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ITU-T�SG 15� C�(2019-07-01)�

ITU-T�SG 15

Transport, access and home

Study Period 2017

Meeting� from 2019-07-01 to 2019-07-12

held in Switzerland [Geneva]
Other Meetings : 2021-12-06� 2021-04-12� 2020-09-07� 2020-01-27� 2018-10-08� 2018-01-29� 2017-06-19�

Results:115 total items.
Result page:� 1 - 2 - 3 �-�Next Next
Contributions �[�AI/Question:�Q11/15�]���Documents / Contributions
�
Number�
Title Source AI/Question
 		Date
[ 1522 ] �
� 		MTN Section Layer frame and Path layer format considerations � � Broadcom Corporation (United States) � Q11/15 � 2019-06-18
[ 1519 ] �
(Rev.1)� 		Proposed A.1 justification for G.mtn-eqpt � � Ciena Canada , Infinera Corporation (United States) , Microsemi Corporation (United States) � Q12/15, Q11/15 � 2019-06-18
[ 1516 ] �
� 		G.798 comments � � Intel Corporation (United States) � Q11/15 � 2019-06-18
[ 1513 ] �
� 		G.8023 supervision and generic processes clauses � � Intel Corporation (United States) � Q11/15 � 2019-06-18
[ 1511 ] �
� 		Burst noise tolerance of FlexO-x-DSH frame � � Inphi Corporation (United States) � Q6/15, Q11/15 � 2019-06-18
[ 1509 ] �
� 		Consideration of the implementation on the lower layers of the Ethernet stack � � Broadcom Corporation (United States) � Q11/15 � 2019-06-18
[ 1508 ] �
(Rev.1)� 		FEC considerations for 200G/400G 450km applications � � China Information Communication Technologies Group , China Telecommunications Corporation , Finisar Corporation (United States) , Inphi Corporation (United States) , Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1490 ] �
� 		Proposal for MTN synchronization � � China Mobile Communications Corporation � Q13/15, Q11/15 � 2019-06-18
[ 1489 ] �
(Rev.1)� 		Proposal for the initiation of work on MTN Recommendations � � China Information Communication Technologies Group , China Mobile Communications Corporation , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q14/15, Q12/15, Q11/15 � 2019-06-18
[ 1481 ] �
� 		Additional Editorial Comments on G.7044 � � China Information Communication Technologies Group , China Mobile Communications Corporation , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1480 ] �
� 		Text proposal for clause 6 in draft new recommendation G.mtn � � China Information Communication Technologies Group , China Mobile Communications Corporation , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1479 ] �
� 		Analysis of potential violation to IEEE 802.3 PCS state machine and G.mtn A.1 justification � � China Mobile Communications Corporation , Huawei Technologies Co., Ltd. (China) � Q12/15, Q11/15 � 2019-06-18
[ 1478 ] �
� 		Analysis and consideration about the MTN client CI reference point � � China Mobile Communications Corporation , Huawei Technologies Co., Ltd. (China) , Ministry of Industry and Information Technology (MIIT) (China) � Q12/15, Q11/15 � 2019-06-18
[ 1476 ] �
� 		Fronthaul and Midhaul HRMs for G.mtn � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1473 ] �
� 		Comments on G.ctn5g � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1472 ] �
� 		MTN Path layer Error Performance Monitoring (BIP) Requirements and Consideration � � China Mobile Communications Corporation � Q11/15 � 2019-06-18
[ 1471 ] �
� 		G.mtn path layer BIP8 Error Detection Performance Analysis � � China Mobile Communications Corporation , Huawei Technologies Co., Ltd. (China) � Q11/15 � 2019-06-18
[ 1469 ] �
� 		Consideration for MTN path layer OAM information format � � China Mobile Communications Corporation , Ministry of Industry and Information Technology (MIIT) (China) � Q11/15 � 2019-06-18
[ 1468 ] �
� 		400G Metro FEC Considerations � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1467 ] �
� 		Possible use of Y.1731 OAM for G.mtn � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1465 ] �
� 		G.mtn Path Layer BIP and support of Low Power Idle (LPI) � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1464 ] �
� 		G.mtn Option 2a Path Overhead � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1461 ] �
� 		G.mtn section overhead � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1459 ] �
� 		G.mtn Option 1 Path Overhead � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1458 ] �
� 		G.mtn scope of applicability and need for bonding � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1454 ] �
� 		G.mtn-related Recommendations and Possible Schedule � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1452 ] �
� 		Use of 66B block coding and IEEE state machines and processes in Ethernet, FlexE, and G.mtn � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1451 ] �
� 		Considerations on Sub-1G services and flexible mapping over OTN � � China Information Communication Technologies Group , China Telecommunications Corporation , Ministry of Industry and Information Technology (MIIT) (China) � Q11/15 � 2019-06-18
[ 1450 ] �
� 		Considerations on sub-1G switching and smooth transport network transition � � China Information Communication Technologies Group , China Telecommunications Corporation , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1448 ] �
� 		Updated simulation results for oFEC and a discussion about CFEC+ � � Acacia Communications, Inc (United States) � Q11/15 � 2019-06-18
[ 1447 ] �
� 		25G and 50G OTN interfaces � � Nokia USA (United States) � Q11/15 � 2019-06-18
[ 1440 ] �
(Rev.1)� 		25G & 50G OTN interface frame signal and multiplex structure � � China Information Communication Technologies Group , Intel Corporation (United States) � Q11/15 � 2019-06-18
[ 1439 ] �
� 		Consideration on OTN encryption � � Huawei Technologies Co., Ltd. (China) � Q11/15 � 2019-06-18
[ 1438 ] �
� 		Consideration on OTN network security � � Huawei Technologies Co., Ltd. (China) � Q14/15, Q12/15, Q11/15 � 2019-06-18
[ 1418 ] �
(Rev.1)� 		Proposed characteristics for 25G and 50G OTN interfaces � � China Information Communication Technologies Group , China Telecommunications Corporation , Intel Corporation (United States) , Microsemi Corporation (United States) , Viavi Solutions Deutschland GmbH (Germany) , ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1417 ] �
� 		Comments and proposed updates to draft revised G.808.2 � � Electronics and Telecommunications Research Institute (ETRI) (Korea (Rep. of)) � Q11/15 � 2019-06-18
[ 1414 ] �
� 		MTN path OAM requirements � � ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1413 ] �
� 		Analysis of the potential deviation of the POH through multiple hops � � ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1410 ] �
� 		Analysis of the POH mechanisms behave under bit error scenarios � � ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1409 ] �
� 		New work item proposal for path layer protection in a metro transport networe � � Electronics and Telecommunications Research Institute (ETRI) (Korea (Rep. of)) � Q11/15 � 2019-06-18
[ 1405 ] �
(Rev.1)� 		Thoughts on evolution of OTN � � ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1404 ] �
� 		Method of client switching for cell based OTN solution � � ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1403 ] �
(Rev.1)� 		Considerations on 25G/50G OTN interface � � China Information Communication Technologies Group , China Telecommunications Corporation , ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1399 ] �
(Rev.1)� 		Estimation of protection switching time for MTN Path layer linear protection � � China Information Communication Technologies Group � Q11/15 � 2019-06-18
[ 1398 ] �
� 		Considerations on MTN Path layer linear protection � � China Information Communication Technologies Group � Q11/15 � 2019-06-18
[ 1391 ] �
� 		MTN Section Layer frame format considerations � � Broadcom Corporation (United States) , China Information Communication Technologies Group , Ciena Canada , Viavi Solutions Deutschland GmbH (Germany) � Q11/15 � 2019-06-18
[ 1385 ] �
� 		The general features of 25G/50G OTN interfaces � � China Information Communication Technologies Group , China Telecommunications Corporation , Huawei Technologies Co., Ltd. (China) , KDDI Corporation (Japan) , Ministry of Industry and Information Technology (MIIT) (China) , Telecom Italia S.p.A. (Italy) , ZTE Corporation (China) � Q11/15 � 2019-06-18
[ 1378 ] �
� 		Asynchronous mapping and multiplexing of OTUC instances over FlexO � � China Information Communication Technologies Group � Q11/15 � 2019-06-18
[ 1376 ] �
� 		Evaluation of FEC Proposals for ITU G.709.3 200-400G 450km Black Link � � China Information Communication Technologies Group � Q11/15 � 2019-06-18
[ 1353 ] �
� 		OTN Secure Transport � � China Information Communication Technologies Group , Ciena Canada , Cisco Systems, Inc. (United States) � Q11/15 � 2019-06-17
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