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ITU-T G.652 (11/2016)

Caractéristiques des câbles et fibres optiques monomodes

La Recommandation UIT-T G.652 décrit les attributs géométriques, mécaniques et de transmission de câbles et fibres optiques monomodes dont la longueur d'onde de dispersion nulle se trouve au voisinage de 1 310 nm. Optimisées au départ pour la région des 1 310 nm, les fibres UIT-T G.652 peuvent également être utilisées au voisinage de 1550 nm. Dans cette version, qui constitue la révision la plus récente de la Recommandation UIT-T G.652 dont la première version remonte à 1984, des modifications relativement mineures ont été apportées. Cette révision a pour but d'assurer le succès commercial durable de ces fibres dans le secteur en constante évolution des systèmes optiques de transmission à haute performance.
Le Tableau 1 "Attributs G.652.A" et le Tableau 3 "Attributs G.652.C" de la version de 2009 n'ont pas été modifiés, mais ont été supprimés dans cette version de 2016. Ces tableaux sont toujours disponibles dans la version de 2009 de la Recommandation UIT-T G.652. Ces câbles et fibres optiques peuvent être utilisés pour des systèmes soumis à des exigences moins strictes en matière de dispersion PMD (par exemple les systèmes utilisant des liaisons courtes ou ceux ayant une tolérance élevée à la dispersion PMD).
Le Tableau 2 "Attributs G.652.B" et le Tableau 4 "Attributs G.652.D" de la version de 2009 ont été conservés dans cette version de 2016, mais des modifications ont été apportées et ils ont été renumérotés Tableau 1 "Attributs G.652.B" et Tableau 2 "Attributs G.652.D".

Citation:	https://handle.itu.int/11.1002/1000/13076
Series title:	G series: Transmission systems and media, digital systems and networks G.600-G.699: Transmission media and optical systems characteristics G.650-G.659: Optical fibre cables
Approval date:	2016-11-13
Approval process:	AAP
Status:	In force
Observation:	The file initially posted on 2 February 2017 was replaced on 11 May 2017 to update the History section.
Maintenance responsibility:	ITU-T Study Group 15
Further details:	Patent statement(s) Development history [9 related work items in progress]

Ed.	ITU-T Recommendation	Status	Summary	Table of Contents	Download
9	G.652 (11/2016)	In force	here	here	here
8	G.652 (11/2009)	Superseded	here	here	here
7	G.652 (06/2005)	Superseded	here	here	here
6	G.652 (03/2003)	Superseded	-	here	here
5	G.652 (10/2000)	Superseded	here	here	here
4	G.652 (04/1997)	Superseded	here	here	here
3	G.652 (03/1993)	Superseded	-	here	here
2	G.652 (11/1988)	Superseded	-	here	here
1	G.652 (10/1984)	Superseded	-	-	Not available


ITU-T Supplement	Title	Status	Summary	Table of contents	Download
G Suppl. 4 (12/1972)	Certain methods of avoiding the transmission of excessive noise between interconnected systems	In force	-	-	here
G Suppl. 5 (10/1984)	Measurement of the load of telephone circuits under field conditions	In force	-	-	here
G Suppl. 7 (12/1972)	Loss-frequency response of channel-translating equipment used in some countries for international circuits	In force	here	here	here
G Suppl. 8 (12/1972)	Method proposed by the Belgian telephone administration for interconnection between coaxial and symmetric pair systems	In force	-	-	here
G Suppl. 17 (10/1984)	Group-delay distortion performance of terminal equipment	In force	-	-	here
G Suppl. 19 (10/1984)	Digital crosstalk measurement (method used by the Administrations of France, the Netherlands and Spain)	In force	-	-	here
G Suppl. 22 (10/1984)	Mathematical models of multiplex signals	In force	-	-	here
G Suppl. 26 (10/1984)	Estimating the signal load margin of FDM wideband amplifier equipment and transmission systems	In force	-	-	here
G Suppl. 27 (10/1984)	Interference from external sources	In force	-	-	here
G Suppl. 28 (10/1984)	Application of transmultiplexers, FDM codecs, data-in-voice (DIV) systems and data-over-voice (DOV) systems during the transition from an analogue to a digital network	In force	-	-	here
G Suppl. 32 (11/1988)	Transfer of alarm information on 60-channel transmultiplexing equipment	In force	-	-	here
G Suppl. 34 (11/1988)	Temperature in underground containers for the installation of repeaters	In force	-	-	here
G Suppl. 35 (11/1988)	Guidelines concerning the measurement of wander	In force	-	-	here
G Suppl. 36 (11/1988)	Jitter and wander accumulation in digital networks	In force	-	-	here
G Suppl. 39 (02/2016)	Optical system design and engineering considerations	In force	here	here	here
G Suppl. 40 (10/2018)	Optical fibre and cable Recommendations and standards guideline	In force	here	here	here
G Suppl. 41 (02/2018)	Design guidelines for optical fibre submarine cable systems	In force	here	here	here
G Suppl. 42 (10/2018)	Guide on the use of the ITU-T Recommendations related to optical fibres and systems technology	In force	here	here	here
G Suppl. 43 (02/2011)	Transport of IEEE 10GBASE-R in optical transport networks (OTN)	In force	here	here	here
G Suppl. 44 (06/2007)	Test plan to verify B-PON interoperability	In force	here	here	here
G Suppl. 45 (09/2022)	Power conservation in optical access systems	In force	here	here	here
G Suppl. 46 (05/2009)	G-PON interoperability test plan between optical line terminations and optical network units	In force	here	here	here
G Suppl. 47 (09/2012)	General aspects of optical fibres and cables	In force	here	here	here
G Suppl. 48 (06/2010)	10-Gigabit-capable passive optical networks: Interface between media access control with serializer/deserializer and physical medium dependent sublayers	In force	here	here	here
G Suppl. 49 (09/2020)	Rogue optical network unit (ONU) considerations	In force	here	here	here
G Suppl. 50 (09/2011)	Overview of digital subscriber line Recommendations	In force	here	here	here
G Suppl. 51 (06/2017)	Passive optical network protection considerations	In force	here	here	here
G Suppl. 52 (09/2012)	Ethernet ring protection switching	In force	here	here	here
G Suppl. 53 (12/2014)	Guidance for Ethernet OAM performance monitoring	In force	here	here	here
G Suppl. 54 (07/2015)	Ethernet linear protection switching	In force	here	here	here
G Suppl. 55 (12/2023)	Radio-over-fibre (RoF) technologies and their applications	In force	here	here	here
G Suppl. 56 (02/2016)	OTN transport of CPRI signals	In force	here	here	here
G Suppl. 57 (07/2015)	Smart home profiles for 6LoWPAN devices	In force	here	here	here
G Suppl. 58 (12/2023)	Optical transport network module framer interfaces	In force	here	here	here
G Suppl. 59 (02/2018)	Guidance on optical fibre and cable reliability	In force	here	here	here
G Suppl. 60 (09/2016)	Ethernet linear protection switching with dual node interconnection	In force	here	here	here
G Suppl. 62 (02/2018)	Gfast certification	In force	here	here	here
G Suppl. 64 (02/2018)	PON transmission technologies above 10 Gb/s per wavelength	In force	here	here	here
G Suppl. 65 (10/2018)	Simulations of transport of time over packet networks	In force	here	here	here
G Suppl. 66 (09/2020)	5G wireless fronthaul requirements in a passive optical network context	In force	here	here	here
G Suppl. 67 (07/2019)	Application of optical transport network Recommendations to 5G transport	In force	here	here	here
G Suppl. 68 (12/2023)	Synchronization operations, administration and maintenance requirements	In force	here	here	here
G Suppl. 69 (09/2020)	Migration of a pre-standard network to a metro transport network	In force	here	here	here
G Suppl. 70 (09/2020)	Supplement on sub 1 Gbit/s services transport over optical transport network	In force	here	here	here
G Suppl. 71 (12/2023)	Optical line termination capabilities for supporting cooperative dynamic bandwidth assignment	In force	here	here	here
G Suppl. 72 (04/2021)	Modelling consideration for optical media networks	In force	here	here	here
G Suppl. 73 (10/2021)	Influencing factors on quality of experience for multiview video (MVV) services	In force	here	here	here
G Suppl. 74 (12/2021)	Network slicing in a passive optical network context	In force	here	here	here
G Suppl. 75 (12/2021)	5G small cell backhaul/midhaul over TDM-PON	In force	here	here	here
G Suppl. 76 (12/2021)	Optical transport network security	In force	here	here	here
G Suppl. 77 (06/2022)	Supplement 77 to ITU-T G-series of Recommendations - Influencing factors on quality of experience (QoE) for video customized alerting tone (CAT) and video customized ringing signal (CRS) services	In force	here	here	here
G Suppl. 78 (09/2022)	Use case and requirements of fibre-to-the-room for small business applications	In force	here	here	here
G Suppl. 79 (12/2023)	Latency control and deterministic capability over a PON system	In force	here	here	here

Title	Approved on	Download
Roadmap for QoS and QoE in the ITU-T Study Group 12 context (TR-RQ)	2023	here
Optical fibre, cable, and components for space division multiplexing transmission	2022	here
Considerations on the use of GNSS as a primary time reference in telecommunications	2020	here
Use of G.hn in industrial applications	2020	here
Technical Report on Optical fibres, cables and systems	2015	here
Optical fibres, cables and systems	2009	here

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ITU-T Recommendations

ITU-T G.652 (11/2016)