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V mware virtualization design and deploy service
- 1. © 2014 VMwareInc. All rights reserved. VMware Virtualization Design and Deploy Service Solution Overview Prepared for: <Customer> Date: <Date>
- 2. Student Guide &Internal & Confidential Update Daly https://goo.gl/VVmVZ0 -- Release Notes http://ouo.io/EnApxI 00 Document Map http://ouo.io/49vXn 01 Delivery Reference Guide http://ouo.io/luZTXQ 02 Use Case Library http://ouo.io/txpZ7 A01 Project Checklist http://ouo.io/lttiu A02 Kickoff and Project Overview http://ouo.io/xITsU A03 Solution Overview http://ouo.io/o3Sx8 A04 Requirements Workshop http://ouo.io/Wt9FhR A05 Functional Requirements http://ouo.io/b4xU2y A06 Design Workshop http://ouo.io/0jCLW A07 Validation Review http://ouo.io/DoqaK A08 Project Conclusion http://ouo.io/n5mdc Virtualization Design and Deploy Project Plan R1.3 http://ouo.io/no2ZcK Virtualization Design and Deploy Project Plan R1.3 http://ouo.io/l1KQt
- 3. Agenda • <CUSTOMER> BusinessObjectives • Background • Modularity • Virtualization Whiteboard • Workstream Process • Virtualization Design • Questions 3
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- 5. Business Objectives • Basedon interaction with <COMPANY>, the current business objectives are: – <Objective 1> – <Objective 2> – <Objective x> 5 Consultant: Insert the customer’s business objectives as provided by the sales team. This shows that VMware understands the high-level business requirements before the project starts. It is important for all project team members to understand these requirements because this might be the first exposure to the project for some of the people in the room.
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- 7. SDDC for DifferingPriorities 7 Multi-cloud Multi-platform Multi-vendor Choice Your data center, your terms Standardization, simplification, automation Virtualization economics across your data center Agility Delivery times reduced from days to minutes Innovation at business speed Control Policy-based governance and compliance Business- aware IT control What are your priorities? What are your constraints?
- 8. SDDC Maturity MatrixCapability Maturity Stages On-Demand Infrastructure and Applications Data Center Consolidation Optimized Capacity and Operations Secure and Compliant Network Business Continuity and Disaster Recovery IT Cost Transparency Stage 1 Automated Infrastructure Provisioning, Policy-Based Governance Performance and Capacity Optimization, Log Analytics Automated Regulatory Compliance Backup and Recovery Infrastructure Costing Stage 2 App Lifecycle Automation, Multi-Cloud Brokering Third-Party Integration, Customizable Dashboards Software-Defined Layer 2 to Layer 7 Network and Security Services Automated BCDR IT Financial Planning and Forecasting Stage 3 On-Demand Network, On-Demand Storage Server Virtualization, High Availability Software-Defined Storage, Network Virtualization Public Cloud Storage/Compute App Monitoring, Quality of Service, Log Analytics Network to Any Public Hybrid Cloud DRaaS IT SLA and Vendor Management Business Objectives Capabilities vCloud Suite EnterprisevCloud Suite Advanced vSphere Operations Management vCloud Hybrid ServiceVirtual SAN, NSX vSphere Enterprise Plus Edition vCloud Connector vCloud Hybrid ServiceNSX vCloud Suite Standard/Advanced/ Enterprise DRaaS (VMware vCloud Hybrid Service)vCloud Suite Enterprise vSphere Data Protection Advanced Virtual SAN, NSX vCloud Suite Enterprise, vCloud Hybrid Service vCloud Suite Standard vCloud Suite Advanced IT Business Management Suite Enterprise Edition IT Business Management Suite Advanced Edition IT Business Management Suite Standard Edition 8
- 9. SDDC Solution • Solutions-orienteddelivery methodology – Business value-oriented modeling – Prescriptive approach – Predictable outcome – Modular elements allow for adapted solution – Orchestrated with supported, common workflow library – Cohesive, unified VMware vCloud® Suite deployments – Equal parts operational transformation (roles and process) • What does this mean? – Guidance amplified through successful field engagements – Validated design takes out the guesswork – Time impact on customer resources reduced – Templated materials deliver well-understood engagements 9
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- 11. Modularity • Components aremodular and can be adapted and customized – Each element draws from field-proven approaches • Assess the environment to determine: – What is the context relative to the1-2-3 capability model? – Is the environment SDDC ready? – Are infrastructure services needed? – Are application services needed? SDDCSnap-ins Portal Portal Virtualization Management Orchestration Perf&CapManagement IaaS, PaaS, ITaaS Engine Hybrid BC/DR Compl. SDS NetSec network storage Virtualization Orchestration Infrastructure Service Monitoring Snap-Ins 11
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- 13. Instructor Whiteboard Drawing •Draw the next slide on the whiteboard explaining the methodology of the Virtualization Design and Deploy Service 1. Start from the bottom, drawing the logical and virtual storage and networking infrastructure. 2. Draw the Core Virtualization box above this. 3. Draw the VMware ESXi™ boxes next explaining that they are the consumers of the following resources. 4. Draw the Clusters box, explaining that these aggregate the resources per workload. 5. Draw the Management, Edge, and Payload boxes in the cluster, saying that they are for the segregation of resources. 6. Draw Payload explaining that this can be a single payload or multiple payloads. 7. Draw the Edge cluster explaining that it is built in an NS-EW way, leaf-spine model. 8. Draw the Management cluster, explaining that this is where VMware vCenter™ sits, as well as any other technologies, such as VMware vCenter Operations Management and VMware vCenter Orchestrator™, but with these three you can transition to the SDDC Ready portion of SDDC ADND. • Answer questions as they come up. It is meant to be interactive! Consultant: Delete this slide after you read it. It is only for consultant use. 13
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- 16. Solution Overview Assess Design Deploy Validate KX How Our JourneyTogether Will Work Knowledge transfer of the VMware proven, integrated, validated solution for your business Assess current state relative to the validated design, identify gaps and remediation Create a remediation plan to close the gap between current and proven solution state Implement or remediate against the proven solution and integrate that into your ecosystem Validate complete solution from technology, people, and process prospective Operationalize the solution in the client environment. Focus on running and supporting the solution 16
- 17. Example Project Timeline 17 Consultant:Replace this image with your customer project timeline.
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- 19. Virtualization • The corepart of any infrastructure is virtualization • The key here is that there are NO static solutions – Design is based on functional requirements in the environment – Solution validated designs are used as known good starting points – Virtual appliances are used by default • Recommend starting off with the three clusters 19 Start at 3 Hosts Span multiple Chassis Management Cluster One or More ChassisOne or More Chassis Start with two clusters Min 3 hosts per cluster Max 8 hosts per cluster Payload Clusters Management Pods Start at 3 Hosts Deploy Edge Gateways Physical Access to DMZ/Internet Edge Cluster Resources Pods storage storagenetworknetwork networkstorage
- 20. Cluster Design • Resourcesare designed to be modular • Each resource pod contains payload and edge clusters • Storage and networking are mapped accordingly vCenter Payload esx-pay1-01 esx-pay1-08 Workload1 LUNs vCloud Networking and Security Payload Start with two clusters Min 3 hosts per cluster Max 8 hosts per cluster Payload Cluster 1 storagenetwork esx-payN-01 esx-payN-08 WorkloadN LUNs Start with two clusters Min 3 hosts per cluster Max 8 hosts per cluster Payload Cluster n storagenetwork Start at 3 Hosts Deploy Edge Gateways Physical Access to DMZ/Internet Edge Cluster networkstorage esx-pay1-01 esx-pay1-08 Resource Pod 1 Edge LUNs vCenter Payload esx-pay1-01 esx-pay1-08 Workload1 LUNs Start with two clusters Min 3 hosts per cluster Max 8 hosts per cluster Payload Cluster 1 storagenetwork esx-payN-01 esx-payN-08 WorkloadN LUNs Start with two clusters Min 3 hosts per cluster Max 8 hosts per cluster Payload Cluster n storagenetwork Start at 3 Hosts Deploy Edge Gateways Physical Access to DMZ/Internet Edge Cluster networkstorage esx-pay1-01 esx-pay1-08 Resource Pod N Edge LUNs vCloud Networking and Security Payload 20
- 21. Storage Design • Designedto be as robust and flexible as required in the environment – Can add software-defined storage if required 21 2048GB VMDKs 1500GB200GB vSWP + Logs Sample LUN Physical Disks Management Pods Resources Pods Tier0 SSD Tier1 FC15K Tier2 FC10K Tier1 FC15K Tier2 FC10K Tier3 SATA Tier3 SATA Tier0 SSD vSAN (DAS) or 3rd Party Vendor (SAN or NAS or DAS) Sample ESX Host Shared Datastores Management Policy-based Storage Management Virtualized Data Services Hypervisor Storage Abstraction Software Defined Storage Management Cluster Edge Cluster Payload Clusters SDS Monitoring Portals Sample ESX Host Shared Datastores Edges group1 Edges Group2 Edges group N Sample ESX Host Shared Datastores Payloads SLA1 Payloads SLA2 Payloads SLA OS APP OS APP OS DB Tenants_N Tenant1
- 22. Networking Design • Software-definednetworking design – Virtual “valves” at each network feed point – Leaf-and-spine network backbone pushes routing down the column – Intelligent edges gateway northbound and southbound traffic in dedicated cluster Corporate Internet/DMZ Sample ESX Host Sample ESX HostSample ESX Host VLAN ESXi / DHCP Helper VLAN vMotion VLAN IP Storage (iSCSI/NFS/VSAN) VLAN Transport/VXLAN INTERNET VLAN DMZ Payload Clusters OS APP OS APP OS DB Tenants_N Tenant1 Edge ClusterManagement Cluster East - West VLAN Dev vSE - HA DMZ/FW TenantA DMZ/FW TenantX North - South VLAN Prod VLAN ESXi / DHCP Helper VLAN vMotion VLAN IP Storage (iSCSI/NFS/VSAN) VLAN ESXi / DHCP Helper VLAN vMotion VLAN IP Storage (iSCSI/NFS/VSAN) VLAN Transport/VXLAN vWire_XX vWire_XX VLAN Fault Tolerance VLAN Fault Tolerance VLAN Management Server VLAN Dev Prod DMZ VLAN INTERNET vSE - HA 22
- 23. Summary • Virtualization Designand Deploy Service is an SDDC solution – Only virtualization but can easily be expanded with other SDDC modules – Prescriptive approach yields predictable results • Forward-looking approach including – Validated solutions in the design – Availability technologies as included with core VMware vSphere® • Other BCDR solutions can be added based on requirements – Software-defined networking – Software-defined storage (optional) 23
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- 25. VMware Virtualization Design andDeploy Service VMware, Inc. 3401 Hillview Ave Palo Alto, CA 94304 Tel: 1-877-486-9273 or 650-427-5000 Fax: 650-427-5001