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IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated

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Page 1: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

IEC Technical Committee 86Fibre Optics

IEC Technical Committee 86Fibre Optics

James E. Matthews IIICorning Incorporated

James E. Matthews IIICorning Incorporated

Page 2: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

2TC86

Topics Topics

• Overview of the IEC TC86 Family• Organization of the Work• SC86A - Fibres and Cables• SC86B - Fibre Optic Interconnecting Devices and Passive

Components• SC86C - Fibre Optic Systems and Active Devices• Other TC86 Groups• TC86 Interfaces • How to Get Involved / Access Information

• Overview of the IEC TC86 Family• Organization of the Work• SC86A - Fibres and Cables• SC86B - Fibre Optic Interconnecting Devices and Passive

Components• SC86C - Fibre Optic Systems and Active Devices• Other TC86 Groups• TC86 Interfaces • How to Get Involved / Access Information

Page 3: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

3TC86

Overview of the Parent committeeOverview of the Parent committee

• Fibre Optics A to Z…..• Infrastructure for Global trade and commerce• Provide Test Methods, Specifications, Guidelines • Promote Market Growth, Enable Fibre Optics Applications• Liaison / Reference to Many Groups• Extent of TC86:

– Prepare standards for fibre optic systems, modules, devices…– Range of use spans all communication applications– Deliverables: terminology, characteristics, test and measurement

methods, functional interfaces, calibration, optical, environmental and mechanical requirements, quality assessment, and reliability

How May We Serve Your Need or Application?

• Fibre Optics A to Z…..• Infrastructure for Global trade and commerce• Provide Test Methods, Specifications, Guidelines • Promote Market Growth, Enable Fibre Optics Applications• Liaison / Reference to Many Groups• Extent of TC86:

– Prepare standards for fibre optic systems, modules, devices…– Range of use spans all communication applications– Deliverables: terminology, characteristics, test and measurement

methods, functional interfaces, calibration, optical, environmental and mechanical requirements, quality assessment, and reliability

How May We Serve Your Need or Application?

Page 4: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

4TC86

Organization of the WorkOrganization of the Work

• Parent Committee - TC86– New and Emerging Areas - Dynamic Modules– Common Areas: Terminology, Calibration, Reliability,

Environment– Overall Coordination and Management Issues

• Subcommittee 86A: Fibres and Cables• Subcommittee 86B: Passive Interconnecting Devices and

Passive Components• Subcommittee 86C: Fibre Optic Systems and Active Devices

• Parent Committee - TC86– New and Emerging Areas - Dynamic Modules– Common Areas: Terminology, Calibration, Reliability,

Environment– Overall Coordination and Management Issues

• Subcommittee 86A: Fibres and Cables• Subcommittee 86B: Passive Interconnecting Devices and

Passive Components• Subcommittee 86C: Fibre Optic Systems and Active Devices

Page 5: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

5TC86

National Committees of TC86National Committees of TC86

• AUSTRIA (AT) • CANADA (CA) • CHINA (CN) • DENMARK (DK) • FINLAND (FI) • FRANCE (FR) • GERMANY (DE) • HUNGARY (HU) • ITALY (IT) • JAPAN (JP) • KOREA (REPUBLIC OF)

(KR)• MEXICO (MX) • NETHERLANDS (NL)

• AUSTRIA (AT) • CANADA (CA) • CHINA (CN) • DENMARK (DK) • FINLAND (FI) • FRANCE (FR) • GERMANY (DE) • HUNGARY (HU) • ITALY (IT) • JAPAN (JP) • KOREA (REPUBLIC OF)

(KR)• MEXICO (MX) • NETHERLANDS (NL)

Observers• AUSTRALIA (AU) • BELGIUM (BE) • BULGARIA (BG) • CZECH REPUBLIC (CZ) • GREECE (GR) • INDIA (IN) • INDONESIA (ID) • IRELAND (IE) • NEW ZEALAND (NZ) • NORWAY (NO) • SINGAPORE (SG) • SLOVENIA (SI) • SOUTH AFRICA (ZA) • THAILAND (TH) • UKRAINE (UA) • YUGOSLAVIA (YU)

Observers• AUSTRALIA (AU) • BELGIUM (BE) • BULGARIA (BG) • CZECH REPUBLIC (CZ) • GREECE (GR) • INDIA (IN) • INDONESIA (ID) • IRELAND (IE) • NEW ZEALAND (NZ) • NORWAY (NO) • SINGAPORE (SG) • SLOVENIA (SI) • SOUTH AFRICA (ZA) • THAILAND (TH) • UKRAINE (UA) • YUGOSLAVIA (YU)

• POLAND (PL) • PORTUGAL (PT) • ROMANIA (RO) • RUSSIAN FEDERATION

(RU) • SLOVAKIA (SK) • SPAIN (ES) • SWEDEN (SE) • SWITZERLAND (CH) • TURKEY (TR) • UNITED KINGDOM (GB) • UNITED STATES OF

AMERICA (US)

• POLAND (PL) • PORTUGAL (PT) • ROMANIA (RO) • RUSSIAN FEDERATION

(RU) • SLOVAKIA (SK) • SPAIN (ES) • SWEDEN (SE) • SWITZERLAND (CH) • TURKEY (TR) • UNITED KINGDOM (GB) • UNITED STATES OF

AMERICA (US)

Participating / Voting At The TC86 Level

Page 6: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

6TC86

SC86A - Optical Fibre and CableSC86A - Optical Fibre and Cable

• Working Group 1: Fibres and Associated Measurement Methods

• Working Group 3: Cables and Associated Measurement Methods

• Joint Working Group 4: Optical Cables Along Power Lines• Single-mode, Multimode and Other Fibre Types• Indoor Cable, Outdoor Cable, and Ribbon Cables• Specialized Cables (Overhead Power, Lake and River

Crossing…..) • Installation Techniques

• Working Group 1: Fibres and Associated Measurement Methods

• Working Group 3: Cables and Associated Measurement Methods

• Joint Working Group 4: Optical Cables Along Power Lines• Single-mode, Multimode and Other Fibre Types• Indoor Cable, Outdoor Cable, and Ribbon Cables• Specialized Cables (Overhead Power, Lake and River

Crossing…..) • Installation Techniques

Page 7: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

7TC86

Current Projects - SC86A Optical Fibre & CableCurrent Projects - SC86A Optical Fibre & Cable

• Specifications for Fibres and Cables• Test Methods

– Multimode Bandwidth– Polarization Mode Dispersion– Differential Mode Delay– Gamma Irradiation

• Guidance Documents– Effective Area for Single-mode Fibres– Interpretation of OTDR Backscattering Traces– Raman Gain Efficiency of Single-mode Fibres– Polarization Crosstalk Measurement of Optical Fibre

• Specifications for Fibres and Cables• Test Methods

– Multimode Bandwidth– Polarization Mode Dispersion– Differential Mode Delay– Gamma Irradiation

• Guidance Documents– Effective Area for Single-mode Fibres– Interpretation of OTDR Backscattering Traces– Raman Gain Efficiency of Single-mode Fibres– Polarization Crosstalk Measurement of Optical Fibre

Page 8: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

8TC86

SC86B - Passive Optical ComponentsSC86B - Passive Optical Components

• Four Working Groups– WG4: Test and Measurement Methods for Interconnecting

Devices– WG5: Reliability of Interconnecting Devices and Passive

Components– WG6: Standards and Specifications for Fibre Optic

Interconnecting Devices and Related Components– WG7: Standards and Specifications for Optical Passive

Components

• Probably the Most Prolific Group in IEC– 59 Active Projects– 166 Published Documents

• Four Working Groups– WG4: Test and Measurement Methods for Interconnecting

Devices– WG5: Reliability of Interconnecting Devices and Passive

Components– WG6: Standards and Specifications for Fibre Optic

Interconnecting Devices and Related Components– WG7: Standards and Specifications for Optical Passive

Components

• Probably the Most Prolific Group in IEC– 59 Active Projects– 166 Published Documents

Page 9: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

9TC86

Current Projects - SC86B Passive Optical ComponentsCurrent Projects - SC86B Passive Optical Components

• IEC 61300 Series Environmental Test Series (Linked to IEC 60068 Series)

• Connector Interface Specifications • Performance Specifications for Optical Interconnecting

Devices and Components• General and Guidance Document for Qualification and

Testing : Define Service Environments

• IEC 61300 Series Environmental Test Series (Linked to IEC 60068 Series)

• Connector Interface Specifications • Performance Specifications for Optical Interconnecting

Devices and Components• General and Guidance Document for Qualification and

Testing : Define Service Environments

Page 10: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

10TC86

SC86C - Fibre Optic Systems and Active DevicesSC86C - Fibre Optic Systems and Active Devices

• Three Working Groups– WG1: Fibre Optic Communication Systems and Subsystems– WG3: Optical Amplifiers– WG4: Active Components and Devices

• Test Methods, Specifications and Guidance Documents– IEC 61282-5 Guidance for Accommodation and Compensation of

Dispersion– IEC 61280 Series Test Methods for System Parameters– IEC 61291-1 Generic Specification (Terminology) for Optical Amplifiers– IEC 61290 Series Test Methods for Optical Amplifiers – Optoelectronic Devices: Essential Ratings, Measuring Methods,

Package & Interface Specifications

• Three Working Groups– WG1: Fibre Optic Communication Systems and Subsystems– WG3: Optical Amplifiers– WG4: Active Components and Devices

• Test Methods, Specifications and Guidance Documents– IEC 61282-5 Guidance for Accommodation and Compensation of

Dispersion– IEC 61280 Series Test Methods for System Parameters– IEC 61291-1 Generic Specification (Terminology) for Optical Amplifiers– IEC 61290 Series Test Methods for Optical Amplifiers – Optoelectronic Devices: Essential Ratings, Measuring Methods,

Package & Interface Specifications

Page 11: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

11TC86

IEC SC86C Current Systems ProjectsIEC SC86C Current Systems Projects

• Near-field Data for Multimode Laser Transmitters• Eye Pattern, Waveform & Extinction Ratio• Determining Low BER Using Q-factor Measurements• Optical Signal-to-noise Ratio Measurements• Multimode Cable Plant Attenuation• Polarization Mode Dispersion Measurements• Design Guides for Gigabit Ethernet Models for Multimode

and Single-mode Systems• Guidelines for Nonlinear Effects in Single-mode Systems• Skew Design in Parallel Systems• Statistical Calculation of Chromatic Dispersion

• Near-field Data for Multimode Laser Transmitters• Eye Pattern, Waveform & Extinction Ratio• Determining Low BER Using Q-factor Measurements• Optical Signal-to-noise Ratio Measurements• Multimode Cable Plant Attenuation• Polarization Mode Dispersion Measurements• Design Guides for Gigabit Ethernet Models for Multimode

and Single-mode Systems• Guidelines for Nonlinear Effects in Single-mode Systems• Skew Design in Parallel Systems• Statistical Calculation of Chromatic Dispersion

Page 12: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

12TC86

IEC SC86C Current Projects: Optical AmplifiersIEC SC86C Current Projects: Optical Amplifiers

• Test Methods for Gain, Noise, Reflectance• Single Channel and Multichannel Parameters • Polarization Mode Dispersion • Amplifier Reliability• Raman Amplification• High Optical Power Safety

• Test Methods for Gain, Noise, Reflectance• Single Channel and Multichannel Parameters • Polarization Mode Dispersion • Amplifier Reliability• Raman Amplification• High Optical Power Safety

Page 13: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

13TC86

IEC SC86C Current Projects - Active Components and DevicesIEC SC86C Current Projects - Active Components and Devices

• Transceiver Package and Interface Standards• Pump Laser Package and Interface Standards• 12-channel Pluggable Parallel Optical TxRx Modules With

MPO Connector• Performance Standards for Modulator Integrated Laser

Transmitters • 1300nm GB Ethernet Transceivers• 650nm 250 Mb/s Plastic FO Transmitters,

• Transceiver Package and Interface Standards• Pump Laser Package and Interface Standards• 12-channel Pluggable Parallel Optical TxRx Modules With

MPO Connector• Performance Standards for Modulator Integrated Laser

Transmitters • 1300nm GB Ethernet Transceivers• 650nm 250 Mb/s Plastic FO Transmitters,

Page 14: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

14TC86

TC86 Level ActivitiesTC86 Level Activities

• WG4: Working Group on Metrology / Cablibration– Calibration of Power Meters, Spectrum Analysers, ...

• WG8: Working Group on Dynamic Modules• Coordinating Group on Polarization Mode Dispersion• Coordinating Group on Reliability

– Challenge of Limited Samples, Rapidly Changing Product Designs

– Goal to Harmonize Approach Across TC86

• Coordinating Group on Environmental Issues– Respond to Global Questions– Support Fibre Optics As a “Green” Technology

• WG4: Working Group on Metrology / Cablibration– Calibration of Power Meters, Spectrum Analysers, ...

• WG8: Working Group on Dynamic Modules• Coordinating Group on Polarization Mode Dispersion• Coordinating Group on Reliability

– Challenge of Limited Samples, Rapidly Changing Product Designs

– Goal to Harmonize Approach Across TC86

• Coordinating Group on Environmental Issues– Respond to Global Questions– Support Fibre Optics As a “Green” Technology

Page 15: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

15TC86

TC86 Interfaces to the WorldTC86 Interfaces to the World

• Global Standards Groups– ITU-T Study Group 15 on Optical Transport

• Question 15 - Optical Fibre and Cable• Question 16 - Optical Systems for Terrestrial Transport• Question 17 - Optical Components & Subsystems

– ITU-T Study Group 6 on Outside Plant– ISO / IEC JTC1 - SC25 (Building and Premises Wiring)

• Other IEC GroupsTC76 on Laser Safety TC46 on Cables, Wires…. TC100 on Multimedia ACET Coordinating GroupSector Board 4 on Telecommunications Infrastructure

• Regional– CENELEC Mirror Committees of TC86– IEEE 802 Groups - Ethernet, 10G Ethernet

• Global Standards Groups– ITU-T Study Group 15 on Optical Transport

• Question 15 - Optical Fibre and Cable• Question 16 - Optical Systems for Terrestrial Transport• Question 17 - Optical Components & Subsystems

– ITU-T Study Group 6 on Outside Plant– ISO / IEC JTC1 - SC25 (Building and Premises Wiring)

• Other IEC GroupsTC76 on Laser Safety TC46 on Cables, Wires…. TC100 on Multimedia ACET Coordinating GroupSector Board 4 on Telecommunications Infrastructure

• Regional– CENELEC Mirror Committees of TC86– IEEE 802 Groups - Ethernet, 10G Ethernet

Page 16: IEC Technical Committee 86 Fibre Optics James E. Matthews III Corning Incorporated James E. Matthews III Corning Incorporated

16TC86

Call for ActionCall for Action

• Your Help and Involvement Is Needed• Engage in the Work by Correspondence• Become an Expert on a Project or Working Group• Participate Through Your National Committee• Contacts:

– Umberto Rossi, Chair TC86 ([email protected])– Ed Kelly, Secretary, TC86 ([email protected])– Your IEC National Committee (www.iec.ch => members)– Tim Rotti, IEC Central Office Engineer for TC86 ([email protected])

• Information

www.iec.ch/tc86

• Your Help and Involvement Is Needed• Engage in the Work by Correspondence• Become an Expert on a Project or Working Group• Participate Through Your National Committee• Contacts:

– Umberto Rossi, Chair TC86 ([email protected])– Ed Kelly, Secretary, TC86 ([email protected])– Your IEC National Committee (www.iec.ch => members)– Tim Rotti, IEC Central Office Engineer for TC86 ([email protected])

• Information

www.iec.ch/tc86