CORD use cases and benefits: Telefonica Edge Computing

Transcription

1 CORD use cases and benefits: Telefonica Edge Computing Product Innovation Customer Razón social Centric Networks Novembe Public

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3 Onlife Network: Our CORD

4 What is OnLife networks? Edge computing Central Office Personalization Multi access 4

5 OnLife Networks: An All-IP Architecture with Multi Access Edge Compute Bringing services to the edge Services Voice Data Access mobile Unified Border Distributed COs (CORD) One Network: Residential Mobile Corporate SDN Connectivity Ultra capacity IP network COs or Data Centers in a second ring (CTpd) Business apps, highly sensitive & real time OSS Centralized PoPs (Strategic Data Centers) Vídeo VPN Cloud corp fiber 2,5 Gbps 10 GE 100 GE 400 GE & 1 TB DWDM CTpd Internet CPD IPv6 IPv4 & 6 5

6 What we have built: R-CORD Fusion Network Voice Data Vídeo <-> HGU GPON WiFi AP Services: Voice Data Vídeo volt GPON 48 x 2,5 Gbps 4 x 40 GE 6 Exit Switch 32 x 40 GE QSFP+ <-> H3 TES 1 x 10 Gbps FO

7 Leveraging Open Source Software Commercial mega CTpd volt CLOSfwd verc SDN Manager Voice InterAct CLOS Fabric Data Vídeo OneFLow OLT PON vcpe2 vcpen vcdn NAT64 VOLTHA Computing Infrastructure 7

8 Open Compute based CO for triple play services Switches OCP: 32 x 40 GE ONIE OLT GPON OCP spec by ATT OLT GPON (up & Running) OLT XGS-PON OLT NG-PON2 Servers OCP OpenRack 2.0 OCP DC Converter -48vCC 8

9 Architecture: CORD Components Commercial mega CORD CLOSfwd VOLTHA Connectivity manager ONOS Applications Access Network Active Interface OneFLow OLT PON vcpe2 vcpen vpdc1 Switching Fabric CDN NAT64 Computing Infrastructure Transport Virtual machines Management Applications Infrastructure Management, supervision and orchestration Functions and applications Infrastructure REST API 9

10 Use Cases

11 impact on User Experience Creating the difference As is HGU = Latency is variable, and in a lot of cases large and unpredictable. OnLife TEF network Internet Round trip time to complete a data request Cloud TEF latency can be unpredictable as a lot of services are still served from the core or internet HGU = Latency is guaranteed below a certain level Round trip time to complete a data request TEF network Internet Cloud Services can rely on guaranteed latency which improves customer satisfaction 11

12 Central Office transformation brings UX transformation Voice Data Vídeo 12

13 EDGE Voice Data Vídeo 13

14 Impact Connectivity + Edge Computing opens many use cases Prioritization matrix 1 Quick wins Low vsbc Content filtering Tokbox Position in the Matrix is based on high level quantitative and qualitative analysis SDVPN (w/ 3 rd ) Retail Data analytics (KING) Connected APP Niji High VR/AR Gaming B2C security Low Breakthrough CloudVPN FTTH CO Deep AWS/Azure/ Google Cloud peering Virtual storage vcdn IoT Complexity 14 High 3 rd party services Internal services Mobile Ad cache (Advertising) Development effort Pilot Focus Fibre Central Office Transformation vcdn CloudVPN (w/3 rd party solution) Evaluation VR/AR Gaming Akamai vcdn AWS edge SDVPN (int. dev.) TGS CDN Tokbox Mid term Content filtering Virtual Storage Deep peering IoT Retail Mobile Lambda at the edge Ad cache

15 TIP Use cases vcdn at the edge AR/VR Tourism Edge Drone video delivery Objectives Objectives Objectives To deliver high hit and low latency content from the Edge of the network using OnLife networks Impact Better customer experience Lower transport costs Enablement of newer revenues by services at the edge Collaborators To enable a scene recognition activity using AR. Delivering information about a scene, making a call and giving info about best visiting times Impact Enabling low latency Edge service Developing a new business revenue service where telco is adding value Collaborators Get real time video from drones for events, venues and attractions and deliver it in 360 to customers Impact Reversing the edge vcdn to now take content in real time Enabling future low latency business to enable video pull from any video source Collaborators + People & Process Objectives Share best practises for Operating new technologies in Collaborators Constant change and hyper growth environments 15

16 OnLife networks active investigations Personalization Multi access Service Network Customer data Network data Machine learning Programmability Open Feedback loop Micro service architecture 3 rd party services Low / controlled latency Throughput guidance Residential Enterprise Edge Mobile FTTH Cable Edge Computing Private network Local breakout 16

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