Deployment Aspects of EDGEAPP with ETSI MEC and GSMA OP
Explore the alignment and deployment aspects of EDGEAPP with ETSI MEC and GSMA OP, covering topics like co-existence of architectures, deployment options, and end-to-end deployment scenarios. Contributions to external TR are invited based on technical studies and normative discussions, aiming to avoid duplication and enhance collaboration in the industry.
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Presentation Transcript
3GPP external TR (exTR) Contributions on Alignment Samar Shailendra (Intel)
External TR (exTR) Scope* Alignment and Deployment Aspects of EDGEAPP with ETSI MEC and GSMA OP Alignment will include EAS profile (EDGEAPP) and AppInfo (ETSI MEC) Alignment of EDGE-3 and Mp1 reference points Alignment of EDGE-9 and Mp3 (Mp3 specs do not exist, so no alignment is required!) Usage of CAPIF between the two architectures Aspects related to Federation & Roaming Any Other?? Deployment Options End to End deployment options Co-existence of two architectures Coexistence of EES and MEC Platforms Federation and LCM * Based upon WID (S6-221496) 2
Contributions for exTR Inviting contributions to external TR Contributions to exTR based upon agreed contributions from Normative discussions Technical aspects needs agreement during normative discussions Contributions to exTR based upon the Technical Studies Deployment aspects and other informative content Avoid duplication between TS and exTR. 3
Deployment Options 2. Converged Architecture MEP + EES is able to satisfy all functionalities of MEP and EES. 1. Collocated Platforms 3. Non-Collocated Platforms Uniform APIs are defined for EAS and MEC App i.e. EDGE-3 and Mp1 are unified into one interface and will consume the same APIs from the MEP+EES. There are seen as two different Afs on a single Physical Infrastructure. EES and MEP are not collocated and reside in two different MNOs i.e. EES is deployed in MNO- 1 and MEP is deployed in MNO-2 EDGE-9 and Mp3 are unified as one interface. No alignment required because Mp3 specs do not exist. EDN 1 EDN 2 MEC Platform EDN 1 EDN 2 EES MEC App MEC App EES MEP EAS EAS EDGE-9/Mp3 Physical/NFV Infrastructure MEP+EES MEP+EES Physical/NFV Infrastructure Physical/NFV Infrastructure Physical/NFV infrastructure Physical/NFV infrastructure 4
End-to-end Deployment (1/2) Deployment with EDGEAPP and ETSI MEC Edge Application (API invoker) EAS MEC Application CAPIF Core Function UE MEC Platform EES AC Edge Platform 5GC Edge Data Network PCF NEF AMF SMF N6 N9 N3 UPF UPF RAN PLMN domain ECSP domain 5
End-to-end Deployment (2/2) To be checked with SA5 ! UE 3GPP Core Network Application Data Traffic Application Clients(s) MEC EAS Application EDGE-7 EDGE-5 EDGE-3 ECSP Management System Operation Support System (OSS) MEC Platform EES Mm1 Mm5 EDGE-9/Mp3 EDGE-6 MEC T8,N33 etc. Edge Enabler Client(EEC) Orchestrator Mm3 ECS EDGE-4 EDGE-8 MEC Platform Manager EDGE-?? ECS-ER Operator Platform Ellipse depicts a reference point grouping two interfaces - EDGE* depict 3GPP SA6 interfaces - Mp*, Mx* and Mm* depict ETSI MEC interfaces 6
End-to-end Deployment with Federation To be checked with SA5 ! UE 3GPP Core Network Application Data Traffic Application Clients(s) MEC EAS Application Alignment (if any) of MEF and ECS-ER or a new entity corresponding to MEF is in scope of SA5, is to be discussed.! EDGE-7 EDGE-5 EDGE-3 ECSP Management System Operation Support System (OSS) MEC Platform EES Mm1 Mm5 EDGE-9/Mp3 EDGE-6 MEC T8,N33 etc. Edge Enabler Client(EEC) Orchestrator Mfm Mm3 ECS EDGE-4 Mff EDGE-8 MEC Platform Manager MEC EDGE-?? Federator MEC Ellipse depicts a reference point grouping two interfaces ECS-ER Federator Operator Platform - EDGE* depict 3GPP SA6 interfaces - Mp*, Mx* and Mm* depict ETSI MEC interfaces Operator Platform 7
Recommendations Capture the deployment options in exTR. Capture the end-to-end deployment scenario in exTR. Avoid duplication of content between TS and exTR Deployment options are informative content Alignment aspects of interfaces etc. to be captured based upon the normative discussions !! 8
