Software Defined Broadband Networks. Jon Mischel Director, Product Management

Transcription

1 Software Defined Broadband Networks Jon Mischel Director, Product Management

2 This statement of direction sets forth Juniper Networks current intention and is subject to change at any time without notice. No purchases are contingent upon Juniper Networks delivering any feature or functionality depicted in this presentation. This presentation contains proprietary roadmap information and should not be discussed or shared without a signed non-disclosure agreement (NDA).

3 Agenda Brief overview of JNPR BNG Software Defined Broadband Networks Key Technology Investments 3

4 4 Brief JNPR BNG Introduction

5 Juniper Broadband Leadership by the numbers Home User Fixed: DSL/ PON/ Eth Wireless: Wifi/ 4G/5G Policy server - SRC AAA Steel-Belted Radius MX as L2TP LNS vbng as vlns Enterprise Private Network 5 Enterprise 16 of top 20 Service Providers globally use the MX BNG MX as BNG vbng PPPoE IPoE L2TP LAC 17 Years of broadband industry leadership IP Core 350+ MX BNG customers CGNAT >8000 MX BNGs shipped ISP >250M sub licenses issued IPv4 Internet IPv6 Internet

6 Juniper s Broadband Platform Portfolio Physical / Virtual Platforms to support Capacity, Performance, Scale, Cost Needs FULL DUPLEX CAPCITY, 2018 FULL DUPLEX CAPCITY, 2017 SUBSCRIBER SCALE Z MX150 VMX MX104 MX204 MX10003 MX240 MX480 MX960 MX2008-MX2010 MX2020 6Tbps 3Tbps 8Tbps 15Tbps 40Tbps 80Tbps 20Gbps Nx10Gbps 80Gbps 400Gbps 2.4Tbps 1Tbps 3Tbps 5Tbps 16Tbps 32Tbps < 2K Up to 32K Up to 128K Up to 512K SAME CONTROL PLANE SCALE ACROSS MX240 / 480 / 960 / MX2K

7 Software Defined Broadband Networks

8 DPI IPsec SOFTWARE DEFINED BROADBAND NETWORKS (SDBN) Multi-Access Multi-Services Scale Up/Out Modular Automated xdsl PON Consumer Internet Business Internet Junos VM volt 3GPP CP Contrail E2 4G/ 5G IoT JUNOS - JFiT Users Other Access Summit MX960 Node Slicing VPNs Platforms Contrail Cloud Reference Architecture Service chaining AppFormix Contrail SDN 8

9 Why? SD BROADBAND IS MULTI-SERVICES Shared infrastructure and real estate CAPEX sharing across use cases CAPEX sharing across wholesalers/retailers Service agility / innovation / mash-up Reduced # of integration points Apps Apps OSS OSS Contrail E2 Contrail Cloud Universal Edge Network slicing VNF and GNF Telco cloud NFVI, SDN based overlays Elastic service placement Consumer Internet Business Internet GNF IoT VPNs VNF VNF MX Juniper Telco Cloud MX 3D Node Slicing Contrail Cloud Elastic Edge (E2)

10 Why? SD BROADBAND IS MULTI-ACCESS Shared infrastructure and real estate CAPEX sharing across use cases Seamless services Fixed mobile convergence Reduced integration costs (access abstraction) Access migration via Fusion Cable Subscribers Packet trigger 5G and Convergence Control User Plane Separation Hybrid Access Dual homing fixed/mobile RG ACX 5G Fusion L3 Node AAA Junos VM OSS Cable BNG 5G UP MX PCRF 3GPP CP HAG Hybrid Access Gateway MX User Plane Node Slicing

11 Why? SD BROADBAND SCALES UP AND OUT Distributed vs. Centralized Bandwidth growth Caching, latency On demand resources Continued hardware performance growth ASIC, Line cards, Platforms Distributed edge Small Edge Satellites Virtualization and Scale out ASICs vbng MX204/10003 MX960 MX Gbps 400G/2.4T 5 Tbps 32 Tbps MX vmx/vbng Fusion

12 Why? SD BROADBAND IS MODULAR Access & Aggregation JET AFT IPsec DPI LNS Disaggregation Micro services Multi vendor 3 rd party applications Distributed service delivery (eg, network as a firewall, as a loadbalancer, ) AAA, PCRF Apps HE Apps HE Apps Contrail E2 Contrail Cloud Physical and Virtual Flexible value added services Integrated, Chained Programmability APIs Control Plane, Forwarding Plane Abstraction Service placement, Broadband Application External RE CP CP FP NAT Service chaining vmx/vbng Router Services NERG - Elastic Edge - Hybrid Edge BBE controller Jet - AFT

13 Why? SD BROADBAND IS AUTOMATED Cloudification Automated deployment and provisioning Smarter, cheaper monitoring and troubleshooting Workload (re)optimization Network as an API JUNOS Health Monitoring - JFiT Contrail/AppFormix /3 rd party Apps Contrail Apps Elastic Edge Northstar Cloud based management Edge and DC controllers Telemetry sensors Collectors & Monitoring Application Feedback loop Intelligent Broadband Big Data Platforms SDN Controllers Telemetry Collector Jvision, IPFIX, Syslog, Network Jvision Contrail - Elastic Edge BBE controller

14 SD BROADBAND NETWORKS IPsec DPI Multi-Access Multi-Services Scale Up/Out Modular Automated 2017 Node Slicing External CP Packet Trigger PCRF/Gx/Gy Node Slicing vbng Contrail Cloud NxBBE node slicing vbng MX204 / MX10003 MPC 7/8/9 NFX Sub-aware DPI vbng (CP HA) vservices (CGNAT, SFW) JFIT Netconf and YANG Junos Scripting 2018 HAG / vhag Underlay (vxlan, EVPN) Mobile FP NV + VC (N+M redundancy) vbng (NxFP) E2 Controller JET MX10003 VC vbng (NxFP) Vale BNG Fusion HAG NV + VC (N+M redundancy) vbng (NxFP) Residential NERG Universal Services Framework IPS, FW E2 Controller Sub-based telemetry JET AFT xdsl PON Consumer Internet Business Internet Junos VM volt 3GPP CP Contrail E2 4G/ 5G IoT JUNOS - JFiT Users Other Access Summit MX960 Node Slicing VPNs Platforms Contrail Cloud Reference Architecture Service chaining AppFormix Contrail SDN 14

15 15 Key Technology Investments Hybrid Access Gateway

16 HAG STAND ALONE DEPLOYMENT Serve areas with poor DSL performance Portal Policy Management Function Last mile resiliency DSL provisioning requires more time Wireless Access Network Use data to identify demand areas for future expansion Customer Premises Wireline Access Network Hybrid Access Gateway Wireless access is getting cheaper

17 Key Technology Investments vbng and vlns

18 VIRTUAL LNS USE CASE WHOLESALE NETWORK vlns AAA & DHCP Servers TIME BUDGET OPTIONS SOLUTION vmx MX

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