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AWS Workshop Series: Microsoft SQL server and SharePoint on AWS

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Run SharePoint on AWS to rapidly deploy and scale your collaboration platform. Take advantage of the benefits that the AWS cloud offers such as pay-as-you-go pricing, scalability, and data integrity to run your SharePoint workloads today. In this workshop we will cover the best practices for creating your SharePoint infrastructure and show you options for migrating your data and applications.

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AWS Workshop Series: Microsoft SQL server and SharePoint on AWS

  1. 1. Microsoft SQL Server and Microsoft SharePoint on AWS Steve Shirkey Solutions Architect ASEAN Amazon Web Services (Singapore)
  2. 2. What to Expect from the Session • AWS Fundamentals • Microsoft SQL Server Options on AWS • SQL Server on Amazon EC2 • Amazon RDS for SQL Server • Microsoft SharePoint Options • Marketplace Offerings • QuickStart
  3. 3. AWS Fundamentals Basic Architectural Patterns
  4. 4. Fundamentals: Single VPC Patterns Public and Privately Routed VPC This design pattern is used for workloads that need to accommodate a combination of public and private routing needs, such as all-in Internet-facing, multi-tier web applications supported by databases or other privately routed backend systems. Internal-Only VPC This design pattern is used to create a network environment that is only accessible from an existing, internal network, such as internally facing or back- office systems. On-Premises and Internet- Accessible VPC This design pattern is used to create a network environment that has the ability to communicate with both on-premises (privately routed) and external (publicly routed) resources Internet-Accessible VPC This design pattern is primarily used for test, R&D, sales demo, production, and other environments that require a network environment that is completely isolated from a customer’s internal network. For more info on configuring VPCs, see AWS Answers for Networking.
  5. 5. Internet Gateway Highly available VPC component that allows communication between instances in your VPC and the Internet a NAT Gateway Enable instances in a private subnet to connect to the Internet or other AWS services, but prevent the Internet from initiating a connection with those instances a Virtual Private Network (VPN) a Virtual Private Gateway (VPG) a AWS Direct Connect a For more info on configuring external access, see Amazon VPC for On-Premises Network Engineers, Part One. Fundamentals: External Connectivity
  6. 6. Fundamentals: Active Directory Patterns Directory Trusts Extending On-Premises Directory Over Secure Connections to AWS Using Either Active Directory or AWS Directory Service for Microsoft AD. Federated Trusts Building Federated Trusts From On-Premise to AWS Using Active Directory Federation Services or Other SAML Compliant Software and Services. Availability Zone On-Premises Data Center VPN Direct Connect Domain Controller Domain Controller on Amazon EC2 Either/Or AWS Directory Service On-Premises Data Center Internet WAP / ADFS Secure Domain Controller on Amazon EC2 Domain Controller WAP/ADFS on Amazon EC2
  7. 7. See the Remote Desktop Gateway on the AWS Cloud: Quick Start for additional info The Fundamentals: Remote Access
  8. 8. Development & Test New Applications Digital Analytics Mobile DC Migration Mission Critical Apps All In 1 2 3 4 The Journey to the Cloud Disaster Recovery
  9. 9. Development & Test New Applications Digital Analytics Mobile DC Migration Mission Critical Apps All In 1 2 3 4 The Journey to the Cloud Disaster Recovery
  10. 10. Architecture: AWS As a DR Site Higher RTO Lower RTO Backup & Restore Pilot Light Spectrum of Disaster Recovery Options Back up to S3 with AWS Storage Gateway a Replace On-Premises Tape System a Leverage Amazon Glacier for Data Archiving SQL Server Log Shipping over VPN or Direct Connect a EC2 Instances in Stopped State a Cool DR Site with Lower Costs Warm Site SQL Server Asynchronous Always-On Availability Group over Direct Connect a EC2 Instances in Running State a
  11. 11. Architecture: AWS As a DR Site Minimal Amount of Running Infrastructure on AWS Keeps Costs Low Backup & Restore Typically Longer RTO For more info on configuring backup and recovery, see Enterprise Backup and Recovery On-Premises to AWS. For more info on configuring AWS Storage Gateway, see AWS Storage Gateway Documentation. Availability Zone Direct Connect, VPN or HTTPS On-Premises Data Center HTTPS AWS Storage Gateway VM Storage: Direct Attached or SAN APP Server WFE Server SharePoint EC2 Instances in Stopped State SQL Server EC2 Instance in Stopped State AWS DR SharePoint Farm APP Server WFE Server On-Premises SharePoint Farm App Server Backup Server Supporting iSCSI, CIFS, SMB SQL Server SQL Server EBS Volume Storage Gateway Service S3 Bucket WFE Server WFE Server
  12. 12. Architecture: AWS As a DR Site Small Amount of Running EC2 Infrastructure on AWS Pilot Light SQL Log Shipping Increases Automation of Database Layer Backup and Restore Operations For more info on configuring log shipping between on premises and AWS, see Deploying Microsoft SQL Server on Amazon Web Services. For more info on configuring a pilot light DR environment on AWS, see Using Amazon Web Services for Disaster Recovery. Availability Zone Transaction Log Shipping Direct Connect or VPN Transaction Log Replay APP ServerAPP Server WFE ServerWFE Server SharePoint EC2 Instances in a stopped state AWS DR SharePoint Farm SQL Server On-Premises Data Center On-Premises SharePoint Farm WFE Server WFE Server App Server App Server SQL Server
  13. 13. Architecture: AWS As a DR Site Lower RTOs Require More Running EC2 Infrastructure on AWS AlwaysOn Availability Group(s) Further Increase Automation of Database Synchronization/Restore Warm Site For more info on configuring always-on availability groups between on premises and AWS, see Deploying Microsoft SQL Server on Amazon Web Services. Availability Zone APP ServerAPP Server WFE ServerWFE Server SharePoint EC2 Instances in a running state AWS DR SharePoint Farm SQL Server On-Premises Data Center On-Premises SharePoint Farm WFE Server WFE Server App Server App Server SQL Server SQL Server Asynchronous Commit SQL Server Always On Availability Group Sync Direct Connect or VPN
  14. 14. Deploying SQL Server on AWS Choosing the Best Option for Your Needs
  15. 15. Choose the Best Option for Your Needs
  16. 16. Amazon RDS Amazon Aurora
  17. 17. Power, HVAC, net Rack & stack Server maintenance OS patches DB s/w patches Database backups Scaling High availability DB s/w installs OS installation Query Construction Query Optimisation Schema Design Traditional DC Why Managed Databases?
  18. 18. Power, HVAC, net Rack & stack Server maintenance OS patches DB s/w patches Database backups Scaling High availability DB s/w installs OS installation Query Construction Query Optimisation Schema Design Power, HVAC, net Rack & stack Server maintenance OS patches DB s/w patches Database backups Scaling High availability DB s/w installs OS installation Query Construction Query Optimisation Schema Design SQL Server on EC2 Why Managed Databases? Traditional DC
  19. 19. Power, HVAC, net Rack & stack Server maintenance OS patches DB s/w patches Database backups Scaling High availability DB s/w installs OS installation Query Construction Query Optimisation Schema Design Power, HVAC, net Rack & stack Server maintenance OS patches DB s/w patches Database backups Scaling High availability DB s/w installs OS installation Query Construction Query Optimisation Schema Design Power, HVAC, net Rack & stack Server maintenance OS patches DB s/w patches Database backups Scaling High availability DB s/w installs OS installation Query Construction Query Optimisation Schema Design Amazon RDS SQL Server on EC2 Traditional DC Why Managed Databases?
  20. 20. Amazon RDS for SQL Server Consider RDS first Focus on: • Business value tasks • High-level tuning tasks • Schema optimization No in-house database expertise Which Option Is Right for You? SQL Server on Amazon EC2 Need control over: • DB instance & OS • Backups, Replication • Clustering • sysadmin role Use options not in Amazon RDS
  21. 21. SQL Server Features at a Glance * Self-installed Amazon RDS for SQL Server SQL Server on Amazon EC2 Versions Supported: 2008 R2, 2012, 2014, 2016 2005*, 2008*, 2008 R2, 2012, 2014, 2016 Editions Supported: Express, Web, Standard, Enterprise High Availability: Self-managed; AlwaysOn, Mirror, Log ShipAWS-managed Encrypted storage using AWS KMS (all editions); TDE supportEncryption: Authentication: Windows & SQL authentication Maintenance plans & third-party toolsManaged automated backupsBackups: Self-managedAutomatic software patchingMaintenance:
  22. 22. License Included • Available for Amazon RDS • Use an Amazon Machine Image (AMI) that includes SQL Server for use on Amazon EC2 • Licensing cost included in the hourly cost of the EC2 instance or RDS DB instance • Available for Web, Standard, and Enterprise editions Licensing Options for SQL Server on AWS Bring Your Own License • Amazon RDS and Amazon EC2 in default tenancy require License Mobility through Software Assurance • Can use per-core or per-socket licenses with Amazon EC2 Dedicated Hosts without License Mobility benefit • License Mobility requires benefit verification with Microsoft
  23. 23. SQL Server on Amazon EC2 Best Practices
  24. 24. SQL Server Best Practices on Amazon EC2 • AWS storage options • Configure tempdb • AlwaysOn AvailabilityGroups • Failover cluster instances
  25. 25. Amazon Elastic Block Storage What is Amazon Elastic Block Storage (EBS)? • Network-attached block storage • Available for all instance types • Many instance types support EBS optimization – dedicated channel for network storage I/O, eliminating contention with regular I/O • Some instance types are EBS optimized, others offer it as an option
  26. 26. Amazon EBS Volume Types Volume Type General Purpose: GP2 Provisioned IOPS: PIOPS/IO1 Throughput Optimized: ST1 Cold HDD: SC1 Technology: SSD SSD Magnetic Magnetic Sizes: 1 GiB – 16 TiB 4 GiB – 16 TiB 500 GiB – 16TiB 500 GiB – 16 TiB Max. IOPS: 10,000 20,000 500 250 Max. Throughput: 160 MiB/sec 320 MiB/sec 500 MiB/sec 250 MiB/sec Properties: 3 IOPS/1 GB, burstable up to 3000 IOPS for max 1 TiB volumes Consistent provisioned performance, up to 50 IOPS/GB Optimized for throughput, and sequential read/write workloads, baseline per TiB throughput, with burst capability
  27. 27. Amazon EC2 Instance Storage What is instance storage? • Some instance types come with direct attached disk-based storage • Included in the hourly cost • Data on instance storage does not persist a user- initiated instance stop/start or hardware failure • Must be allocated at launch • Fast disk I/O without going over the network
  28. 28. Storage Performance for EC2 SQL Server Consider IOPS and throughput needed by your workload • Enable EBS optimization on instance • Create a single volume for data and logs • Format with 64K allocation unit size • Match total EBS IOPS and throughput to instance type • Stripe EBS PIOPS volumes for more than 20,000 IOPS Example volume layout: C: Boot on General Purpose SSD D: Data and log files on PIOPS single or striped set E: Backups on ST1 or SC1 Z: Tempdb on instance storage (if available)
  29. 29. Configuring tempdb on Instance Storage Move tempdb files to instance-storage-backed drives:1 2 ALTER DATABASE tempdb MODIFY FILE (NAME = tempdev, FILENAME = 'Z:tempdb.mdf'); GO ALTER DATABASE tempdb MODIFY FILE (NAME = templog, FILENAME = 'Z:templog.mdf'); GO Modify startup to grant service account access: icacls Z: /grant "NT SERVICEMSSQLSERVER”:(OI)(CI)(F)
  30. 30. SQL Server HA & DR on Amazon EC2 Use multiple Availability Zones • Instance-level and AZ-level failure tolerance • Synchronous replication Options • Enterprise Edition: AlwaysOn Availability Groups • Standard Edition: Failover cluster instances using partner block-level replication solution
  31. 31. Multi-AZ AlwaysOn Availability Group Availability Zone 1 Private Subnet EC2 Primary Replica Availability Zone 2 Private Subnet EC2 Secondary Replica AWS Region Synchronous Commit Automatic Failover
  32. 32. Multi-region AlwaysOn Availability Group Availability Zone 1 Private Subnet EC2 Primary Replica Primary: 10.0.2.100 WSFC: 10.0.2.101 AG Listener: 10.0.2.102 AWS Region A Availability Zone 2 Private Subnet EC2 Secondary Replica Primary: 10.0.3.100 WSFC: 10.0.3.101 AG Listener: 10.0.3.102 Availability Zone 1 Private Subnet EC2 Secondary Replica Primary: 10.1.2.100 WSFC: 10.1.2.101 AG Listener: 10.1.2.102 AWS Region B Elastic IP Elastic IP VPN Synchronous Commit Automatic Failover Asynchronous Commit Manual Failover
  33. 33. Failover Cluster Instance on Amazon EC2 Amazon EBS Amazon EBS Availability Zone 1 Private Subnet EC2 Primary Replica Availability Zone 2 Private Subnet EC2 Secondary Replica AWS Region Data Replication SIOS DataKeeper Cluster Edition
  34. 34. Amazon RDS for SQL Server Best Practices
  35. 35. Amazon RDS for SQL Server Best Practices • Moving data to/from Amazon RDS • SQL Server’s native backup and restore • HA SQL Server deployments • Storage and I/O performance • Active Directory with Amazon RDS
  36. 36. Moving Data In and Out of RDS for SQL Server .BAK File Import and Export Leverages SQL Server’s native backup functionality AWS Database Migration Service Minimize downtime during migrations, migrate between different DB platforms, Schema Conversion Tool AWS Marketplace Third-party data import and export tools and solutions 1 3 4 Microsoft SQL Server Database Publishing Wizard, Import/Export Export to T-SQL files, load using sqlcmd 2
  37. 37. .bak File Import and Export Prerequisites RDS for SQL Server DB Instance✓ S3 Bucket (to store .bak files)✓ DB Option Group enabling SQLSERVER_BACKUP_RESTORE✓ SSMS or other client to connect to DB instance and execute the stored procedures ✓
  38. 38. Using .bak File Import and Export /* Restoring from backup file */ exec msdb.dbo.rds_restore_database @restore_db_name='your database name' @s3_arn_to_restore_from='arn:aws:s3:::<bucket>/<file path>'; /* Exporting to backup file */ exec msdb.dbo.rds_backup_database @source_db_name='your database name', @s3_arn_to_backup_to='arn:aws:s3:::<bucket>/<file path>', @overwrite_S3_backup_file=1; /* Check job status */ exec msdb.dbo.rds_task_status;
  39. 39. High Availability in RDS for SQL Server Amazon RDS for SQL Server Multi-AZ • Principal and secondary DB nodes in different Availability Zones • Leverages SQL Server DB mirroring • Automatic failover (typically, 1–2 minutes) • Always run production workloads in Multi-AZ mode
  40. 40. High Availability in RDS for SQL Server Amazon RDS for SQL Server Multi-AZ • Principal and secondary DB nodes in different Availability Zones • Leverages SQL Server DB mirroring • Automatic failover (typically, 1–2 minutes) • Always run production workloads in Multi-AZ mode
  41. 41. AZ1 AZ2 Single AZ
  42. 42. Physical Synchronous Replication AZ1 AZ2 Multi-AZ
  43. 43. Physical Synchronous Replication AZ1 AZ2 Multi-AZ
  44. 44. AZ1 AZ2 Multi-AZ
  45. 45. AZ1 AZ2 Multi-AZ
  46. 46. AZ1 AZ2 DNS Primary Update Multi-AZ
  47. 47. AZ1 AZ2 DNS cname update Primary Update Multi-AZ
  48. 48. AZ1 AZ2 DNS cname update Primary Update Multi-AZ
  49. 49. • Compute • Network • Storage Instance Class • Memory Storage Type Performance
  50. 50. Magnetic (HDD) Provisioned IOPS (SSD) General Purpose (SSD) RDS Storage Types
  51. 51. Storage I/O Performance Planning Amazon RDS storage throughput depends on DB instance class 50%/50% balanced workload saturating both channels I/O requests sizes: Provisioned IOPS can handle I/O up to 256 KB in size I/Os larger than 32 KB consume multiple IOPS Maximum storage IOPS: 20,000 Capacity for concurrent I/O–optimize latency 1 3 2 Average queue depth: I/O requests waiting to be serviced ~5 outstanding I/O op/1000 IOPS provisioned 4
  52. 52. Storage I/O Performance Amazon RDS Amazon EC2 Type Size Performance Size Performance Burst Capacity Pricing Model Magnetic Storage 20 GiB–1 TiB ~100 IOPS 1 GiB–1 TiB ~ 100 IOPS Yes, several hundred IOPS Allocated storage; I/O operations General Purpose (SSD) 20 GiB–4 TiB (min. 100 GiB recommended) 3 IOPS/GiB 1 GiB–16 TiB 3 IOPS/GiB for volumes 1 TiB or less, up to 10,000 IOPS for larger volumes Yes, up to 3000 IOPS per volume, subject to credits (< 1 TiB in size) Allocated storage Provisioned IOPS (SSD) 100 GiB–4 TiB (min. 200 GiB for Standard edition and up) Up to max. 20,000 IOPS 4 GiB–16 TiB Up to 20,000 IOPS No, fixed allocation Allocated storage; provisioned IOPS
  53. 53. Existing Active Directory Integration • Windows Authentication support provided by AWS Directory Service Microsoft AD directory • RDS DB instance joined to the directory operated domain • Integrate with existing AD deployment using a forest trust • Configure inbound trust on the external forest + outbound trust in the directory • Configure conditional forwarders for the two domains
  54. 54. Deploying SharePoint on AWS Choosing the Best Option for Your Needs
  55. 55. Browse, Test, and Buy Enterprise Software a Simplified Procurement Process a Consume as Needed Without Overprovisioning Architecture: Marketplace One AWS Bill a Consume Hourly, Monthly, Annually a Customers run over 143M hours of software per month
  56. 56. Architecture: Marketplace SharePoint Enterprise 2016 for AWS "All In One" for SME or Line of Business implementation. Best for Test or Development teams working on short-term development projects, to share and collaborate on new ideas and engage in social conversations. SharePoint Enterprise 2016 All In One Availability Zone Subnet Windows Server 2012R2 Active Directory Domain Services SQL Server 2014 Enterprise SharePoint Server 2016 Internet Gateway
  57. 57. Architecture: Marketplace Availability Zone Subnet Windows Server 2012R2 Active Directory Domain Services Internet Gateway Subnet Windows Server 2012R2 SQL Server 2014 Enterprise Subnet Windows Server 2012R2 SharePoint Server 2016 SharePoint Enterprise 2016 Business SharePoint Enterprise 2016 is well suited for enterprises looking for a collaboration tool in multiple geo-locations, including support for external users.
  58. 58. Quick Start: SharePoint Server
  59. 59. Architecture: SharePoint Quick Start AWS CloudFormation Automated Build Extensible JSON AWS CloudFormation Templates Available on GitHub Creates “Stacks” of AWS Resources Bring Your Own License for SharePoint DevOps for SharePoint
  60. 60. Architecture: SharePoint Quick Start 1. Prepare an AWS Account. 2. Configure and Launch the Stack. 3. Configure Availability Group(s). 4. Done! Deployment Steps Template takes about 3 hours to complete Default template will cost about $12 per hour
  61. 61. Architecture: Multi-AZ SharePoint Single Production Farm Database Backups Shipped Offsite and/or Replicated to Alternate Data Center Typical SharePoint DR Plan Involves a Full Farm Rebuild Followed by a Restore of Content Database Backups Typical On-Premises SharePoint Setup Data Center #1 Storage Volumes or Database Backups Synchronized/ Replicated to Alternate Datacenter Production SharePoint Farm Data Center #2 Database Backups Located on Tape Media Transported to Offsite Facility
  62. 62. Architecture: Multi-AZ SharePoint AWS Multi-AZ Design Pattern AWS is built around Regions and Availability Zones (AZs) Region is a physical location in the world where we have multiple Availability Zones Availability Zones consist of one or more discrete fault tolerant data centers, each with redundant power, networking and connectivity Availability Zones are connected to each other with private fiber-optic low-latency links You can achieve High Availability by deploying your application that spans across multiple Availability Zones Data Center Redundancy Achieved with Little or No Effort! Availability Zone #1 Web Server DB Server Web Server DB Server Single Application Boundary Spanning Multiple AZs Synchronous Replication / Automatic Failover Availability Zone #2Low Latency
  63. 63. Architecture: Multi-AZ SharePoint VPC, Two AZs, Single Public and Multiple Private Subnets a Include Remote Access, NAT Gateways and Active Directory a Stretched SharePoint Farm Spanning Multiple AZs Providing Data Center Redundancy a Multi-AZ Reduces Risk Profile and Simplifies DR Planning AWS Multi-AZ SharePoint 2013 Availability Zone #1 Web Tier (Subnet) App Tier (Subnet) Directory Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) Data Tier (Subnet) Directory Tier (Subnet) Availability Zone #2 VPC NAT Gateway Public Tier (Subnet) Data Tier (Subnet) Windows Server RD Gateway VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway Domain Controller Domain Controller Availability Zone #1 Directory Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) Data Tier (Subnet) Directory Tier (Subnet) Availability Zone #2 AWS ELB VPC NAT Gateway Public Tier (Subnet) Data Tier (Subnet) Windows Server RD Gateway VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway SQL Server SQL Server S SharePoint WFE S SharePoint APP Web Tier (Subnet) App Tier (Subnet) Domain Controller Domain ControllerS SharePoint APPS SharePoint WFE Always On Availability Group (Synchronous)
  64. 64. Fully Supported to Run a SharePoint DR Farm/Two-Region DR Pattern on AWS for SharePoint AWS Supports Traditional Two-Data Center Patterns Architecture: Multi-AZ SharePoint Availability Zone #1 Directory Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) Directory Tier (Subnet) Availability Zone #2 AWS ELB VPC NAT Gateway Windows Server RD Gateway VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway SQL Server Domain Controller Domain Controller Region US East Region US West Web Tier (Subnet) App Tier (Subnet) Data Tier (Subnet) Directory Tier (Subnet) Availability Zone #1 VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway Domain Controller Always On Availability Group (Asynchronous) SQL Server Data Tier (Subnet) VPN DR Farm S SharePoint APPS SharePoint WFE Public Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) S SharePoint APPS SharePoint WFE S SharePoint APPS SharePoint WFE Data Tier (Subnet) SQL Server Always On Availability Group (Synchronous) Production Farm Availability Zone #1
  65. 65. Architecture: SharePoint 2016 Minimum Size SharePoint 2016 MinRole Farm a Does Not Provide HA MinRole SharePoint Availability Zone #1 Directory Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) Data Tier (Subnet) Directory Tier (Subnet) Availability Zone #2 AWS ELB VPC NAT Gateway Public Tier (Subnet) Data Tier (Subnet) Windows Server RD Gateway VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway SQL Server S SharePoint Front-end S SharePoint Search Web Tier (Subnet) App Tier (Subnet) Domain ControllerS SharePoint Application S SharePoint Distributed Cache
  66. 66. Architecture: SharePoint 2016 HA SharePoint 2016 MinRole Farm a Supports No Downtime Patching MinRole SharePoint Availability Zone #1 Directory Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) Data Tier (Subnet) Directory Tier (Subnet) Availability Zone #2 AWS ELB VPC NAT Gateway Public Tier (Subnet) Data Tier (Subnet) Windows Server RD Gateway VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway SQL Server SQL Server Web Tier (Subnet) App Tier (Subnet) Domain Controller Domain Controller S SharePoint Application Always On Availability Group (Synchronous) S SharePoint Front-end S SharePoint Distributed Cache S SharePoint Search S SharePoint Distributed Cache S SharePoint Distributed Cache S SharePoint Application S SharePoint Search S SharePoint Front-end
  67. 67. Architecture: SharePoint 2016 HA SharePoint 2016 MinRole Farm a Supports No Downtime Patching Add Office Online Server and Workflow Manager MinRole SharePoint Availability Zone #1 Directory Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) Data Tier (Subnet) Directory Tier (Subnet) Availability Zone #2 AWS ELB VPC NAT Gateway Public Tier (Subnet) Data Tier (Subnet) Windows Server RD Gateway VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway SQL Server SQL Server Web Tier (Subnet) App Tier (Subnet) Domain Controller Domain Controller S SharePoint Application Always On Availability Group (Synchronous) S SharePoint Front-end S SharePoint Distributed Cache S SharePoint Search S SharePoint Distributed Cache S SharePoint Distributed Cache S SharePoint Application S SharePoint Search S SharePoint Front-end Office Online Server Office Online Server Workflow Manager Workflow Manager Workflow Manager
  68. 68. Architecture: SharePoint 2016 MinRole Enhancements a Supports Shared Roles a Minimum Number of Farm Servers for HA = 4 SharePoint 2016 Feature Pack1 Availability Zone #1 Directory Tier (Subnet) Web Tier (Subnet) App Tier (Subnet) Data Tier (Subnet) Directory Tier (Subnet) Availability Zone #2 AWS ELB VPC NAT Gateway Public Tier (Subnet) Data Tier (Subnet) Windows Server RD Gateway VPC NAT Gateway Public Tier (Subnet) Windows Server RD Gateway SQL Server SQL Server Web Tier (Subnet) App Tier (Subnet) Domain Controller Domain Controller Always On Availability Group (Synchronous) S SharePoint Front-end with Distributed Cache S SharePoint Application with Search S SharePoint Front-end with Distributed Cache S SharePoint Application with Search
  69. 69. Useful Resources Microsoft SQL Server on AWS https://aws.amazon.com/windows/products/sql/ Deploying SQL Server on AWS (whitepaper) https://d0.awsstatic.com/whitepapers/RDS/Deploying_SQLServer_on_AWS.pdf Amazon RDS for SQL Server Supported Features http://amzn.to/2dHsNEU Implementing Microsoft Windows Server Failover Clustering and SQL Server AlwaysOn Availability Groups in the AWS Cloud http://amzn.to/2cQTD1h
  70. 70. Questions?
  71. 71. Remember to complete your evaluations!

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