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FRIDAY 22 MARCH 2013 | SDN SUMMIT DAY TWO |
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PROGRAMME IN PDF
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07.45 |
WELCOME, REGISTRATION AND COFFEE |
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CHAIRPERSON
Luyuan Fang | Cisco
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OPENING Address |
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09.00 |
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Data Center Overlays
Thomas Nadeau
| Distinguished Engineer | Juniper Networks |
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SESSION DATA CENTER |
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09.30 |
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Data Centre Interconnect
Scaling DC environments to cope with hundreds or thousands of tenants, or hundreds of thousands of VMs is a major challenge today. DC virtualization is being enabled by SDN (still evolving) and several approaches for DCI (VXLAN, STT, NVGRE …). WAN will remain without core SDN capability for some time. Commercial model and rollout for service providers are unclear today.
James Walker | Vice President, Managed Networks Services
| Tata Communications |
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10.00 |
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How to Build a Large Virtualized, Fully Automated Cloud Computing Network
Comparing different DC technologies and discussing how they fit in this environment. Demonstrating how we leverage SDN with these new technologies to enable a fully automated Cloud computing environment.
Wim Henderickx | Alcatel-Lucent |
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10.30 |
COFFEE BREAK |
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11.00 |
High-Performance Networking for SDN-Based Data Centers |
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Because the number of Virtual Machines per server blade is growing rapidly due to increased processor performance, the data center network needs to expand beyond the Top-of-Rack, using the virtual switch on the server blades as the edge point to distribute an increasing volume of network traffic to virtualized applications.
Charlie Ashton
| VP of Marketing and Business Development | 6WIND |
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11.30 |
SDN Approach for L3VPN Enabled Virtual Private Cloud
Focusing on how to use SDN approach to support Service Provider’s virtual Private Cloud (vPC) which extends L3VPNs into Data Center (DC) end devices with virtual PE and virtual CE technologies.
Luyuan Fang | Rex Fernando | Cisco and Nabil Bitar | Verizon |
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12.00 |
SDN, DOVE and OpenFlow
Providing an overview of SDN technologies, such as DOVE and OpenFlow, which simplify the creation of virtual systems, automate the connectivity of virtual system tiers and appliance middleboxes, flatten the network flattening, redistribute network intelligence, eliminate unnecessary, repetitive processing and reduce the number of managed switches.
Igor Marty | Technical Sales Manager Europe | IBM Networking |
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12.30 |
LUNCH |
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SESSION Data Center Use CaseS |
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14.00 |
Software Defined Data Center
Documenting some important use cases and requirements for the new software defined data center. After a review of the up and coming software defined data center and what it means for cloud computing in general and the carrier cloud in particular, a reference architecture is presented.
Victor Mendoza-Grado | Sr. Cloud Solutions Architect | Verizon Terremark |
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14.30 |
Colt: Data Center and Network Programmability |
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Discussing network Programmability, Colt’s target SDN architecture and Colt’s on-going SDN development & potential applications. Looking at Data Centre Fabric, DC Network Virtualisation & Automation (Overlay), WAN Network Virtualisation, Automation and Multi-vendor & Layer Integration
Javier Benitez
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Senior Network Architect in charge of Colt’s SDN Strategy |
Colt |
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SESSION OPTICAL SDN |
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15.00 |
Enabling SDN over Multi Layer Architectures
Reviewing some of the enabling technologies such as IP / DWDM Control Plane integration, PCE Centralized Computation and Network Planning and Optimization (NoS) tools.
Building on these enabling technologies presenting use cases that will exploit this automation and additional agility in the network that allow for the dynamic addition / removal or proactive rerouting of capacity around the multi layer network.
Authors: Walid Wakim, Clarence Filsfils and Ori Gerstel, Cisco
Walid Wakim | Cisco |
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15.30 |
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Optical SDN: Virtualizing the Transport Network
Discussing how existing network organization and virtualization concepts can be blended with emerging SDN techniques to enable new and interesting methods for managing optical transport networks in an SDN-enabled environment.
Wes Doonan | ADVA Optical Networking |
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16.00 |
Supporting SDN in Transport Networks
The Open Transport Switch architectrure (OTS), based on the data-plane and control-plane separation concept introduced in SDN. The idea is to implement a lightweight virtual switch on transport switch, so that the SDN Controller can access, monitor and provision network connections at an abstract or intra-domain level. A traditional SDN Controller may then interface with the transport switches from various vendors, through OTS using standards based including XMPP, JSON and OpenFlow.
Ping Pan | Infinera |
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16.30 |
END OF THE SDN SUMMIT DAY TWO |
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