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Use Case Attributes

Description

Informational

Type

New


Blueprint Family

Integrated Cloud Native NFV (ICN)


Use Case

End to end connectivity using Private LTE/5G over the CBRS band 


Blueprint proposed Name

Private LTE/5G ICN blueprint


Initial POD Cost (capex)

Same as ICN — 50K minimum


Scale & Type

Same as ICN — Minimum of 4 Xeon Servers + 1 Xeon server as genesis 


Applications

RAN+Core (initially LTE, eventually 5G), and reuse of existing ICN applications: ML/DL Analytics, EdgeXFoundry and 360 degree Video streaming


Power Restrictions

TBD


Orchestration

Same as ICN —

Infrastructure Orchestration

  • Bare Metal Provisioning :  ironic with Metal3 controlled by Cluster API
  • Kubernetes provisioning :  KuD.
  • Centralized controller:  With Cluster-API
  • Docker for containers and Virtlet for VMs

Service Orchestration : ONAP with AF integration

MEC framework: OpenNESS

Site orchestrator :  Kubernetes upstream

Traffic Orchestration within a cluster: ISTIO

Traffic orchestration with external entities : ISTIO-ingress and ISTIO-egress with MCDeployment

Knative for function orchestration

Additional platform component: Open source UPF


SDN

Same as ICN — OVN, SRIOV, Flannel; additionally Tungsten Fabric


Workload Type

Containers and functions


Additional Details

Our roadmap will be:

  • Private LTE
  • Private 5G Option 5 (i.e. LTE radio + 5GC)
  • Private 5G SA (i.e. 5G ratio + 5GC)

Use cases:

  • Manufacturing
  • Farming
  • Healthcare
  • V2X
  • Others


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Committer

Committer Company

Committer Contact Info

Committer Bio / Contributions

Committer Picture

Self Nominate for PTL (Y/N) Ends 13 May 2020

Prem Sankar GopannanCohere Technologies

PTL. Manage Architecture, Usecase and project planning


Yes
Ravi ChunduruVerizonEnd user requirements guidance

Manoj MouryaOrange
End user requirements and contributions

Hakim AchouriAirbus
End user requirements guidance

Vikram BalimidiCloudlyte - Tata CommunicationsVikram BalimidiEnd-user requirements and guidance

Vineet AnshumanCloudlyte - Tata Communicationsvineet anshumanEnd-user requirements and guidance

Alain SoleilT-Mobile USSoleil, Alain (Deactivated)End-User requirements and guidance

Vincent SeetGlobe Telecom, Inc.Vincent SeetEnd-User requirements and guidance

Srinivasa AddepalliIntel

With MICN as the basis for this,  my colleagues and I at Intel will help in following:

  • MICN integration
  • SD-EWAN CNF
  • OVN-for-K8s-NFV network controller
  • ONAP

Will work with other team members in adding new controllers in ONAP to auto program the UPF & adjacent gateway micro-service to steer the traffic to locally offloaded applications.



Amar Kapadia

Aarna NetworksONAP

Sriram RupanaguntaAarna NetworksSriram RupanaguntaONAP

Ramki KrishnanAdvisor, VMware


Pradnesh DangeRebacaTesting

Sivasothy SHANMUGALINGAMIndependent sothy shanUPF and SMF


Mansoor KhanWavelabs.aiMansoor KhanSystems Integration

Parthiban NWavelabs.aiParthiban N

Orchestration

CI/CD, DevOps



Mohamed El GamalNetNumberMohamed El Gamal


Sukhdev KapurJuniper NetworksTSC Member of Akraino as well Tungsten Fabric

Qasim ArhamJuniper NetworksQasim Arham (Deactivated)Tungsten Fabric Integration

Prabhjot SethiATS SystemsPrabhjot S SethiChair of Tungsten Fabric TSC

Boris RenskiFreedomFiOCN Automation Workstream Lead

Lakshmi Swetha RamisettyIndependent contributor Lakshmi Swetha Ramisetty


Isaac Manuel RajLumina NetworksIsaac RajEnd user requirements contributions

Kanagasundaram K (KKS)Independent contributorQA and Automation

Shivaprasad GinkaDivistha NetworksShivaprasad JinkaSystems Integration

Ganesh Gudigara

Divistha NetworksGanesh GudigaraSystems Integration

Files:

View file
nameAkraino Technical Meeting - Feb 2021.pdf
height250

Akraino ICN Private LTE_5G v8.4.pptx

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