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High Performance, Virtualized Data Center

High Performance, Virtualized Data Center. Foundry Team: ================================ Mike Henson/Rob Gregory-RSM Tim Davis/Rob Plante-SE Mark Thompson-CAM. Agenda. Foundry Key Differentiators Business Value Product Overview Questions. Key Trends & Design Solutions .

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High Performance, Virtualized Data Center

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  1. High Performance,Virtualized Data Center Foundry Team: ================================ Mike Henson/Rob Gregory-RSM Tim Davis/Rob Plante-SE Mark Thompson-CAM

  2. Agenda • Foundry Key Differentiators • Business Value • Product Overview • Questions

  3. Key Trends & Design Solutions

  4. Rapid Bandwidth GrowthGrowth Trends in Data Center Load on network & servers continues to rapidly grow Enterprise data centers: ~35% YoY Internet data centers: 50% - 100% YoY Information access anywhere, anytime, from many devices Fixed PCs, laptops, PDAs & smartphones, telecommuting, proliferation of broadband Mainstream servers moving towards higher speed links 1-GE to10-GE in 2008-2009 10-GE to 40-GE in 2010-2012 High-speed data center-MAN/WAN connectivity Supporting service loads High-speed data center syncing for disaster recovery

  5. Achieving Scalability in Data CenterDeploy High Capacity Platforms High Performance & High Density Switches & Routers Scaling to 512 10GE ports per chassis Four different chasses for ideal fit No need for proprietary protocols to scale Up to 32-port trunk groups providing 320Gbps of link capacity Highly scalable DC Border Routers 3.2 Tbps capacity in a single chassis 10 Million routes, 1 Million in hardware 2,000 BGP peers 2K L3 VPNs, 16K L2 VPNs Scalable L4-7 Application Switches High port density for GE and 10GE application connectivity Unmatched Security, Scalability and Performance Up to L4 CPS @ 350,000 & L7 CPS @ 120,000 DDoS Protection @ 8 Million SYN/Sec 64 10-GE port Upstream 768 1-GE port Downstream

  6. Data Center High Availability (1)Highly Resilient Platforms Equipment resiliency is crucial for achieving high availability Switch/Router requirements to ensure network resilience Full hardware redundancy Separation of Data and Control plane Hitless management failover Hitless Software Upgrade Fast boot up time Passive system backplane Packet and buffer corruption error checking Online Insertion and Removal (OIR) for all components ECC memory on all modules CRC for packet buffer checking

  7. Data Center High Availability (2)Resilient Network Design Network resilience essential to provide uninterrupted service even in case of server, network element or partial power failure Network Resilience Layer 2 Resilience using Virtual Switch Redundancy Protocol (VSRP), Scalable RSTP, MSTP, MRP Layer 3 Resilience using VRRP, Graceful Restarts, MPLS Routing Protocol Resilience Robust routing with over 10 yr deployment exp. Graceful Restart for BGP & OSPF Bi-direction Forwarding Detection (BFD) Monitoring & Troubleshooting Tools Proactive monitoring using sFlow Advanced OAM protocol support for fast detection SNMP based management and notification

  8. Optimizing Power, Cooling & Space EfficiencyEliminating Roadblocks to Scalability Problem Power & cooling among the top contributors to OpEx Rising energy cost is a global trend Rack space becoming scarce All are potential limiting factors to data center scalability Gartner surveys show: 42% of managers believe cost & availability of power will be a limiting factor in the next 3 years Optimizing power & cooling is #2 driver for consolidation* Solution Deploying power efficient servers and networking devices is critical Optimizing watts/Gbps, watts/MIPS Consolidate switches in the access & aggregation layers into ultra- high capacity switches Provides better power, cooling, and space efficiency Reduces operational overhead Consolidate & Optimize * After controlling server sprawl. © 2008 Foundry Networks, Inc.

  9. Data Center Virtualization Virtualization enhances power efficiency, manageability, collaboration, service availability, and security Server consolidation and virtualization Improves server utilization and increases power efficiency Control server sprawl and improve manageability Virtualized network services extend the server virtualization concept VLANs, VRFs, VPLS, Virtual IPs (VIPs) provide virtualized network services Extend virtualization from data center into the MAN, and the WAN Extended virtualization allows for enhanced server/data center abstraction (via VIPs) to facilitate maintenance without observable downtime Application traffic separation for SLA assurance, or regulatory compliance Resources segregation to virtual zones for better security Application/computing power sharing between campuses across MAN/WAN and increasing collaboration Source: Gartner, November 2007 © 2008 Foundry Networks, Inc.

  10. Network Resource VirtualizationInside the Data Center Capabilities Multi-VRF for Layer 3 VLANs for Layer 2 Benefits Unified network infrastructure Lowers maintenance & capital costs Application separation Provides better SLA Regulatory compliance Multiple Security Zones Obviates need to create physically separate secure zones Pooled networks resources Better utilization of available bandwidth Security Devices NAS Pool Data Processing Nodes Virtualized Web / Application Server Pool SAN

  11. Network Resource VirtualizationBeyond the Data Center Border Web & Application Servers SITE 2 SITE 2 SITE 1 VLAN 20 Internet Layer 4-7 Switch VLAN 20 VLAN 10 DC Border Router IP/MPLS Backbone VLAN 30 VPLS PE VPLS & Internet Peering DMZ Zone Servers Default Zone VLAN 30 • VPLS-based Segregation • Extend virtualization from data center into the MAN, and the WAN • Segregates and secures confidential data for regulatory compliance Network Manager Secure Zone Servers © 2008 Foundry Networks, Inc.

  12. Convergence of LAN & SANA Critical Step in Data Center Evolution Compelling benefits drive the move towards LAN/SAN convergence Simplified server connectivity and cable routing One network technology to manage lowers administration costs Reduced CapEx and sparing costs: common I/O cards, common routers/switches Higher data center availability due to reduction in server & network components Improved power and cooling efficiency Ethernet emerging as the fabric of choice for converging server and storage traffic Allows for leveraging the performance/price curve of Ethernet Fibre Channel devices mostly 4 Gbps, 8 Gbps showing only this year Take advantage of upcoming higher-speed Ethernet (40-GE, 100-GE) 12 © 2008 Foundry Networks, Inc.

  13. Foundry’s Leadershipin the Data Center Networks Over 11 years experience in serving DC customers Over 15,000 customers worldwide Over 60+ Corporate and Product Awards Leader in Product Innovation 1st 512 10GE Port Switch 1st two Billion PPS Switch & Router Families 1st Multi-Terabit MPLS & Internet Core Router 1st GE Switch and 10GE Switch Complete portfolio of High-Performance Data Center (DC) products Routers Switches L4-7 Application switches IronView Network Manager NetIron MLX Router Family BigIron RX Switch Family FastIron GS / LS ServerIron Application Switch Family

  14. Outlook for Data Center ConvergenceEnabling Convergence Today & Tomorrow Server Client Clients NFS or CIFS Clients iSCSI/FCoE Converged Links FC iSCSI/FCoE Converged Links Servers Servers iSCSI/FCoE NAS & iSCSI Converged Edge Layer All Converged Data Center Server Client iSCSI Today - 2009 2010 - 2011 2012 - 2015 • NAS, iSCSI, & FCIP are viable technologies today • Utilize reliable IP communication over existing Ethernet fabrics • FCoE emerges in ~3+ years – under standardization • Requires new attributes in the Ethernet fabric: congestion management, lower latency • Requires compliant I/O cards and networking devices • New technology needs time to achieve maturity and multi-vendor interoperability • NAS, iSCSI, FCoE will likely compete for new deployments in the future © 2008 Foundry Networks, Inc.

  15. Accelerating Data Center ConvergenceFoundry’s Foundation for Convergence Highest performance for supporting high-utilization converged links Advanced end-to-end QoS for performance guarantees to storage and mission critical traffic Core devices with lossless Clos fabrics, and advanced distributed buffering Lowest latency with full L2 & L3 intelligence INM for further enhancing operational simplicity Rapid deployment Reduced operational errors for greater reliability Enhanced network visualization for fast troubleshooting Border Router Aggregation Core Edge Internet Converged Link • Hi Perf. • QoS • Lossless • Low Latency • L2/L3 • Hi Perf. • QoS • Hi Perf. • QoS • Lossless • Low Latency • L2/L3 Data Processing & Application Servers Storage Storage Web Servers IronView Network Manager © 2008 Foundry Networks, Inc.

  16. NetIron XMR Backbone RoutersData Center Border Routing Industry’s most scalable, highest capacity IP/MPLS core routers 3.2 Tbps capacity in a single chassis 10M routes, 1M in HW 2,000 BGP peers 2K L3 VPNs, 16K L2 VPNs, 32,000 PWEs 32-port Carrier Trunks GE, 10GE, SONET/SDH interfaces 100Gbps FDX capacity per full slot Redundant HW & non-stop SW design Designed for resilient & scalable next-generation infrastructure Industry leading power efficiency Advanced QoS for multi-service networks NetIron XMR Routers

  17. NetIron MLX Routers & BigIron RX SwitchesCore & Aggregation Performance without compromise Wire-speed performance for all services Distributed switching fabric eliminates head of line blocking Industry leading port capacity per system / per rack: Up to 1536 1-GE or 512 10-GE per system Up to 54 GE ports per RU Up to 18 10GE ports per RU Industy leading power efficiency As low as 6.3 Watts/Gbps FDX for BigIron RX switches As low as 8.0 Watts/Gbps FDX for NetIron MLX routers Future-proof investment MLX and RX designed with 100Gbps capacity per full-slot BigIron RX Switches NetIron MLX Routers © 2008 Foundry Networks, Inc.

  18. High Capacity forSupporting Future Growth

  19. High-Performance, Data Center Optimized, Application Switches Modular, High Availability, L4-7 Application Switches Purpose-Built, Modular, Data Center Class L4-7 Application Delivery Switches High Density port configurations for Gig and 10Gig application connectivity Hardware-Assisted Security and Integrated SSL Acceleration Global Server Load Balancing for Datacenter redundancy & failover Support for major Enterprise and Service Provider applications Unmatched Security, Scalability and Performance Up to L4 CPS @ 350,000 & L7 CPS @ 120,000 DDoS Protection @ 8 Million SYN/Sec Redundant AC/DC Power Compact, L4-7 Application Switches Entry-Level Purpose-Built Stackable Data Center Class L4-7 Application Switch Hardware-Assisted Security and Integrated SSL Acceleration L4 CPS @ 40,000 & L7 CPS @ 15,000 DDoS Protection @ 1 Million SYN/Sec Redundant AC/DC Power Option ServerIron 350-Plus ServerIron 450-Plus ServerIron 850-Plus ServerIron 4G ServerIron 4G-SSL © 2008 Foundry Networks, Inc.

  20. Multi-Site Redundancy and Enhanced Performance using GSLB Global Data Center Deployment Problems Datacenter • Handling site failures transparently • Providing best site selection per user • Leveraging both DNS and non-DNS methods for multi-site redundancy • Providing disaster recovery and non-stop operation ServerIron Datacenter DNS Datacenter • ServerIron GSLB Solution • GSLB controller works with local ServerIron to load balance global data center traffic • Incorporates site health, load, user proximity, and service response for user site selection • Provides transparent site failover in case of disaster or service outage © 2008 Foundry Networks, Inc.

  21. IronView Network ManagerIntegrated Management for all Foundry Products & Solutions Increase system availability & up-time Simplify deployment, configuration & maintenance VLAN and VIP Provisioning Tools Account for, archive & audit all network changes Powerful sFlow monitoring and reporting tools © 2008 Foundry Networks, Inc.

  22. Foundry’s Data Center SolutionA Commitment to Innovation and Performance The leader in scalable Ethernet 2x the capacity of the closest competitor Long track record of Data Center innovation Best in class Layer 2/3 and 4-7 Scaling and Performance Consistent, low latency under different loads for L2/L3/L4-7 Densities of up to 512 10GE or 1,536 GE in a single chassis Half power/cooling requirements of competing products Advanced capabilities for network virtualization Built for maximum uptime with advanced hardware and software resiliency

  23. Questions???

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