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© 2017 SDNCentral. All Rights Reserved.
Housekeeping – Using Zoom Webinar as an attendee
NFVI as a Foundation for Service Value at the Network
Edge
© 2017 SDNCentral. All Rights Reserved.
Your Presenters for Today
© 2017 SDNCentral. All Rights Reserved.
Paul Parker-JohnsonAnalyst
ACG Research
Chandresh RuparelDirector of Ecosystem Strategy &
Intel Networks Builders, Network Platform
Group
Intel
Nicolas BouthorsChief Technical Officer
Qosmos
A Division of Enea
Roy ChuaCo-Founder
Chief Product Officer
SDxCentral
Welcome to the SDxCentral Webinar
Relevant Industries Who Should Attend? Key Takeaways
• Computer Software
• Technology
Manufacturer
• Network Architects
• Network Operators
• DevOps
• Developers
• Analyst/ Media
• Using open source-based NFV infrastructure to
ensure vCPE service flexibility
• Performance and cost-efficiency
• Adding business value with service chaining
© 2017 SDNCentral. All Rights Reserved.
The Rise of Open Service
Delivery Platforms at the
Network Edge
Paul Parker-Johnson
Principal Analyst
Cloud + Virtual System Infrastructures
ACG Research
Twitter: @pj4cloud
www.acgcc.com
acgcc.com
The Edges of Operator Networks Have Always Played an Important Role in Service Enablement + Delivery
• Wireline Residential Broadband• Cable CMTS, DSL|PON BRAS|BNG• Conditional access, QoE, DIA, VAS• Evolving to vCPE + cloud native
• Broadband Mobile Wireless• Packet Core, Gi LAN, eNode B• Mobility, Authentication, Access• Evolving to Telco Cloud, MEC, vRAN
• Enterprise and Business Wireline• Enterprise VPN (MPLS, IPSec, eLAN)• Secure Internet Access• Application Optimizing, Enablement• Evolving to vCPE, SD-WAN, multi-cloud
7
Premises | UEsOperator
EdgeCore, Internet +
Clouds
acgcc.com
In Business Network Services the Industry Has Reached an Inflection Point
• The cost of developing + deploying purpose-built appliances is unsustainable
• Use of general purpose processing and common software infrastructures provides superior economics on a sustained service deployment basis
• Advances in general purpose processors have made common platforms for diverse network + application workloads feasible
• Developments previously constrained to be functioning in a closed OS and software environment can now be done on a shared processor infrastructure and a common software underpinning
• Rise of cloud-native software designs has made service + application delivery more agile
8Source: ACG Research, ‘TCO of a Virtualized Mobile Packet Core’, 2015
acgcc.com
In Business Network Services the Industry Has Reached an Inflection Point
• Innovation in embedded, distributed intelligence for IoT and other applications raises the importance of supporting diverse network and application deployments in business service offerings
• Accessibility and appeal of cloud-based application platforms (private, public + hybrid) has increased the importance of efficient + flexible integration of services + ‘the clouds’
9
acgcc.com
A New Class of Business Networking Solutions is Required
• Software versatility, cloud-native DNA• VM, Container, BMS and PNF inclusive
• Hardware agnostic• Multiple generations of IA, new co-
processor + specialty architecture designs
• Highly elastic• Within premises footprints, and across
cloud resource pools
• Diversely connected
• Model-driven, intent-based
• Thoroughly automated• Life cycle focus
• Create-provision-monitor-analyze-adjust
• Rich ecosystem of tools + solutions
10
acgcc.com
Order of Magnitude Improvements in Versatility and Cost Effectiveness
Business Services Need Granular Elasticity + Automation to Let Capacity Adapt Dynamically to Demand
11
Using Open, Shared, Cloud-Native Solution Designs Yields the Right Order of Magnitude Improvements in Cost Effectiveness
Source: ACG Research, ‘Business Case for a Common NFV Platform’, 2015
acgcc.com
Success Will Require a Robust Blend of Talents + Expertise
• Domain and use case expertise
• Diverse technology ecosystem engagement + coordination
• Skills participating in open source communities + integrating into solutions
• Skills blending open source technologies with specialized enhancements
• Large scale network deployment, scaling + evolution
• Discipline + skills maintaining open, modular code while co-developing with operators + partners
12
+
vCPE
acgcc.com
Poll Question #1
How important is it in virtualized business networks to support placing VNFs flexibly either at the customer premise or in the
operator cloud?
13
14Network platforms group
SDXCentral Live Webinar
NFVI as a Foundation for Service Value at the Network Edge
Chandresh Ruparel
Director, Ecosystem Strategy and Intel Network Builders
15Network platforms group
Transforming the Network End-to-endvirtualized, software-defined, cloud-ready
Smartdevices
Radio access technology
Access AND edge network
Corenetwork cloud
End to end partnership with a robust ecosystem
16Network platforms group
Intel® NETWORK BUILDERSAn Intel led ecosystem of ISVs, OSVs, OEMs, ODMs, TEMs, SIs, and end
users with a shared mission to accelerate network transformation on Intel
architecture based servers
17Network platforms group
Intel® network Builders Driving network transformation, innovation and scalability by delivering Intel
Architecture-based solutions from a mature ecosystem
• Tools built on Intel
Architecture
• Assistance during
optimization
• Lab engagements
• Intel Network Builders
University
Tech enablement INDUSTRY EDUCATION
• 44 Courses / 8 Programs
• 9 SP Program Courses
• Courses on DPDK, OvS,
OpenStack, MANO, etc.
• Partner classes posted
• 25 Deployments on Fast
Track Solution
Blueprints
Co-marketing • Leverage website and
member portal
• Participate at events and
webinars
• Identify GTM strategies
• Amplify outreach through
proven marketing
vehicles
DeliverTechnology Leadership
Intel®
ArchitectureOptimized
Ingredients
Silicon & Software
Performance, Packet Processing,
Security, Orchestration,
Service Assurance & Scalability
COLLABORATEWITH END USERS
Super 7 +1
Comms Cloud Enterprise
ADVANCEOPEN SOURCE AND
STANDARDS
ENABLEAN OPEN ECOSYSTEM
Intel® Network Builders
19Network platforms group
Intel® select solution for NFVI
6
20Network platforms group
Pre-integrated hardware + software
platforms accelerate market evolution by:
• Providing Network Builders Developers
faster access to advanced platform
configurations to speed availability of
optimized, NFV solutions
• Providing CoSP with tuned platforms
early to pull in test and modelling of
solutions that will define next-gen
architectures
Intel® Select Fast Track Kit for NFVI Intel® Select Solution for NFVI
Intel® Select Solutions are optimized,
verified solutions from broad ecosystem
targeting today’s complex network
workloads.
• Customers will be able to quickly and
efficiently deploy infrastructure achieving
reliable, secure, and workload-optimized
performance on a balanced platform
configuration.
• As a result, customers will be able to
spend less time, effort, and expense
evaluating hardware and software
integrations.
Speed development Accelerate Deployment
NFVi Market Enabling
21Network platforms group
Process to define and deliver an optimized and hardened foundation for NFVI solution
development
Intel® Select solution for NfviBased on best known configuration (BKC)
A process of defining, testing platform software & firmware together on industry
leading hardware to accelerate development and deployment of NFVI solutions
• Defined in partnership with Communications Service Providers and the Communications
Ecosystem, aimed at addressing majority of workloads/use cases
• An optimal set of HW and SW ingredients pre-tested and verified to accelerate evaluation and
development of NFVI on Intel server platform
22Network platforms group
Software scale and acceleration of services at the edge
with common infrastructure vCPE example
23Network platforms group 23
vCPE Deployment Models and Services Migration
Network
Large Branch Medium Branch
Network Network
Small Branch
Routing, VPN, FW, IPS, SBC,
CGNAT, WiFi CTRL, SD-WAN
CTRL
Routing & SD-WAN Routing, VPN,
WAN Accel, SD-WAN
FW, IPS, CGNAT, SBC,
WiFi CTRL, SD-WAN CTRL
WAN Accel,
SD-WAN CTRL
Routing, VPN, WiFi
CTRL, WAN Accel, FW,
IPS, SD-WAN
Service Provider
Enterprise
VNFs @ CPE
VNFs @ POP/Data
Center
DPDK, Intel ® QuickAssist, Hyperscan, Intel®VT, AESNI, Intel®Run Sure, TXT/PTT (TPM)
2-4C (C2-3000)
VNF VNF
1-2
VNFs
8C-16C (C2-3000)
VNFVNF VNF VNF
4-6
VNFsVNF
Xeon D, Xeon scalable series
VNFVNF VNF VNF VNF
6+
VNFsIntel Processor Fit
Intel technologies to
drive performance,
scale and security
24Network platforms group
Summary•Common Infrastructure and software scalability across Cloud, Core and Edge gaining increasing significance as Communications Service Provider look for rapid innovation and service agility
•The Intel Network Builders’ community is continuing to drive innovation with emerging common infrastructure profiles in collaboration with end-users
• Initiatives such as Intel ® Select Solutions for NFVI will continue to help drive fewer, more optimized, verified configurations allowing faster service innovation and reducing time-to-deployment
25Network platforms group
POLL QUESTION
Where will container based services play the most important role?
26Network platforms group
Enea NFVI Software Platformsfor Central Office and Customer Premise
N. Bouthors
CTO ENEA Qosmos Division
Contents
Edge Computing matters
Enea NFV Core
Enea NFV Access
Distributed Service Chaining
28
Edge Computing matters
Enables computing services to reside at the edge of the network as opposed to servers in a data-center
Edge computing must deliver benefits that a centralized data center or centralized cloud cannot offer.
Use cases: Smart Cities, AR/VR, Connected Cars, DevOps, Industries 4.0
Low Latency: The edge must provide latency in milliseconds
Data Reduction: Enables local Cache and CDN and Optimized Analytics
Leverage Context awareness: The edge has access to radio network, user and location information
Security: CSPs can protect their networks against attacks from user equipment (UE) using edge applications
29
Data Center (DC)
Cloud
Central Office(CO)
Point of Presence(PoP)
End to End Network Slicing and Distributed Service Chaining
Platforms for Edge Computing
30
Edge access devices
Customer Premises
Enables computing services to reside at the edge of the network as opposed to servers in a data-center
Enea Product Technical Strategy
OpenSource Linux, OPNFV. Upstream first
Enhanced Performance Focus on fast data path with OVS-DPDK, ODP, VPP
Throughput, latency
Service Assurance and Fault Management Provide NFVI with Enhanced High Availability
Integrate Fault Management and NVFI based application monitoring
NFVi Ease of Deployment For VM and Container based services Pre integration with Edge Orchestration
Support Distributed Services Infrastructure Consistent over NFV Core (OpenStack, OPNFV) and Access platform (Linux) Support for distributed service chaining
Support for distributed Monitoring
31
Enea NFV CoreCarrier-grade SW Platform for Central Office and Point-of-Presence
32
Central Office
Data Center
Customer Premise
Enea NFV Core
VNFsVNFs
Orchestration
Enea NFV Core PlatformHigh-performance, high-availability NFV platform based on OPNFV
NFV Core Platform Enhanced OPNFV open source components
OpenStack Newton
OpenDaylight (ODL) Boron
High Availability
OPNFV Doctor, RCA, HW/SW Monitoring
Optimized vSwitch
OVS-DPDK based
Optimized KVM
Ceph virtual storage
Enhancements Element ODM: On Device Management with NetConf/Yang
Element HA: VNF High Availability solution
ElementCenter: EMS/NMS system for PNF/VNFs
Qosmos: DPI and NFV Probe Application monitoring
ElementCenter
NFVi + VIM + SDN
Enea NFV Core
Virtual computing Virtual Storage Virtual Network
Data Plane
vSwitchDPDK
OpenStack
Ceph OpenDaylight
High Availability
KVM
Virtual Network Functions
Element ODM and VNF HA
33
Enea NFV AccessvCPE Virtualization Platform for Customer Premise
34Central Office
Data Center
Customer Premise
Enea NFV Access
VNFsVNFs
Orchestration
Enea NFV Access Engineered for Customer Premise Deployment
Minimal footprint with no need for OpenStack
High networking performance with optimized vSwitch
Container and VM support
Scales from 2-core ARM edge device with single NIC to
high-end x86 servers
Fast boot for improved availability
Multiple VNF lifecycle management interfaces for
adaptability
Device management support for FCAPS
Open APIs and standards for whitebox deployment
35
Enea NFV Access Multiple Orchestration Interfaces
Adaptable Orchestration with Multiple
Interfaces
Interfaces for centralized VNF Management and
Service Function Chaining
NETCONF/REST
Container and VM virtualization
Lightweight
Docker API
Container virtualization only
Lightweight
OpenStack API
Container and VM virtualization
Full NFV integration
Integration points
Orchestration
VIM (Carrier Edge NFV platform)
Zero lock-in with open standard APIs
1
2
Enea NFV Access
VNFVNF VNF
NFV Platform
Orchestration
Carrier Edge
PoP/COCustomer Premise
1
2
36
Latency and Throughput on Enea NFV Access
Demo Setup
Single VNF Forwarding
0
10
20
30
40
50
60
70
80
90
100
64 bytes 128 bytes 256 bytes 512 bytes
Single VNF Forwarding: Throughput
KVM/QEMU
Docker
0
10
20
30
40
50
60
70
64 bytes 128 bytes 256 bytes 512 bytes 1024 bytes 1280 bytes 1518 bytes
Single VNF Forwarding: 10GbE Latency
Min latency (us)
Avg Latency (us)
Max latency (us)
Enea NFV Access
VNF space
OpenVSwitch-DPDK
DPDK
Docker
uCPE
KVM/QEMU: DPDK/PMD
uCPE
Linux Kernel
User Space
Pktgen
DPDK
10 Gb
NIC NIC
QEMU/KVM
Intel Xeon D-1521CPU cores: 4CPU freq: 2.40 GHzRAM: 8GB
Combining Edge and Core platforms for Distributed Service Chaining
38
Central Office
Data Center
Customer Premise
Enea NFV Access
VNFsVNFs
Orchestration
Enea NFV Core
Networking-SFC Openstack Project
An OpenStack Project for
Port based service chaining
Supported by ODL and Tacker
It supports
L7 traffic steering
Load balancing inside a chain
Support for passive Service Functions (Probes)
Support Physical Network Function (PNF)
Basis for SFC in Core and Access platforms
[{'pc1': 'pc2'}, {'pc3': 'pc4'}, {'pc5': 'pc6'}]
A Port Based Chain :
Requires SFC Orchestration and Network Service Orchestration
Provides secure distributed service infrastructure for Hosted Services
Enea NFV Access
CPE
VNFVNF VNF
Enea NFV Core
Control and
compute
VNFVNF VNF
SFC
[{'pc1': 'pc2'}, {'pc3': 'pc4'}, {'pc5': 'pc6'}][ {'pe3': 'pe4'}] SFC Vxlan
RE
ST
NE
TC
ON
F
Do
cke
r
Op
en
Sta
ck
Edge Link
[{'pe3': 'pe4'},{'pc1': 'pc2'}, {'pc3': 'pc4'}, {'pc5': 'pc6'}]
Distributed Service Function Chaining Orchestration
Take aways
Access NFVI needs to be optimized for Performance and Size
Access and Core platform can be used independently or in combination
Netconf based Access Platforms Agents is a basis for Management and Orchestration
SFC with networking-sfc API, is an enabler for Access Network Services
41
Poll questions
When do you think service chaining will be widely available for commercial use?
42
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Questions & Answers
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