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ITU-T G.9701 (2019) Cor. 1 (11/2019)
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ITU-T G.9701 (2019) Cor. 1 (11/2019)
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ITU-T G.9701建议书规定了一种千兆宽带接入技术,它利用了现有的线对基础设施,最初是为普通老式电话业务(POTS)服务而部署的。实现本建议书的设备可以从离客户房屋很近的地方(光纤至分发点,FTTdp)或建筑物内(光纤至建筑物,FTTB)开始部署。本建议书支持非对称的和对称的传输,使用高至106 MHz的频谱,在双绞线上,其总的净数据率可高达1Gbit/s,并规定了所有必要的功能,以支持取消多个线对之间的远端串扰(FEXT),以及促进低功率运行。
勘误1(2015年)澄清并纠正了该建议书的若干错误,特别是修改了有关DFT输出采样的定义。
勘误2(2016年)将RFI频段的数字从16提高到了32,并以更清晰文字统一了TIGA与SRA/FRA程序、振铃重复、不可用秒以及SOC和eoc信息中的字节顺序。
修正1(2016年)具体规定了此前未予规定、以便进一步研究的一些测试参数,并确定支持低功率操作。
修正2(2016年)包括有关支持低功耗运行的跨层流量监测功能和链路状态控制的新附件。它还包括一个提升最大发射功率和支持增加比特加载、双向Hlog报告和XLog报告的106 MHz概要文件。
勘误3(2017年)做出了几处澄清,修正了各种错误和不一致之处。
修正3支持以下新功能:212 MHz概要文件的完整规范、附件X – 未进行无串音环境(如同轴电缆介质)多线路协调的操作(包括独立动态时间分配(iDTA))、附件T – DTA的更高层控制和附件S – 软件下载到网络终端(NT)。
修正4支持以下新功能:脉冲噪声监控(INM)、强健管理信道恢复(RMCR)和性能监控参数ANDEFTR。
勘误5做出了几处澄清,修正了各种错误和不一致之处。
修正5支持协调动态时间分配(cDTA)。
ITU-T G.9701(2019)建议书集成了ITU-T G.9701(2014)建议书及其所有勘误和修正,并增加了对以下新功能的支持:LPM类、检测序列长度的可选扩展、短CLR/CL消息、附件R – 重新配置显示时间和附录IV – 带有有源ITU-T G.9701支持线路的定向广义矢量化。该建议书还添加了一些说明,并更正了各种错误和不一致之处,包括ANDEFTR支持、SRA触发和PMS-TC参数要求以及rtx-uc异常的条件。勘误1(2019)包括对第13.2.1.3款的澄清,RPA程序。
Citation:
https://handle.itu.int/11.1002/1000/14020
Series title:
G series: Transmission systems and media, digital systems and networks
G.9000-G.9999: Access networks
G.9700-G.9799: Metallic access networks
Approval date:
2019-11-22
Provisional name:
G.fast-phy
Approval process:
AAP
Status:
In force
Maintenance responsibility:
ITU-T Study Group 15
Further details:
Patent statement(s)
Development history
Editions
Related Supplement(s)
Related technical papers and reports
Ed.
ITU-T Recommendation
Status
Summary
Table of Contents
Download
2.8
G.9701 (2019) Cor. 4 (06/2023)
In force
here
here
here
2.7
G.9701 (2019) Cor. 3 (11/2022)
In force
here
here
here
2.6
G.9701 (2019) Amd. 4 (02/2022)
In force
here
here
here
2.5
G.9701 (2019) Amd. 3 (10/2020)
In force
here
here
here
2.4
G.9701 (2019) Amd. 2 (05/2020)
In force
here
here
here
2.3
G.9701 (2019) Cor. 2 (05/2020)
In force
here
here
here
2.2
G.9701 (2019) Amd. 1 (11/2019)
In force
here
here
here
2.1
G.9701 (2019) Cor. 1 (11/2019)
In force
here
here
here
2
G.9701 (03/2019)
In force
here
here
here
1.10
G.9701 (2014) Amd. 5 (08/2018)
Superseded
here
here
here
1.9
G.9701 (2014) Cor. 5 (08/2018)
Superseded
here
here
here
1.8
G.9701 (2014) Amd. 4 (12/2017)
Superseded
here
here
here
1.7
G.9701 (2014) Cor. 4 (12/2017)
Superseded
here
here
here
1.6
G.9701 (2014) Amd. 3 (04/2017)
Superseded
here
here
here
1.6
G.9701 (2014) Amd. 3 Err. 1 (12/2017)
Superseded
-
-
here
1.5
G.9701 (2014) Cor. 3 (04/2017)
Superseded
here
here
here
1.4
G.9701 (2014) Amd. 2 (07/2016)
Superseded
here
here
here
1.3
G.9701 (2014) Amd. 1 (05/2016)
Superseded
here
here
here
1.2
G.9701 (2014) Cor. 2 (05/2016)
Superseded
here
here
here
1.1
G.9701 (2014) Cor. 1 (11/2015)
Superseded
here
here
here
1.1
G.9701 (2014) Cor. 1 Err. 1 (06/2017)
Superseded
-
-
here
1
G.9701 (12/2014)
Superseded
here
here
here
1.0
G.9701 (2014) Err. 1 (07/2016)
Superseded
-
-
here
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 (07/2024)
Optical fibre and cable Recommendations and standards guideline
In force
here
here
here
G Suppl. 41 (07/2024)
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 (07/2024)
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
G Suppl. 80 (07/2024)
Use case and requirements of fibre-based in-premises networking for home application (FIP4H)
In force
here
here
here
G Suppl. 81 (07/2024)
Practical aspects of PON security
In force
here
here
here
G Suppl. 82 (07/2024)
Enhanced optical line termination with information technology functions
In force
here
here
here
G Suppl. 83 (07/2024)
Supplement on the use of options in the precision time protocol profile with full timing support from the network
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
Operation of G.hn technology over access and in-premises phone line medium
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
NT software upgrade for one image
2018
here
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