How To Build A Software Defined Data Center

Transcription

1 Delivering the Software Defined Data Center Georgina Schäfer Sr. Product Marketing Manager VMware Calvin Rowland, VP, Business Development F5 Networks 2014 VMware Inc. All rights reserved.

2 F5 & Vmware TECHNOLOGY ALLIANCE PARTNERS VMware partner for 7+ years 2010 Technology Innovator Partner of the Year Joint development of solutions to address customer demands JOINT VISION Enable customers to deliver an architecture required to: Meet today s business expectations, Help organizations transform data center economics Increase application deployment and management agility.

3 Agenda 1 The Software Defined Data Center (SDDC) Approach 2 Network Virtualization in the SDDC 3 Inserting Software Defined Application Services 3

4 Consumer Experience vs. Corporate Experience CONFIDENTIAL 4

5 Enterprise business leaders want their IT to be like Amazon New IT Internal/Hybrid Software Defined Data Center (SDDC) or No IT Outsourced or Hardware Defined Data Center (HDDC) 5

6 Taking what we have learned. Automated Operational Model Programmatically Create, Snapshot, Store, Move, Delete, Restore Software Applications Virtual Machines Server Virtualization Intelligence in the virtualization layer Vendor independent x86 capacity Transformative operational model Automated configuration & management Hardware Manual Operational Model Compute Capacity Network Storage Intelligence in hardware Dedicated, vendor specific infrastructure Manual configuration & management

7 To deliver a Software Defined Data Center approach Automated Operational Model Programmatically Create, Snapshot, Store, Move, Delete, Restore Software Virtual Machines Applications Virtual Networks Data Center Virtualization Virtual Storage Hardware Compute Capacity Network Capacity Storage Capacity Pooled compute, network and storage capacity Vendor independent, best price/performance Simplified configuration & management Location Independence

8 SDDC is an approach, not a product. Applications Software Hardware Virtual Machines Compute Capacity Virtual Networks Data Center Virtualization Network Capacity Virtual Storage Storage Capacity Application Consumption Desktop Internet Virtual Desktop Laptop Tablet Mobile Location Independence

9 Vmware & F5 Solutions for Desktop and Application Virtualization Optimized VDI Solution Proven choice for End User Computing Market leader in Application Delivery Optimized User Experience Speed of Provisioning Unified Security & Access Control Higher Availability Reduced Cost Joint solution to meet end users needs

10 The approach taken by the most agile & efficient data centers is SDDC Google / Facebook / Amazon Data Centers Custom Application Software / Hardware Abstraction Custom Platform Software / Hardware Abstraction Any x86 Any Storage Any IP network 10

11 Extending the approach to ANY application Hardware Defined Data Center (HDDC) OR Software Defined Data Center (SDDC) Any Application Any Application HDDC Platform App Specific Policies SDDC Platform Data Center Virtualization Integrated x86 Integrated Storage Vertical Integration Software Controller Any x86 Any Storage Vendor Specific Network App Specific Policies Any IP network

12 SDDC Within, Between and Across Data Centers Software Defined Data Center (SDDC) Inter- Data Center Hybrid- Data Center Any Application Any Application Any Application SDDC Platform Data Center Virtualization Any x86 Any x86 Any x86 Any Storage Any Storage Any Storage Any IP network Any IP network Any IP network 12

13 Software-Defined Application Services BIG-IQ BIG-IP BIG-IP Data Center Hybrid Cloud Public Cloud

14 Understanding SDDC Network Virtualization 14

15 Network Capacity Internet

16 Compute Capacity. Internet

17 Data Center Virtualization Layer Internet

18 A Network Hypervisor Internet

19 The Operational Model of a VM for the Networking NSX provides an open platform for the integration of advanced third party services Internet

20 Creating Sophisticated Application Topologies Web-Tier DB-Tier App-Tier VMs Connect to Virtual Networks Security Enforcement at vnic level Virtual Networks Connect to Physical Workloads

21 Creating Sophisticated Application Topologies Web-Tier DB-Tier App-Tier VMs Connect to Virtual Networks Security Enforcement at vnic level Virtual Networks Connect to Physical Workloads With Physical Services Integration

22 On-Demand Application Deployment Web-Tier DB-Tier App-Tier VMs Connect to Virtual Networks Security Enforcement at vnic level Cloud Management Platform Virtual Networks Connect to Physical Workloads With Physical Services Integration

23 Programmatically Provisioned Virtual Networks

24 Services Distributed to the Virtual Switch

25 Leveraging SDDC Approach for Micro-Segmentation Hypervisor-based, in kernel distributed firewalling Platform-based automated provisioning and workload adds/moves/changes Security Policy Cloud Management Platform Internet Perimeter Firewalls 25

26 Inserting Software Defined Application Services 26

27 Isolation Segmentation Service Insertion Dev Web Web Test App App Production DB DB No Communication Path Controlled Communication Path Advanced Services Controlled Communication Path 27

28 VMware NSX System Extensibility Architecture Cloud Management Platform NSX API with Partner extensions NSX Manager NSX Controller Management plane Partner Service Manager Distributed, automated framework for: Traffic steering Service insertion Service chaining NSX Gateway NSX vswitch Service orchestration Any Hypervisor Extensibility based on RESTful NSX API Any Network Hardware Logical service pipeline with service composition at multiple points in the virtual network HW Partner Extensions

29 NSX-F5 Solution Overview Key driver: Operational Simplicity Leverage Advanced F5 ADC options inside NSX model Enable choice of Virtual or Physical F5 appliances within NSX Simplicity to move current applications load balanced by F5 to an NSX environment NSX-F5 Joint Solution Operational model of a VM for ADC services Leverage NSX service insertion capabilities to integrate F5 BIG-IQ/BIG-IP Tenant L2 L2 L2 L2 L2 L2 CONFIDENTIAL 29

30 Use Case: Application ADC for the App Owner App owner: "I want an F5 VIP and an iapp template, to front-end my pool of servers Operational Simplicity Auto configuration, deployment and licensing of BIG-IP at time of application provisioning Consistent policy across physical and virtual appliances L2 L2 L2 L2 Tenant L2 L2 Deployment Agility Application-specific acceleration and service delivery for multi-tier applications Workload mobility and optimization without service re-location Ease of Consumption Integrated management plane for NSX & F5 CMP-based multi-tier application provisioning

31 NSX / F5 Management Plane Integration 1 Configuration INTERNET User One-time registration of BIG-IQ with NSX Manager vcenter Server VM Management NSX Manager VM BIG-IQ VM Network/F5 Admin specifies ADC service template and location for service instantiation BIG-IQ publishes catalog of iapps to NSX Manager NSX Logical Router Logical Networks F5 VE ADC Services are automatically provisioned with compute and network services VM VM VM Server Pool

32 Powerful joint solution to eliminate business challenges Reduced Time to Market New applications and services to employees or customers NSX + Improved Time to React Alterations to existing, deployed infrastructure Faster Time to Value

33 CONFIDENTIAL 33