Is your Network Ready for the Hyperconnected World?
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Transcript of Is your Network Ready for the Hyperconnected World?
1 Copyright 2015 FUJITSU
Simon Rees CTO Fujitsu Network and Telecoms
Twitter : @simonjrees
#Hyperconnected
3 Copyright 2015 FUJITSU
A hyperconnected world
An emerging new world where people, information, things and infrastructure are connected via networks, transforming work and life everywhere
3 Copyright 2015 FUJITSU
4 Copyright 2015 FUJITSU
The rise of connectivity, data and speed
More things
0
20
40
60
80
100
120
140
160
180
Exabytes per month
2014 2015 2016 2017 2018 2019
23% CAGR
Tablets
TV
Smartphone
PCs
More data
1980 1985 1990 1995 2000 2005 2010 2015 2020
1Kb
10Kb
100Kb
1Mb
10Mb
100Mb
1Gig
Actual Trend
Faster
Nielsen's Law of Internet bandwidth states that:
a high-end user's connection speed grows by 50% per year
6 Copyright 2015 FUJITSU
Challenges with network operation
Constant app availability
Flexibility, scalability to meet future requirements
Build-out projects
Compliance
Network performance
Technology refresh
Security threats
Manage multiple suppliers
Blurring network boundaries
Evolution to SDN/NFV
Cloud connectivity
Complexity
Cost of operation and maintenance
Growing bandwidth requirements
How to keep the network running at its best?
7 Copyright 2015 FUJITSU
Network & telecoms offerings
Managed networks
Unified communications
Network infrastructure
services
Virtual network service provider
The Internet of Things
SDN / NFV
9 Copyright 2015 FUJITSU
SDN and NFV
Enabler allowing an orchestration function to configure end to end services within the network.
Running network functions in a virtual machine on commodity commercial off the shelf hardware.
Software-Defined Networking Network Functions Virtualisations
10 Copyright 2015 FUJITSU
Network virtualisation approach
Standard servers
Standard ethernet switches
Virtualisation
Orchestrator
Virtualisation
Virtual SBC
Virtual Firewall
Virtual Accelerate
Virtual CE Router
CE Router WAN Acceleration
Firewall SBC
11 Copyright 2015 FUJITSU
SDN technology overview
SDN Controller
Operational Support System / Business Support Systems
Applications
Orchestration
Customer Premises
Data Centre
Topology and route protocols
SDN control protocols
Network
VM
VM
VM
VM
Orchestration
Controller
Underlay SDN solution
Network
Openflow Netconf
Orchestration
Controller
Overlay SDN solution
VM
VM
VM
VM
Network
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NFV technology overview
Cloud computing architecture
VM VM VM VM
Hypervisor
Virtual Switch
Virtual Slicing
Virtual Slicing
Network Interface Controller
(NIC)
Core Core
NFV architecture
VM VM VM VM
Hypervisor
Virtual Switch
Virtual Slicing
Virtual Slicing
Core Core
Management
VNF Manager
NIC
V V V V
NFV Mano
SR-IOV
SR-IOV – Single Root - Input / Output Virtualisation
DPDK – Data Plane Development kit
DPDK DPDK
13 Copyright 2015 FUJITSU
NFV solution – out of the box
Network
OpenStack Nova (Compute)
OpenStack Neutron (Networking)
Orchestration
Server Fujitsu PRIMERGY®
Server Fujitsu PRIMERGY®
Server Fujitsu PRIMERGY®
Server Fujitsu PRIMERGY®
Virtual network functions
OSS / BSS
Test
Linux KVM
VSwitch
Monitoring Performance Configuration SDN Controller Accounting
SBC
Firewalls MPLS Edge WAN Accelerator
Virtual CPE Loadbalancer
Single Pane of Glass
15 Copyright 2015 FUJITSU
A Disruptive 1Finity Portfolio
Open Rack / Shelf Access DC Core
Designed for the industry disruption underway
Conventional Rack
Fujitsu Open Rack
Fujitsu Open Shelf
UAP (Universal Access Platform)
USP (Universal Switch Platform)
UTP (Universal
Transport Platform)
ULP (Universal Lambda Platform)
SIE (System Integrator Element)
L0
L1
L2.5
vMCU
16 Copyright 2015 FUJITSU
Metro Data Centre Interconnect Component
Half width PIU in 1RU Line:– 2 x 200G Client: 4 x 100GE Capacity: 800G, in future -> 1.6T PIU Power: ~350W, Up to 100km reach without amplification
800G Transponder; 1.6T in 1RU
100 GbE 200G 100 GbE 100 GbE 200G 100 GbE
17 Copyright 2015 FUJITSU
Virtuora NC - SDN controller Modular Architecture, Multi Layer, Multi Vendor
Service activation
Service restoration
Topology OTN WDM
(APIS and NBIS)
Southbound adaptation
Model-driven service abstraction (MD-SAL)
Device Layer
Network Layer
Service Layer
Logical functional layers
Datastore
Topology, state change, alarms, events, PM, DB change
Packet and other
Virtuora SN-V
Juniper, Cisco, ALU
Flashwave 9500
Flashwave CDS
1finity
Northbound adaptation
(Netconf, Openflow, TL1, CLI, other)
Configuration
API definitions (north)
API definitions (south)
Data models
YANG
Network infrastructure
Controller platform
Functional application adaptation
Interchangeable open source
SDN platform
Physical network device mediation
1
2
3
18 Copyright 2015 FUJITSU
Data Centre Core POP Core POP Data Centre
SDN partitioned virtual networks
NFV in a box
1Finity
10G Rings
1Finity
Access POP
10G Rings
1Finity
Access POP NFV in a box
1Finity
Customer 1
Customer 2
20 Copyright 2015 FUJITSU
Managed networks 2.0
Best in class toolset
Flexibility, scalability to meet future requirements
Public Cloud interconnect
Intelligent WAN
WiFi – location and analytics
Network Function Virtualisation offer
State of the art in managing networks
21 Copyright 2015 FUJITSU
Detect Connect Engage
In-store retail analytics
• Presence and location detection
• Visibility (Wi-Fi, BLE)
• Easy Wi-Fi login, custom or social
• Zone-based, custom splash pages
• App-based mobile engagement
• Context-aware in-store experiences
In-Store Analytics
24 Copyright 2015 FUJITSU
Intelligent WANs
Mobile Data
Private MPLS
Internet
Datacentres
Public clouds
www
25 Copyright 2015 FUJITSU
Intelligent WANs – Remote VPN
Mobile Data
Private MPLS
Internet
Datacentres
Public clouds
www
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9
Public Cloud Connection
Private MPLS
Internet
Public clouds
Better Latency
More Bandwidth
More Reliable
More Secure
27 Copyright 2015 FUJITSU
Applications
IOT solutions
M2M Enterprise
Management MQTT CoAP AMQP
PKI Encryption
Directory and
discovery services
Audit
Process automation
Smart asset management
Machine learning
& analytics
Augmented reality
IOT Platform
Big Data
GIS
Wi-Fi Mobile Radio WAN LAN
Wearable Industrial Environment Home Transport
Cloud platforms
Fujitsu Cloud Service K5 MS Azure
Mediation
Security Service management
Network
Connectivity and device management
Power harvesting Environment / sensors
Aggregation / gateways
Service Desk
SCADA
28 Copyright 2015 FUJITSU
Hyperconnected van
WiFi
2G / 3G / 4G
Dashcam
Sensors
RFID Reader
Fleet tracking
Process Automation
Smart Asset Management
EE 02 Vodafone Thin Client
30 Copyright 2015 FUJITSU
IOT mediation
Data Store
Service Bus
Protocol Handlers
Rules Engine Event
Handlers
IOT Platform User Interface
API Service Connectors
Sensors Gateways
Voice & SMS RunMyProcess Other Services Email
Sensor Cloud
Big Data Analysis
Data Connectors
Machine Learning
Mediation Cloud
Business Cloud
31 Copyright 2015 FUJITSU
Demo
https://twitter.com/TheConnectedVan
http://smartiot.guru/SmartIOT/Dashboard?id=VAN
Twitter: @TheConnectedVan
32 Copyright 2015 FUJITSU
Hyperconnected world
Unified communications
Run my Process
People
Managed networks
SDN & NFV
Information
Sensors and smart asset management
Things
33 Copyright 2015 FUJITSU
Is your network ready?
Can you cope with increases in bandwidth?
Do you have the knowledge to deploy NFV/SDN and the flexibility that will give you?
Can you exploit the data you can get from the network?
Can you extend your network across Public and Private Clouds?
Are you going to be able to manage all the devices?