Fttx Technology Report

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FTTX Rrt

Viw stadardizati wrk

i th ara f FTTH/FITH

TecHnology RepoRT

INTERNATIONAL

ELECTROTECHNICAL

COMMISSION

IEC. Maing electrotechnology wor for you.


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REpORT TO WTO TBT COMMITTEE2 REpORT TO WTO TBT COMMITTEE

Cover image creit: HUBER+SUHNER


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FTTX Rrt

Viw stadardizati wrk

i th ara f FTTH/FITH

TecHnology RepoRT

INTERNATIONAL

ELECTROTECHNICAL

COMMISSION


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FTTX REpORT VIEW ON STANdARdIzATION WORk IN THE AREA OF FTTH/FITH4

CONTENTS

1 Foreword .......................................................................................................................... 32 Scope and objective ......................................................................................................... 33 Introduction ...................................................................................................................... 34 Recommended terminology .............................................................................................. 45 Major standardization activities and guidelines ................................................................. 5

IEC TC 86, SC 86A, SC 86B, SC 86C...................................................................... 55.1 Scope of TC 86 ........................................................................................... 55.1.1 Strategic business plan of TC 86 ................................................................. 55.1.2 ISO/IEC JTC 1/SC 25 .............................................................................................. 55.2 ITU ..........................................................................................................................65.3 ITU-T Handbook on Optica l fibres, cables and systems (2009) .................... 65.3.1 ITU-T Study Group 15 ................................................................................. 65.3.2 CENELEC ............................................................................................................... 65.4 CENELEC Technical Report CLC/TR 50510 ................................................ 65.4.1 Activities in CENELEC Technical Committee CLC/TC 86A ... ... ... ... ..... ... ... ... . 65.4.2 Activities in CENELEC Technical Committee CLC/TC 86BXA .. ... ... ... ... ... ... .. 65.4.3 Activities in CENELEC Technical Committee CLC/TC 215 ...... ... ... ..... ... ... ... . 65.4.4 IEEE P802.3 ............................................................................................................ 75.5 FTTH Council Europe ........................................................................................... 75.6

Broadband Forum .................................................................................................... 75.7 ETSI ........................................................................................................................ 75.8 Other groups ........................................................................................................... 85.96 Conclusions ...................................................................................................................... 8

Terms, definitions and abbreviations ....................................................................... 86.1 Standards ................................................................................................................ 86.27 Recommendations ............................................................................................................ 8

Terms, definitions and abbreviations ....................................................................... 87.1 Standards ................................................................................................................ 87.2Annex 1 List of members and guests of the responsible ACTEL study group ..... ... ... ... ... ... ... . 9

Annex 2 Network scheme and network elements ..... ..... ... ..... ... ..... ... ... ..... ... ..... ... ..... ... ... ..... 10Annex 3 List of terms and abbreviations ..... ..... ... ... ..... ... ..... ... ..... ... ... ..... ... ..... ... ..... ... ... ..... .. 12Annex 4 List of standards and guidelines related to FTTX/FITH ..... ..... ... ..... ... ..... ... ... ..... ... . 23Annex 5 Other relevant documents ... ... ..... ... ..... ... ... ..... ... ..... ... ..... ... ... ..... ... ..... ... ..... ... ... ..... 47

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FTTX REpORT VIEW ON STANdARdIzATION WORk IN THE AREA OF FTTH/FITH 55

1 Frwrd

The International Electrotechnical Commission(IEC) is a worlwie organiation for stanariation

comrising all national electrotechnical committees

(IEC National Committees). The object of the IEC is

to romote international co-oeration on all questions

concerning stanariation in the electrical an

electronic elds. To this end and in addition to other

activities, the IEC ublishes International Stanars

an other ublications to romote its goals.

This Technology Reort was reare by the

IEC Avisory Committee on Telecommunications

(ACTEL).

2 S ad bjtiv

The bacgroun of this Technology Reort is to

rovie an overview of the stanariation efforts

in FTTH an FITH by all relevant stanariation

boies (Annex 4). The secon objective of this reort

is to ientify any remaining white areas within

international stanariation.

ACTEL realie that there is a vast amount of termsan abbreviations concerning FTTH an FITH.

Several organiations create their own list of

abbreviations an terms, resulting in them no longer

being able to unerstan each other. Therefore, as a

thir objective of this reort, an overview list of terms

an abbreviations (Annex 3) has been create with

the urose of asing all Technical Committees (TCs)

an external boies involve to reare a list of

terms and denitions to be published within the

IECs Electroeia in orer to sea the same

language in all technical wor an stanars.

Annex 3 an Annex 4 are living ocuments, to be

uate at least on a biyearly basis.

3 Itrduti

New alications rive banwith eman an,

ultimately, bre is brought not only closer to, but

actually into the home. Raily growing eman is

creating signicant challenges for both the time and

cost of imlementing of such access networs.

Given the short history of this application eld

there is still a large variety of technical solutions

in iscussion an room is neee for innovation.

Even greater comlexity for otential solutions is

ae by the fact that there are a huge roortion of

browneld installations with widely varying technical

requirements.

The incumbents have their own systems an tests

an they are generally very cautious. However, FTTX

is a new inustry an even incumbents are learning

an may not unerstan the issues which will either

result in over specication or in risk taking without

specications. As a new industry there are many

builers of small networs who may have almost no

unerstaning of the nee for stanariation an

suitability.

Standards guidance will help dene systemsarchitecture, basic functionalities an rouct

requirements to ensure the selection of aroriate

solutions, products and a sufcient quality of the

network. Clear denition of the minimal quality of

the access networ will facilitate the eloyment

an oeration of reliable networs, esecially since

economic an social life toay highly eens on

the uninterrute erformance of telecom networs.

Minimum quality levels shoul be guarantee by

stanariing test methos an functional rouct

specications containing minimum values for all the

relevant rouct arameters.

Stanariation shall ensure a cometitive maret for

comonents an subsystems for the infrastructure

an rovie the services by using an infrastructure

with interfaces that suort it.

Standardization should reect the consensus of the

maret an the voice of users. Stanars will have to

leave eveloers the freeom of imlementation for

their roucts an choice in terms of innovation of the

overall system.

Stanars shoul revent future unnecessaryfailures such as, for examle, the use of externally

wall mounte boxes that o not meet the existing

standards for waterproong IP ratings or building a

networ that has more than the stanar value of loss

ue to length, connections, or slices, etc.

during networ eloyment minimum best ractice

stanars shoul be consiere, for examle, for

installing cables as well as health an safety relate

issues such as laser safety, articularly as otical

solutions enter the home.

Stanars shall secify the minimum functions an

erformance of subsystems an the basic interfaces

(harware an software) between the arts of the

infrastructure, such as the mating interface between

Viw stadardizati wrk i th ara f FTTH/FITH


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cabling outsie an insie builings. However,

standards should certainly not dene parameters

such as the shae an sie of boxes an wall units,

or materials to be use, roviing they meet the

existing requirements an stanars which revail

such as UV erformance, etc.

Since the comlete networ infrastructure is being

consiere, the way in which stanars are imose

will een on the articular minimum requirements

related to the specic area within the infrastructure

an can be subivie into a number of areas:

1) The central ofce;

2) The outsie lant (OSp): stanars shoul relate

to both environmental an otical erformance

an lifetime requirements, without relating to

actual design;

3) The share builing sace relate to MdUeloyment an basement equiment: stanars

shoul relate to both environmental an otical

erformance an lifetime requirements, without

relating to actual design;

4) In the home and public space: this is a new area

which may require more activity as the public

might become involved in deployment and

connectivity, essentially creating new demands (and

therefore new standards) on the products to be used.

The above consierations relate to assive

equiment, meaning that active equiment an

erformance an safety ue to electrical interfaces

stanars are not iscusse in this Technology

Reort.

This ocument has been eveloe by an a hoc

stuy grou within IEC ACTEL (see Annex 1).

The intent of this Technology Reort is to give an

overview of the existing stanars an guiance

ocuments in the areas of FTTH/FITH (or relevant

for FTTH/FITH) as well as wor in rogress,

effectively roviing recommenations for aitional

stanariation wor that may be neee.

4 Rmmdd trmi

To ensure clarity an consistency a common set

of terms, denitions and abbreviations should be

use. Annex 3 rovies a list of common terms

an abbreviations that the IEC ACTEL stuy grou

recommens using.

The stuy grou also recommens using the

ocument realise by the FTTH Council in January

2009 that denes the terms used by all the FTTH

Councils (North-America, Europe, Asia-Pacic, see

FTTH denition of terms).

The IEC rovies two services regaring terms an

abbreviations:

the IEV or International Electrotechnical

Vocabulary, commonly nown as Electroeia,

available from .

the IEC Glossary, available from.

The IEC Glossary (denitions collected from

IEC International Stanars) an Electroeia

(valiate terminology atabase), will be merge in

time. The old IEV Chapter 731, IEC 60050-731:1991,

Optical bre communication, woul no longer

be the only coherent terminology atabase. The

newer denitions from TC 86s standards will be

incororate into a new one sto sho. The agree

set of terms and denitions will be incorporated by

the IEC Central Ofce into Electropedia, which is infact the esire result.

The ITUs database also provides denitions,

available from .

ITU-T Recommendation G.987 denes some of those

troublesome terms (e.g. ONU/ONT, pON, an OdN)

that seem to have multile meanings for ifferent

eole.

The terms an abbreviations rovie in Annex 3 of

this Technology Reort have been chece againstthe Electroeia. Whenever a denition existed it has

been listed under the column Denition in Annex 3.

5 Majr stadardizati ativitis

ad uidis

Several stanariation activities are taing lace

both on the international an national levels. Woring

grous in the ITU, IEC, ISO/IEC JTC 1, CENELEC

an IEEE, as well as organiations such as the FTTH

Council are trying to give guiance for the esign

and implementation of bre optic access networks. In

aition, there are also stanariation activities on

the national level. The following list gives an overview

of the ey activities.

5.1 Iec Tc 86, Sc 86A, Sc 86B, Sc 86c

5.1.1 S f Tc 86

TC 86 aims to prepare standards for bre optic

systems, moules, evices an comonents intene

rimarily for use with communications equiment.

This activity covers terminology, characteristics,

relate tests, calibration an measurement methos,
http://www.ftthcouncilmena.org/documents/FTTHdefinitions/FTTH-Definitions-Revision_January_2009.pdfhttp://www.electropedia.org/http://std.iec.ch/glossaryhttp://www.itu.int/en/ITU-T/publications/Pages/dbase.aspxhttp://www.itu.int/en/ITU-T/publications/Pages/dbase.aspxhttp://www.electropedia.org/http://www.electropedia.org/http://www.itu.int/en/ITU-T/publications/Pages/dbase.aspxhttp://www.itu.int/en/ITU-T/publications/Pages/dbase.aspxhttp://std.iec.ch/glossaryhttp://www.electropedia.org/http://www.ftthcouncilmena.org/documents/FTTHdefinitions/FTTH-Definitions-Revision_January_2009.pdf


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functional interfaces, otical, environmental an

mechanical requirements to ensure reliable system

erformance

5.1.2 Strati busiss a f Tc 86

The wor of TC 86 an its subcommittees (SC 86A,SC 86B, SC 86C) has mae, an continues to mae,

a rofoun imact on the broa communications

maret. External factors continue to imact the

markets and commerce for bre optics devices.

However, the maret has unergone a slow but

steady growth and there has been diversication

of bre optics applications since the early 2000s.

This has resulte in continue global articiation

by users an suliers, as well as a shift from a

few articiants from large organiations to more

articiants from smaller organiations. One of

the unerlying causes is a maret consoliation ineveloe countries along with the introuction of

new imortant layers in eveloing countries.

5.2 ISo/Iec JTc 1/Sc 25

Customer remises cabling: ISO/IEC 15018,

Information technology Generic cabling for homes.

5.3 ITU

5.3.1 ITU-THandbookonOpticalfbres,cables

ad sstms (2009)

This hanboo was ublishe in 2009 an

is available from . It contains a chater on the

deployment and operation of bre access networks.

5.3.2 ITU-T Stud gru 15

The ITU-T Stuy Grou 15 is concerne with

otical transort networs an access networinfrastructures (further information available from

ITU-T Stuy Grou 15).

A raft revision of the Guie on the use ofITU-T

L-series Recommendations related to Optical

Infrastructures has been recently rouce by

ITU-T Stuy Grou 15. In Annex 4 the L. series

Recommenations relate to FTTX are liste. On

2012-02-13 two new L. series Recommenations

relate to FTTX were arove an re-ublishe:

L.89, Design of suspension wires,

telecommunication poles and guys for opticalaccess networks

L. 90, Optical access networks topologies for

broadband services

5.4 cenelec

5.4.1 cenelec Thia Rrt

clc/TR 50510

Fibre optic access to end-useris a guieline to

building FTTX bre optic networks, available from.

This technical reort was reare by the CENELEC

TC 86 A: Optical bres and optical bre cables.

The reort rovies information about the assive

infrastructure layer of a bre access network. It also

contains a glossary of terms.

In the three CENELEC technical committees below,

work on bres, cables and cable accessories (like

mechanical slices, connectors an enclosures) is

on-going.

5.4.2 Ativitis i cenelec Thia

cmmitt clc/Tc 86A

Bend insensitive bres in cords,

New generation of ex tube riser cables, and

Fire resistance of cables for in-house applications

test roceures.


cmmitt clc/Tc 86BXA

There are new activities specic for optical

istribution networs (incluing inoor roucts).

For specic FTTH distribution networks a taskforce

team is looing at the ossibility of reucing the test

severities of the otical erformance requirements

to an accetable but realistic level in orer to

further imrove the cost an see of installing

enclosures.

In the last June 2012 meeting the following ertinent

Performance Specication draft was released by

TC86BXA WG1 entitle Type FPFT (factory polished

eld terminated) simplex connector terminated onIEC 60793-2-50 category B1.3 and B6_A2 single

mode bre, Category C.


cmmitt clc/Tc 215

Customer premises cabling.

5.5 Ieee p802.3

IEEE is lanning to secify an alication forbre usage. They will ask JTC 1/SC 25 for the

infrastructure specication. There is a constant

ialogue between IEEE an JTC 1/SC 25.
http://www.itu.int/pub/T-HDB-OUT.10-2009-1/enhttp://www.itu.int/pub/T-HDB-OUT.10-2009-1/enhttp://www.itu.int/en/ITU-T/studygroups/2013-2016/15/Pages/default.aspxhttp://www.cenelec.eu/dyn/www/f%3Fp%3D104:110:4089076429190819::::FSP_PROJECT%2CFSP_LANG_ID:22855%2C25http://www.cenelec.eu/dyn/www/f%3Fp%3D104:110:4089076429190819::::FSP_PROJECT%2CFSP_LANG_ID:22855%2C25http://www.itu.int/en/ITU-T/studygroups/2013-2016/15/Pages/default.aspxhttp://www.itu.int/pub/T-HDB-OUT.10-2009-1/enhttp://www.itu.int/pub/T-HDB-OUT.10-2009-1/en


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This activity of IEEE will be strictly limited to bre

cables only.

A directly related body of work is concerned

with EpON. This is escribe in IEEE Stanar

p802.3 (2008) and p802.3av. At the

moment, there are no further FTTH activitiesin p802.

IEEE p1904.1s SIEpON wor is a roject that has

just starte.

5.6 FTTH cui eur

The 5th edition of the FTTH Handbook was issued

in February 2012, available from . This document contains comrehensive

information on both the assive infrastructure andthe active equipment layer of a bre access

network. It also contains an overview of otical

bre related IEC International Standards for

the access network and a one age glossary of

terms.

5.7 Bradbad Frum

The BBF has create the Fiber Access Networ

Woring Grou.

The ocuments relevant to FTTH are:

TR-156 Using GPON Access in the context

of TR-101t

TR-167 GPON-fed TR-101 Ethernet Access

Noe

WT-200 EPON and TR-101

WT-247 Part 1 ONT conformance test plan

WT-247 Part 2 OLT + ONT conformance

test lan

WT-255 GPON interoperability test plan

The woring texts are available from

.

5.8 eTSI

The Access, Terminals, Transmission an

Multilexing (ATTM) Technical Committee (TC ATTM)

consists of three Woring Grous (WG).

WG AT2: Infrastructure, hysical networs an

communication systems is concerne with:

specications of network topology and functional

requirements

specications of transmission related optical

components, especially optical bres and

assive comonents

specications of requirements for optical

bre and optical cable characteristics

related to transmission system

erformance specications of functional and physical

characteristics of interfaces, incluing

allocations of overheas

standardization work on transport network

rotection an survivability

production and maintenance of:

legacy ISdN: basic access, rimary access

an broaban ISdN access,

data over cable service interface specication

(dOCSIS) an frequency management on

Hybrid bre coax (HFC) access

FTTH and bre access systems Ethernet

specication for network jitter, delay and

synchroniation in transmission networs

aspects of the Communications part of an

interactive broacast lin, e.g. cable television

(CATV) an Local multioint istribution service

(LMdS) hysical layer

specication of functional requirements

for transmission equiment, incluing

line equiment, multilexers an cross-

connectors.

5.9 othr rus

There are also a scattering of national grous that

have wore on FTTH networs, incluing ATIS (US),

CCSA (China), OITdA (Jaan) an other grous e.g.

in korea.

6 cusis

6.1Terms,defnitionsandabbreviations

There still is a lac of agree an generally use

FTTH related denitions in IEC and other standards.

The FTTH an FITH Language for all oes not

yet exist.

6.2 Stadards

Stanariation for the OSp art of the networ is

covere, for the main art, by existing stanars an

running rojects.

The inoor (in-builing) art of the networ stanars

have been eveloe mainly for the cable art of the

networ infrastructure.
http://www.ftthcouncilmena.org/documents/Reports/FTTH-Handbook-2012-V5.0-English.pdfhttp://www.ftthcouncilmena.org/documents/Reports/FTTH-Handbook-2012-V5.0-English.pdfhttp://www.broadband-forum.org/technical/technicalwip.phphttp://www.broadband-forum.org/technical/technicalwip.phphttp://www.broadband-forum.org/technical/technicalwip.phphttp://www.broadband-forum.org/technical/technicalwip.phphttp://www.ftthcouncilmena.org/documents/Reports/FTTH-Handbook-2012-V5.0-English.pdfhttp://www.ftthcouncilmena.org/documents/Reports/FTTH-Handbook-2012-V5.0-English.pdf


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7 Rmmdatis

7.1Terms,defnitionsandabbreviations

ACTEL recommens TC 86 using the FTTH

denition of terms, issue as a joint ocument by

the three FTTH Councils, as the basis to imrove

the Electroeia an also tae into consieration the

terminology an abbreviations roose in Annex 2

Networ scheme an networ elements.

ACTEL generally recommens all inustry comanies

an stanariation organiations to use these

denitions.

7.2 Stadards

ACTEL recommens aing stanars on the roart of the networ to the stanariation of the OSp

art of the networ.

ACTEL recommens aing stanars on some

specic components in dened network areas

where stanariation is still missing:

In the Access node (POP) network area

recommenations on otical frames can be

ugrae to stanars

In the in-building network area standards on

connectivity roucts such as the BdB, FdB,

FTB an the COB an their relate new

generation of cable systems are still missing an

nee to be given.
http://www.ftthcouncilmena.org/documents/FTTHdefinitions/FTTH-Definitions-Revision_January_2009.pdfhttp://www.ftthcouncilmena.org/documents/FTTHdefinitions/FTTH-Definitions-Revision_January_2009.pdfhttp://www.ftthcouncilmena.org/documents/FTTHdefinitions/FTTH-Definitions-Revision_January_2009.pdfhttp://www.ftthcouncilmena.org/documents/FTTHdefinitions/FTTH-Definitions-Revision_January_2009.pdf


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nam T e-mai

daems daniel Mr. +32 (0) 16 351595 [email protected]

Grooten Albert Mr. +31 182 602 447 [email protected]

Jones Greg Mr. +44 22 730 5515 [email protected]

komfort Michael dr. +49 30 5303 2170 [email protected]

Leert Hans-detlef dr. +49 2166 990835 [email protected]

von pattay Walter dr.-Ing. +49 89 923 967 57 [email protected]

Roche dominique Mr. +33 1 57 36 20 21 [email protected]

Rossi Umberto dr. [email protected]

Ax 1

list f mmbrs ad usts f th rssib AcTel stud ru
mailto:ddaems%40TE.com?subject=Actelmailto:albert%40grooten.nl?subject=Actelmailto:greg.jones%40itu.int?subject=Actelmailto:michael.komfort%40corning.com?subject=Actelmailto:dr.leppert%40leppert-beratung.de?subject=Actelmailto:walter%40pattay.com?subject=Actelmailto:dominique.roche%40orange.com?subject=Actelmailto:rossiu%40teletu.it?subject=Actelmailto:rossiu%40teletu.it?subject=Actelmailto:dominique.roche%40orange.com?subject=Actelmailto:walter%40pattay.com?subject=Actelmailto:dr.leppert%40leppert-beratung.de?subject=Actelmailto:michael.komfort%40corning.com?subject=Actelmailto:greg.jones%40itu.int?subject=Actelmailto:albert%40grooten.nl?subject=Actelmailto:ddaems%40TE.com?subject=Actel


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FTTX REPORT VIEW ON STANDARDIZATION WORK IN THE AREA OF FTTH/FITH 1111

Annex 2

Network scheme and network elements

Main Network Elements(PoP + OSP)

NetworkPart Code

Access Node POP

Access Node Opt ica l f ram e POP-ODF

Access Node Cabling POP-CFeeder Cabling Fe-C

Primary Fiber Concentration Point PCP

Distribution Cabling Di-C

Secondary Fibre Concentration Point SCP

Fiber Concentration Point FCP

Drop Cabling Dr-C

Residential property cabling Re-C

Passive Customer Outlet Box andCustomer Equipment Units

COB

Single Family Unit SFU

Multi Dwelling Unit MDU

Distribution Network OF Cables DNC

Trunk Network OF cables TNC

Main Network Element(In-Building)

NetworkPart Code

Building Distribution Box BDB

Building Riser Cabling BRi-C

Floor Distribution Box FDB

Floor Tapping Box FTB

Building Drop Cabling BDr-C

Residential property cabling Re-C

Passive Customer Outlet Box andCustomer Equipment Units

COB

Building Access Network B-A-N

Building indoor OF Cables BIC

Main Network Element(General Terms)

NetworkPart Code

Access Network A-N

Outside Plant part of Network OSP

In Building part of Network Indoor

Elements/Terms Non-specific for AccessNetworks Cabling

None


12/48


Ax 3

list f trms ad abbrviatis

Abbrviati

Trm Full word, name or expression (the subject of the abbreviation and denition if any)

Defnition Exlanation or full text if any

T T = Technical, O = Oerational

part f twrk

Sur/orii


13/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEVNumber

b

ITU

Definitionc

Defini

tion

d

Source/

Origin

Typee

Partof

Network

AsymmetricDigital

SubscriberLine

ADSL

Tech

A-N

AccessNo

de

AN

NC

POP

AngledPo

lish

Connector

APC

A-N

Asynchron

ous

TransferM

odePON

APON

Tech

A-N

AverageR

evenue

PerUser

ARPU

OP

None

Asynchron

ous

TransferM

ode

ATM

A-N

Computer

Aided

Design

AutoCAD/CAD

Tech

None

BillofMaterial

BoM

OP

None

BillofQua

ntity

BoQ

OP

None

Binarydigit

bit

mem

berofasetoftwoelements

commonlyusedtorepresent

infor

mation

702-

05-03

A-N

Binarydigit

bit

mem


commonlyusedtorepresent

infor

mation

NOT

E

Theterms"unitelement"

and

"unit"usedintelegraph

transmissionmaynotbeusedfor

thetermb

it

721-

02-08

Binarydigit

bit

mem


used

torepresentinformation

723-

10-09

Binarydigitrate

bitrate

num

berofbinarydigits

transferredpersecond

704-

16-07

(Broadban

dPON)is

astandard

basedon

APON.

BPON

Tech

A-N


14/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Definition

d

Source/

Origin

Typee

Partof

Network

Broadbanddevice

devicewhosebandwidthissuch

that

itisabletoacceptand

proc

essallthespectral

com

ponentsofaparticular

emission

161-06-12

A-N

Bitpersecond

Bps

unitof

measure

A-N

CableTelevision

CATV

distr

ibutionoftelevision

prog

rammesbycable

723-01-22

A-N

Competitiv

elocal

exchange

carries

CLEC

OP

None

Customer

premises

equipment

CPE

Con

COB

Customer

Terminatio

nBox

CTB

Con

COB

CoarseWavelength

DivisionM

ultiplexing

CWDM

A-N

DynamicB

andwidth

Allocation

DBA

Tech

A-N

Distributio

nNode

DN

NC

SCP

DataOver

Cable

ServiceInterface

Specification

DOCSIS

Tech

A-N

Distributio

nPoint

DP

finalpointinthelocalline

netw

orkfrom

whichpairsarerun

toin

dividualsubscribers'

prem

ises

722-12-19

NC

SCP

EthernetintheFirst

MileinIEE

E802.3ah

EFM

A-N

Etherneto

verP2Pin

IEEE802.3ah

EP2P

A-N

EthernetP

assive

OpticalNe

twork

EPON

NC

A-N

Fibrecrossconnect

node

Fccn

POP-ODF


15/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Defin

ition

d

Source/

Origin

Type

e

Partof

Network

Fibreconc

en

tra

tion

po

int

Fcp

POP-O

DF

Fibreconc

en

tra

tion

po

intm

ino

r

Fcpm

PCP

Floor

Distri

bu

tion

box

Fdbox

Con

FDB

Fibre

Distri

bu

tion

Field

FDF

Fibre

InThe

Home

FITH

A-N

Fac

tory

Stan

dard

Cos

t

FSC

OP

None

Free

Spac

eOp

tics

FSO

Tec

h

None

Fibre

toth

eBu

ilding,

Curb,

Hom

e,

No

de,

Office,

Pre

mises.

FTTB

,C,H,N,

O,

P

NC

A-N

Fiber

ToT

he

X

FTTX

Gener

icterm

for

FTTB

,

FTTC,

FTTH

A-N

Fixe

dWire

less

Access

FWA

Giga

bitpe

rsecon

d

(Gbit/s)

Gbps

None

Giga

bitPa

ss

ive

Op

tica

lNe

twork

GPON

NC

A-N

Homes

Co

nnec

ted

HC

A-N

Hy

bri

dFib

er

Coax

HFC

NC

Dr-

C

Hy

bri

dfiber-coax

ial

plus

HFC+

NC

Dr-

C

Homes

Pa

sse

d

HP

A-N

Indoor

Dis

tribu

tion

Po

int

IDP

NC

BDB

Interna

tion

al

Elec

tro

tec

hn

ica

l

Comm

ission

IEC

None


16/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Definition

d

Source/

Origin

Typee

Partof

Network

InstituteofElectrical

andElectr

onics

Engineers

IEEE

None

Insertionloss

IL

resu

ltingfromt

heinsertionofa

netw

orkintoatransmission

syst

em,

theratioofthepower

deliv

eredtothatpartofthe

syst

emf

ollowingthenetwork,

befo

reinsertionofthenetwork,

toth

epowerdeliveredtothat

sam

epartafterinsertionofthe

netw

ork

NOT

E

Theinsertionlossis

generallyexpressedindecibels.

726-06-07

A-N

InsertionL

oss(ofa

two-portd

evice)

IL

ratio

,generallyexpressedin

deci

bels,oftheapparentpower

ata

pointinatransmission

chan

neltothepoweratthesame

poin

tafterinsertionofagiven

two-

portdeviceintothe

transmissionchannel

imm

ediatelyaheadofthispoint

NOT

E

Iftheratiodefiningthe

inse

rtionlossislessthanone,

its

deci

belvalueisnegative,andits

conv

erseoroppositedecibel

valu

ecalled"insertiongain"may

beu

sed.

702-07-08

A-N

InsertionL

oss(ofan

opticalcom

ponent)

IL

extraopticalattenuationcaused

bytheinsertionofanextra

opticalcomponentintoanoptical

syst

em.

731-01-50

A-N

Incumbentlocal

exchange

carries

ILEC

OP

None

IndoorMa

nipulation

Point(nee

dsmore

explanatio

n)

IMP

NC

BDB/FDB

Internation

al

Organizationfor

Standardization

ISO

None


17/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Defin

ition

d

Source/

Origin

Type

e

Partof

Network

InternetService

Provider

ISP

OP

A-N

Internation

al

Telecomm

unication

Union

ITU

None

LocalArea

Network

LAN

com

puternetworklocatedona

userspremiseswithinalimited

geographicalarea

NOT

E

Communicationwithina

loca

lareanetworkisnotsubject

toexternalregulations;however,

com

municationacrossthe

netw

orkboundarymaybesubject

tosomeformo

fregulation.

732-01-04

A-N

LocalInterface

LI

LocalMult

ipoint

Distributio

nService

LMDS

OP

POP

Low

Smok

e,Zero

Halogen

LSZH

B-C

Municipali

ty/Utility

M/U

OP

None

Megabitpersecond

(Mbit/s)

Mbps

unitof

measu

re

None

Multi-DwellingUnits

MDU

NC

B-A-N

MicroElec

tro

Mechanica

lSwitch

MEMS

Con

Multichannel

Multipoint

Distributio

nService

MMDS

OP

Multi-ModeFibre

MMF

A-N

MainNode

MN

NC

POP

Multi-Tena

ntUnits

MTU

NC

B-A-N

NextGene

ration

AccessNe

twork

NGA

NC

A-N


18/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEVNumber

b

ITU

Definitionc

Definition

d

Source/

Origin

Typee

Partof

Network

NextGeneration

Network

NGN

NC

A-N

Networktermination

Unit

NTU

form

ofdatacircuitterminating

equipmentusedwhenthedata

circu

itisprovidedina

spec

ializeddatanetwork

721-12-06

NC

COB

NearVideo

on

Demand

nVoD

OP

A-N

OpticalDis

tribution

Frame

ODF

Con

POP-ODF

OpticalDis

tribution

Point

ODP

NC

OpticalEth

ernet

OE

Tech

A-N

OpticalLineTerminal

OLT

NC

POP

OpticalManipulation

Point

OMP

NC

OpticalNetwork

Terminal

ONT

NC

COB

OpticalNetworkUnits

ONU

NC

COB

OpticalPower

GroundWire

OPGW

Con

None

OpticalTim

eDomain

Reflectome

try

OTDR

techniqueforcharacterizingan

optic

alfibrewherebyanoptical

pulseistransmittedthroughthe

optic

alfibreandtheoptical

powe

roftheresultinglight

scatteredandreflectedbackto

theinputismeasuredasa

functionoftime

NOTE

Usefulinestimating

atten

uationcoefficientforuniform

fibres,andidentifyingand

localisingdefectsandlocalised

losse

s.

731-07-08

None

Point-To-M

ulti-Point

P2MP

A-N


19/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Definition

d

Source/

Origin

Type

e

Partof

Network

Point-to-Point

communication

P2P

communicationprovidedbyalink

betw

eentwospecifiedfixed

points

713-

02-14

Source:ITU-

RRec.662

MOD

NC

A-N

Point-to-Point

configurati

on

P2P

telec

ontrolconfigurationwhereby

one

stationisconnectedto

anot

herstationbyadedicated

transmissionlink

371-

06-06

A-N

Point-to-Point

connection

ada

talinkestablishedbetween

only

twodatastations

721-

16-26

A-N

Polarizatio

nMode

Dispersion

PMD

None

PassiveOptical

Network

PON

NC

A-N

Point-of-Presence

PoP

NC

POP

ReturnLos

s

RL

modulusofthereciprocalofthe

refle

ctionfactor,generally

expr

essedindecibels.

NOT

E

Whenimpedancescan

bed

efined,thereturnlossis

givenbytheformula:

-

20lg|r|=20lg|Z-Z'/Z+Z'|

whereZisthecharacteristic

impe

danceofatransmissionline

ahea

dofadiscontinuity,orthe

impe

danceofasource,andZ'is

theimpedanceafterthe

discontinuityortheload

impe

danceseenfromthe

junctionbetweenthesourceand

theload.

702-

07-25

A-N

Right-of-W

ay

RoW

None

Rackunit,

1RU=50mm

RU

Tech

POP-ODF


20/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Definition

d

Source/

Origin

Type

e

Partof

Network

Signal-to-n

oiseratio

Signal/nois

eratio

S/N

ratio


decibels,ofthepowerofthe

wantedsignaltothatofthe

coex

istentnoiseataspecified

poin

tinatransmissionchannel

unde

rspecifiedconditions

NOT

E

Thesignalcannot

gene

rallybeseparatedfrom

noise,andinpracticetheratio

(sign

al+noise)tonoiseis

mea

sured.

702-08-61

Signal-to-n

oiseratio

S/N

ratio

ofthewantedsignallevelto

theelectromagneticnoiselevel

asm

easuredunderspecified

cond

itions

161-06-04

None

Signal-to-n

oiseratio

S/N

ina

statedbandwidth,

theratioof

(1)thepeak-to-peaksignal

currentto(2)ther.m.s.noisein

theoutputcurrent

531-45-12

Signal-to-n

oiseratio

signal/nois

eratio

S/N

ratio



wantedsignaltothatofthe

coex

istentnoiseataspecified

poin

tinatransmissionchannel

unde

rspecifiedconditions

NOT

E

Thesignalcannot

gene

rallybeseparatedfrom

noise,andinpracticetheratio

(sign

al+noise)tonoiseis

mea

sured.

702-08-61


21/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Definition

d

Source/

Origin

Type

e

Partof

Network

Signal-to-noiseratio

Signal/noiseratio

S/N

ratio



wan

tedsignaltothatofthe

coexistentnoiseataspecified

poin

tinatransmissionchannel,

usuallyatthereceiveroutput,

underspecifiedconditions

NOT

E

1

Thesignalcannot

generallybeseparatedfrom

nois

e,andinpracticetheratio

(signal+noise)tonoiseis

mea

sured.

NOT

E

2

Thespecified

conditionscompriseamong

othe

rs:

th

enatureandcharacteristics

of

thewantedsignal,

th

enatureandcharacteristics

of

thenoise,

th

ereceiverandantenna

ch

aracteristicssuchasthe

ba

ndwidth.

Sou

rce:702-08-61MOD

713-11-19

Satellite

Communic

ations

SatCom

OP

None

Symmetric

Digital

Subscribe

rLine

SDSL

Tech

A-N

SingleFam

ilyUnit

SFU

NC

B-A-N

Single-Mo

deFibre

SMF

None

Single-TenantUnits

STU

NC

B-A-N

Totalcost

of

ownership

TCO

OP

None

TimeDivis

ion

MultiplexAccess

TDMA

Tech

None

UltraPolis

hed

Connector

UPC

A-N


22/48


FullNam

e=Term

Abbreviation

IEC

Definitiona

IEV

Number

b

ITU

Definitionc

Defin

ition

d

Source/

Origin

Type

e

Partof

Network

UninterruptiblePower

System

UPS

POP

Unshielde

dTwisted

Pair

UTP

Dr-C

VeryHigh

Bitrate

DigitalSu

bscriber

Line

VDSL

Tech

A-N

DigitalSu

bscriber

LineAcce

ss

Multiplexe

r

DSLAM

VideoonDemand

VoD

OP

A-N

WaveDivision

Multiplexe

r

WDM

Tech

None

WirelessLAN

WLAN

loca

lareanetworkinwhichdata

are

transferredwithouttheuseof

wire

s

732

-01-05

NC

None

a

Definitionfrom

theIEV(Electropedia)data

base.

b

NumberintheElectropediadatabase.

c

ITUde

finition.

d

DefinitionotherSource/Origin.

e

Tech

TechnologyTerm

OP

Networkorbusinessrelatedterms

NC

Networkconcept

Con

Connectivityterm


23/48


Ax 4

list f stadards ad uidis ratd t FTTH/FITH

Sur Stanariation Boy [IEC, ITU, VdE, NEN, etc.]

lati i /w part of networ to which the stanar alies [pOp, FCp, OSp, inoor, etc. = character

references; multiple assignments] ref. Annex 2

Status Status of ocument [NWIp, Committee draft, CdV, etc.]

T Sort of ublication [stanar, guielines, hanboos, TR, recommenations, etc.]

Dat publication ate or ate of current status (see Status column)

Tit

numbr

Subjt Tye of content [comonent, test metho, systems esign, etc.]

It/R/nat International, Regional or National


24/48


Source

Location

inn/wa

Status

Type

Title

Number

Sub

ject

Int/Reg/

Nat

IEC

AN

PUB

Standard

CableNetworksfortelevisionsigna

ls,soundsignalsandinteractive

servicesPart6:Opticalequipment

60728-6

OpticalE

quipment

Int

IEC

AN

PUB

Standard



servicesPart10:System

perform

anceofreturnpaths

60728-10

System

performa

nceof

returnpa

ths

Int

IEC

AN

PUB

Standard



servicesPart13:Opticalsystems

forbroadcastsignaltransmission

60728-13

Opticals

ystems

forbroad

cast

signal

transmission

Int

IEC

AN

PUB

Standard

OpticalfibresPart1-1:Measurem

entmethodsandtestprocedures

Generalandguidance

60793-1-1Ed.

3.0

OFTestMethod

Int

IEC

AN

PUB

Ed.2

PWI

Standard

OpticalfibresPart1-20:Measure

mentmethodsandtestprocedures

Fibregeometry

60793-1-20Ed.

1.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Coatinggeometry

60793-1-21Ed.

1.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Lengthmeasurement

60793-1-22Ed.

1.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Fibreprooftest

60793-1-30Ed.

2.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Tensilestrength

60793-1-31Ed.

2.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Coatingstrippability

60793-1-32Ed.

2.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Stresscorrosionsusceptibility

60793-1-33Ed.

1.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Fibrecurl

60793-1-34Ed.

2.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Attenuation

60793-1-40Ed.

1.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Bandwidth

60793-1-41Ed.

3.0

OFTestMethod

Int

IEC

AN

PUB

Standard



Chromaticdispersion

60793-1-42Ed.

3.0

OFTestMethod

Int


25/48


Source

Location

inn/wa

Status

Type

Ti

tle

Number

Sub

ject

Int/Reg/

Nat

IEC

A

N

PUB

Standard

OpticalfibresPart1-43:Measurementmethodsandtestprocedures

Numericalaperture

60793-1-43Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard


Cut-offwavelength

60793-1-44Ed.2.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard


Modefielddiameter

60793-1-45Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard


Monitoringofchangesinopticaltransmittance

60793-1-46Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard


Macrobendingloss

60793-1-47Ed.3.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard


Polarizationmodedispersion

60793-1-48Ed.2.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard


Differentialmodedelay

60793-1-49Ed.2.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Ed.2.0

1CD

Standard


Dampheat(steadystate)

60793-1-50Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Ed.2.0

1CD

Standard


Dryheat

60793-1-51Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Ed.2.0

1CD

Standard


Changeoftemperature

60793-1-52Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Ed.2.0

1CD

Standard


Waterimmersion

60793-1-53Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard


Gammairradiation

60793-1-54Ed.2.0

OF

TestM

ethod

Int

IEC

A

N

PUB

Standard

OpticalfibresPart2-10:ProductspecificationsSectional

specificationforcategoryA1multim

odefibres

60793-2-10Ed.4.0

Opticalfibre

Int

IEC

A

N

PUB

Standard

OpticalfibresPart2-20:ProductspecificationsSectional

specificationforcategoryA2multim

odefibres

60793-2-20Ed.2.0

Opticalfibre

Int


26/48


27/48


28/48


29/48


30/48


31/48


32/48


33/48


Source

Location

inn/wa

Status

Type

Ti

tle

Number

Sub

ject

Int/Reg/

Nat

IEC

A

N

PUB

Ed.2.0

CDM

Standard

Fibreopticconnectoropticalinterfa

cesPart1:Opticalinterfacesfor

singlemodenon-dispersionshifted

fibresGeneralandguidance

61755-1Ed.1.0

OF

Comp

onent

Int

IEC

A

N

PUB

Standard

Fibreopticinterconnectingdevices

andpassivecomponents

Interfacestandardforfibremanage

mentsystemsPart1:General

andguidance

61756-1Ed.1.0

OF

Comp

onent

Int

IEC

A

N

PUB

Standard



InterfacestandardforclosuresPart1:Generalandguidance

61758-1Ed.1.0

OF

Comp

onent

Int

A

N

PUB

TR

Guidanceforcombiningdifferentsingle-modefibrestypes

62000TR

Ed.2

OF

TestMethod

Int

IEC

A

N

PUB

Reliabilityoffibreopticinterconnec

tingdevicesandpassiveoptical

componentsPart9-2:Reliabilityq

ualificationforsinglefibreoptic

connectorsetsSinglemode

62005-9-2Ed.1.0

OF

TestMethod

Int

IEC

A

N

PUB

Semiconductoroptoelectronicdevic

esforfibreopticsystem

applications

62007series

OF

TestMethod

Int

IEC

A

N

PUB

Ed.2.0

ADIS


andpassivecomponentsFibre

opticWDMdevicesPart1:Gener

icspecification

62074-1Ed.1.0

OF

Comp

onent

Int

IEC

A

N

PUB

Standard

FibreopticactivecomponentsanddevicesPackageandinterface

standards

62148series

OF

Comp

onent

Int

IEC

A

N

PUB

Standard

FibreopticactivecomponentsanddevicesPerformancestandards

62149series

OF

interconn

ect/comp

onenttes

t

Int

IEC

A

N

PUB

Standard

FibreopticactivecomponentsanddevicesTestandmeasurement

proceduresATM-PONtransceivers

62150-2

OF

interconn

ect/comp

onenttes

t

Int

IEC

A

N

PUB

Standard


andpassivecomponentsBasic

testandmeasurementproceduresPart3-27:Examinationsand

measurementsMeasurementmethodfortheholelocationofa

multiwayconnectorplug

61300-3-27Ed.1.0

OF

TestMethod

Int

IEC

A

N

PUB

Standard



performancestandardPart021-2:GradeC/3single-modefibreoptic

connectorsforcategoryCControlledenvironment

61753-021-2Ed.2.0

OF

interconn

ect/comp

onenttes

t

Int

ANSI

A

N

PUB

Residentialtelecommunicationsinfrastructurestandard

ANSI/TIA/EIA

570

Seetitleof

Recommendation

Reg

33


34/48


35/48


Source

Location

inn/wa

Status

Type

Title

Number

Sub

ject

Int/Reg/

Nat

CENELEC

A

N

PUB

Standard

Part1-21Coatinggeometry

EN6

0793-1-21

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-22Lengthmeasurement

EN6

0793-1-22

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-30Fibreprooftest

EN6

0793-1-30

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-31Tensilestrength

EN6

0793-1-31

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-32Coatingstrippability

EN6

0793-1-32

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-33Stresscorrosionsusceptibility

EN6

0793-1-33

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-34Fibrecurl

EN6

0793-1-34

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-40Attenuation

EN6

0793-1-40

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-41Bandwidth

EN6

0793-1-41

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-41Chromaticdispersion

EN6

0793-1-42

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-43Numericalaperture

EN6

0793-1-43

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-44Cut-offwavelength

EN6

0793-1-44

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-45Modefielddiameter

EN6

0793-1-45

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-46Monitoringofchangesinopticaltransmittance

EN6

0793-1-46

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-50Dampheat(steadystate)

EN6

0793-1-50

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-51Dryheat

EN6

0793-1-51

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-52Changeoftemperature

EN6

0793-1-52

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-53Waterimmersion

EN6

0793-1-53

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

Part1-54Gammairradiation

EN6

0793-1-54

OF

Testin

g

Reg

CENELEC

A

N

PUB

Standard

OpticalfibresProductspecifications

EN6

0793-2

OF

produ

ctspec

Reg

ITU

A

N

PUB

Rec

Definitionsandtestmethodsforlinear,deterministicattributesof

single-modefibreandcable

G.650.1

SpecOF

and

OFC

Int

ITU

A

N

PUB

Rec

Definitionsandtestmethodsforsta

tisticalandnon-linearrelated

attributesofsingle-modefibreandcable

G.650.2

SpecOF

and

OFC

Int

ITU

A

N

PUB

Rec

Testmethodsforinstalledsingle-modeopticalfibrecablelinks

G.650.3

TestOFa

nd

OFC

Int

ITU

A

N

PUB

Rec

Characteristicsofa50/125mmultimodegradedindexopticalfibre

cablefortheopticalaccessnetwork

G.651.1

TestOFa

nd

OFC

Int

ITU

A

N

PUB

Rec

Characteristicsofasingle-modeop

ticalfibreandcable

G.652

TestOFa

ndOFC

Int


36/48


Source

Location

inn/wa

Status

Type

Title

Number

Sub

ject

Int/Reg/

Nat

ITU

A

N

PUB

Rec

Characteristicsofadispersion-shiftedsingle-modeopticalfibreand

cable

G.653

TestOF

andOFC

Int

ITU

A

N

PUB

Rec

Characteristicsofacut-offshifteds

ingle-modeopticalfibreandcable

G.654

TestOF

andOFC

Int

ITU

A

N

PUB

Rec

Characteristicsofanon-zerodispersion-shiftedsingle-modeoptical

fibreandcable

G.655

TestOF

andOFC

Int

ITU

A

N

PUB

Rec

Characteristicsofafibreandcable

withnon-zerodispersionfor

widebandopticaltransport

G.656

TestOF

andOFC

Int

ITU

A

N

PUB

Rec

Characteristicsofabendinglossin

sensitivesinglemodeopticalfibre

andcablefortheaccessnetwork

G.657

TestOF

andOFC

Int

ITU

A

N

PUB

Rec

Opticalfibrecablesforductandtun

nelapplication(12/2002)

L.10

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Opticalfibrejoints(05/2000)draft1

1/2007

L.12

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Performancerequirementsforpass

iveopticalnodes:Sealedclosures

foroutdoorenvironments(04/2003)

L.13

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Measurementmethodtodetermine

thetensileperformanceofoptical

fibrecablesunderload(07/1992)

L.14

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Opticallocaldistributionnetworks

Factorstobeconsideredfortheir

construction(03/1993)

L.15

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Implementationofconnectingcusto

mersintothepublicswitched

telephonenetwork(PSTN)viaoptic

alfibresITU-T(06/1995)

L.17

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Opticalfibrecablenetworkmainten

anceITU-T(10/1996)

L.25

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Opticalfibrecablesforaerialapplic

ation(12/2002)

L.26

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Methodforestimatingtheconcentrationofhydrogeninopticalfibre

cables(10/1996)

L.27

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Opticalfibreattenuators(10/1996)

L.31

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Installationofopticalfibrecablesin

theaccessnetwork(10/1998)

L.35

Seetitle

of

Recomm

endation

Int

ITU

A

N

PUB

Rec

Singlemodefibreopticconnectors

(10/1998)draft11/2007

L.36

Seetitle

of

Recomm

endation

Int


37/48


Source

Location

inn/wa

Status

Type

Ti

tle

Number

Sub

ject

Int/Reg/

Nat

ITU

A

N

PUB

Rec

Fibreoptic(non-wavelengthselective)branchingdevices(02/2007)

L.37

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Useoftrenchlesstechniquesfortheconstructionofunderground

infrastructuresfortelecommunicationcableinstallation(09/1999)

L.38

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Investigationofthesoilbeforeusingtrenchlesstechniques(05/2000)

L.39

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibreoutsideplantmaintena

ncesupport,monitoringandtesting

system

(10/2000)

L.40

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Maintenancewavelengthonfibrescarryingsignals(05/2000)

L.41

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Extendingopticalfibresolutionsint

otheaccessnetwork(05/2003)

L.42

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecablesforburiedapplication(12/2002)

L.43

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Electricpowersupplyforequipmen

tinstalledasoutsideplant

(10/2000)

L.44

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Protectionoftelecommunicationca

blesandplantfrom

biological

attack(10/2000)

L.46

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Accessfacilitiesusinghybridfibre/coppernetworks(10/2000)

L.47

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Mini-trenchinstallationtechnique(0

3/2003)

L.48

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Micro-trenchinstallationtechnique

(03/2003)

L.49

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Requirementsforpassiveopticalnodes:Opticaldistributionframesfor

centralofficeenvironments(11/200

3)

L.50

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

PassivenodeelementsforfibreopticnetworksGeneralprinciples

anddefinitionsforcharacterization

andperformanceevaluation

(04/2003)

L.51

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

DeploymentofPassiveOpticalNetworks(PON)(05/2003)

L.52

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibremaintenancecriteriafo

raccessnetworks(05/2003)

L.53

Seetitleof

Recommendation

Int


38/48


Source

Location

inn/wa

Status

Type

Title

Number

Sub

ject

Int/Reg/

Nat

ITU

A

N

PUB

Rec

Air-assistedinstallationofopticalfibrecables(05/2003)

L.57

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecables:Specialneeds

foraccessnetwork(03/2004)

L.58

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecablesforindoorapplication(09/2004)

L.59

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Constructionofoptical/metallichybridcables(09/2004)

L.60

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecableinstallationbyflo

atingtechnique(09/2004)

L.61

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

ID

tagrequirementsforinfrastructureandnetworkelements

management(02/2007)

L.64

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibredistributionofaccessn

etworks(12/2006)

L.65

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecablemaintenancecrit

eriaforin-servicefibretestingin

accessnetworks(05/2007)

L.66

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Smallcountopticalfibrecablesfor

indoorapplications(10/2006)

L.67

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecablemaintenancesup

port,monitoringandtestingsystem

foropticalfibrecablenetworkscarr

yinghightotalopticalpower

(10/2007)

L.68

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Personaldigitalassistantrequireme

ntsandrelevantdatastructurefor

infrastructureandnetworkelements

management(06/2007)

L.69

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Activeelectronicsintheoutsidepla

nt(11/2007)

L.70

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Databaseforopticalaccessnetworkinfrastructure(01/2008)

L.72

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Installationofcablesinsewerducts

(05/2008)

L.77

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecableconstructionforsewerductapplications(05/2008)

L.78

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecableelementsformic

roductblowinginstallation

application(07/2008)

L.79

Seetitleof

Recommendation

Int


39/48


Source

Location

inn/wa

Status

Type

Ti

tle

Number

Sub

ject

Int/Reg/

Nat

ITU

A

N

PUB

Rec

Operationssupportsystemrequirem

entsforinfrastructureandnetwork

elementsmanagementusingIDtec

hnology(05/2008)

L.80

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Monitoringsystemsforoutsideplan

tfacilities

L.81

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalcablingsharedwithmultiple

operatorsinbuildings

L.82

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Lowimpactmini-trenchinstallation

techniqueforFTTxnetworks

L.83

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibreidentificationforthemaintenanceofopticalaccess

networks

L.85

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Considerationsontheinstallationsiteofbranchingcomponentsin

PONsforFTTH

L.86

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Opticalfibrecableconstructionsfordropapplication

L.87

Seetitleof

Recommendation

Int

ITU

A

N

PUB

Rec

Managementofpolescarryingoverheadtelecommunicationlines

L.88

Seetitleof

Recommendation

Int

ITU

A

N

PRE-

PUB

Rec

Designofsuspensionwires,telecommunicationpolesandguysfor

opticalaccessnetworks

L.89

Seetitleof

Recommendation

Int

ITU

A

N

PRE-

PUB

Rec

Opticalaccessnetworkstopologies

forbroadbandservices

L.90

Seetitleof

Recommendation

Int

IEC

A

N

PUB

Ed.2.0

A3CD


andpassivecomponents-Basic

testandmeasurementprocedures-Part3-35:Examinationsand

measurements-Fibreopticconnectorendfacevisualandautomated

inspection

IEC

61300-3-35Ed.1.0

OF

TestM

ethod

Int

IEC

A

N

2CD

Standard


andpassivecomponents-Fibre

opticconnectoropticalinterfaces-Part3-31:Opticalinterface,8

degreesangledPC,polyphenylene

sulphiderectangularferrule,single

modefibres

IEC

61755-3-31Ed.1.0

IEC

A

N

PUB

Fibreopticconnectoropticalinterfa

cesPart3-21:Opticalinterface

8degreesangled-PCend-facethermosetrectangularferrule,single

modefibres

PAS

61755-3-32Ed.1.0

OF

component

Int

CENELEC

A

N

WallmountedfibreopticclosureforcatGandC

prEN

50411-3-1

OF

component

Reg


40/48


Source

Location

inn/wa

Status

Type

Title

Number

Sub

ject

Int/Reg/

Nat

CENELEC

A

N

Singlemodemechanicalfibresplice

.

prEN

50411-3-2

OF

comp

onent

Reg

CENELEC

A

N

Singlemodefusionspliceprotector

prEN

50411-3-3

OF

comp

onent

Reg

CENELEC

A

N

Draft

UnprotectedmicroductsforcatAandS

prEN

50411-6-1

OF

comp

onent

Reg

IEC

A

N

PUB

DTR


andpassivecomponentsPart01:

Fibreopticconnectorcleaningmeth

ods

TR

62627-01Ed.1.0

Int

CENELEC

A

N

Guidelin

e

Guidelinesforpavingthewayforbroadband"Broadband,25Mit/sand

moreforAll"

TS

50433

OF

cable

Broadban

d

general

IEC

A

N

NP

Needtolaunchnewprojectsimilarto61753-086-6butforCat.U

Uncontrolledenvironment

Int

IEC

A

N

NP

NeedtodevelopanewWDMdeviceforsupportingtheuseofPON

MonitoringbyOTDR(at1625nmand/or1650nm)

Int

CENELEC

A-N

PUB

Standard

FamilyspecificationOpticalfibrecablesforindoorapplications

EN

187103

OFC

indo

or

Reg

CENELEC

A-N

PUB

Standard

Singlemodeopticalcable(duct/directburiedinstallation)

EN

187105

OFC

outd

oor

sectional

microduc

tblowing

Reg

CENELEC

A-N

PUB

Standard

SectionalSpecification:Opticalcab

lestobeusedalongelectrical

powerlines(OCEPL)

EN

187200

OFC

outo

oralong

powerlin

es

Reg

CENELEC

A-N

PUB

Standard

GenericSpecification:Opticalfibres

EN

188000

Opticalfi

bers

Reg

CENELEC

A-N

PUB

Standard

Opticalfibrecables

EN

60794

OF

cable

sseries

Reg

CENELEC

A-N

PUB

Standard

Part1-1GenericspecificationGeneral

EN

60794-1-1

OF

cable

sgeneric

Reg

CENELEC

A-N

PUB

Standard

Part1-2Genericspecificationbasicopticalcabletestprocedures

EN

60794-1-2

OF

cable

sbasic

testprocedures

Reg

IEC

BIC

PUB

Standard

OpticalfibrecablesPart2:IndoorcablesSectionalspecification

60794-2Ed.

3.0

OF

Cable

indoor

Int

IEC

BIC

PUB

Standard

OpticalfibrecablesPart2-10:Ind

ooropticalfibrecablesFamily

specificationforsimplexandduplex

cables

60794-2-10Ed.

2.0

OF

Cable

indoor

Int

IEC

BIC

PUB

Standard


ooropticalfibrecablesDetailed

specificationforsimplexandduplex

cablesforuseinpremisescabling

60794-2-11Ed.

2.0

OF

Cable

indoor

Int

IEC

BIC

PUB

Ed.

3.0

ADIS

Standard


oorcablesFamilyspecification

formulti-fibreopticaldistributionca

bles

60794-2-20Ed.

2.0

OF

Cable

indoor

Int


41/48


42/48


43/48


44/48


45/48


46/48


Ax 5

othr rvat dumts

IEC/TR 62785, Guidance on the environmentally conscious design of bre optics related products and

subsystems


47/48

VIEW ON STANdARdIzATION WORk IN THE AREA OF FTTX/FITH TECHNOLOGY REpORT 47


48/48

INTERNATIONAL

ELECTROTECHNICAL

COMMISSION

3, rue e Varemb

pO Box 131

CH-1211 Geneva 20

Switerlan

Tel: + 41 22 919 02 11

[email protected]

www.iec.ch

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