SAN Virtuosity Series: Network Convergence & Fibre Channel over Ethernet
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This webcast is the fourth in the SAN Virtuosity series from Cisco, VMware, and Emulex and will explore the opportunity to save money by converging your SAN and LAN traffic with FCoE. This webcast introduces network convergence and FCoE, and provides an overview on how to plan for a successful deployment. It will highlight how key products and technologies from Emulex, Cisco and VMware answer the critical questions that must be resolved so that deployments can go forward with a high level of confidence.
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SAN Virtuosity Series: Network Convergence & Fibre Channel over Ethernet
- 1. Network Convergence & Fibre Channel over Ethernet February 23, 2011
- 2. Network Convergence and Fibre Channel over Ethernet Cisco, Emulex and VMware presentThe SAN Virtuosity Series Lucas Nguyen, Staff Technologist- (VMware) Introduction to Network Convergence Bill Fields, Director Systems Engineering (Emulex) Technology Components J Metz, Ph.D., Product Manager, FCoE (Cisco) How Do You Get There? Visit: www.sanvirtuosity.com
- 3. Session Logistics You will be placed on mute during the session Use WebEx Q&A and Chat features to raise questions Questions will be monitored and answered at the conclusion of the presentation The winner of the Cisco Flip Video Camera will be announced at the close of today’s webcast Email judi.uttal@emulex.com to receive a copy of the presentation
- 4. Storage & Network Convergence Lucas Nguyen Staff Technologist VMware
- 5. Drive IT Agility to Increase Business Value 2. Dramatically Lower Coststo redirect investment into value-add opportunities 1. Reduce the Complexityto simplify operationsand maintenance 3. Enable Flexible, AgileIT Service Deliveryto meet and anticipate the needs of the business
- 6. Virtualization is Key to This Shift in Focus VM Cross Over Cost per VM hour(2GB instance) 20¢ 17.5 15.0 12.5 10.0 7.5 5.0 2.5 18¢ 16¢ 1 14¢ 12¢ Millions Increase utilization 10¢ 8¢ 6¢ Increase automation 4¢ 2012 2005 2006 2007 2008 2009 2010 2011 2013 2¢ 2 Physical Hosts Virtual Machines 0¢ 55% 60% 65% 30% 35% 40% 45% 50% 70% 75% 80% Utilization Source: IDC
- 7. The Server Virtualization Journey Virtualization Cloud Web PC / Client-Server Mainframe Cloud Computing will transform the delivery and consumption of IT services
- 8. Abstraction + Pooling = Reduced Complexity Virtualization Virtualization Virtualization Virtualization Virtual Infrastructure Traditional View Virtual Infrastructure File/Print Exchange OS OS Operating System Operating System CPUPool MemoryPool Oracle CRM SAP ERP StoragePool OS OS Operating System Operating System InterconnectPool
- 10. Distributed Power Management (DPM)
- 11. vMotion (VM and Storage)
- 12. Cisco Nexus 1000V Switch
- 13. vShield ZonesOracle CRM SAP ERP Operating System Operating System
- 14. Datacenter Becomes an Efficient and Resilient Private Cloud Shared pools of resources Self-optimizing Fault tolerant Self-protecting Automated Desktop or Server Workloads
- 15. Cloud Computing is the Logical Extension of Virtualization Secure Private Cloud Virtualized Datacenters
- 16. Fibre Channel over EthernetTechnology Components Bill Fields Director of Systems Engineering Emulex
- 18. Packets may be delivered out of order
- 21. Fibre Channel over Ethernet Relies on DCB to provide lossless transmissions with low latency Encapsulates complete Fibre Channel frames within an Ethernet frame FCoE Traffic FCS EthernetLink Other NetworkingTraffic Data
- 22. Value of Convergence …COST COMPLEXITY POWER INVESTMENT PROTECTION Market Timing …
- 23. Cutting Cost with Convergence Before Convergence After Convergence 100% 28% CAPITAL POWER CABLES 42% CAPITAL 80% POWER CABLES Emulex Confidential 17
- 24. Value of Convergence …COST COMPLEXITY POWER INVESTMENT PROTECTION Market Timing …
- 25. Convergence Cuts Complexity After Convergence 60 Cables Before Convergence 140 Cables LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM LOM IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP CNA CNA CNA CNA CNA CNA CNA CNA CNA CNA IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP CNA CNA CNA CNA CNA CNA CNA CNA CNA CNA IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP CNA CNA CNA CNA CNA CNA CNA CNA CNA CNA IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP CNA CNA CNA CNA CNA CNA CNA CNA CNA CNA IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP IP FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC FC (Based on 2 LOM, 8 IP and 4 FC Ports on 10 Servers)
- 26. Value of Convergence …COST COMPLEXITY POWER INVESTMENT PROTECTION Market Timing …
- 27. CNAs Consolidate Power 25 3 Protocols Converge 20 NIC Power Consumption 15 Reducing Power Consumption iSCSI 10 3rd Gen Single Chip Deployment Shrinking FootPrint FC 5
- 28. Saving Power with Consolidation 25 20.8W W 20 27% Less Power Power Consumption 15 15W 10 NIC HBA 5 Deployment
- 29. Value of Convergence …COST COMPLEXITY POWER INVESTMENT PROTECTION Market Timing …
- 30. Investment Protection Future Proof NIC iSCSI FC Investment Protection SAN LAN Protects Configuration Investment Protects Management Investment Protects LAN and SAN Investment
- 31. Value of Convergence …COST COMPLEXITY POWER INVESTMENT PROTECTION Market Timing …
- 32. 10GbE at the Right Price 70% $2,500 60% $2,000 50% $1,500 40% 30% $1,000 20% $500 10% $0 0% CY2010 CY2009 CY2008 CY2007 CY2012 CY2011 CY2013 10GbE Switch Port 10GbE NIC (Copper) 10GbE NIC (Mezz) 10GbE NIC (Optical) Actual or plan use of 10Gb adoption % Source: TheInfoPro Networking Study Technology Roadmap Wave 4, 5, 6 Q3 2009 Source: Dell’Oro Jan 2009
- 33. OneConnect™ 10GbE UCNA Family Highlights Single-chip architecture PCIe, blade and LOM adapters High-performance, low-power Multiple Protocol Offloads NIC, iSCSI Adapter, FCoE CNA Pay-as-you go upgrade options OneCommand™ Manager Single management console for network and storage
- 34. Late 2000’s Mid 1980’s Mid 1990’s Early 2000’s 100Mb 1Gb 10Gb 10Mb UTP Cat 5 UTP Cat 5SFP Fiber UTP Cat 3 SFP+ Cu, Fiber X2, Cat 6/7 Power(each side) TransceiverLatency (link) Cable Distance Technology Twinax ~0.1ms ~0.1W 10m SFP+ Direct Attach Cat6Cat6a/7 2.5ms2.5, 1.5 ms ~8W~8W, 4W 55m100m, 30m 10GBASE-T MM 62.5mmMM 50mm 82m300m SFP+ SRshort reach ~0 1W Ethernet/FCoE Physical Media OneConnect adapters sold without cables
- 35. 2008 1K Cisco Nexus 1000V x86 Cisco Nexus Family Complete data center class switching portfolio Consistent data center operating system across all platforms Infrastructure scalability, transport flexibility and operational manageability Nexus 7018 Nexus 7010 Nexus 1000V Virtual Switch Nexus 2000 Fabric Extender Nexus 5010/20 Nexus 4000 NX-OS Data Center Operating System Data Center Network Manager
- 36. How Do You Get There? J Metz, Ph.D Product Manager, FCoE Cisco Systems
- 37. Step-by-Step Different ways of implementing FCoE Our example: “zipping up the Data Center” Access through Aggregation
- 38. Today Ethernet DCB Fibre Channel FCoE only EthernetLAN/WAN EthernetLAN/WAN Ethernet NIC FC HBA FC SAN FC SAN Today IP and FC Networks are Doubling the Cost of Networking
- 39. Morph Server Edge of Fabric A Ethernet DCB Fibre Channel FCoE only EthernetLAN/WAN EthernetLAN/WAN Ethernet NIC CNA FC HBA FC SAN FC SAN Convert Fabric A to CNAs and Unified Fabric Access Layer
- 40. Morph Server Edge of Fabric B Ethernet DCB Fibre Channel FCoE only EthernetLAN/WAN EthernetLAN/WAN CNA Ethernet NIC CNA FC HBA FC SAN FC SAN Convert Fabric B to CNAs and Unified Fabric Access Layer
- 41. Virtualization Smoothes Migration FCoE can be “bolt-on”, or you can upgrade non-disruptively with vMotion vMotion shifts resources allowing servers to maintain connectivity Reduces downtime risk
- 42. Virtualization Smooths Migration Ethernet DCB Fibre Channel FCoE only DCB TOR(Top of Rack) Switch Ethernet NIC (iSCSI) VMotion CNA VMotion FC HBA
- 43. Beyond the Access Layer Creating flexibility and agility throughout Can you borrow Ethernet bandwidth to give to Fibre Channel? With FCoE, you can!
- 44. Converge Aggregation Layer Ethernet DCB Fibre Channel FCoE only EthernetLAN/WAN EthernetLAN/WAN CNA DCBCore FC SAN FC SAN Halve the number of cables from Access to Aggregation
- 45. Add FCoE Storage Ethernet DCB Fibre Channel FCoE only EthernetLAN/WAN EthernetLAN/WAN CNA DCBCore FC SAN FC SAN FCoE Array Storage Ports may be FCoE-only, or also support NAS & iSCSI on same port
- 46. In Summary Server Virtualization increases demands for SAN & LAN Opportunities to consolidate networks along with servers Technologies and standards are mature Savings are real Products are there You can get there from where you are today Not just for green-field data centers Gradual transitions reduce risk Server virtualization smoothes the transition
- 47. Questions Please use the Q&A and Chat features in WebEx to submit questions to the presenters Visit the Emulex web site (www.emulex.com) and select SAN Virtuosity under Solutions for more information on these sessions
- 48. Next Steps Download OneConnect & VMware Deployment Guide Visit sanvirtuosity.com to: View prior webcasts Download white papers View Emulex Training video ondeploying Emulex HBAs with vSphere 4 http://www.emulex.com/artifacts/3505e31f-b81d-4d33-869f-742c93aaa4d8/elx_wp_all_deploymentguide_oce10102-f_vmware.pdf
- 49. Thank You
Notes de l'éditeur
- Network Convergence Lowers Costs by reducingTotal HW Costs by 28%Total Power & Cooling by 42%Total Cables Cost by 80%Ethernet Economies of Scale are hitting 10GbE Target price/port as a LOMTarget price/NIC portTarget price/Switch portCNAs will provide a pay-as-as you-go modelInitial costs will be the same as 10GbE NICsiSCSI can be added on demandFCoE can be added on demand
- This gets even better as LOM evolves to a converged LOM
- From a power perspective, we consolidate NIC, iSCSI and FC with a single chip
- There are different ways to implement FCoE. You can start from the servers and move back to the storage, or you can move from the storage and approach the servers. FCoE is a flexible “bolt-on” technology that means you can non-disruptively add equipment to the existing Data CenterIn our example, our data center is not drawn to scale.
- Today customers are paying the price for separate IP and FC networks.
- Today customers are paying the price for separate IP and FC networks.
- Today customers are paying the price for separate IP and FC networks.
- FCoE can be a “bolt-on” technology, which means that you don’t have to rip and replace.However, if you wish to upgrade your current environment, virtualization can help. By using virtualization methods such as vMotion, you can maintain server connections across
- The core is designed to be stable, reliable, and fully saturated. When you have two separate networks – Fibre Channel and Ethernet, for instance – with different hardware, different ports that can only be used for one or the other, you have an issue when it comes to increasing capacity. Let’s say you have a saturated fibre channel pipe, but your ethernet is only being used at half capacity? Traditionally, you cannot simply ‘borrow’ your Ethernet traffic to give to your FC needs. With FCoE, however, you can!
- Simplify next layer of cabling, reducing total number of cables and ports consumed. The splitting of storage traffic and LAN traffic now takes place at the Aggregation layer, typically a Nexus 7000 in a medium to large data center.
- Simplify next layer of cabling, reducing total number of cables and ports consumed. The splitting of storage traffic and LAN traffic now takes place at the Aggregation layer, typically a Nexus 7000 in a medium to large data center.