Transport network evolution

19 pages - 766.3 KB
Motivated by desire to carry oduflex(gfp) flows in 5g transport network. • new layer network technology “g.mtn” using flexe framing as a way to.
Document in text mode:
Transport Network EvolutionSteve Trowbridge (Nokia), Chairman, ITU-T StudyGroup 15 Main Topics•Optical Transport Network (OTN) Evolution•Transport Network Support of 5G Radio Access Networks OTN Evolution Beyond 100G Scope of OTN StandardizationMarch 15, 2018 4Q12/15Architecture, SDN ControlG.872, G.7702WP3 –Digital Layer AspectsWP2 –Physical Layer AspectsQ11/15Signal FormatsG.709, G.709.x, G.7041Q14/15Management and ControlG.874, G.874.xQ13/15Synchronization, Jitter & Wander PerformanceG.8251Q6/15Optical Physical Interfaces, ComponentsG.959.1, G.695, G.698.x, G.680, G.66x, G.67xQ5/15Optical Fiberse.g., G.652https://www.itu.int/ITU-T/recommendations/index.aspx?ser=GPublished Recommendations available for free download at: What kinds of OTN interfaces does SG15 Standardize?•Fully Standardized Interfaces and Aspects•Mappings of Client Interfaces into Line Interface Frame formats•Fully Standardized OTN Client Interfaces –Optical Budgets recently based on IEEE 802.3 with an OTN frame Forma...
Relevant files:
Slicing packet network (spn) enabling 5g transport network
Technology platforms second to none
Optical transport networks & technologies standardization ...
Standardization in itu-t study group 15 and q13/15
Must optical sdn controller nbi technical requirements document
Mtn south africa selects ericsson for commercial 5g core and radio