Drammen 11 December 2012 Geir Leirvik HP

Transcription

1 Drammen 11 December 2012 Geir Leirvik HP

2 Agenda Introduction Core vs Datacenter switching FCoE (FCF), FC, iscsi and friends Whatever happened to Spanning tree Software Defined Networking Multimedia transportation * (not covered) 2

3 Introduction HP 2011 Steria Juniper Networks Cisco Systems Unic Nettverk Akershus College

4 Core and Datacenter Switching Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

5 12500 Software Features Comware V7 - Modular Operating System Comware version 7 Unix Style OS Separation of Control & Data planes High Availability & Reliability Memory Isolation Preemptive Scheduler Data Plane in kernel space for higher level of performance Single Box Seamless Upgrade (aka ISSU ) Virtual Device with CPU & Memory separation Higher Availability Complete process isolation Better separation of control & data planes Single box hitless upgrade Data Center Focus Multiple Device Contexts with CPU & Memory isolation 2 extension across data centers with EVI Manageability 5

6 FCoE and FcF etc Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

7 HP 5820 Series 10GbE with FCoE & FC Ports Description XG 10G SFP+ Ports 14 (up to 22 total) 10/100/1000 Copper 4 I/O Module Slots OSN Module Slot 5820X-24XG AF-24XG Features 2RU with 14 10GbE ports, 4 1G ports, and 2 slots 1RU with 24 10GbE ports and 4 1G ports 1RU AF model with 24 10GbE ports, 2 1G ports, and choice of front (port side) to back (power side) or back (power side) to front (port side) airflow Full management features 2/3/4 switching with advanced 3 & multicast routing Full IPv6 routing and management Full IRF stacking up to 9 units with maximum stacking bandwidth of 80Gbps (bidirectional) FCoE support and FC ports with expansion modules ( XG) Embedded application support Performance Wire speed switching Cut-through mode for very low latency 7

8 HP 5900AF-48XG-4QSFP Highlights High Density 10GbE Ports & 40G Uplinks for Scalable DC Top of rack 1-RU switch for DC convergence Ethernet ports 48*10GbE SFP+ ports with 1GbE support 4*40Gb QSFP uplink ports (Each port can be split into 4 10GbE ports) High Performance 1.28 Tbps switching capacity Million PPS throughput Integrated packet buffers (9MB) Hot swappable reversible DC airflow design, AC/DC hot swappable power options IPv6 performance in hardware and DCB protocol support IRF capable with 59xx devices (4 units) 8

9 Whatever happened to spanning tree Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

10 The world post spanning tree Trill (IETF) SPB (IEEE) 10

11 Virtual Switching with IRF Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

12 Customer issues Data center network is becoming business critical Datacenters must be up 24x7 More throughput driven by server virtualization and horizontal traffic Maintenance window is shrinking Complexity is increasing 12

13 Today's network design challenge : Spanning Tree Core/Distribution Access Active/Passive Configuration effort Operational Complexity Active link Blocked/standby link Convergence time User user/app experience STP stops loops, but blocks paths - reducing effective bandwidth Configuration Intensive (switch by switch) Operational complexity can often impact business applications and users Slow convergence during failure 13

14 How IRF meets this challenge From physical topology to logical topology Core/Distribution Access Active/Active Legend Configuration effort IRF Platform Virtualization Operational Complexity logical view in Active link Network management tool Blocked/standby link Convergence time User user/app experience Scalable Server Bandwidth All links are active. 14

15 Horizontal Stacking with IRF Technology No single point of failure for your servers connectivity IRF Aggregation Static/Dynamic (802.3ad) IRF 15 IRF links = 40 Gbps * 2 = 160 Gbps FD

16 IRF benefits Dramatically Simplifies network operations Deliver high levels Performance Ensures network/business Resiliency 16

17 We need the high availability and redundancy that IRF provides to support our 24x7 network demands. In addition, we plan to eventually create a second data center in the former AOL building to offer even greater flexibility, redundancy and resiliency. IRF allows multiple switches to be interconnected and act as one big virtual switch with very low latency. That IRF capability will enable us to disperse servers and switches without a performance penalty. Steve Lyon, assistant director for network engineering, University of North Florida

18 Conclusion Simplicity Performance Resiliency HP s IRF switch virtualization technology is increasing availability of the infrastructure HP s IRF is increasing the performance within layers and between layers HP s IRF avoids to rely on maintenance windows for upgrades HP s IRF is simplifying the network 18

19 SDN Software Defined Networking Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

20 Software-defined Network Drivers and Impact Private cloud is not just about cost reduction. Agility will be a key benefit 1 By 2020, 50 billion devices will be connected to wireless networks 2 SDN/OpenFlow market will grow to almost $2 billion by 2016 driven by the growing need for scalability & network programmability 3 HUMAN MIDDLEWARE DEVICE SECURITY PROGRAMMABILITY 1 Gartner G , Five Things That Private Cloud Is Not, 3 August 2012,Thomas J. Bittman 2 Ericsson white paper, More Than 50 Billion Connected Devices, February IDC #235074, Technology Assessment: The Impact of OpenFlow on Data Center Network Architectures June Gartner does not endorse any vendor, product or service depicted in its research publications, and does not advise technology users to select only those vendors with the highest ratings. Gartner research publications consist of the opinions of Gartner's research organization and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to this research, including any warranties of merchantability or fitness for a particular purpose.

21 Open Networking Foundation on SDN In the SDN architecture, the control and data planes are decoupled, network intelligence and state are logically centralized and the underlying network infrastructure is abstracted from the applications 21 Source: opennetworking.org

22 HP Delivers SDN to Achieve Agility Ability to Apply Business Logic to Network Behavior in Dynamic Fashion Application Deliver open programmable interfaces to automate orchestration of network services SDN Architecture Control Separate control and data plane; abstract control plane of many devices to one Infrastructure Open standard-based programmatic access to infrastructure 22

23 HP Delivers SDN to Achieve Agility Ability to Apply Business Logic to Network Behavior in Dynamic Fashion SDN Architecture Application Control Infrastructure Business Business Applications Applications Business Applications Deliver open programmable interfaces to automate orchestration of network services (e.g., OpenStack, CloudStack) Cloud Orchestration Programmable Open APIs Network Network Applications Applications SDN Applications Separate control and data plane; abstract control SDN Controller plane of many devices to one Control & Data Plane Programmable Interface (e.g., OpenFlow) Open standard-based programmatic access to infrastructure Network Device Network Device Network Device 23

24 HP Delivers SDN to Achieve Agility Ability to Apply Business Logic to Network Behavior in Dynamic Fashion New Innovations SDN Architecture Application Control Virtual Cloud Networks, Sentinel Security & Open APIs Virtual Application Networks SDN Controller Infrastructure OpenFlow Enabled on 9 Additional Switches 24

25 OpenFlow Enabled on Nine Additional Switches Industry-leading Software-defined Network Portfolio 9 new models Existing 16 models HP Total OpenFlow Switches 15 Million OpenFlow Ports 1 st Tier-one Vendor Ongoing Enablement of OpenFlow across FlexNetwork Architecture HP Networking Lifetime Warranty HP 8200 HP 5400 HP 3500 HP 6600 HP 6200yl 25

26 Introducing Virtual Application Networks SDN Controller HP Delivers Industry s First Open, Complete Hardware & Software SDN Solution (e.g., OpenStack, CloudStack) Application Control Cloud Orchestration Virtual Application Networks SDN Controller Business Business Applications Applications Business Applications Programmable Open APIs Network Applications Network Applications SDN Applications Software or Appliance OpenFlow enabled HP SDN Applications Open APIs Enable Third-party Apps Extensible, Scalable, Resilient, Architecture Network Device Network Device Infrastructure 26

27 Introducing HP Virtual Cloud Network Application Enables Scalable, Programmable Clouds, Eliminates Human Middleware Zero Network Admin One Minute 1,000s Cloud Users Virtual Application Networks SDN Controller Automates Network Provisioning Enabling Self-service Cloud Limits Provisioning Actions to Low Risk Infrastructure Elements Enables Scaling Beyond Traditional Hardware Limits Delivers Virtual Networking for Openstack Public & Private Clouds 27

28 Sentinel Security Application Delivering Real-time Network Threat Protection Networking TippingPoint Delivers Real-time Threat Characterization with HP TippingPoint DVLabs Database Protects from over 700,000+ Botnet, Malware & Spyware Malicious Sites Improved Visibility & Accuracy with ArcSight Integration Virtual Application Networks SDN Controller 28

29 CERN: Distributed Load Balancing Application Delivering Advanced Traffic Characterization & Orchestration Characterizes & load balances for increased scalability Optimized traffic distribution with sychronization across load balancers Adaptive load balancing based on application feedback Virtual Application Networks SDN Controller Eliminate the need for dedicated hardware 29

30 SDN Innovations Leading the Industry HP Continues to Delivers SDN Applications HP Develops Lighthouse SDN Customers; Delivers SDN Controller & Applications 2012 HP Delivers Commercial OpenFlow 2011 HP Scales Lighthouse Customers to HP Earn First 10 OpenFlow Lighthouse Customers 2009 HP Demos OpenFlow Enabled Switch 2008 HP & Stanford Collaborate on Ethane

31 Virtual Application Networks Product Evolution Enables Software-defined Network Today SDN Architecture Application Control Infrastructure Virtual Application Networks Manager for IMC Ethernet Virtual Interconnect & Multi-tenant Device Context OpenFlow Commercial Availability on 16 models Virtual Cloud Network Sentinel Security HP Virtual Application Networks SDN Controller OpenFlow Enabled on 9 Additional Switches Open APIs SDN Applications for Enterprise Data Center, Campus & Branch Extension of OpenFlow across FlexNetwork Portfolio 31

32 Debunking SDN Myths A Software-defined Network is Not Only Implementing Network Functions in Software or on Virtual Machine Only Programmable Proprietary APIs for Network Device or Management System The End of Hardware Innovation 32

33 HP Delivers Complete Single-Touch SDN Solution Today Cisco Overlay Only HP Application Control Virtual Cloud Network Load Balancing Sentinel Security Third-party applications enabled by open APIs Campus & Branch SDN applications Data Center SDN applications Separate control and data plane Open programmable access to infrastructure Single pane-of-glass & config automation Infrastructure Hardware performance 33

34 SDN Application Use Cases Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

35 Legacy Network Human Middleware Can t Scale Time and Resource Intensive, Not Suited for Cloud Scale 10,000 provisions per day x 20 commands per change 200,000 commands per day x 1 minute per command 3,333 hours of effort and 420 network admins Source: HP 35

36 SDN Architecture HP Cloud : Virtual Cloud Network Application Use Case Public Cloud Automation at Scale Public Cloud Multi-tenancy at Scale Enterprise Public-Private Cloud Integration Application Tenant A Fixed or Floating IPs VPN Internet customer network Tenant B Fixed or Floating IPs VPN Internet customer network... Tenant X Fixed or Floating IPs VPN Internet customer network Tenant Virtual Network Tenant Virtual Network Tenant Virtual Network Control Virtual Application Networks SDN Controller Infrastructure On Premise Private Cloud Network 36

37 SDN Architecture HBO: Sentinel Security Application Use Case Campus & Branch Security Data Center Security Cloud Security Application Sentinel Real-time Cloud Database Feed Protection from over 2M Threats DV Labs RepDV DB Control Virtual Application Networks SDN Controller Infrastructure 37

38 SDN Architecture CERN: Distributed Load Balancing Use Case Traffic Classification & Load Balancing Network Resource Scaling (Firewall/IPS) Efficient Multipathing Application Distributed Load Balancing Application Control Virtual Application Networks SDN Controller Infrastructure HP OpenFlow Switches Network Servers FW/IPS Routers 38

39 HP Software-defined Networks Vision Business Applications Application Deliver open programmable interfaces to automate orchestration of network services Virtual Cloud Network SDN Controller Sentinal Security Enterprise HP SDN Apps Load balancing 3 rd Party Apps Control SDN Controller VAN SDN Controller 3 rd Party Controllers Infrastructure Open standard-based programmatic access to Network Devices infrastructure Network Device Data Center WAN Campus/Branch Virtual Switches Infrastructure 39 HP 3 rd Party Ecosystem

40 SDN Services Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

41 Transformation Experience Workshop Network Provisioning Baseline Assessment Virtual App Network Proof of Concept Today s News: Virtual Application Networks Innovations Services Enabling Realization of Software-defined Network Agility New Innovations SDN Architecture Application Control Infrastructure Virtual Cloud Networks, Sentinel Security & Open APIs Virtual Application Networks SDN Controller OpenFlow Enabled on 9 Additional Switches Products Services 41

42 SDN Services Strategize & Assess Transformation Experience Workshop Achieve Enterprise/IT Alignment, Save Hundreds of Hours of Meetings & Research Time Network Provisioning Baseline Assessment Virtual App Network Proof of Concept Define the Delta Between Compute & Storage vs. Network Provisioning Timelines Prove SDN Value Proposition (Months to Minutes) against Baseline Assessment 42

43 Software-Defined Network Services Evolution Making people process and technology work Today SDN Architecture Application Control Infrastructure Network Cloud Optimization Service Virtual Network Protection Service Network Infrastructure Optimization Services Transformation Experience Workshop Network Provisioning Baseline Assessment Virtual Application Network Proof of Concept SDN Strategy & Roadmap Services VAN Design, Implement & Support Services Cloud-ready Networking Services 43

44 SDN Services Pragmatic path to achieve SDN vision Making people process and technology work Enterprise/ IT Alignment Capability model Automated flexible architecture Future operating model Design Implement Support Full transformation lifecycle Services Innovation Practical Experience 44

45 SDN Services Pragmatic path to achieve SDN vision HP Italy Innovation and Transformation Center test case Provision 5 minutes De-provision 7 minutes Current provision estimate 2 weeks 45

46 Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. Q&A

47 Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. Thank You