1 / 55

IBM Flex System 介紹 Alan Lin I/T Specialist System x, Systems and Technology Group IBM Corporation

IBM Flex System 介紹 Alan Lin I/T Specialist System x, Systems and Technology Group IBM Corporation. Built-in Expertise. Expert integrated systems. Integration by Design. Simplified Experience.

kalin
Télécharger la présentation

IBM Flex System 介紹 Alan Lin I/T Specialist System x, Systems and Technology Group IBM Corporation

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. IBM FlexSystem介紹Alan LinI/T SpecialistSystem x, Systems and Technology GroupIBM Corporation

  2. Built-in Expertise • Expert integrated systems Integration by Design Simplified Experience • Deeply integrate and tune hardware and software – in a secure, built for cloud, ready-to-go, workload optimized system • Make every part of the IT lifecycle easier - with integrated management and a broad open ecosystem of optimized solutions • Capture and automate what experts do – from infrastructure patterns to application patterns We started with a clean sheet of paper… • Hardware management “built-in” – nothing to install • Make advanced virtualization more consumable (lower the skills required to operate a highly virtualized system) • Deliver platform pre-configured and optimized for virtualization (storage virtualization and network virtualization built-in) • New, dramatically simpler application deployment models • But yet, maintain full compatibility with current workloads

  3. We took a different approach… New class of Integrated System: • No-compromise hardware, with latest Power, x86, advanced storage and networking and choice of I/O. • Full-function management node, which integrates IBM management technology for servers, storage, network and virtualization management • Factory installed, fully packaged solutions drive simple setup (pull it out of the box, plug it in and boot it up) • Single product streamlines ordering, tracking, receiving, installing and running To create an integrated system, we discovered that we first had to better integrate ourselves…

  4. IBM Flex System組合內容 • 為實現虛擬化整合毫不妥協、可擴充大容量記憶體與NAND Flash並提供高速I/O安裝選擇 • 支持高速網路如10Gb/40Gb以太網路，16Gb的光纖通道 • 使用FlexSystem Manager 對多個機箱的硬體做集中管理 • 具備80Plus Platinum高白金效率能源電源供應器和卓越的的氣流冷卻設計 Storage Node Compute Node &Options PCIe 擴充單元 SSDExpansion Kit 內裝型V7000 Switch module Options IBM Flex System x240 Xeon E5-2600 ×2 MAX Mem: 768GB Flex System 企業級機箱 Ethernet交換模組 Flex System EN4091 IBM Flex System x220 Xeon E5-2400 ×2 MAX Mem: 192GB IBM Flex System x440 FlbreChannel交換模組 Flex System FC3171 8Gb Flex System FC5022 16Gb Xeon E5-4600 ×4 MAX Mem: 1.5TB Management Node 統合管理一體機 IBM Flex System Manager

  5. Chassis Midplane Front Management Connectors Passive Midplane – No Active Components Single Power Plane – Supports N+N and N+1 Power Mezzanine Cards Connectors Compute Node Power Connectors

  6. Chassis Rear Midplane Switch Connectors Power Supply Connectors CMM Connectors Switch Power Connector Personality Card Connector Fan Power and Signal

  7. Chassis Cooling Fan & Power Supply population order Front Rear Power Supplies: N+N Redundant

  8. Chassis Cooling Fan & Power Supply population order Front Rear Power Supplies: N+N Redundant

  9. Chassis Cooling Fan & Power Supply population order Front Rear Power Supplies: N+N Redundant

  10. Flex System x220/x240/x440 規格比較

  11. 存儲節點：直連or共用 • 為混合負載提供高性價比方案 • 高IOPS存儲節點:eX flash • 大容量擴展節點:存儲擴展節點 • 完善的資料保護方式，降低宕機時間 • RAID0,1,10,5,6 • 快照、鏡像、遠程複製等 • 存儲虛擬化帶來更高的存儲利用率 節點內置硬碟(2個) or SSD盤(4個) Storage SAS夾層卡 直連存儲 機箱管理/供電介面 2 SSDs eX Flash 存儲節點 12 x 2.5”熱插拔 硬碟or SSD RAID控制器 存儲擴展 節點 SAS 擴展器 2 SSDs 共用存儲 內置or外置V7000 4 SSDs

  12. 可以實現在每個計算節點上的高IOPS存儲 標準： 主板內建RAID + 2.5 HDD or SSD ×2 (Hotswap) 擴充4： ServeRAID M5115 + eXFlash kit +SSD Expansion + 1.8 SSD ×8 (Hotswap × 4 + Non hotswap ×4) 擴充3： ServeRAID M5115 + eXFlash Kit + 1.8 SSD ×4 (Hotswap) 擴充2： ServeRAID M5115 + Enablement Kit + 2.5 HDD or SSD ×2 (Hotswap) 1.8 SSD 背板 擴充1： 內建RAID + 2.5 HDD or SSD ×2 (Hotswap) + PCI Expansion + HighIOPS PCI-e 擴充卡 (Fusion-io ioDrive磁碟) • 推薦使用： • 透過具備低延遲與高容量特性的HighIOPS PCI-Express 擴充卡作為本機磁碟 • 用途：DB等 • 推薦使用： • 需要內置大容量的SSD存儲開機環境。應用範圍：一體機，NAS桌面雲，DB等 • 推薦使用： • 客戶需要利用熱抽拔SSD做成RAID5利用。 • 用途： Active Directory 、Web伺服器、桌面雲 • 推薦使用： • OS開機用HDD • 用途： OS開機、小規模 • 例如檔案伺服器 12

  13. IBM Flex System Storage Expansion Node (SEN) detail ETE Bridge PCIe from x86 Compute Node Chassis Management / Power Interface Mechanical Slide 12 – 2.5” Drive Bays Cache option (512mb or 1GB) LSI SAS Controller Cable Arm Assembly Cable Arm Assembly Drive Tray SEN Facia Compute Node w/ SEN IBM Confidential

  14. Let us explain importance of I/O Adapter types & Switch FoD... Bay 14 Bay 2 (empty) (empty) (empty) (empty) Switch Bay 1 (empty) Switch Bay 2 (empty) Switch Bay 3 (empty) Switch Bay 4 (empty)

  15. “LoM-less” x86 node types and Power node types “What ... No Adapters?” Note: x86 node types include models with LoM and models without LoM (as per diagram), whilst Power nodes only come without any LoM No LoM or I/O Adaptermeans no connectivity! Compute Node POWER Bay 14 Compute Node x86 Bay 2 (empty) (empty) (empty) (empty) Switch Bay 1 (empty) Switch Bay 2 (empty) Switch Bay 3 (empty) Switch Bay 4 (empty)

  16. Feature-on-Demand (FoD) 10Gb Ethernet Switch example (1 of 4) Compute Node POWER Bay 14 Compute Node x86 Bay 2 Note: 4-port Adapter only has 2 ports enabled because Ethernet switch only has Base partition activatedi.e. 1 port active to each node bay 4-port 10Gb Adapter (empty) 2-port 10Gb LoM (empty) Base 10 14 EN4093 10Gb (Base) EN4093 10Gb (Base) Switch Bay 3 (empty) Switch Bay 4 (empty)

  17. Feature-on-Demand (FoD) 10Gb Ethernet Switch example (2 of 4) Compute Node POWER Bay 14 Compute Node x86 Bay 2 Note: x86 node only has 2 ports enabled (as LoM only provides total of 2 ports), even though each switch has 2 ports enabled (Base + FoD U1) i.e. total 4 ports per switch pair 4-port 10Gb Adapter (empty) 2-port 10Gb LoM (empty) Base+U1 10 14 + 14 EN4093 10Gb (Base+U1) EN4093 10Gb (Base+U1) Switch Bay 3(empty) Switch Bay 4 (empty) 8

  18. Feature-on-Demand (FoD) 10Gb Ethernet Switch example (3 of 4) Compute Node POWER Bay 14 Compute Node x86 Bay 2 Note: both x86 node and Power node have total 4 ports enabled through matched use of 4-port Adapter and switch FoD Upgrade1i.e. Base + FoD U1 4-port 10Gb Adapter (empty) 4-port 10Gb Adapter (empty) Base+U1 10 14 + 14 EN4093 10Gb (Base+U1) EN4093 10Gb (Base+U1) Switch Bay 3 (empty) Switch Bay 4 (empty) 8

  19. Feature-on-Demand (FoD) 10Gb Ethernet Switch example (4 of 4) Compute Node POWER Bay 14 Compute Node x86 Bay 2 Note: currently available Adapter cards only allow total of 4 ports to be enabled per node bay, even though each switch has 3 ports enabled (Base + FoD U1 + FoD U2) i.e. total 6 ports per switch pair 4-port 10Gb Adapter (empty) 4-port 10Gb Adapter (empty) 14 + 14 + 14 Base+U1+U2 10 EN4093 10Gb (Base+U1+U2) 4 EN4093 10Gb (Base+U1+U2) Switch Bay 3 (empty) Switch Bay 4 (empty) 8

  20. Flex System Network Module Naming Structure • EN = Fabric Type (EN=Ethernet, FC=Fibre Channel/SAN, CN=Converged, etc) • 3rd digit = series, 4000 series for 10Gb Ethernet, 2000 series for 1Gb, 5000 series for 16Gb FC, etc • 4th & 5th digit = First alphabet of vendor name mapping to a digit. IBM ->I = 09, Brocade->B=02, etc. • 6th digit = Number of partitions (for switch) or Number of ports (for adapters) Examples: IBM Flex System Fabric EN4093 10Gb Ethernet Scalable Switch IBM Flex System FC5022 16Gb SAN Scalable Switch IBM Flex System CN4054 4-port 10Gb Virtual Fabric Adapter

  21. 4Q11 Flex System Networking Launch - Executive Summary Key Messages: • End-to-End FCoE Enablement • Leadership 40Gb Ethernet Switches: • IBM Flex System Fabric CN4093 10Gb ConvergedScalable Switch • Supplier: IBM System Networking • IBM Flex System Fabric EN4093R 10Gb Ethernet Scalable Switch (refresh of EN4093) • Replaces Broadcom ASIC for FCoE+Stacking support • IBM Flex System EN6131 40Gb Ethernet Switch • Supplier: Mellanox • Fiber Channel Upgrades and SW • IBM Flex System FC5022 16Gb SAN Switch (Upgrade 1) - 12 port key • IBM Flex System FC5022 16Gb SAN Switch (Upgrade 2) – 24 port key • IBM Flex System FC5022 16Gb Fabric Watch Upgrade • IBM Flex System FC5022 16Gb ISL/Trunking Upgrade Mezz Cards • IBM Flex System EN6132 2-port 40Gb Ethernet Adapter • Supplier: Mellanox • IBM Flex System EN4132 2-port 10Gb Ethernet RoCE Adapter for Power • Supplier: Mellanox • IBM Flex System CN4058 10Gb 8-port Converged Adapter for Power • Supplier: Emulex

  22. Converged offerings on Flex system - three ways to connect without impacting existing network infrastructureTwo ways to do FCoE today. More coming in November 2012. 10Gb Pass Thru EN4091 Available today 10Gb Switch with FCoE support – EN4093 Available today 10Gb Converged switch – CN4093 Available November 2012 • Offers unmanaged connectivity in the chassis • Tested to connect to Nexus 5010, 5020, 5548 & 5596 • 14 internal and 14 external links • Offers both Ethernet and Fibre channel ports on same switch • Offers simple and flexible solution for Clients connecting to integrated storage or external LAN/SAN. • FCoE support with Cisco Nexus 5K ToR available today via 7.3 firmware • More FCoE configurations coming via 7.5 firmware in Nov 2012

  23. Recommended configuration using end to end IBM offering – 1Q 2013 IBM Converged ToR • Key value: • Integrated Virtual Fabric and FCoE on compute node • High performance scalable 10Gb Flex System Fabric switch in chassis • IBM 10Gb Converged switch aggregates all FCoE traffic and routes to LAN and SAN. G8264CS Cisco or Brocade SAN V7000 G8264CS Black line is FCOE Red line is Fibre Channel LOM or CN4054 (pNIC, vNIC mode) EN4093 Flex System Fabric Switch

  24. Customer has no FCoE ToR and wants to leverage existing LAN and SAN switchNovember 2012 V7000 • Key value: • Integrated Virtual Fabric and FCoE on compute node • Directly connects to internal storage node via midplane in FCoE mode • Can connect to external storage via SAN switch also. Cisco or Brocade SAN Black line is FCOE Red line is Fibre Channel LOM or CN4054 (pNIC, vNIC mode) Storage node CN4093 Flex System Fabric Converged Switch

  25. Connecting to ‘Cisco network’: Customer already owns Nexus ToR - Sept 2012 • Key value: • Integrated Virtual Fabric and FCoE on compute node • High performance scalable 10Gb Flex System Fabric switch in chassis • Connects to existing or new Cisco network. Nexus 55XX Cisco SAN V7000 Nexus 55XX Black line is FCOE Red line is Fibre Channel LOM or CN4054 (pNIC, vNIC mode) EN4093 Flex System Fabric Switch

  26. Connecting to Brocade network: Customer already owns Brocade VDX or SAN – Nov 2012 • Key value: • Integrated Virtual Fabric and FCoE on compute node • High performance scalable 10Gb Flex System Fabric switch in chassis • Connects to existing or new Brocade network. Brocade VDX BrocadeSAN V7000 Brocade VDX Black line is FCOE Red line is Fibre Channel LOM or CN4054 (pNIC, vNIC mode) EN4093 Flex System Fabric Switch

  27. Flex System所涉及的基礎設施組件管理 Rack V7000 V7000 V7000 V7000 在機架*HW ↓FSM (Flex System Manager) 在同一個機箱HW↓ CMM (Chassis Management Module) Chassis 一個計算節點HWIMM 2 / FSP(Integrated Management Module 2) （Flexible Service Processor) Compute Node *最大4個機箱

  28. Chassis Element Communication External Network CMM B IMM 1 IMM 2 IMM 3 IMM 4 IMM 6 IMM 5 IMM 7 IMM 8 IMM 12 IMM 13 IMM 9 IMM 10 IMM 11 IMM 14 CMM A ScSE 1 ScSE 2 ScSE 3 ScSE 4 • All Chassis components are discovered and communicate over an internal IPV6 link local network • Internal Chassis elements (Node IMMs & ScSEs) can be addressed out-of-band @ IPV4 IP assigned via CMM • If external connectivity to the CMM is lost, chassis elements can no longer be directly addressed out-of-band • (CMM acts as router)

  29. FSM Ethernet Device Routing

  30. CMM操作概要 • CMM使用者介面 與IMM2用戶界面和選單結構是一致的 顯示每個組件的資訊 收集故障信息，故障通知對象聯繫設定 功能檢索 特定節點操作選擇顯示 機箱管理圖形介面

  31. FSM Has Some World-class UX Components ✔ FSM UX UX Components that distinguish the FSM • Quick Finder • 2 or 3 chars for instant results • Finds resources, groups, & tasks • Finds VSs • Deep contextual launches from the results • Hardware Map • Rich set of 6 Visual Overlays • Inline Overlay toggles and settings • Simultaneous Front and Rear • Visually designed instead of photos • Status • Resource-oriented quick status • Quick and easy job monitoring • Rich Menu • Multiple-levels of choices categorized in each menu • Remote Control • Powerful – multi thumbnails • Overall Feel • Light, quick, & powerful • High-quality Visual Design • Storage-like UX • Mobile • Pervasive access – manage from anywhere • Explorer • Integrated Cross-Tree Views IBM Confidential

  32. Introducing the new FSM/NGUI Console Status and Jobs Summaries Browser Optimized Rich Menus Finder Dashbar Explorer Dynamic Chassis Map Dynamic Chassis Map

  33. Configuration Patterns: Nov 2012 Configuration Patterns enable simpler and faster configuration & deployment • Configuration Patterns • Intuitive step-by-step configuration flow • Capture patterns from existing device(s) • Store and reuse patterns • Dramatically improve out-of-box experience by enabling out-of-band configuration (not available in UCS) • Server Components Included • RAID • Adapters and IFM • Boot order and targets • IMM and UEFI • IP address pools (management IPs) • Chassis Components Included • CMM • IO Modules: Port enablement settings 33

  34. FlexCat integration – For mass bare-metal image deployments • Powerful - multiple nodes at a time (3 clicks total) • Multi Platform support (can be imported) • ESXi 5.1 Virtualization (pre-installed in FSM) – includes Osiris agent • RHEL Virtualization (RHEV + KVM Platform Agent) • RHEL basic • RHEL minimum

  35. Flex System Manager – Network and Storage Virtualization • Network Control: • Networking attributes follow the Virtual Servers as they live migrate from node to node or chassis to chassis. • Create “Logical Networks” to define network VLANs, Access Control, Quality of Service, Bandwidth and Traffic Priority attributes. • Use FSM to associate Virtual Servers with Logical Networks. The Flex System will configure and maintain these network attributes for each virtual server. • Storage Control: • Embedded Tivoli Storage Productivity Center (TPC) • Dynamic zoning/masking as part of virtual server relocation • Dynamic storage provisioning as part of image deployment IBM Confidential

  36. Base Network Management Capabilities Provides base network management, enabling an integrated, end-to-end platform management solution. Tells what you have (Discovery, Inventory) Tells if it’s working (Status, Events) Allows Configuration, Troubleshooting Support for latest converged Fabric Ethernet technology Links to predefined Network system groups Links to Network switch configuration templates

  37. Network Management: Predefined Network Groups Provides predefined groups to allow users to quickly find discovered Network Systems (e.g. switches) All Network Systems Ethernet Switches Ethernet to Fibre Channel Bridges Fibre Channel over Ethernet Switches

  38. Network Management: Inventory Collects Inventory and properties of switches, converged network adapters: installed ports, World Wide Names, Subnet mask, etc.

  39. Network Management: Availability Monitoring Switches send SNMP traps to the NGP Manager Integrated configuration is provided for switch modules SNMP traps are received as native events with defined severity levels The state of the switch reflects the severity of the traps received

  40. Network Management: Configuration SNMP Agent, community, and trap settings External port settings VLAN Configuration Defined VLANs Port level Ingress and Egress tagging • Configure switch modules in real-time (Current Configuration) and via Templates and Configuration Plans • Protocol Configuration • Login Configuration (user credentials) • Network Protocols (IP, HTTP and Telnet settings)

  41. Network Control: System Level Network Topology System-level is high-level, showing relationships between servers and switches, user can: Determine to what switch a specific server is connected Determine what other devices are using the same switch Determine scope and impact of network outages User can follow a diagnostic path by traversing the view, selecting a new root node, and displaying additional resources or topology perspectives IBM

  42. Network Control: Port Level Network Topology Port-level shows port-to-port connections between servers and switches, user can: Determine to what port on the switch a specific server is connected Determine what ports, if any, on a particular switch are not in use Visualize any devices or ports in a degraded state

  43. Network Control: Subnet Network Topology Subnet shows a system-level view of all systems in the same subnets as the selected systems, user can: Determine to what subnets a specific system is connected Determine what other systems are in those subnets Determine what IP addresses are still in use for those subnets

  44. Enable FOD License

  45. IBM Flex System Manager – Storage Management • Pooling and virtualization of external storage • Integrated with virtual server management, allowing virtual disks to be defined and attached • Dynamic storage provisioning as part of image deployment • Enable policy-driven placement within storage system pools • Dynamic zoning/masking as part of virtual server relocation • Integration with IBM Tivoli Storage Productivity Center (TPC) Hypervisor Hypervisor Virtual I/O Stack (intrinsic to hypervisor or external) Storage Pools Filesystem TPC XiV SVC Storwize v7000

  46. FSM Adds Storage Visibility to VMware Environment vCenter Storage Management with UIM above is a LUN, no indication what volume name it is, nor what /dev/sdXX device it is above is a storage system, but no idea what name it is, nor how much free space it has FSM View • FSM shows the customer supplied volume and storage array names not machine addresses • FSM maps the connectivity between virtual server and physical storage • FSM shows storage consumption by virtual server regardless of hypervisor 46

  47. Guided Storage Setup • Manage System Storage – simplified single-panel UI streamlines tasks of discover, unlock, and automatically collects inventory • Simplifies the transition to VMControl

  48. Creating Storage Volumes with FSM • Adding storage volumes normally takes someone with deep expertise • Usually requires 3 different software tools and 70+ clicks • With FSM, takes 5 clicks and does not require deep expertise • Could predefine storage volumes but then storage is wasted until needed 48

  49. Within single chassis or Across multiple chassis IBM Flex System Manager – Fabric Management Server deployment • LAN and SAN administrators don’t need to wait for the hardware to arrive • Done ahead of time • MAC and WWNs IP address assignments • SAN zoning • Storage LUN masking Server replacement • No need to reconfigure LAN/SAN resources when a Server is replaced • SAN zoning and LUN masking is un-affected • Replacement Servers in the same slots retain MAC and WWN addresses Server failover Fully Automated Failover Network and storage switch independent Launched from Flex Management Appliance

  50. IBM Flex System Manager - Virtualization Virtualization Management • Manage Virtual Servers and Hosts • HMC and Systems • VS Life-cycle management • Topology Maps • Create empty virtual server • Monitoring, automation Edit virtual resources • Edit Hosts • Edit Virtual Servers • GUI or command line • Launch to Platform Manager Relocate • Live relocation • Plan for relocation

More Related