Migration Strategies for Hybrid Cloud
Glossary and Abbreviations
Migration Overview
1.1 Migration Center of Excellence
Migration Conceptual Architecture
2.1 Discovery and Assessment
2.2 Deeper Introspection
2.2.1 Job Scheduling
2.2.2 Workload Migration
2.2.3 Application Verification
Migration Logical Architecture
3.1 Migration Use Cases
3.1.1 Self Service
3.1.1.1 Discovery with VMware vRealize Infrastructure Navigator
3.1.1.2 Manual Migration with vCenter Converter and OVF Tool
3.1.1.3 vCloud Connector 2.7
Migration Physical Architecture
4.1 vRealize Infrastructure Navigator
4.2 Capacity Planner
4.3 V2C Self-Service
4.3.1 vCloud Connector Deployment
4.3.2 vCloud Connector Data Flow
4.3.3 vCloud Connector Production Configuration and Tuning
4.3.4 vCloud Connector Offline Data Transfer Particulars
4.3.4.1 vCloud Connector ODT Customer Steps
4.3.4.2 vCloud Connector ODT Service Provider Steps
Migration Reference Implementation
5.1 V2C Self-Service
Migration Operational Considerations
Conclusion
Architecting a Hybrid Mobility Strategy
Introduction
Target Audience
Service Definition Overview
Architectural Overview
Customer Business Case
Use Case Scenario
Conceptual Overview
Designing the WAN Environment
Evaluation of WAN Platforms
9.1 Dark Fibre
9.2 Wavelength Division Multiplexing (DWDM and CWDM)
9.3 SONET/SDH
9.4 Multiprotocol Label Switching (MPLS)
Deploying Stretched VLANs/LAN Extensions
10.1 Stretched VLAN/LAN Extension Technical Requirements
WAN Interconnect High Availability
Secure Communication
WAN Considerations Summary
Long-Distance Networking Summary
VMware Requirements for Long-Distance vSphere vMotion
15.1 vSphere Virtual Networking
15.2 vCenter Server and Platform Services Controller Design
Workload Mobility Implementation Example
16.1 Technology Overview
16.2 Cisco vPC over DWDM and Dark Fibre
16.3 OTV over DWDM and Dark Fibre
16.4 Cisco LISP Configuration Overview
Solution Validation
Architecting a Hybrid Database Strategy with Microsoft SQL Server
Overview
Target Audience
Use Case
Introduction to Microsoft SQL AlwaysOn
Employing SQL Server 2016 AlwaysOn Availability Groups for Disaster Recovery
Designing the Solution
6.1 Distance and Latency Considerations
6.2 Sample Availability Group Design
Architecting a Robust Technical Platform
7.1 Virtual Machine Placement
7.2 Disk Provisioning
7.3 Network Considerations
7.4 Database Recovery Mode
7.5 The Impacts of a Readable Secondary Replica
7.6 tempdb Design Considerations
7.7 Client Connectivity
7.8 Considerations for Quorum Mode
Conclusion
Assumptions and Caveats
Reference Documents
Architecting a Hybrid Messaging Strategy with Microsoft Exchange 2013
Overview
Target Audience
Use Case
Introduction to Microsoft Exchange Server DAGs
Cloud Customer Requirements
5.1 Functional Requirements
5.1.1 High Availability and Site Resiliency
5.1.2 Backup and Recovery
5.1.3 Number of Database Copies
5.2 Functional Requirements Implementation Details
5.2.1 High Availability and Site Resiliency
Application Architectural Overview
6.1 Mailbox Servers and Database Distribution
6.1.1 Client Access Servers and Edge Transport Servers
6.1.2 Component Model
6.1.3 DAG Replication Requirements
Designing the Solution
7.1 Distance and Latency Considerations
7.2 Server Sizing
7.2.1 DAG Process Requirements
7.2.2 Sample Environment Sizing
Architecting a Robust Technical Platform
8.1 Virtual Machine Placement
8.2 Disk Provisioning
8.3 Network Considerations
8.4 Other Considerations
8.5 Dedicated “Island” Application Clusters
8.6 Client Connectivity
Operational Model
Conclusion
Assumptions and Caveats
Reference Documents
Glossary and Abbreviations
Reference Documents