Ride The Clouds to greater business heights Name : Chin, Kar Wai ( vExpert 2009, VCP 4 ) Designation : Data Center Solution Architect Email Address : Kar-Wai.Chin@datacraft-asia.com Mobile : +60 123325938 Blog : http://malaysiavm.com
Agenda 1. What is Cloud Computing ? 2. Is it for you ? 3.How to get there ?
What is Cloud Computing ?
What is Cloud Computing ? Fifth Generation of Computing (after Mainframe, Personal Computer, Client-server Computing, and the Web) By definition: Cloud computing is a resource delivery and usage model. It means getting resources (hardware, software) via the network. The network providing the resource is called ‘Cloud’. The hardware resource in the ‘Cloud’ seems scalable infinitely and can be used whenever.
Define Cloud Computing – Part 2 What is Cloud Computing? • Cloud computing is a style of computing in which dynamically scale and often Virtualized resources are provided as a service over the Internet or Intranet. • Users need not have knowledge of, expertise in, or control over the technology infrastructure in the "cloud" that supports them
And The Ultimate Goal is : Turn IT infrastructure into a cost efficient, high-performing, available, flexible, scalable, and secure “services”
Different Types Of Cloud Computing 3 Cloud Delivery Models Software as a Service (SaaS) A wide ranging services delivered via varied business models normally available as public offering. Platform as a Service (PaaS) Application development platforms enable application authoring and runtime environment. Infrastructure as a Service (IaaS) Virtual hardware made available for varied uses. 4 Cloud Deployment Models Hybrid Cloud – Community – Private Cloud – Public Cloud – Sold composition of 2 shared infra for Enterprise to the public, mega- or more clouds specific owned or leased scale infra community 7
Cloud Delivery Model Architectures Cloud Infrastructure Cloud Infrastructure Cloud Infrastructure Software as a Service IaaS (SaaS) PaaS PaaS Architectures SaaS SaaS SaaS Cloud Infrastructure Cloud Infrastructure IaaS Platform as a Service (PaaS) PaaS PaaS Architectures Cloud Infrastructure Infrastructure as a Service (IaaS) IaaS Architectures 8
Cloud Computing What is Hybrid cloud • A hybrid cloud environment consisting of multiple internal and/or external providers
Is Cloud Computing for You?
Elements to Consider in Your Plan
The Journey To Cloud
Pragmatic Path to Next-Gen Infrastructure Incremental, Low Risk Evolution via Best Practices Consolidation Virtualisation Automation Improved Utilization, Improved Flexibility, Policy-based Adaptive Efficiency Responsiveness Infrastructure Dynamic Service Automation Agility Static Semi-Automated Provisioning Provisioning Storage virtualisation Application Virtualisation Network Virtualisation Server Virtualisation Branch Infrastructure. Consolidation Data centre Consolidation Storage Consolidation Server Consolidation Time
What Do You Get Along The Way ? Automation Virtualization Consolidation (Full Cloud) 1. Storage 1. Network 1. Private Cloud 2. Server 2. Server 2. Hybrid Cloud 3. Network 3. Storage 3. Public Cloud 4. I/O Consolidation 4. Application 5. Static Provisioning KPI Unified Computing & Data Centre Transformation ! Speed Service ** ** * Delivery Business Continuity * ** * Simplify Infra ** ** * Better SLA * *** * Save Capex/Opex ** ** * Transparent and * ** * Accurate Chargeback
Consolidations ! Consolidation 1. Storage 2. Server 3. Network 4. I/O Consolidation KPI ** Speed Service Delivery * Business Continuity ** Simplify Infra * Better SLA ** Save Capex/Opex * Transparent and Accurate Chargeback
Consolidation Initiative Storage Direct attached SAN Consolidation Centralize Server Branch server consolidation Blade Servers I/O Consolidation Network WAN Optimization Firewall L3/L4 Load Balancers
Unified Datacenter Fabric: Provides I/O Consolidation 2005 2008 -2010 1990’s 2003 Classical Ethernet Storage Network Infiniband Unified Fabric Front-End Back-End LLE Mgmt Fabric-A FCoE Multipath Server Ethernet Fabric-B RDMA MPI DCE is not One Feature
I/O Challenges Is it neat ? Consume more power ? Can it be better ?
Traditional I/O Connectivities • Traditional Infrastructure with LAN & SAN separated • Cabling management Challenges • Complexity • Challenges to manage both LAN and SAN environments • Under utilize on datacenter bandwidth
An Example in The Network Storage Cluster SAN Internet/ Server Intranet Clusters Unified LAN Fabric SAN Cluster LAN Complexity, Universal I/O, Storage, Compute & Cost, Power Ubiquitous Connectivity Simplification across all technology layers
Reducing Network Complexity Nexus 5000 Unified Fabric Nexus 7000 MDS Complexity, Cost, Power Efficient, Simpler Operations
Reference Architecture with FCoE Existing Core Switches Netapp FAS 3140 HA 10G FCoE Connections 10G Cisco Nexus 5000 HA FCoE Connections HP DL 380 or DL 160 G6
Virtualization ! Virtualization 1. Network 2. Server 3. Storage 4. Application 5. Static Provisioning KPI ** Speed Service Delivery *** Business Continuity = *** Simplify Infra *** Better SLA ** Save Capex/Opex *** Transparent and Accurate Chargeback
Virtulization Initiative Server VMware Virtual Infrastructure Storage File virtualization Thin Provisioning Storage virtualization Network Firewall L3/L4 Load Balancers VLAN, MPLS
VMware – Cloud Ready Operating System
Virtualization needs to be Integrated VMotion App1 Application 1 Application 2 Policy, Security, QoS
Automation ! Automation (Full Cloud) 1. Private Cloud 2. Hybrid Cloud 3. Public Cloud Speed Service * Delivery Business Continuity * Simplify Infra * Better SLA * Save Capex/Opex * Transparent and * Accurate Chargeback
Service Provisioning Flow in Cloud Infrastructure Confirmation (90m) Cisco IP, LAN & Security Firewall Cisco IPS Open Account + Service Order Initial Package (Email) LAN 45m Cloud Service Provider End Operation Team User Cisco UCS Cisco Subsequent UCS Request VMWare vCloud 45m Provisioning User Engine Portal Storage SAN Storage Charging Integration SAN
Datacraft, our journey to Cloud Internal External Hybrid Virtualize Consolidate SAP Desktop eMail Salesforce.com HRIS DR/BCP eAPPS 45
What Do You Get Along The Way ? Automation Virtualization Consolidation (Full Cloud) 1. Storage 1. Network 1. Private Cloud 2. Server 2. Server 2. Hybrid Cloud 3. Network 3. Storage 3. Public Cloud 4. I/O Consolidation 4. Application 5. Static Provisioning KPI Unified Computing & Data Centre Transformation ! Speed Service ** ** * Delivery Business Continuity * ** * Simplify Infra ** ** * Better SLA * *** * Save Capex/Opex ** ** * Transparent and * ** * Accurate Chargeback
The world does not need another “Blade” Server
Unified Computing System is a result of Cisco 5 Years secret R&D
Cloud Computing Cisco UCS • Unified Computing Platform with advance technology in term of I/O Management, Memory Extension, Virtualize adaptor and easy for scale out management • Integration of Unified Fabrics for I/O Management with Cisco Nexus Products Family
Cloud Computing Benefits of Cisco UCS • Stateless Computing with Service Profiles Technology • LAN & SAN & Compute as a single system • Higher Memory and I/O Throughput • Support up to 384GB memory per blade in 2-way CPU • Higher Consolidation ratio with Virtualization • Cost Saving on Software Licenses • Reduce down time for system upgrade or maintenance • Single point of management with UCS Manager
Cisco UCS – Service Profiles Storage Server Network • Optional Disk usage • Identity (UUID) • Uplinks • SAN settings • Adapters • LAN settings • LUNs Number vLAN • Persistent Binding Type: FC, Ethernet QoS • SAN settings Identity etc… • vSAN Characteristics • Firmware • Firmware Revisions • Firmware • Revisions Revisions Configuration settings
UCS Architecture Uplinks
I/O Challenges
Simplify Data Center Reference Architecture
Cisco Unified Computing System
Reference Architecture – Cisco UCS Internet Firewall Pool or WAN Nexus 7000 Data Centre Switch SAN Nx 10G IPS Pool SAN Storage Nx 4G FC VTL Storage Backup Library .. Server Cluster 1 Server Cluster N Storage System
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