The Industry’s NFV Powerhouses3.amazonaws.com/JuJaMa.UserContent/d7656575-e9c6-4b1c-9c6… · Innovation Overview CLOUD & MOBILITY FSP 3000 CloudConnect™ Shipping in Q1 2016;

The Industry’s NFV Powerhouse

Leveraging Pure-Play Virtualization for Customer Choice

© 2016 ADVA Optical Networking. All rights reserved. Confidential. 2

ADVA Optical Networking Today

Network innovator – Speed for customers – Trusted partner

Our LEADERSHIP

#1 Ethernet access devices3 global

#1 Enterprise DCI4 in EMEA; #2 global

#2 Metro WDM5 in EMEA

#2 Network synchronization6 global

Our NUMBERS €442 million revenue1

>1,700 employees2

Our CUSTOMERS

Hundreds of carriers Thousands of enterprises

1) Annual 2015; 2) March 31 2016: 1724; 3)&5) IHS Infonetics Research, 4) Ovum 6) ADVA Optical Networking internal estimates

Headquarter

Office

Representative


Innovation Overview

CLOUD &

MOBILITY

FSP 3000 CloudConnect™

Shipping in Q1 2016; successful trials now

Specifically designed for DCI market

Most compact and scalable product

Open optical line system

Access to USD $4B NFV market

Enabling choice, performance, agility

Most advanced and comprehensive solution

Transforming the industry and expanding our competitive advantage

ConnectGuard™

Complements secure optical DCI leadership

Fixed and mobile user secure cloud access

Encrypted Ethernet connectivity

Access device industry firsts:

SFP-based timing excellence

Rubidium-based timing w unique holdover algorithm


Our Hardware, Software and Services

Cloud interconnect Cloud access

Service delivery and assurance

Metro/Core Distribution and hosting

Business continuity

Cloud & OTT services

Connecting, extending and assuring the cloud

Synchronization delivery and assurance

Cloud Extension


Ensemble Use Cases


Customer Problem

• Limited operational automation in appliance-based solutions

• Proprietary and incongruent management requirements for appliances

• Limited flexibility for new service introduction

• Multiple boxes required for each new customer

Challenges

• Locked into expensive, proprietary appliances

• Service activation tied to new ‘boxes’, truck-rolls

• Easily change service offering over time

• Operational efficiencies across service management

Use Case: Enterprise Service Delivery Challenges

Service Provider

Router

Firewall

NID


Use Case: vE-CPE NFV-Based Service Delivery

Solution

• Ensemble Connector for Carrier Ethernet and high performance virtual hosting: • Accelerated vSwitch • Supports DPDK enabled VNFs

• VNFs from any supplier can be deployed

• Standard server-based, can be multi-purposed for different service offerings

Benefits

• Rapidly launch new services, drive new revenues, reduce costs (over time)

• Real-time, low-touch service deployment and activation

• Subscriber self-provisioning capability for new services

ADVA FSP 150vSE or ProVM or COTS

Service Provider


Inject new services into existing Layer 2 and 3 VPNs running over existing

MPLS networks, CPE deployments – without modifying existing infrastructure!

Use Case: Upgrade Existing MPLS Networks

MPLS Backbone

Layer 3 VPN

Ability to derive incremental, value-added service revenue from existing customers with minimal cost and operational overhead.

Data Center


Use Case: Virtualized Networks

Enables operators to join the fray by delivering NFVIaaS along with Carrier Ethernet connectivity.

Enables overlay service providers or enterprises to manage their own network without buying or managing hardware.

To This:

From this:

Provider Y EAD

Provider X

FSP 150 vSE Customer

Provider Y FSP 150 ProVM

or vSE

Provider X VNFs

Customer

Provider X

VNFs


DartPoints Use Case – Micro Datacenter

Multi-tenant Building

Co-locate with end-users to provide network and secure cloud services

Gateway Router

Customer 3 & 4 FSP 150 vSE

Customer 1 & 2 FSP 150 vSE

Public Internet

Micro Datacenter DartPoints

NOC


Use Case: SD-WAN

SD-WAN Management Layer

IP/MPLS IP/MPLS

Branch

Branch

VNF

Connector

VNF

VNF

Connector

VNF

ADVA FSP 150 vSE

ADVA FSP 150vSE

HQ

VNF

Connector

VNF

ADVA FSP 150 ProVM

NFVO (Ensemble Orchestrator)

SDN Control (Ensemble Controller)

Cloud Manager

REST

PE

IP

(MPLS in IP)

PE

PE

PE PE

On-Net

Off-Net

Gateway Connector

Xeon Intel Server

Provides flexible and secure network overlay to deliver IP connectivity to customers on-net as well as out of region

VRF


Ensemble Active Customer Engagements

Service Provider Application/ Use Case

Ensemble Orchestrator

Ensemble Analytics

Ensemble Connector

FSP 150 VSE

FSP 150 ProVM

Masergy Prem-Based Virtual CPE Yes Yes

DartPoints DC Virtualization Yes Yes Yes

Tier 1 Fixed (US) CO Virtual Service Yes Yes Yes

Tier 1 Fixed (US/EMEA) Virtual CPE/SD-WAN Yes Yes Yes

Tier 1 Cable MSO (US) Virtual CPE Yes Yes

Tier 1 Fixed/Mobile (CALA) Virtual CPE Yes Yes Yes Yes

Tier 1 Fixed/Mobile (EMEA) Virtual CPE Yes Yes Yes Yes

Tier 1 Fixed (US) Virtual CPE/SD-WAN Yes Yes Yes Yes

Tier 1 Fixed (US) Virtual CPE Yes Yes

Tier 1 Fixed (US/APAC) Virtual CPE Yes Yes Yes Yes

Tier 1 Fixed (APAC) Virtual CPE Yes Yes Yes Yes

Tier 1 Cable MSO (US) Virtual CPE Yes Yes Yes

Tier 2 Fixed (US) Virtual CPE/SD-WAN Yes Yes Yes

Tier 1 Cable MSO (US) Virtual CPE Yes Yes

Tier 2 Fixed (APAC) Virtual CPE Yes Yes Yes

Tier 1 Fixed/Mobile (APAC) Virtual CPE Yes Yes Yes

Tier 1 Fixed (EMEA) Virtual CPE Yes Yes Yes


Solution Integrators

Comprehensive Ecosystem - Harmony

VNF Providers Technology Partners


Vendor VNF Category Product

CCTV Surveillance Alchera

Router, vADC, vEPC 5400, 5600 vRouter, vEPC, vADC

Router CSR 1000

Encryption vCEP, CryptoFlow

Firewall FortiGate

Firewall Security Gateway Virtual Edition

Router VSR 1000

WAN Optimizer Ipanema WAN Optimization

Analytics Jolata

Router, Firewall vMX, vSRX

Core IMS, SBC Clearwater IMS, Perimeta SBC

Firewall VM-Series for KVM

DPI Deepflow

WAN Accelarator SteelHead

SBC SBC Software Edition

Small Cell Gateway SmGW, seGW

Testhead TestCenter Virtual w/DPDK, Landslide Virtual

MEF SAT Test Veryx

Current VNF Library

VNF Category Product

Firewall Untangle

Firewall pfsense

IP PBX Asterisk

Packet crafter, traffic generator and analyzer Ostinato

Proxy Server Squid Proxy

Router Vyos

UCS SIPxecs

3rd Party Open Source


Ensemble Solution Overview


Ensemble Solution Achitecture

NFV & SDN MANAGEMENT AND ORCHESTRATION

OPERATIONAL/BUSINESS SUPPORT SYSTEMS

ENSEMBLE

Ensemble

Network

Hypervisor

Ensemble

Director

VIRTUAL INFRASTRUCTURE

Supporting

Application

s

3rd Party

VNFs


Ensemble Portfolio Components

Ensemble Connector is a high performance network virtualization platform available for hosting multi-vendor VNFs

Ensemble Orchestrator is an ETSI MANO-compliant NFV orchestration platform supporting end-to-end VNF and Network Service lifecycle management

Ensemble Director provides traditional resource management and transport service management for physical and virtual network elements

Ensemble Controller is a set of networking applications delivered on open SDN frameworks

Ensemble Analytics leverages big data technologies that provides actionable intelligence for service orchestration and assurance

Ensemble Network Hypervisor abstracts and virtualizes the transport network for integration into a MANO / XOS management paradigm

Ensemble

Network

Hyperviso

r

Ensemble

Director


Ensemble Supporting Applications Ensemble

Portal

Ensemble

Insights

3rd Party

Application

s

Ensemble Portal provides end user SLA Monitoring and permitted service customization Ensemble Insights provides a data browser capability to visualize service order and lifecycle history on Orchestrator 3rd Party Applications provide additional context and intelligence to the NFV & SDN Management and Orchestration subsystem (e.g. network policy management, inventory management, cutstomer relationship management tools, etc.) Cloud Controller provides the Virtual Infrastructure Manager capabilities required to configure and control cloud resources (compute, storage and networking)


Ensemble Connector

• Ensemble Connector is a high performance virtualization platform available for hosting multi-vendor VNFs.

• Ensemble Connector is an extensible and modular platform that enables service providers to select specific data path functionality to support any deployment model; at the customer premise, at the central office or in the cloud data center. Vendor lock-in is eliminated.

• Ensemble Connector provides traffic steering over any existing and new virtual network (underlay) and the ability to establish Layers 2-3-4 networking connectivity including a variety of tunneling and security options.

• Ensemble Connector delivers multi-Gbps performance with low latency and jitter on low-cost servers.


Ensemble Connector Virtualizes the Network

Gateway Connector • Gates VPNs to cloud • No vhosting • Large numbers of flows • BGP exchanges route info w brownfield

• VM installation • Typical platform: high core -count Xeon family processor

Compute Connector • Delivers cloud networking • Provides vhosting environment • Many VNFs per instance • Moderate instances in the network • Installs as host application SW • Typical platform: high core-count Xeon family processor

Access Connector • Ingresses customer traffic • Optionally provides vhosting • Few flows and VNFs per instance • Many instances in the network • Installs as host application SW • Typical platform: low core-count Atom

family processor

Network

Customer Prem

Customer Prem

Central Office

BGP


Ensemble Connector - EANTC Test Results

Full test report and results are available for download from ’s

website


Ensemble Orchestrator Manages Virtualization

Ensemble Orchestrator is our evolved ETSI MANO-compliant NFV orchestration platform that is responsible for supporting end-to-end VNF and network service lifecycle management across all industry-leading cloud platforms.

• Full lifecycle management including VNF onboarding, service design, service deployment, as well as VNF/service operations and generic/vendor-provided VNF management

• Dynamic tracking of cloud resources and advanced VNF placement algorithms

• Provides programmable and policy-driven workflows

• Supports cross-cloud VNF service chaining

• Multi-tenancy and per-tenant quota management

• Support for multiple cloud types

• Scalable and highly available architecture


Ensemble Director

• Ensemble Director is a Web2.0 solutions platform for telecom management (FCAPS)

• Facilitates end-to-end management of large networks (native ADVA and 3rd party elements) • Hosts native and third-party, multi-layer network and service management applications

• Features an open, extensible, YANG-based, model-driven architecture providing a software framework that supports custom application development in Scala/Java and Python.

• Enables components to run in virtual containers for ease of distribution and scaling

• Supports high availability with resilient load balanced applications and geo-redundancy

• Distributed architecture • Built around a high-performance distributed database • Runs on a cluster of commodity servers

• Offers live extensibility (dynamic loading/unloading of applications)

• Industry standard interfaces • Web, CLI, SNMP, CSV, REST, NETCONF, RESTconf

• Seamless portability across desktop, tablet and mobile browser clients via HTML-5

• Offers customizable GUI content and layout

Ensemble

Director


Ensemble Analytics

Ensemble Analytics leverages big data technologies and applies

advanced analytical tools to correlate network data with service data

and provides actionable intelligence for service orchestration and

assurance.

Ensemble Analytics provides an open, standard API layer to integrate

with Ensemble and third-party analytics applications including:

• Network service lifecycle tracking and performance management

• NFV assurance and auto-scaling

• Capacity management and planning

• Root cause analysis


Ensemble Controller

Ensemble Controller is an SDN controller based on the OpenDaylight (ODL) framework.

Ensemble Controller implements the necessary WAN-SDN capabilities for delivering overlay networking. It is responsible for Discovery of managed elements, Creation of Networks for managed services, managing Topology and coordinating with NFV orchestration platforms for end-to-end virtual service setup and management.

Ensemble Controller is implemented as a set of applications and plugins running on top of unmodified ODL binaries. It is loosely coupled to ease migration to another controller framework (e.g. ONOS) if required.

Ensemble Controller can interoperate with 3rd party commercial distributions of ODL (e.g. Brocade, others).


Ensemble Network Hypervisor

Mission

• Datacenter Connectivity

• Cloud Bursting

• Secure multi-tenancy

• Global network visibility with “real-time” control

• De-couple virtual from physical network

• NFV support

Use Cases Enablers

• Network Abstraction

• Virtualization

• Open & standardized interfaces

• Multi-tenancy capability

• Integration with existing OSS / NMS / CP

NMS / CP / SDN

DC Site 1

MAN / WAN

DC Site N Enterprise

Tenant B cloud

Tenant C cloud Tenant A cloud

Ensemble

Network

Hypervisor

Turns the complex optical transport network into a simple, programmable resource


VNF Hosting Hardware Options

FSP 150 ProVM

High Performance Hardware

• Deployable in a variety of environments

• Dedicated NID + VNF server

• Unique features:

• Low latency NID functionality

• Line-rate MACSEC encryption

• Sub-microsecond timing

• Carrier-grade features

• Extended temperature range

FSP 150vSE

Standard Server in Carrier-Class Chassis

• Designed for customer-premises deployments

• Open server platform for deployment flexibility

• Multiple interface options for supporting migration of legacy networks to virtualized services

Generic COTS Server

• Multiple cost/feature options available on the market

• Ensemble Connector runs on any x86 platform

Customers can choose the hardware that meets their budget/performance requirements


FSP 150 ProVM - Multi-Technology Edge NFV

• NFV X86 server • Intel high performance 4/8 core processor • DPDK / SR-IOV • PCIe / SSD Slot - optional HW • Hardware-assisted server monitoring and

control • Open programmability

• Control ACL and VRF from OpenStack • OpenFlow interface

• Software • KVM hypervisor • Open multi-vendor VNF support • Integrated into OpenStack • ADVA Neutron plugin

High performance NID functionality + NFV hosting capabilities

• Proven FSP 150 L2 features • SOAM, TM, PM, SAT • I-Temp, 2x PSU, high availability • SyncE, PTP, sync assurance

• Additional L3 capabilities • ACL (L2-L4) • IP static forwarding • VRF-lite / DHCP relay • TWAMP

• Comprehensive ConnectGuardTM security suite • ConnectGuardTM MACSec encryption • Full key management


FSP 150vSE: Open Server for VNF Hosting

Expansion Options I/O Options (via PCIe Expansion Slots) • Ethernet over TDM (T1/E1/DS3) • Ethernet over Copper

Additional planned I/O Options • Bulk Storage Interface (SATA) • Analog Telephony for IAD Apps • Wireless (3G/4G/LTE)

Chassis • 1RU • 6x 1GigE (RJ45 or SFP) • 2x USB 2.0

Power • Integrated AC • Optional -48VDC

Processor / Memory • Intel Micro-Server • 4 or 8 Core • 8-32 GB RAM/60GB –

1TB SSD (Options Available)

• CoreBoot BIOS

Cost-effective, carrier-grade VNF hosting server

Base Features


FSP 150 Products - Physical Characteristics

Feature

15

0vS

E

15

0

Pro

VM

Budgetary Pricing $1200 $1700

x86 Processor Atom Xeon D

NEBS Certification NEBS Level 1 Compliant NEBS Level 3

Ethernet over Copper, TDM via PCIe (future)

Wireless Service Adaptor

Ethernet over Fiber 1G

GPS support

Dying gasp support

Power loss resilient

1588v2 PTP Slave

Remotely upgradable

Reboot to last configuration

3rd Party VNFs, Open APIs, Ensemble Orchestrator

Hardware based low-latency (NID functionality)

Line-rate encryption

High accuracy timing interface

Hot-swappable fans and PSU

Extended temperature range

Separate Control Processor

Hardware PMs

SR-IOV

Ethernet over Fiber 10G (future)

Hardware acceleration for VNFs (future)


Ensemble Pure-Play


What is Pure-Play Virtualization?

Pure-play virtualization enables users to realize the benefits of the cloud by replacing closed appliances with their choice of software that can be hosted anywhere in the network on their choice of open hardware.


Pure-Play Enables Choice!

• Hardware Suppliers

• Brand

• Compute power and memory

• Features (NEBS, power, redundancy)

• Software VNF Suppliers

• Ability to change as needed

• Including swapping out ECE

• Deployment Location

• Cloud/datacenter

• Central office

• Service edge

• Service chains between the above


Benefits of Pure-Play: Choice of Software

Pure-play virtualization allows users to:

• Pick best-of-breed VNFs from a variety of suppliers

• Use different VNFs for same function with differing performance, features and price points

• Replace VNFs as needed without requiring any hardware changes or truck rolls

• Deploy new VNFs on a common hardware architecture

Start: 1 VNF

Later: 2 VNFs

Even Later: 2 VNFs, 1 replaced

Firewall X

Firewall X

Firewall Y

Firewall Z

Firewall Y

Even Later: 3 VNFs, 1 new

Firewall Z

Firewall Y

Router A


Benefits of Pure-Play: Choice of Hardware

Pure-play virtualization allows customers to:

• Let the application dictate the hardware requirements

• Leverage the wide array of available COTS servers

• Ride the Moore’s law curve of increasing compute power and efficiency

Residential Gateway

Deep Packet Inspection

Intrusion Detection

Content Delivery/ Cache

Encryption

Application Acceleration

Load Balancer

Network Address Translation

Network Firewall

Router SIP Gateway

Test Set

Basic Traffic Management

Traffic Management

Digital PBX

Session Border Controller

Choose any platform or brand


Benefits of Pure-Play: Choice of Location

Pure-play virtualization provides choice in deployment locations:

Metro Edge/Central Office

x86

Virtual Functions

Service Edge

Virtual Functions

Datacenter/Core/Metro

Cloud or Datacenter

VNFs placed where needed, based on:

x86 Server

• Edge/CPE: low entry cost, resources scale w/services

• CO/POP: reduced cost, increased speed, migration

• Datacenter: lowest cost, highest scalability

• Chained: best of all worlds

Virtual Functions

• Service requirements (security, latency, bandwidth)

• Resource availability

• Preference (customer or operator)


Our Approach to Pure-Play Virtualization

To be considered pure-play virtualization, a solution must incorporate the following four components:

1. Completely Open Architecture

• Including hardware and software

2. Open Carrier-Class Orchestration

• Supports a variety of VNFs with internal or external VNFM

3. Comprehensive Ecosystem of VNFs

• Both 3rd party and open source

4. High-performance Virtual Switching and Carrier Ethernet

• Enables single-box deployment anywhere in network

Thank You

IMPORTANT NOTICE The content of this presentation is strictly confidential. ADVA Optical Networking is the exclusive owner or licensee of the content, material, and information in this presentation. Any reproduction, publication or reprint, in whole or in part, is strictly prohibited.

The information in this presentation may not be accurate, complete or up to date, and is provided without warranties or representations of any kind, either express or implied. ADVA Optical Networking shall not be responsible for and disclaims any liability for any loss or damages, including without limitation, direct, indirect, incidental, consequential and special damages, alleged to have been caused by or in connection with using and/or relying on the information contained in this presentation.

Copyright © for the entire content of this presentation: ADVA Optical Networking.

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Documents

The Industry’s NFV Powerhouses3.amazonaws.com/JuJaMa.UserContent/d7656575-e9c6-4b1c-9c6… · Innovation Overview CLOUD & MOBILITY FSP 3000 CloudConnect™ Shipping in Q1 2016;