AWS Meetup 2019 - VMware Cloud on AWS Technical Deepdive

1. VMWARE CLOUD ON AWS TECHNICAL DEEPDIVE Jeffrey Kusters Technology Officer at ….…… VMware Cloud on AWS Solution Provider Partner jkusters@itq.nl…… @jeffreykusters…… jeffreykusters.nl……
2. “Nearly all enterprises that AWS works with today start out with a significant on-premises footprint and take a hybrid approach to cloud computing.” Andy Jassy, CEO Amazon Web Services
3. virtual machines in on-premises data centers Source: Gartner - Four Trends Changing Server Virtualization Decisions 70M
6. Consistency Skillsets & Tools Cloud Governance Enterprise-class App SLA Vendor Lock-in
8. Hardware IaaS CaaS PaaS PaaS Push as many workloads as technically feasible and through business criteria to the top of the platform hierarchy. FaaS SaaS
9. Many applications are COTS … you don’t have access to the source code
10. Refactoring and Rearchitecting is hard
11. “Monthly Uptime Percentage” is calculated by subtracting from 100% the percentage of minutes during the month in which Amazon EC2 or Amazon EBS, as applicable, was in the state of “Region Unavailable” “Region Unavailable” means that more than one Availability Zone in which you are running an instance, within the same Region, is “Unavailable” to you.”
12. Application Data Presentation ✓ ✓ ?
13. Can your applications scale across Availability Zones?
14. 14 Customer Datacenter vSphere vSAN NSX vCenter vCenter Operational Management VMware Cloud™ on AWS Powered by VMware Cloud Foundation AWS Global Infrastructure VMWARE CLOUD ON AWS
15. 15 AWS Global Infrastructure Customer Datacenter vSphere vSAN NSX Amazon EC2 Amazon S3 Amazon RDS AWS Direct Connect AWS IAM AWS IoT … … … … vCenter vCenter Operational Management VMware Cloud™ on AWS Powered by VMware Cloud Foundation AWS Native Services VMWARE CLOUD ON AWS
16. 16 HYBRID CLOUD ARCHITECTURE on-premises Datacenter vCenter Server vCenter Server Software Defined Data Center VMware Cloud on AWS NSX VDS or VSS vSphere vSphere Storage Content Library Hybrid Linked Mode AWS Global Infrastructure VSAN
17. 17 CLOUD SDDC CONFIGURATIONS § 2 SDDCs per Organization* § Up to 20 vSphere clusters per SDDC § 3 to 16 hosts per cluster § Only Cluster-01 has management workloads. * Soft limit
18. 18 I3.METAL COMPUTE HOST CONFIGURATION § Dual socket CPU host configuration § Intel E5-2686 v4 § 18 Cores per socket at 2.3 GHz § 512 GiB memory per host 576 108 8192 1536 TO TO CORES GiB CORES GiB 3 NODE CLUSTER 16 NODE CLUSTER
19. 19 I3.METAL COMPUTE HOST CONFIGURATION § 2 Disk Groups § 8 self-encrypting NVMe devices § 10.2TB raw capacity per host § Deduplication & Compression Enabled § Highly performant and resilient storage system Disk Group #1 Disk Group #2 Cache Tier Capacity Tier
20. 20 R5.METAL COMPUTE HOST CONFIGURATION § Dual socket CPU host configuration § Intel Platinum 8000 Series CPUs § 24 Cores per socket up to 3.1 GHz § 768 GiB memory per host 768 144 12288 2304 TO TO CORES GiB CORES GiB 3 NODE CLUSTER 16 NODE CLUSTER
21. 21 R5.METAL COMPUTE HOST CONFIGURATION VMware Cloud on AWS SDDC Elastic vSAN Amazon EC2 R5.metal Amazon EC2 R5.metal Amazon EC2 R5.metal EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS EBS … Management VMs Customer workload VMs § New diskless host instance R5.metal § VMware vSAN integrated with Amazon Elastic Block Store (EBS) § Higher capacity per host for better VM consolidation – raw capacity ranging from 15TiB to 35TiB § Faster remediation of host failures § Can be the first cluster provisioned in a VMware Cloud on AWS SDDC § Lowers cost for Disaster Recovery use case
22. 22 R5.METAL COMPUTE HOST CONFIGURATION § All storage provided by EBS GP2 § Raw capacity tier of 15-35TB § Configured at Cluster creation § Adjustable in 5TB increments § Compression Enabled Disk Group #1 Disk Group #2 Cache Tier Capacity Tier Disk Group #3 15TB 20TB 25TB 30TB 35TB
23. 23 ADDING HOSTS vSAN Cluster HOST IS ADDED 1. AUTOMATIC NETWORK CONFIGURATION 2. 3. vSAN Cluster Management Network vMotion Network vSAN Network VXLAN Network vSAN Cluster vSAN DATASTORE CAPACITY INCREASE
24. 24 AUTO REMEDIATION HOST FAILS, OR PROBLEM IDENTIFIED NEW HOST ADDED TO CLUSTER. DATA FROM PROBLEM HOST REBUILT, AND/OR MIGRATED PREVIOUS HOST EVACUATED FROM CLUSTER, FULLY REPLACED BY NEW HOST 1. 2. 3. vSAN Cluster vSAN Cluster vSAN Cluster
25. 25 ELASTIC DRS CPU Memory Storage vSAN Cluster
26. 26 STANDARD CLUSTER AWS Global Infrastructure AWS Region vSphere Cluster SDDC Availability Zone vSAN Cluster Single-AZ Deployment 99.9%
27. 27 STRETCHED CLUSTER x AWS Global Infrastructure AWS Region vSphere Cluster Availability Zone Availability Zone Multi-AZ Deployment SDDC vSAN Cluster 99.99%
28. 28 DISASTER RECOVERY AS A SERVICE On-prem site (Production) SRM VMware Site Recovery VMware Cloud on AWS SDDC 2 (DR site) VMware Cloud on AWS SDDC 1 (Production) VMware Site Recovery 99.999%
29. 29 DISASTER RECOVERY AS A SERVICE § Delivered as an add-on service with granular, on-demand pricing § Built on VMware’s proven disaster recovery solutions § Automated DR runbook with application-centric runbooks § Bidirectional protection between cloud and on-prem as well as between AWS availability zones § Integrated deeply with the VMware Cloud on AWS services Disaster Recovery to VMware Cloud on AWS vSphere Private Cloud VMware Cloud on AWS AWS
30. 30 DISASTER RECOVERY AS A SERVICE vSphere / vSAN vSphere / vSAN VR Versioned APIs Allow Multi-Release Compatibility vCenter SRM vCenter SRM VR § Decouple on-premises upgrade from VMC on AWS upgrades § Decouple SRM and VC upgrades § Loosening version dependencies across vCenter, SRM and VR, releases
31. 31 NETWORKING IN VMWARE CLOUD ON AWS § NSX-T Provides: § Firewall § VPN § Micro segmentation § IPFIX § Port Mirroring § And more… § Direct Connect § VPC Connectivity
32. 32 NETWORKING IN VMWARE CLOUD ON AWS
33. 33 NETWORKING IN VMWARE CLOUD ON AWS
34. 34 NETWORKING IN VMWARE CLOUD ON AWS Internet CGW ENI 25Gbps Routed Network 1 192.168.1.0/24 Routed Network 2 172.16.2.0/24 VM VM VM VM VMware Cloud VPC Amazon EC2 Amazon S3 Amazon RDS AWS IoT AWS Native Services (Customer) L2 Extended Network On-Prem Def GW VM MGW VC Edge (2) Ctrl (3) VPN Workload LS-1 (Overlay) Workload LS-2 (Overlay) ESXi hosts NSX mgr Edge Appliance Direct Connect Management Part Compute Part Tier 0 Tier 1 Tier 1
35. 35 INTERCONNECTIVITY OPTIONS VMware Cloud on AWS Data Center Interconnection Direct Connect Public Internet 172.16.10.0/24 172.16.20.0/24 L3 VPN 10.10.10.0/24 10.10.10.0/24 L2 VPN 192.168.10.0/24 192.168.10.0/24 HCX 172.16.10.0/24 172.16.20.0/24 BGP (L3 VPN optional) 10.10.10.0/24 10.10.10.0/24 L2 VPN 192.168.10.0/24 192.168.10.0/24 HCX
36. 36 VMWARE HCX 1 Infra Abstraction between vSphere versions 2 Infra Hybridity stretched network across multiple data centers and clouds 3 App Mobility with business continuity at scale
37. 37 INFRASTRUCTURE ABSTRACTION WITH HCX § App Mobility between any vSphere versions across on- premises and VMware Cloud on AWS § Best-In-Class migration, VMware Cloud Motion with vSphere Replication with zero downtime § Secure, Bi-Directional, Traffic Engineered, Network Extension with Auto VPN set up § Use cases: § DC Evacuation § DC Consolidation § Hardware Refresh § DC Extension Infrastructure Hybridity App Mobility vSphere On-Prem vSphere Internet / Direct Connect/WAN VMware Cloud on AWS vSphere HCX Infrastructure Abstraction
38. We are one. We are ITQ. Jeffrey Kusters Zeestraat 250 | 1949 AG Wijk aan Zee T +31 251 82 88 03 | M +31 6 52 76 21 89