Változatok a hálózatra

Transcription

1 networking together. Változatok a hálózatra október 19. Rab Gergely 1

2 HP - LEADERSHIP ACROSS THE PORTFOLIO Worldwide market share data for calendar Q4 2009* MARKET SHARE POSITION Blade Servers % #1 x86 based Servers % #1 Unix + Linux + Windows Servers % #1 Branded Tape Drives % #1 External Disk Storage Systems 16.3% #1 Open SAN Systems % #1 Automated Software Quality 1,6 41.1% #1 Distributed System Management Software 1,7 15.4% #1 IT Asset Management Software 1,6 21.2% #1 IT Services 1.4,7,9 5.8% #2 Outsourcing 1,7,9 7.9% #2 Support and Training 1.7,9 7.0% #2 Ethernet Switches 5.0% #2 *Sources (for details see Notes page): * Some data is as of other time periods based on data availability, see Notes for details. In general data is based on IDC CY09 Worldwide Quarterly Tracker Data (Server, PC, Workstations, Hardcopy Peripherals, Disk Storage, Switches, Services) and IDC CY08/09 Software and Services Data 2 April 2010

3 The New HP Networking ProCurve 3

4 HP Completes 3Com Acquisition, Creates New Networking Powerhouse Gartner, 27 April 2010 Gartner Recommends: HP networking should be considered for every network refresh situation in all midsize and large organizations the new HP networking organization represents a major force in enterprise networking Cisco 49.5% Source: Gartner market share based on Q4 09 port shipment data HP 37.5% Others 13% 4

5 Leadership from Edge to the Data Center Core DATA CENTER Virtual Connect Edge End of Row Data Center Core CORE Core Routing Aggregation Campus Core Enterprise Core EDGE SMB Wireless Campus Edge Routing Enterprise SECURITY Edge Firewall Data Center Threat Management Intrusion Prevention MANAGEMENT Network Node Manager Operations Center Operations Automation & Orchestration Intelligent Management Center

6 End-to-end solution portfolio ADVANCED ESSENTIAL VALUE SECURITY Modular Switches HP A12500 HP A9500 HP A7500 Top of Rack Switches HP A5810 HP A5820 HP A6600 Server Blade Switch HP A6120 Fixed Port Switches HP A5800 HP A5500 HP A5120 HP A36x0 HP A3100 HP Intellijack Routers HP A8800 HP A6600 HP A-MSR 50 HP A-MSR 30 HP A-MSR 20 HP A7000 WLAN HP A-WX5004 Controller HP A-WA2xxx Access Points HP A3000 Wireless Switches HP A9000 Access Points HP A8760 Access Point HP A7760 Access Point Management IMC NNMi NA Modular Switches HP E8200 HP E5400 HP E4200 Fixed Port Switches HP E5500G HP E4800G HP E3500G HP E2910G HP E4500G HP E25x0G HP E4200G HP E5500 HP E3500 HP E4500 HP E2610 HP E4210 HP E2810 HP E25x0 WLAN HP E-MSM7xx Controllers HP E-MSM4xx Access Points HP E-MSM3xx Access Points HP E-M110 Access Point HP E-MSM317 Access Point Unified Communications HP UC Applications HP VCX Connect Platform HP VCX Enterprise Platform HP VCX Gateways HP 3x00 IP Phones Security & Management PCM/PCM+ IDM NIM TMS zl Module Web Managed Switches HP V19x0 HP V1810 HP V1700 Unmanaged Switches HP V14x0 HP V2124 HP V408 WLAN/WAN HP V1xx Wireless Routers Advanced: For customers with large/complex deployments seeking advanced, full featured networking technology to drive competitive advantage with lower cost of ownership. Essential: For customers seeking essential proven technology that s affordable and easy to use while providing scalability for future needs. Value: For value-conscious customers seeking reliable and easy-to-use connectivity solutions. Security: For companies that require world-class network Security solutions to proactively stop threats and deliver business continuity Note: x in a product series name indicates multiple series numbers are available IPS HP S5100N HP S2500N HP S1400N HP S660N HP S330 HP S110 HP S10 HP Core Controller Management SMS HP SMS Controller 6 Footer Goes Here

7 HP CHANGING THE RULES OF NETWORKING Other Vendor HPN Modern Architecture Operational Efficiency Energy Efficiency Capital Cost Fundamental and Sustainable Cost advantage Not just short term discounts 7 7

8 MAGIC QUADRANT: Enterprise LAN (Global), 2010 Figure 1. Magic Quadrant for Enterprise LAN (Global) HP Positioned in Gartner s Leaders Quadrant The Gartner Magic Quadrant is copyrighted June 2010 by Gartner, Inc., and is reused with permission. The Magic Quadrant is a graphical representation of a marketplace at and for a specific time period. It depicts Gartner s analysis of how certain vendors measure against criteria for that marketplace, as defined by Gartner. Gartner does not endorse any vendor, product or service depicted in the Magic Quadrant, and does not advise technology users to select only those vendors placed in the Leaders quadrant. The Magic Quadrant is intended solely as a research tool, and is not meant to be a specific guide to action. Gartner disclaims all warranties, express or implied, with respect to this research, including any warranties of merchantability or fitness for a particular purpose. The Magic Quadrant graphic was published by Gartner, Inc., as part of a larger research note and should be evaluated in the context of the entire report. The Gartner report is available upon request from HP Networking. Source: Gartner (June 2010) 8

9 HP TippingPoint: Industry-Leading Security Leader in Gartner 2009 IPS MQ Leader in Vulnerability Discoveries in Frost & Sullivan 2009 Report Source: Frost & Sullivan (April 2010) Source: Gartner (April 2009) Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice

10 Superior technology deployed around the world Financial Services Transportation and Logistics Manufacturing Oil and Gas Retail Hospitality TORINO Media, Internet Software Telecom Health Care Government Education 10

11 The New Rules of Networking Simplified network designs that are twice as secure Up to 2x better Performance for greater flexibility Advanced Fabric for the Converged Infrastructure Open and up to 65% lower cost of ownership Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice

12 Business / IT initiatives Mobility Users, Customers SOA/Web, Video apps Virtualization Cloud computing Security & BC/DR The network underpins all of these major data center transformation efforts It must evolve and keep pace 12

13 Demand: Network services Today s network architecture can t keep pace Cloud computing Converged fabric Desktop virtualization Server virtualization Unified comms & collaboration Network architecture gap Data traffic Storage Voice traffic Video traffic Wireless Branch routing LAN switching DC switching DC routing Supply: Network upgrades 13

14 HP Converged Infrastructure A blueprint for the data center Delivers a new level of simplicity, integration, and automation to accelerate outcomes that matter: The result: Faster Time to Revenue Lower Costs of acquisition and implementation Flexibly respond to business changes Lower Risks Delivering the data center of the future Built on industry standards and choice 14

15 HP FlexFabric High Performance network for a converged infrastructure Deliver networking as a service to the HP Converged Infrastructure Accelerate deployment of applications services HP FlexFabric The result: Accelerate Outcomes Flexibly respond to business changes Lower Risks Reduce costs of acquisition and implementation HP Converged Infrastructure 15

16 Network convergence role in I/O virtualization What is a converged network? A single network capable of transmitting both Ethernet and storage traffic What is required to converge Fibre Channel? Encapsulate FC frames into Ethernet Frames Fibre Channel over Ethernet (FCoE) 16 Enhance Ethernet to ensure reliability in congested networks Converged Enhanced Ethernet (CEE) a.k.a. lossless Ethernet

17 CEE Detailed description + DCB DCB Ethernet Converged Enhanced Ethernet (CEE) Data Center Bridging (DCB) Set of new/enhanced protocols that support multiple traffic classes over any standard IEEE 802 network Support lossy and lossless traffic classes Part of the IEEE set of standards (LAN Bridging/Switching) Amendments to IEEE 802.1Q, Virtual Bridged Local Area Networks o 802.1Qbb Priority-based Flow Control (PFC) o 802.1Qaz Enhanced Transmission Selection (ETS) DCB Capability Exchange Protocol (DCBX) o 802.1Qau Congestion Notification (QCN) Converged Enhanced Ethernet (CEE) CEE is new Ethernet infrastructure that implements DCB The term CEE was coined by an ad hoc industry group that put together the original proposals for DCB to the IEEE There are hardware and software changes required for CEE, so legacy Ethernet gear is not designed for converged traffic 17 17

18 Industry path to convergence Enabled Networks 2009 Enclosure & Top-of-rack Top-of-rack enclosure aggregation End-of-row rack aggregation End-to-end CEE/FCoE 1 hop 2 hop Multi-hop FCoE Final Spec Ratified Spec INCITS T11.3 FC-BB-5 CEE Congestion management Final Spec Ratified Spec IEEE 802.1Qau (QCN) & Qbb (PFC) Next Gen Products CEE configuration protocol Final Spec Ratified Spec IEEE 802.1Qaz (ETS and DCBX) 18

19 What Are The Key Components Of An End-to-end, Converged Network? Converged Network Adapter (CNA) Switches & Interconnects Target Storage Converge traffic at the server Converge traffic over CEE. Split to connect to legacy networks or connect to new FCoE switches and targets Natively connects to FCoE/CEE networks Replaces NICs, HBAs Replace traditional Ethernet and FC switches Replace traditional FC storage 19

20 What is HP doing about FCoE and CEE? HP will deliver the converged edge LOM Converging the fabric further with FCoE and iscsi Even fewer interconnects to buy Even fewer interconnects to power Low power and lower costs CNA s cards for backward compatibility Time Energy Cost Change 20

21 Data center Switching Portfolio Overview Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice

22 HP DATA CENTER SWITCH PORTFOLIO A12500 Data Center Core 6.6/13.3 Tbps, up to G/864G non-blocking, high-density 10G, IRF, IPv6 40G/100G capability and FCOE support A9500 A5820 Data Center Aggregation IRF, IPv6 Top of Rack / Access Up to 48 10G/576G non-blocking OAA Application Modules (inc. multi-core) Top of Rack - Large Buffer and Cut Through Options, IRF, 10G, OAA, IPv6, FCOE Support 22

23 HP A12500: 6.6 TBPS 2.2 BPPS - TODAY GE Line Rate L2, L3 IPv4, L3 IPv6, MPLS Performance validated by Spirent with Test Center using RFC bytes packets Unicast/Multicast Typical Latency <10us Associated to small Jitter Combined to lower power consumption ~80W per 10GE line rate 23 23

24 HP DATA CENTER NETWORKS CORE SOLUTION A BEST IN CLASS PERFORMANCE (1) VALIDATED BY SPIRENT Layer 2 128*10GE full mesh test (*) Layer 3 IPv4 128*10GE full mesh test (*) Layer 3 IPv6 128*10GE full mesh test (*) Layer 3 MPLS 128*10GE full mesh test (*) (* using RFC2544 as reference) 24

25 HP A12500 CLOS ARCHITECTURE WITH LOAD BALANCING ALGORITHM FOR FABRIC DISTRIBUTION: TRUE NON BLOCKING IN_1 => OUT_1 IN_3 => OUT_ Line card 1/3 Switching network Line card IN_5 => OUT_ IN_7 => OUT_ Intelligent Scheduling -> fully Non Blocking Architecture 25

26 HP A9500 The HP A9500 is a state-of-the-art Enterprise Core Modular family Supports up to 192 ports 10 Gigabit and 576 ports Gigabit (fiber or copper) Future-proofed (40G/100G, FCoE, PoE+) Supports IRF/RRPP Common Comware OS and IMC High Performance OAA Modules Extensive High Availability and Security Extensive Layer 2 and Layer 3 features Low power consumption 26

27 HP A9500 PLATFORM SUMMARY Feature S9505E S9508E-V S9512E Bandwidth (Mpps) Fabric Slots I/O Slots Bandwidth per slot (Gbps) Max 10G NB Max 10G 4: Max Gig NB

28 HP A7500 Perfect for the Small Data Center, Campus Distribution and Access Layers Fully Distributed Forwarding Architecture Integrated PoE/PoE+ Power Scalable Performance and Features High Availability, including IRF and RRPP Comware V5 Native IPv6 and MPLS support Applications Integration Voice and Wireless Convergence Optimized for Enterprise Applications 28 28

29 HP A7500 PLATFORM SUMMARY Feature A7502 A7503-S A7503 A V S7510E I/O slots Backplane (Gbps) ,000 1,600 1,600 2,400 Switching Capacity (Gbps) ,536 Forwarding (Mpps) Fabric Redundancy YES NO YES YES YES YES Max 10 Gig ports Max Gig ports

30 HP A5820X / A5800 SERIES FLEX-CHASSIS Unprecedented modular resiliency and flexible service delivery in a fixed form factor at a disruptive price point Enables enterprises to rapidly and cost effectively provision new connectivity and services at any layer of the network with "No Compromise" performance and functionality Features: Flex-Chassis modular resiliency in flexible platform Hot swappable I/O, power supplies and fans S5820X up to 24 port 10Gig per unit / 216 per stack S5800 up to 80 port 1Gig per unit / 720 per stack PoE models available, including field upgradable versions Highly Resilient (IRF, RRPP) High performance OSN application modules Building or Department Enterprise Core, High Density Aggregation and Access or Data Center Top-of-Rack Switch 30

31 HP A5820 / A5800 PLATFORM SUMMARY Feature A XG-SFP+ A XG-SFP+ A G / A G-PWR A G / A G-PWR A G- SFP A G with 2 Slots 10Gig SFP /1000/1000BT Gig SFP Ethernet Expansion Slots OAA Slot Power Supplies 1 or Watt 1 or 2 300Watt Fixed w/rps Support Fixed w/rps Support 1 or 2 150Watt 1 or 2 300Watt or 750 Watt PoE PoE Support - - Yes PWR Model Yes PWR Model - Yes PoE Module Required 31

32 H3C SWITCH 5820X AND 5800 FAMILY ADVANCED STACKING FOR RESILIENT CONNECTIONS (IRF) IRF (Intelligent Resilient Framework) Advantage of IRF technology High reliability, reduce single point failure effect. High performance, distributed L2/L3 protocol processing. High management configuration, works like a Fabric One time software upgrade inside the stacked group. Hot swappable = 32

33 HORIZONTAL STACKING WITH FLEX CHASSIS TECHNOLOGY NO SINGLE POINT OF FAILURE FOR YOUR SERVERS CONNECTIVITY EASIER TO DEPLOY & MANAGE Aggregation Static/Dynamic (802.3ad) IRF links = 40 Gbps * 2 = 160 Gbps FD 33

34 SIMPLIFYING DESIGN & OPERATIONS RESILIENT VIRTUAL SWITCH FABRIC WITH H3C IRF N physical devices seen as one logical device N devices sharing the same topology information Protocols see on single hop -> simplified design Physical SW 1 Physical SW 2 Active/Active Model for L2 & L3 No STP/RSTP/MSTP/VRRP All links active at all times Pre TRILL implementation Ultra Fast Failover 20 times faster than RSTP/MSTP + LOGICAL SWITCH Geographically Distributed Limited by Ethernet/Fiber optical budget (10GE: 70kms) = One single IP/configuration file for management Simplified Operations OPEX reduction Consistent approach across product portfolio S12500, 9500E, 7500E, S5800, S5820x, etc 34

35 RESILIENT VIRTUAL SWITCHING FABRIC: ARCHITECTURE SIMPLIFICATION BEFORE AFTER IP address Peer 9 segments,42@ip addresses (including Loop back interface) Any link failure will cause topology change Only 2 segments, 11 IP address (including Loop back Interface) Link failure will not cause topology change Simple Routing Area Dynamic Routing Area Multi-routing Area Large Number of Devices Complex Routing Design Inconsistent in and out path Few logical nodes, point to point routing neighbor Single logical link between Layers Simplified Forwarding Path 35

36 Changing the Rules of Networking Before IRF After IRF STP / RSTP / MSTP VRRP Active / Standby Trunking / LACP in point to point mode Failover time incompatible with business critical applications Different failover technologies for different layers Different technologies for different protocols / phased approach for different protocols Network simplicity No STP / RSTP / MSTP Required No VRRP Required Active / Active (L2 / L3) Distributed Trunking / LACP in Point to Multipoint <50ms Failover Times Consistent approach for every layer Consistent approach for every protocol - Unicast / Mcast / IPv4 / IPv6, etc 36

37 IRF COMPETITION & COMPARISON HP IRF Cisco VSS Cisco vpc Juniper VC Maturity >10 years (XRN) Recent Recent Recent Management One IP per IRF domain One IP, limited to 2 boxes (6500 only) Each Chassis still managed separately One IP for up to 10 devices Recovery Time <50ms (Most time way less!) ~300ms (per Network World) ~TBD Sub second Implementation CONSISTENT across the product line 6500 only with specific HW (1440 Sup). Not compatible with N7000 (vpc) Protocol Support IPv4, IPv6, MPLS Phased approach with limitations Additional Cost None Included in ComWare VSS Specific Supervisors and VSS License Required Nexus 7K Only Only Layer 2, HSRP/VRRP Still Required for L3 Base, Enterprise and Advanced Licenses required Available on the edge (EX4200), roadmap for core (EX8216) Phased approach with limitations Advanced License Required 37 37

38 MANAGEMENT AND OPERATIONAL CONSISTENCY COMWARE All H3C switching, routing and security platforms leverage a common, unified modular OS Comware : OPEX Savings Train technical staff once to manage entire portfolio High Reliability State-of-the-Art Unified Code Base Level 3 CMMI Certified Faster Time-to-Market Engineering efficiencies allow us to rapidly bring new and custom features to market with better initial and ongoing stability Modular Architecture Easy to enhance and extend feature set without wholesale changes 38

39 HPN Simplifies the Campus LAN Edge Access Aggregation/Core Security/Wireless Campus Router Product Cat E CAT 4500 CAT 6500 ASA 55xx FWSM IPS ISR ASR OS, Releases IOS-SG / Stackwise / FlexStack IOS-SX, CAT-OS VSS/None PIX-OS 7.x PIX-OS 6.x Linux IOSmainline IOS-XE Protocols / Management STP, RSTP, Rapid-PVST, VSS, vpc, RPR, VSS, Stackwise (Plus), FlexStack Cisco Works, Access Switch Mgt, 6500 Mgt, Security Mgt, WLAN Mgt Product OS, Releases Protocols / Management A5800/A5500/ A5120/A3xxx A9500/A7500 WLAN/TP A6600/MSR Comware v5 Comware v5 Comware v5/tos Comware v5 IRF & IMC 39

40 HP NETWORKING/TIPPING POINT INTEGRATED SOLUTION Simplified, Secure and Highly Resilient Networks Scalable High Performance IPS Protection Cost Effective Secure Fabric Reduced Management Overhead Multiple Active Paths provide Higher Performance End to End Virtualization Demonstrated HA Core S9512ES / 12500E Virtual Switch TippingPoint IPS Blade VLAN Translation VLAN S9505E Virtual Switch VLAN OR TippingPoint IPS VLAN VLAN TippingPoint IPS TippingPoint IPS Blade VLAN 10 VLAN 20 VLAN 30 A5820X-28C Top of Rack Switch VLAN 40 40

41 TIPPINGPOINT SECURE VIRTUALIZATION FRAMEWORK FULL PHYSICAL & VIRTUAL SEGMENTATION 1. Isolate Physical Hosts IPS Platform & VLAN Translation 2. Isolate Virtual Hosts through offload to IPS appliance vcontroller & IPS Platform Offload inspection to high performance IPS Platform appliance IPS Platform Virtual DC Hosts 2. vcontoller & IPS Isolate VMs and Hosts HR Apps ERP Virtual Machines DB Web Apps CRM vcontroller vips Hypervisor-VM Safe Kernel VDI 3. vips Isolates VMs and Hosts 3. Isolate Physical and Virtual Hosts natively from within the VM Core IPS Platform HR Apps vips Inspection scales with DC expansion 1. IPS VLAN Translation Isolates Physical Servers DB Shared Tape Shared Storage ERP CRM Physical DC 41

42 GREEN IT: POWER EFFICIENCY ADVANTAGE HPN s S5500-EI, A5820, S7506E, and A12508 all have earned Miercom s Green Certification Up to 40% more efficient than comparable models based on Industry Average Up to 24% annual cost saving depending on model The HPN S7506E switch reduces costs and minimizes environmental impact through many energy-saving attributes Rob Smithers, CEO Miercom S7506E Industry Average Product 10G NB KW W/10G HPN A HPN A Juniper Force10 E Force10 E Foundry RX Cisco Nexus Foundry RX Cisco Nexus Com Confidential 42

43 INTELLIGENT MANAGEMENT CENTER (IMC) What?: IMC is a Fully integrated management platform that not only delivers full FCAPS functionality, but through its Service Orientated Architecture (SOA) & modular design enables highly integrated modules to deliver new functionality to control resources, services and users Why?: The IMC provides a single common platform for which 3Com/H3C can rapidly introduce new technologies and products Positioning: The various platform offerings and modules allow IMC to be sold to ANY and ALL customers from the SMB to the Service Provider Benefits: Lower TCO Business Continuity Defense in Depth management and enforcement 43 43

44 IMC RESOURCE, SERVICE AND USER INTEGRATION User Home Overview of network, user and service information User Unified management of user access and user security Integrated management of network resource, fault and performance information Network Process-based service flow management Service Service Resource S 44 44

45 IMC - SINGLE PANE MANAGEMENT FOR THE ENTIRE NETWORK Supports HP and 3 rd party devices Includes comprehensive support for Cisco devices Fully integrated, comprehensive Management platform Based on a Resources, Services and Users model Delivers full FCAPS solution Designed to support ITIL initiatives Rich Enterprise class functionality Data Centre Orchestration User Access Management (UAM) & Endpoint Admission Defence (EAD) MPLS, VPLS, MPLS VPN & Wireless Management Client Server & Service Orientated Architecture (SOA) Enables highly integrated modules to deliver new functionality 45

46 COMPREHENSIVE MANAGEMENT OF CISCO DEVICES IMC provides comprehensive management of Cisco devices Discovery & Topology Monitoring & Performance Management Data Center Orchestration Events & Traps Configuration Backup & Restore Configuration comparison Base-lining and change notification Bulk Configuration Single management solution for mixed HP & Cisco networks Simplifies Cisco / HP interworking & transitions Support for > rd party devices New device can be added in <1 week 46

47 H3C DC ORCHESTRATION VMWARE INTEGRATION - HIGH LEVEL OVERVIEW VMware ESX/vSphere VMware Management VMware vcenter IMC Data Center Module (Virtual Machines) vcenter APIs (VI APIs) 47

48 48 Outcomes that matter.