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ITU-T SG 15  C 

ITU-T SG 15

Transport, access and home

Study Period 2017

Results:42 total items.
Contributions  [ Source: Microsemi Corporation (United States) ]  [ AI/Question: Q11/15 ]   Documents / Contributions
 
Number 
Title Source AI/Question
Date
[ 1933 ]  
(Rev.1) 
Identifying mis-connection and mis-configuration of FlexE and G.mtn links     Microsemi Corporation (United States)   Q11/15   2020-01-14
[ 1842 ]  
 
Thoughts on OTUCn-M encryption support     Microsemi Corporation (United States)   Q11/15   2020-01-14
[ 1841 ]  
 
OTNSec at the ODU layer     Microsemi Corporation (United States)   Q11/15   2020-01-14
[ 1840 ]  
 
Thoughts on the overhead bandwidth requirements and impact on latency for OTN Security at the ODU layer     Microsemi Corporation (United States)   Q11/15   2020-01-14
[ 1838 ]  
 
Thoughts on authentication of fields beyond ciphertext     Microsemi Corporation (United States)   Q11/15   2020-01-14
[ 1712 ]  
 
Scope of G.Sub.sub1G     AT&T, Inc. (United States) , Ciena Canada , Infinera Corporation (United States) , Microsemi Corporation (United States) , Nokia USA (United States)   Q11/15   2020-01-13
[ 1617 ]  
 
New IEEE 802.3 timestamp project     Microsemi Corporation (United States)   Q13/15, Q11/15   2020-01-12
[ 1616 ]  
 
Towards keeping Sub1G Simple to Implement     Microsemi Corporation (United States)   Q11/15   2020-01-12
[ 1615 ]  
 
Thoughts on the layers and end-points for OTN Security     Microsemi Corporation (United States)   Q11/15   2020-01-12
[ 1614 ]  
 
Comparison of MTN Path overhead options     Microsemi Corporation (United States)   Q11/15   2020-01-12
[ 1613 ]  
 
MTN Path Overhead Proposal - Overhead Frame Structure     Microsemi Corporation (United States)   Q11/15   2020-01-12
[ 1540 ]  
 
Consideration on a new work item for Optical Service Unit (OSU)     China Information Communication Technologies Group , China Telecommunications Corporation , China Unicom , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , Viavi Solutions Deutschland GmbH (Germany) , ZTE Corporation (China)   Q11/15   2019-12-31
[ 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
[ 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
[ 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
[ 1181 ]  
 
MTN Path Overhead Proposal - Overhead Method and Frame Structure     Microsemi Corporation (United States)   Q12/15, Q11/15   2019-06-13
[ 1179 ]  
(Rev.1) 
Analysis of the G.mtn A.1 Scope Relative to IEEE 802.3 Clause 82 State Diagrams     Microsemi Corporation (United States)   Q12/15, Q11/15   2019-06-13
[ 1178 ]  
 
Proposed draft amendment to G.7041-Y1303 for consent     Microsemi Corporation (United States)   Q11/15   2019-06-13
[ 1037 ]  
(Rev.1-3) 
Proposal of new work Item for SCL layer network of Slicing Packet Network     Broadcom Corporation (United States) , China Mobile Communications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , Telefónica S.A. (Spain) , Viavi Solutions Deutschland GmbH (Germany) , Xilinx Incorporation (United States) , ZTE Corporation (China)   Q11/15   2018-09-25
[ 986 ]  
 
Proposed Updates to GSTR-TN5G     Microsemi Corporation (United States)   Q12/15, Q11/15, Q10/15   2018-09-25
[ 985 ]  
 
Proposed Network Slicing text for G.ctn5g     Microsemi Corporation (United States)   Q12/15, Q11/15, Q10/15   2018-09-25
[ 983 ]  
 
Thoughts on Recommendation G.709.sub1G     Microsemi Corporation (United States)   Q11/15   2018-09-25
[ 982 ]  
 
Supporting CBR Client in FlexE     Microsemi Corporation (United States)   Q11/15   2018-09-25
[ 981 ]  
 
Bitrate Optimization of OTU4 and FlexO for 25Gb/s and 50Gb/s Optical Modules     Microsemi Corporation (United States)   Q11/15   2018-09-25
[ 980 ]  
 
OTUm, an Optimized OTU4 for 25Gb/s and 50Gb/s M-OTM Interfaces     Microsemi Corporation (United States)   Q11/15   2018-09-25
[ 778 ]  
 
M-OTN requirements and standardization considerations     China Telecommunications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , ZTE Corporation (China)   Q6/15, Q11/15   2018-09-19
[ 777 ]  
 
New work item proposal for application of OTN to 5G transport     China Telecommunications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , KDDI Corporation (Japan) , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , SM Optics s.r.l. (Italy) , Viavi Solutions Deutschland GmbH (Germany) , ZTE Corporation (China)   Q11/15   2018-09-19
[ 678 ]  
(Rev.1) 
Proposal of Architecture of Slicing Packet Network (SPN) for 5G transport     Broadcom Corporation (United States) , China Mobile Communications Corporation , EXFO Inc. , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , Telefónica S.A. , Viavi Solutions Deutschland GmbH , ZTE Corporation (China)   Q12/15, Q11/15   2018-01-16
[ 664 ]  
(Rev.1) 
The projects proposal of Slicing Channel Layer of Slicing Packet Network(SPN)     Broadcom Corporation (United States) , China Mobile Communications Corporation , EXFO Inc. , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , Telefon AB - LM Ericsson (Sweden) , Telefónica S.A. , Viavi Solutions Deutschland GmbH , ZTE Corporation (China)   Q9/15, Q14/15, Q12/15, Q11/15, Q10/15   2018-01-16
[ 570 ]  
(Rev.1) 
Report of Proposed M-OTN Mapping and Multiplexing schemes discussed in a Series of Conference Calls [Survey of FlexO-based approaches for Mobile Fronthaul and Midhaul applications. (Multiplexing)     China Telecommunications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , ZTE Corporation (China)   Q11/15   2018-01-16
[ 569 ]  
(Rev.1-3) 
Report of Proposed M-OTN Frame Formats discusses in a Series of Conference Calls [FlexO-based approach for Mobile Fronthaul and Midhaul applications]     China Telecommunications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , ZTE Corporation (China)   Q11/15   2018-01-16
[ 461 ]  
 
The Requirements of Mobile-optimized OTN(M-OTN)     China Telecommunications Corporation , Deutsche Telekom AG (Germany) , Electronics and Telecommunications Research Institute (ETRI) (Korea (Rep. of)) , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Inphi Corporation , IP Light , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , SK Telecom , SM Optics s.r.l. (Italy) , Telecom Italia S.p.A. , Viavi Solutions Deutschland GmbH , Xilinx Incorporation , ZTE Corporation (China)   Q6/15, Q12/15, Q11/15   2018-01-15
[ 442 ]  
 
FlexO-based approach for Mobile Fronthaul and Midhaul applications     Microsemi Corporation (United States)   Q11/15   2018-01-13
[ 441 ]  
(Rev.1) 
Proposed draft Corrigendum to G.7041 (2016)     Microsemi Corporation (United States)   Q11/15   2018-01-12
[ 397 ]  
(Rev.1) 
Network Slicing as a Service Considerations     Microsemi Corporation (United States)   Q11/15   2017-06-06
[ 396 ]  
 
Study of OTUCn and FlexE Device Latency for 5G Front Haul Applications     Microsemi Corporation (United States)   Q11/15   2017-06-06
[ 395 ]  
 
Study of OTUCn and FlexE Device Complexity for 5G Front Haul Applications     Microsemi Corporation (United States)   Q11/15   2017-06-06
[ 389 ]  
 
OAM Considerations for 5G Front Haul Applications     Microsemi Corporation (United States)   Q11/15   2017-06-06
[ 383 ]  
 
Towards Developing an Optimized Transport Network for 5G Front Haul Applications     Microsemi Corporation (United States)   Q11/15   2017-06-06
[ 369 ]  
 
Comments and recommended corrections to the FEC specification in draft G.709otu4lr     Microsemi Corporation (United States)   Q11/15   2017-06-06
[ 206 ]  
(Rev.1) 
Network Slicing Considerations     Microsemi Corporation (United States) , Nokia USA   Q12/15, Q11/15, Q10/15   2017-06-05
[ 154 ]  
 
Proposal to start new projects to specify 5G transport over OTN     China Mobile Communications Corporation , FiberHome Technologies Group (China) , Huawei Technologies Co., Ltd. (China) , Microsemi Corporation (United States) , Ministry of Industry and Information Technology (MIIT) (China) , ZTE Corporation (China)   Q11/15   2017-06-05
Results:42 total items.
 
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