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ITU-T�SG15� C�(2024-07-01)�

ITU-T�SG15

Transport, access and home

Study Period 2022

Meeting� from 2024-07-01 to 2024-07-12

held in Canada [Montreal]
Other Meetings : 2023-11-20� 2023-04-17� 2022-09-19�

Results:48 total items.
Contributions �[�AI/Question:�Q6/15�]���Documents / Contributions
�
Number�
Title Source AI/Question
 		Date
[ 1220 ] �
(Rev.1)� 		A sufficiently conservative chromatic dispersion model suitable for G.652 and G.657 fibres and its application to IEEE 800GBASE-LR4 � � Huawei Technologies Co., Ltd. (China) , Lumentum (United States) � Q6/15, Q5/15, Q2/15 � 2024-06-18
[ 1218 ] �
� 		Tx and Rx specifications for 800G in a revised G.698.2 � � Ciena Canada � Q6/15 � 2024-06-18
[ 1216 ] �
� 		Transmitter Quality Metric in a revised G.698.2 for Beyond-400G � � Ciena Canada � Q6/15 � 2024-06-18
[ 1214 ] �
� 		Transmitter constellation closure (TCC) as a transmitter quality metric (TQM) for coherent transmitters � � Huawei Technologies Co., Ltd. (China) � Q6/15 � 2024-06-18
[ 1213 ] �
(Rev.1)� 		Probabilistic constellation shaping (PCS) related content for updating G.Sup39 � � Huawei Technologies Co., Ltd. (China) � Q6/15, Q11/15 � 2024-06-18
[ 1212 ] �
(Rev.1)� 		Pulse amplitude modulation 4-level (PAM4) related content for updating G.Sup39 � � Huawei Technologies Co., Ltd. (China) � Q6/15 � 2024-06-18
[ 1211 ] �
(Rev.1)� 		Digital sub-carrier multiplexing (DSCM) related content for updating G.Sup39 � � Huawei Technologies Co., Ltd. (China) � Q6/15 � 2024-06-18
[ 1187 ] �
� 		Impact of the receiver definition on the accuracy of transmitter quality metrics to predict the performance of 400/800G coherent transmission � � ADTRAN Holdings Inc. (United States) , Huawei Technologies Co., Ltd. (China) , Nokia Corporation (Finland) � Q6/15 � 2024-06-18
[ 1155 ] �
� 		The new technical report proposal for satellite free-space optical transport networks � � China Information Communication Technologies Group , China Mobile Communications Co. Ltd. , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15, Q14/15, Q13/15, Q12/15, Q11/15 � 2024-06-18
[ 1135 ] �
� 		Consider improving the robustness for the integrated sensing and communication system of optical network � � China Information Communication Technologies Group , China Mobile Communications Co. Ltd. , China Telecommunications Corporation , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15 � 2024-06-18
[ 1128 ] �
� 		Optical fiber co-route data collection and identification based on optical fiber sensing technology � � China Mobile Communications Co. Ltd. , ZTE Corporation (China) � Q6/15 � 2024-06-18
[ 1124 ] �
(Rev.1)� 		Proposal to start a new technical report on applying intelligent techniques to optical networks � � China Telecommunications Corporation , China Unicom , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15, Q2/15, Q14/15, Q12/15 � 2024-06-18
[ 1103 ] �
(Rev.1)� 		Analysis on practical aspects for C4.8T-L4.8T and C6T-L6T optical amplifiers � � China Information Communication Technologies Group , China Mobile Communications Co. Ltd. , Huawei Technologies Co., Ltd. (China) , ZTE Corporation (China) � Q6/15 � 2024-06-18
[ 1102 ] �
(Rev.1)� 		Worst-case performances for optical amplifiers respectively over C4.8T-L4.8T and C6T-L6T bands � � China Information Communication Technologies Group , China Mobile Communications Co. Ltd. , ZTE Corporation (China) � Q6/15 � 2024-06-18
[ 1101 ] �
� 		Amending G.694.1 for adding a new flexible-grid WDM design � � Alg�rie T�l�com SPA (Algeria) , China Mobile Communications Co. Ltd. , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) � Q6/15 � 2024-06-18
[ 1100 ] �
(Rev.1)� 		Amendment to G.671 for adding N�N WSS as a new type of device � � China Mobile Communications Co. Ltd. , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) � Q6/15 � 2024-06-18
[ 1089 ] �
� 		Investigation of Power Profile Estimation for Optical Networks � � China Unicom , Huawei Technologies Co., Ltd. (China) � Q6/15 � 2024-06-18
[ 1086 ] �
(Rev.1)� 		Optical Fiber Sensing Experiment Result Based on SOP Monitoring � � China Unicom , Huawei Technologies Co., Ltd. (China) � Q6/15 � 2024-06-18
[ 1085 ] �
� 		Optical network perception based on coherent optical communication system � � China Unicom , Nokia Shanghai Bell Co. Ltd. (China) � Q6/15 � 2024-06-18
[ 1084 ] �
� 		Proposal to initiate a technical report for Research on fiber communication perception technolgies and applications � � China Information Communication Technologies Group , China Mobile Communications Co. Ltd. , China Telecommunications Corporation , China Unicom , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , Nokia Shanghai Bell Co. Ltd. (China) , Yangtze Optical Fibre and Cable Joint Stock Limited Company (China) , ZTE Corporation (China) � Q6/15 � 2024-06-18
[ 1076 ] �
� 		Media models for distributed fibre optic sensing � � Ciena Canada � Q8/15, Q6/15, Q2/15, Q14/15, Q12/15 � 2024-06-18
[ 1067 ] �
(Rev.1)� 		Comparison of latest dispersion data with data set shared in IEEE � � Futurewei Technologies Inc. (United States) � Q6/15, Q5/15, Q2/15 � 2024-06-17
[ 1064 ] �
� 		Proposal of G.665 revision � � China Information Communication Technologies Group , China Telecommunications Corporation , China Unicom , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15 � 2024-06-17
[ 1063 ] �
(Rev.1)� 		Proposals about OSNR parameters for B400G DWDM systems � � China Unicom , ZTE Corporation (China) � Q6/15 � 2024-06-17
[ 1051 ] �
� 		Proposal for revision of Baseline draft of G.fso � � Ministry of Communications (India) � Q6/15 � 2024-06-17
[ 1045 ] �
(Rev.1)� 		Proposal of adding an example of metro work ROADM in Appendix of G.672 and modifying the existing A.1 � � China Unicom , Huawei Technologies Co., Ltd. (China) � Q6/15 � 2024-06-17
[ 1028 ] �
(Rev.1)� 		Considerations for adding 800G OTN application code associated with linear drive optics in G.695 and G.959.1 �
Contribution number in the Word file was corrected �		 China Information Communication Technologies Group , China Telecommunications Corporation , Ministry of Industry and Information Technology (MIIT) (China) � Q6/15 � 2024-06-17
[ 1027 ] �
(Rev.1)� 		Consideration of applying OFDR to integrated sensing and communication system of optical networks � � China Telecommunications Corporation , China Unicom , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) � Q6/15 � 2024-06-17
[ 1024 ] �
� 		Proposed text of G.671 to add AWGR �
C1024r1 was deleted (it was not submitted) �		 China Unicom , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15 � 2024-06-17
[ 1023 ] �
� 		Considerations about the safety of Raman amplifiers for G.665 revision � � China Mobile Communications Co. Ltd. , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15 � 2024-06-17
[ 1018 ] �
� 		Remote performance monitoring state machines for a new 25G application code in G.698.4 � � Lumentum (United States) , Telefon AB - LM Ericsson (Sweden) � Q6/15 � 2024-06-17
[ 1014 ] �
� 		Proposed draft of G.fso based on C0714 � � China Information Communication Technologies Group , China Unicom � Q6/15 � 2024-06-17
[ 993 ] �
� 		Proposals to update G.661 about the ROPA � � China Unicom , ZTE Corporation (China) � Q6/15 � 2024-06-17
[ 991 ] �
� 		Further considerations about the transceiver for the 4.8T and 6T bands � � China Information Communication Technologies Group , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15 � 2024-06-17
[ 987 ] �
� 		Considerations about the system architectures of G.dfos � � Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q6/15 � 2024-06-17
[ 986 ] �
� 		Considerations for out-of-band and in-band sensing wavelength options for new draft ITU-T Rec. G.dfos � � Ministry of Communications (India) , Sterlite Technologies Limited (India) � Q6/15 � 2024-06-17
[ 971 ] �
� 		Proposed revisions for Recommendation G.652 � � Nippon Telegraph and Telephone Corporation (NTT) (Japan) � Q6/15, Q5/15, Q2/15 � 2024-06-17
[ 970 ] �
� 		Considerations for Wavelength Band Expansion in 800G DWDM Systems � � KDDI Corporation (Japan) , Nippon Telegraph and Telephone Corporation (NTT) (Japan) � Q6/15 � 2024-06-17
[ 967 ] �
� 		Field trial results about C6T+L6T 800G DWDM applications � � China Information Communication Technologies Group , China Telecommunications Corporation � Q6/15 � 2024-06-15
[ 957 ] �
(Rev.1)� 		Clarifications to proposed Self-Tuning Mechanism for revised G.698.4 � � Lumentum (United States) , NEC Corporation (Japan) � Q6/15 � 2024-06-14
[ 952 ] �
(Rev.1)� 		Text proposal for draft revised Recommendation G.698.4 � � China Unicom , Telefon AB - LM Ericsson (Sweden) � Q6/15 � 2024-06-14
[ 951 ] �
� 		Crosstalk calculation with the self-tuning method proposed in WD06-26 (Berlin, 16-18 April 2024) � � China Unicom , Telefon AB - LM Ericsson (Sweden) � Q6/15 � 2024-06-14
[ 946 ] �
� 		Considerations on the application of P2MP systems in DCI � � China Information Communication Technologies Group , China Telecommunications Corporation � Q6/15 � 2024-06-14
[ 945 ] �
� 		Test results of 10G signal transmission over a 1.5 km FSO link � � China Information Communication Technologies Group , China Telecommunications Corporation , China Unicom , Ministry of Industry and Information Technology (MIIT) (China) � Q6/15 � 2024-06-14
[ 930 ] �
(Rev.1)� 		Proposed Changes to G.959.1 in support of 4xFOIC1.2-RS in PAM4 50G application codes � � Infinera Corporation (United States) , Infinera Corporation (United States) , Microchip Technology Inc. (United States) , Nokia Corporation (Finland) , Nokia USA (United States) � Q6/15, Q11/15 � 2024-06-12
[ 928 ] �
� 		Feasibility analysis of 800G technology in all scenarios � � China Telecommunications Corporation , ZTE Corporation (China) � Q6/15 � 2024-06-12
[ 927 ] �
(Rev.1)� 		Considerations for adding descriptions of spectral hole burning effect in G.663 � � China Telecommunications Corporation , Huawei Technologies Co., Ltd. (China) � Q6/15 � 2024-06-12
[ 925 ] �
� 		G.dfos System Architecture � � ADTRAN Holdings Inc. (United States) , Nippon Telegraph and Telephone Corporation (NTT) (Japan) , Verizon Communication Corporation (United States) � Q6/15 � 2024-06-12
Results:48 total items.
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