added to a number of sections.
GR-1244 replaced TR-NWT-001244.
When using GR-1244, you may want to refer to GR-57, GR-63, GR-82,
GR-253, GR-378, GR-436, GR-454, GR-474, GR-487,
GR-496, GR-499, GR-820, GR-839, GR-1089, GR-2830,
TR-NWT-000170, and various standards documents.
Components of this product are:

GR-1244-CORE

1 gr1245

3 GR-1245

4 CCS Node Generic Requirements to Support Routing Verification

Tests

6 PS14

5 03

font color="FF0000">14 1999/10/30

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $875.00;$875.00

4 Y

8 PS

5 N

9 Y

7 GR_1245_CORE.i03.pdf;GR_1245_ILR.i3A.pdf

THIS DOCUMENT IS SOLD ONLY AS AN

GR-1245-CORE, CCS Node Generic Requirements To Support Routing Verification

Tests, presents generic requirements and objectives for Common Channel

Signaling (CCS) network nodes. A CCS node is a network element or network system

connected to the CCS network via Signaling System Number 7 (SS7) links

supporting Message Transfer Part (MTP) Routing Verification Tests (MRVT) and

Signaling Connection Control Part (SCCP) Routing Verification Tests (SRVT).

MRVT and SRVT are defined in the Operations, Maintenance and Administration

Part (OMAP) of the SS7 protocol T1.116. These tests provide a powerful tool for

the detection and isolation of routing problems in CCS networks. They can be

used both for intranetwork and internetwork testing. Examples of MTP routing

problems that the MRVT can detect are a Signal Transfer point (STP) loop causing

infinite message circulation over the link sets in the loop, inability to route

a message to its destination, and excessive number of STPs in the message path.

Examples of the SCCP routing problems that the SRVT can detect are an STP loop,

inability to perform a global title translation (GTT), and excessive number of

translations for a message.

Issue 3 of GR-1245-CORE includes new additional procedures and requirements

to allow SCCP routing verification testing in a Local Number Portability

environment. In addition, Appendix B was added and addresses RVT Support of the

XUDT Message Type. Appendix B focuses on RVT treatment of the XUDT's optional

parameters and the UDT/XUDT Message Change procedure that may be implemented in

a CCS network containing both UDT-only capable nodes and XUDT-capable nodes.

GR-1245 replaced TR-NWT-001245.

This GR also includes one or more Issue List Reports (ILRs) that details open

or closed technical issues in the main document. The ILR(s) are automatically

sent free of charge to the GR document purchaser.

Components of this product are:

GR-1245-CORE
GR-1245-ILR
1 gr1248
3 GR-1248
4 Generic Requirements for Operations of ATM Network Elements (NES)
6 PS43
5 04
font color="FF0000">14 1998/11/01
font color="FF0000">19 Industry Requirements And Standards (RS)
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $875.00;$875.00
4 Y
8 PS
5 N
9 Y
7 GR_1248_CORE.i04.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
This document sets forth the view of Telcordia on proposed
generic requirements for operations of Asynchronous Transfer Mode (ATM) Network
Elements (NEs). This document focuses on requirements needed for Broadband
Switching Systems (BSS's), but the requirements in this GR can apply to any
type of NE that processes ATM cells. Issue 4 of this document reflects
progress made in the areas of national and international standards on ATM, such
as extensions to ITU-T Recommendation 1.610, ATM Forum M4 NE View Requirements
and Logical MIB, Version 2, and the ATM Forum Inverse Multiplexing for ATM
(IMA) specifications. This GR addresses service-independent ATM operations
capabilities required by an ATM NE that provide support for Permanent Virtual
Connection (PVC) Cell Relay Service, Switched Virtual Connection (SVC) Cell
Relay Service, Switched Multimegabit Data Service (SMDS), PVC Frame Relay
Service, and Circuit Emulation Service. The operations functionality covered in
this document includes all five standard functional categories: Configuration
Management, Fault Management, Performance Management, Security management, and
Accounting management. This document completely replaces GR-1248-CORE, Issue 3.
GR-1248 replaced TA-NWT-001248.
When using GR-1248, you may need to refer GR-253, FR-439, GR-474,
GR-478, GR-606, TR-TSV-000773, TR-TSV-000774, GR-820,
TR-TSY-000824, TR-TSY-000825, GR-828, GR-1060, GR-1063,
GR-1110, GR-1111, TR-NWT-001112, GR-1113, GR-1114,
GR-1115, GR-1117, GR-1327, TA-TSV-001408, GR-1417,
GR-2924, GR-2980, ITU-T 1-series recommendations, ANSI T1-6XX-series
standards, and/or various ATM Forum documents.
Components of this product are:

GR-1248-CORE
1 gr1250
3 GR-1250
4 Generic Requirements for Synchronous Optical Network (SONET) File
Transfer
6 PS24
5 02
font color="FF0000">14 1999/12/08
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TA-NWT-001250 Issue02
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $448.00;$448.00
4 Y
8 PS
5 N
9 Y
7 GR_1250_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
GR-1250-CORE, Generic Requirements for Synchronous Optical Network (SONET)
File Transfer, Issue 2, replaces Issue 1.
Synchronous Optical Network (SONET) Network Elements (NEs) can use the SONET
Operations Communications Network in a standardized way for network management.
Two management applications that are enhanced by the use of File Transfer
protocol are software download and memory restoration processes. In the past,
software download for transport NEs has usually been done locally, with an
operator loading the software from a medium such as a floppy disk.
Typically, a new generic will also require a corresponding hardware change,
and, therefore, a craft dispatch. Digital Cross-Connects (DCS's) can have
line-by-line configuration table changes made automatically by an Operations
System (OS). Backups are done locally to nonvolatile memory, and remotely on a
command-by-command basis. There are several problems with these methods.
Line-by-line configuration table downloads and command-by-command backups are
inherently slow. Nonvolatile memory is not sufficient to provide backup if the
NE is physically lost (as in a fire or flood, for example).
On a going forward basis, newer NEs may store only software load identifiers
and generic identifiers in local memory; the backup copy may be stored
separately. As more and more intelligent network elements are deployed, software
download and remote backup of these NEs will consume proportionately more
network provider resources. Use of a file transfer protocol such as the Open
Systems Interconnection (OSI) File Transfer, Access, and Management (FTAM)
protocol for SONET NEs can help alleviate these problems.
This GR includes the Telcordia view of proposed generic requirements for the
support of FTAM in SONET NEs.
Issue 2 shows the coupling between this GR and related requirements in
GR-253-CORE. Issue 2 also adds new requirements for using the FTP file
transfer protocol to provide SONET file transfer applications (see Section 3.3).
Issue 2 also provides additional details with respect to the CMISE information
models required (Section 3.4), and also considers requirements that apply when
using the TL1 Interactive Class protocol (Section 3.5).
When using GR-1250, you may need to refer to GR-253, GR-1042,
SIF-011, SIF-022, and/or ISO 8571. You may also want to refer to GR-472,
GR-836, GR-2915, GR-2963, and/or SIF-025.
Components of this product are:

GR-1250-CORE
1 gr1251
3 GR-1251
4 LSSGR: CLASS Feature: Numbering Plan Area Split Management (FSD
30-29-0000)
6 PS11
5 01
font color="FF0000">14 2000/06/30
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TR-NWT-001251 Issue01
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $455.00;$455.00
4 Y
8 PS
5 N
9 Y
6 FR-64, FR-CLASS-1
7 GR_1251_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE

This document is a module of LSSGR, FR-64, and was formerly TR-NWT-001251.
GR-1251-CORE replaces TR-NWT-001251, Issue 1, but contains NO TECHNICAL
CHANGES from that original document. It has been issued strictly to conform with
the new Telcordia Technologies document format and GR process, and carries a new
issue number and date.
The Numbering Plan Area (NPA) Split Management CLASS feature described in
this document interacts with the Automatic Callback (AC), Automatic Recall (AR),
and Screening List Editing (SLE) CLASS features, and the screening list
services, to allow customers to use these features with dialing arrangements
that are used for completing calls during the permissive dialing period of an
NPA split. Local Exchange Carriers (LECs) assign NPA split pairs to the feature.
There are four options associated with each NPA split pair, and the LECs control
the status of each option. Each option is associated with function(s) of one or
more CLASS features. When an option is active for an NPA split pair, the NPAs of
that NPA split pair are considered interchangeable for the function(s)
associated with the option. This GR provides the view of Telcordia on generic
requirements for the Numbering Plan Area Split Management feature.
Components of this product are:

GR-1251-CORE
1 gr1252
3 GR-1252
4 Quality System Generic Requirements for Hardware
6 PS72
5 01
font color="FF0000">14 1995/05/02
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TR-NWT-001252 Issue01
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $252.00;$252.00
4 Y
8 PS
5 N
9 Y
6 FR-796
7 GR_1252_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
This document identifies the Telcordia view of a uniform set of basic quality
system generic requirements using the framework established by ISO 9001/Q90001.
The following documents were fully or partly replaced by GR-1252:
TR-TSY-000411, TR-NWT-000785, TR-NWT-000893, TR-NWT-001252, TR-TSY-000039,
PUB-53250, and IP-10450.
When using GR-1252, you may need to refer to ISO 9001/Q9001.
Components of this product are:

GR-1252-CORE
1 gr1253
3 GR-1253
4 Generic Requirements for Operations Interfaces Using OSI Tools:
Telecommunications Management Network Security Administrations
6 PS41 PS76
5 01
font color="FF0000">14 1995/06/01
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TA-NWT-001253 Issue01
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $315.00;$315.00
4 Y
8 PS
5 N
9 Y
7 GR_1253_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
This document presents the view of Telcordia on generic requirements on security
administration for interfaces among Operations Systems (OS's) and Network
Elements (NEs). This GR applies when the interface between the OS performing
security administration and the OS or NE that is being managed is based on the
Open Systems Interconnection (OSI) Reference Model. However, this GR also
applies even if the system it manages does not use OSI-based interfaces to
communicate with any other systems.
GR-1253 replaced TA-NWT-001253 and TA-TSY-000130.
When using GR-1253, you may need to refer to GR-1469 and/or ISO 10164 and
10165 (IUT-T X.721/30/34/35/36/40). You may also want to refer to GR-376,
GR-495, TR-TSV-000774, GR-815, GR-828, GR-836, GR-981,
TA-NWT-001014 (canceled), GR-1031, TA-TSY-001041 (canceled), GR-1042,
TA-NWT-001057 (canceled), GR-1194, GR-1332, and GR-2869, and ANSI
T1.210, T1.233, T1.243, ITU-T M.3010, and X.741.
Components of this product are:

GR-1253-CORE

1 gr126

3 GR-126

4 Generic Requirements for Network Outdoor Customer Premises, and

Universal Cross-Connecting Wire

6 PS33

5 01

font color="FF0000">14 1994/07/08

font color="FF0000">19 Industry Requirements And Standards (RS)

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 $252.00;$252.00

4 Y

8 PS

5 N

9 Y

7 GR_126_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY

AS AN ENTERPRISE LICENSE

This Generic Requirements (GR) document sets forth Telcordia generic

requirements for Network Outdoor, Customer Premises, and Universal

Cross-Connecting Wires. Network Outdoor Cross-Connecting Wire (22AWG) is

intended for cross-connections in outdoor cabinets and terminals. The conductors

are usually terminated under screw type binding posts. Network Customer Premises

Cross-Connect Wire (24AWG) is primarily intended for indoor cross-connections

between incoming cable and the telecommunications facilities in commercial and

multifamily buildings. Network Universal Cross-Connecting Wire (22AWG) is

intended for outdoor and indoor applications. The requirements include

functional criteria, generic mechanical and electrical requirements, and test

methods to help in comparing the product against the stated requirements.

When using GR-126, you may need to refer to GR-421, GR-492, and/or

several ASTM specifications.

Components of this product are:

GR-126-CORE
1 gr1270
3 GR-1270
4 Generic Requirements for ISDN PRI Call-by-Call Service Selection
for Non-ISDN Foreign Exchange Facilities, Non-ISDN Tie Trunks,
OUTWATS, and INWATS
6 PS54
5 01
font color="FF0000">14 2003/10/15
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TR-NWT-001270 Issue01
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $735.00;$735.00
4 Y
8 PS
5 N
9 Y
7 GR_1270_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
GR-1270-CORE replaces TR-NWT-001270, Issue 1, May 1992,
and Revision 1, December 1997, but contains NO TECHNICAL
CHANGES from that original document. It has been issued strictly to conform with
the new Telcordia Technologies document format and GR process, and carries a new
issue number and date.
GR-1270-CORE contains the Telcordia view of generic requirements for
call-by-call selection of the listed services provided to Class II Equipment
served by an ISDN Primary Rate Interface (PRI). It completely replaces
TR-NWT-001270 and its revision and bulletins.
Call-by-call service selection is a method of providing services to Class II
Equipment on an ISDN PRI. Call-by-call service selection is an alternative to
providing services on a dedicated interface, a dedicated B channel, or a
dedicated group of B channels basis. Any B channel on the PRI can be used to
offer provisioned services on a per-call basis.
Requirements of call-by-call selection need to be defined for each service.
This document only describes the generic requirements of call-by-call service
selection for a limited number of services. Future documents will provide the
generic requirements for offering additional services on a call-by-call basis.
This document contains generic requirements for the following call-by-call
services.
Foreign Exchange Selection
Tie Trunk Selection
OUTWATS Selection
INWATS Selection
TR-NWT-001270 replaced TA-NWT-001270.
Components of this product are:

GR-1270-CORE
1 gr1272
3 GR-1272
4 Gateway Signaling Transfer Point (GSTP) Local Message Screening
Test Capability Generic Requirements
6 PS14 PS41
5 01
font color="FF0000">14 1994/07/14
font color="FF0000">19 Industry Requirements And Standards (RS)
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $252.00;$252.00
4 Y
8 PS
5 N
9 Y
7 GR_1272_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
This document provides the view of Telcordia on generic
requirements for a test function to be supported at Gateway Signaling Transfer
Points (GSTPs) known as the Gateway STP Local Message Screening Test
Capability.
This feature would provide a mechanism by which network operations personnel
and/or operations systems applications would submit parameterized	"sample"
Signaling System No. 7 (SS7) messages to the GSTP to determine the resultant
message screening outcomes. The objective is to permit the service providers'
personnel to verify the consistency of the user-provisioned message screening
tables, as populated via the memory administration process, against the desired
or intended screening actions for various types of SS7 messages having
different message attributes. The document incorporates requirements for the
test's support of Signaling Connection Control Part (SCCP) and Integrated
Services Digital Network (ISDN) User Part (ISDNUP) Message Type screening at the
GSTP, as well as performance and capacity requirements for the test capability.
GR-1272 replaced TR-NWT-001272.
Components of this product are:

GR-1272-CORE
1 gr1273
3 GR-1273
4 Analog Display Services Interface (ADSI) SPCS/Server Generic
Requirements
6 PS53
5 01
font color="FF0000">14 1998/08/07
font color="FF0000">19 Industry Requirements And Standards (RS)
2 TR-NWT-001273 Issue01
7 NA;NA
1 CCD;PDF
2 CUSTCD;PDF
8 $875.00;$875.00
4 Y
8 PS
5 N
9 Y
6 FR-12, FR-64
7 GR_1273_CORE.i01.pdf

THIS DOCUMENT IS SOLD ONLY AS AN	href='/site-cgi/ido/?page=sitelic'>ENTERPRISE LICENSE
This document is a module of ADSI, FR-12.
This product, GR-1273, provides the Telcordia view of proposed generic
requirements for the data communications protocol and Stored Program Controlled
System (SPCS), e.g., a switching system, or host computer Server end of the
Analog Display Services Interface (ADSI).
This document updates requirements presented in TR-NWT-001273, incorporates
clarifications arising from the Telcordia ADSI technical auditing and prototype
work, reorganizes material more effectively, and integrates all material from
the TR bulletins into the main document.
GR-1273 supersedes TR-NWT-001273, replaces it in FR-12, Analog Display
Services Interface (ADSI), and should be used by anyone new to ADSI, or not
associated with the European Telecommunications Standards Institute (ETSI).
Because ETSI references specific sections of TR-NWT-001273 in its current
edition of publication EN301 71-1,TR-NWT-001273 will continue to be available
for individual orders by members of ETSI and those who identify themselves as
purchasers of EN301 71-1. This availability will remain in force only until
ETSI updates its publication to reflect this or a later version of GR-1273.
GR-1273 replaced TR-NWT-001273.
Components of this product are:

GR-1273-CORE

1 gr1274

3 GR-1274

4 Generic Requirements for Reliability Qualification Testing of

Printed Wiring Assemblies Exposed to Airborne Hygroscopic Dust

6 PS34 PS72 PS73

5 02

font color="FF0000">14 2009/11/01

font color="FF0000">19 Industry Requirements And Standards (RS)

2 TA-NWT-001274 Issue02

7 NA;NA

1 CCD;PDF

2 CUSTCD;PDF

8 Contact;Contact

4 Y

8 PS

5 N

9 Y

6 FR-2063

7 GR_1274_CORE.i02.pdf

THIS DOCUMENT IS SOLD ONLY AS AN