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IBM Networking - the competitive advantage of your business

IBM Networking - the competitive advantage of your business. Adam Wygodny Sławomir Słowiński System Networking Sales Leader for CEE System Networking Technical Sales for CEE adam.wygodny@pl.ibm.com slawomir.slowinski@pl.ibm.com IBM Forum 2012 – Estonia Tallinn, October 9, 2012. Agenda.

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IBM Networking - the competitive advantage of your business

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  1. IBM Networking - the competitive advantage of your business Adam Wygodny Sławomir Słowiński System Networking Sales Leader for CEE System Networking Technical Sales for CEE adam.wygodny@pl.ibm.comslawomir.slowinski@pl.ibm.com IBM Forum 2012 – Estonia Tallinn, October 9, 2012

  2. Agenda • How to provide more by paying less? • How to be effective during the crisis? • How to transform IT departments into profitable centers? • 4 IT trends • How IBM System Networking helps to addresses IT trends • Vision and Strategy • Product portfolio overview • Virtualization technology overview

  3. Four Trends Reshaping DC Networks . . .

  4. Four Trends Reshaping DC Networks 1 1 Virtualization . . .

  5. Four Trends Reshaping DC Networks X 1 1 Virtualization . . .

  6. Four Trends Reshaping DC Networks X 1 1 Virtualization VM Aware . . .

  7. Four Trends Reshaping DC Networks 2 Distributed Applications X 1 1 Virtualization VM Aware . . .

  8. Four Trends Reshaping DC Networks 2 Distributed Applications N/S X 1 1 Virtualization 80% E/W* VM Aware . . .

  9. Four Trends Reshaping DC Networks 2 Distributed Applications N/S X 1 1 Virtualization iSCSI NAS 80% E/W* VM Aware FC . . . SAN

  10. Storage Growth Four Trends Reshaping DC Networks 2 Distributed Applications N/S X 1 1 3 Virtualization iSCSI NAS 80% E/W* VM Aware FC . . . SAN

  11. Storage Growth Four Trends Reshaping DC Networks 2 Distributed Applications N/S X 1 1 3 Virtualization iSCSI NAS 80% E/W* VM Aware FC . . . SAN

  12. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X 1 1 3 Virtualization iSCSI NAS 80% E/W* VM Aware FC . . . SAN

  13. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X 1 1 3 Virtualization iSCSI NAS 80% E/W* 1, 10, 40 Gb E VM Aware DVS 5000V FC . . . SAN

  14. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X Low latency Up to 11.5x  1 1 3 Virtualization iSCSI NAS 80% E/W* 1, 10, 40 Gb E VM Aware DVS 5000V FC . . . SAN

  15. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X Low latency Up to 11.5x  1 1 3 Virtualization iSCSI NAS 80% E/W* 1, 10, 40 Gb E VM Aware DVS 5000V All 10/40 GbE  Lossless Ethernet FC . . . SAN

  16. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X IBM Pure Systems Low latency Up to 11.5x  1 1 3 Virtualization iSCSI NAS 80% E/W* 1, 10, 40 Gb E VM Aware DVS 5000V All 10/40 GbE  Lossless Ethernet FC . . . SAN

  17. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X IBM Pure Systems Low latency Up to 11.5x  1 1 3 Virtualization iSCSI NAS 80% E/W* 1, 10, 40 Gb E VM Aware DVS 5000V All 10/40 GbE  Lossless Ethernet FC . . . SAN Up to 84% better price/performance Up to 71% Less Power No Vendor Lock-in

  18. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X IBM Pure Systems Low latency Up to 11.5x  1 1 3 Virtualization iSCSI NAS 80% E/W* 1, 10, 40 Gb E VM Aware DVS 5000V All 10/40 GbE  Lossless Ethernet FC . . . SAN Up to 84% better price/performance Up to 71% Less Power No Vendor Lock-in Consolidation/Convergence OpenFlow

  19. Cost & Complexity Storage Growth Four Trends Reshaping DC Networks 4 2 Distributed Applications N/S X IBM Pure Systems Low latency Up to 11.5x  1 1 3 Virtualization iSCSI NAS 80% E/W* 1, 10, 40 Gb E VM Aware DVS 5000V All 10/40 GbE  Lossless Ethernet FC . . . SAN Up to 84% better price/performance Up to 71% Less Power No Vendor Lock-in Consolidation/Convergence OpenFlow Gartner: 2nd Network Vendor TCO  15-25%

  20. Business Benefits Optimized: Reduce Total Costs Automated: Improve Control • Reduce CAPEX — up 50% less than other networking vendors • Reduce OPEX – reduce energy costs — savings up to 70% • Reduces network complexity via intelligent, converged, VM-aware solutions • Simplifies network deployment via integrated management Integrated Performance Scalable • Breaks I/O bottlenecks with leadership 40Gb Ethernet, 16Gb Fibre Channel and 56Gb InfiniBand • Up to 11 times lower latency than some competitors • Full line-rate and non-blocking performance • Flexible, software defined network • Works with existing heterogeneous datacenter infrastructure

  21. Network Value Chain SDN Application Optimized Networks VMready with IEEE802.1Qbg Distributed Overlay Virtual Ethernet (DOVE) OpenFlow Programmable Network Seamless Virtual & Physical Network Integration Distributed Virtual Switch Server Virtualization aware Networks Physical Networks IBM Roadmap Products in production Technology in development

  22. All 10Gb 40Gb/10Gb 10Gb/40Gb • 24 ports 10G SFP+ • Low Latency – 520 ns • Redundant fans and power supplies • 3yr warranty & SW upgrade license • 48 x 10G SFP+/ 48 x 10GBaseT • 4 ports 40G QSFP+ (option: 16x10Gb ports) • Low Latency - <1ms • Hot-swap redundant fans & power supplies • 3yr warranty & SW upgrade license • 16 ports 40G QSFP+ • Up to 64 SFP+ connections break-out cable 1x40G=4x10G • Low Latency - 850ns • Hot-swap redundant fans & power supplies • 1yr warranty & SW upgrade license 1.0 Tbps 1.2 1Gb/10Gb • 48 ports 1G, RJ-45 • 4 ports 10G, SFP+ uplinks standard • Hot-swap redundant fans & power supplies • Stacking - Future • 1.8 microseconds latency • 3 year warranty & 3 year SW upgrade license • 44 ports 1G, RJ-45 , 4 ports 1G, SFP • 4 ports 10G, CX4 or SFP+ uplinks optional • Redundant fans and power supplies • 4.6 microsecond Latency • 3 year warranty & 3 year SW upgrade license

  23. 1Gb/10Gb 10Gb/40Gb Pass-Thru • Up to 48 1G and 4 10G ports • “Pay as you grow” scalability • Optimized for performance • Lower TCO • Seamless interoperability • Up to 4810G and 2 40G ports • “Pay as you grow” scalability • Optimized for performance • FCoE,Virtual Fabric • Seamless interoperability • 14 ports 1/10G • Simple & Low Cost • Unmanaged • Ability to auto-negotiate • Seamless interoperability 1.0 Tbps 1.2

  24. 10G 1/10G 1G • Same benefits as L2/3 • Investment Protection • 1G today 10G tomorrow • Great for Virtualization • No IBM Cisco offering • Stacking • Simple GUI • Grouping • VMready™ • Choice 1G, 10G or mix • CEE/FCoE • Low Latency • Max. bandwidth • Virtual Fabric - vNIC • VMready™ (Nmotion) • Target – Virtualization, HPC, Clusters, Financial Analytics, Medical imaging, Surveillance, rendering, telcom, iSCSI, VOD, etc… • Cost sensitive customers • More upstream bandwidth • Better Load-sharing • Choice of Copper or Fibre • Advanced Layer 3 Support • Support for larger networks • Want Load Balancing • Apps needing Layer 4-7 • Advance Security • Denial Service • SYN attacks • Better scalability • Servers and Apps • Great for web servers, VOIP, firewall, VPN, Microsoft Terminal Server

  25. Virtual Fabric Traditional solution 5Gbps 3.9Gbps 100Mbps 1Gbps Server Server 8 x 1 GbE 2 x 10 GbE Many dedicated adapters Single high performance adapter Up to 8 virtual ethernet pipes or Up to 6 virtual ethernet pipes + 2 FCoE/iSCSI Dynamic bandwidth allocation between 100 Mb ad 10 Gb

  26. Virtual Fabric - example 7Gbps Emulex Virtual Fabric Adapter 1.5Gbps 100Mbps 10GbE 1.4Gbps Production Network 7Gbps IBM Switch Testing Network 1.5Gbps 100Mbps Backup Network 1.4Gbps Hyperwizor Network 10GbE IBM Server

  27. vNICSs in VMWare Virtual Center’s Network Configuration vSwitch associated (VMware) Current bandwidth assigned 8 interfaces shown to OS

  28. Use of vNics with Windows Windows Network Connections Emulex OneCommand NIC Teamingand VLAN Manager

  29. VMReady Networking settings per physicalport Networking settings per physical port 1 Server – several VMs Server Server Server Server Server Server 10G 10G 10G 10G 10G 10G Physical ports Physical ports Several physical ports Several physical ports Traditional switch Traditional switch

  30. VMReady Server Server Server 10G 10G 10G Virtual ports Several virtual ports VMready switch

  31. How VMready works ? VMready Switch VMready Switch VM 1 VM 2 VM X Virtual Switch Virtual Switch Virtual port VLAN 100 ACL filters TX/RX limits Virtual port VLAN 100 ACL filters TX/RX limits 1 3 * VMready creates a virtual port for each VM that can be configured for VLANs, ACLs, QoS etc. * VMready see the packets sent from VMs as they migrate and moves the virtual ports and policies in real time with NMotion™ • Virtual Machines stay attached and secure

  32. VMready - Addressing Virtual Machines concerns Do you know where your VMs are? Interface MAC Addr Interface Owner Interface Type VM Host Port 00:1b:21:12:c1:4b 172.31.41.50 VMKernel/Mgmt. 172.31.41.50 INT2 00:50:56:9c:19:58 50VM1 Virtual Machine 172.31.41.50 INT2* 00:50:56:80:32:89 Fedora Virtual Machine 172.31.41.50 INT2 00:50:56:9c:02:4f vm6 Virtual Machine 172.31.41.50 INT2* 00:50:56:9c:08:09 VM-CLONE-TEMPLATE Virtual Machine 172.31.46.40 00:50:56:9c:52:64 PRE-PROV-VM2 Virtual Machine 172.31.46.40 00:50:56:46:f7:4f 172.31.46.10 Service Console 172.31.46.10 INT1 00:50:56:76:ff:97 172.31.46.11 VMKernel/Mgmt. 172.31.46.10 INT1 00:50:56:9c:06:ab knoppix-1 Virtual Machine 172.31.46.10 INT1* 00:50:56:9c:78:83 vi-perl Virtual Machine 172.31.46.10 INT1 IP Address VMAC Address Index Port VM Group (Profile) ---------------- ----------------- ----- ------- ------------------ *127.31.46.50 00:50:56:4e:62:f5 4 3 *127.31.46.10 00:50:56:4f:f2:85 2 4 +127.31.46.51 00:50:56:72:ec:86 1 3 +127.31.46.11 00:50:56:7c:1c:ca 3 4 127.31.46.25 00:50:56:9c:00:c8 5 4 127.31.46.15 00:50:56:9c:21:2f 0 4 127.31.46.35 00:50:56:9c:29:29 6 3 Number of entries: 8 * indicates VMware ESX Service Console Interface + indicates VMware ESX/ESXi VMKernel or Management Interface • Traditional switches are blind to VM-specific traffic • Can neither monitor nor manage Virtual Machine traffic • Network Engineers lack tools to troubleshoot VM traffic • VM migration can expose security holes

  33. IBM DVS 5000v for VMware

  34. IBM DVS 5000v for VMware VMware vCenter IBM DVS 5000V Controller VM1 VM9 VM1 VM9 ESX ESX IBM DVS 5000V DPM IBM DVS 5000V DPM DvSwitch Data Center Network Physical Switch Physical Switch • IBM DVS 5000V Controller • Manages virtual distributed switch 5000V across multiple ESX hypervisors • IBM DVS 5000V DPM • Data Path Module : Layer 2 virtual switch embedded in each ESX hypervisor • VMware vCenter • IBM DVS 5000V appears as a distributed virtual switch • Hypervisor administrators attach VMs to IBM DVS 5000V

  35. IEEE 802.1Qbg physical switch state moves • Standard for Data Center Server-Network Edge Virtualization • Centralized database based uniform view of VMs in the hypervisors and the network • Visibility of Virtual Machine traffic in the network • Open Standards based live Virtual Machine mobility in the network • Automatic migration of port profiles (VM specific network configuration) vSwitch state moves IBM 5000v VSI TypeDatabase VMready 4.0

  36. System Networking Element Manager ITNCM 6.3.1 DB2 OMNIbus 7.3.1 ITNM 4.0.1 DB2 DB2 • A web-based application for remote monitoring and management of IBM System Networking switches • Centralized point of administration with easy to use User Interfaces • Integrated with ITNM and IBM Systems Director as External Launch Application • Bundled with the SNEM 6.1 Virtual Appliance Solution System Networking Element Manager 6.1 Solution GUI (web) TIP (web) SNEM 6.1(component) Derby VM image(OVF template) RedHat Enterprise Linux 5.0 for x86, 32-bit 37 IBM Confidential

  37. System Networking Element Manager 38

  38. OpenFlow Stack OpenFlow Control Plane Network topology, ACLs,Forwarding & Routing, QoS, Link Management Control Plane Network topology, ACLs,Forwarding & Routing, QoS, Link Management Data Plane Link, Switching, Forwarding, Routing Mgt Plane Telnet, SSH, SNMP, NTP, SYSLOG, HTTP, FTP/TFTP Mgt Plane Telnet, SSH, SNMP, NTP, SYSLOG, HTTP, FTP/TFTP Network Services run as Apps Mgt Plane Telnet, SSH, SNMP, NTP, SYSLOG, HTTP, FTP/TFTP Apps Multipath,Security,FCF,… Memory CPU Flash Switching ASIC Transceivers OpenFlow Protocol Control plane is extracted from the network

  39. OpenFlow - Replace traditional Network Protocols OpenFlow Controllers • OpenFlow Paradigm • Access to the Forwarding Plane • Path of the network determined by external controller • Program HW tables instead of trusting switches to learn on their own • Replaces traditional network protocols: • Spanning Tree • OSPF, BGP, IGMP • IP PIM • ACLs • PBR • etc

  40. Questions ? Adam Wygodny Sławomir Słowiński Adam.wygodny@pl.ibm.comslawomir.slowinski@pl.ibm.com +48 723 70 3025 +48 723 70 3608

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