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Parallels Dynamic Infrastructure And OpenStack

Parallels Dynamic Infrastructure And OpenStack. Dynamic Infrastructure. Enabled Services. Parallels Automation. Automation & Orchestration. User Services. Internal Infrastructure. Other…. Dynamic Infrastructure. VM. Container. Hosted Desktop. Virtual Datacenter. 400+ APS Apps.

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Parallels Dynamic Infrastructure And OpenStack

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  1. Parallels Dynamic Infrastructure And OpenStack

  2. Dynamic Infrastructure Enabled Services Parallels Automation Automation & Orchestration User Services Internal Infrastructure Other… Dynamic Infrastructure VM Container Hosted Desktop Virtual Datacenter 400+ APS Apps Cloud VPS Application Containers More… SaaS VM VM Container Container Virtualization Virtualization Virtualization Parallels Cloud Storage Hardware

  3. Parallels Cloud Server • Parallels Cloud Storage • Optimized for running virtual environments • Create cloud storage pool from existing, unused disk space • Highly scalable and elastic • High performance, high availability servers • Instant live server migration • Non-disruptive replication • Parallels Containers • More efficient memory caching reduces I/O and memory bottlenecks • New container layout enables easy migration and backup • Rebootless updates eliminate service outage during updates • Parallels Hypervisor Virtualization • OS flexibility • Bare metal installation Parallels Containers Parallels Hypervisor

  4. Two main types of virtualization • Operating System Virtualization • Containers • High density - 3X hypervisors • High performance • Cloud Ready • Elastic – easily scale up and down • Instant-on provisioning • Ideally suited for PaaS/SaaS applications James to put in more technical bullets • Containers share host OS • Simple sharing of the underlying operating system is far better than booting a separate OS • Container slicing of the OS is ideally suited to cloud slicing for multi-tenancy • Hardware Virtualization • Hypervisors or Virtual Machines • Higher overhead = lower density • Allow different operating systems on the physical server

  5. Density Test Results Response time in seconds Densityresult • Benefits: • PCS file caching greatly improves density for typical applications • Now your containers run on maximum density regardless of users updating the software and whether applications were “templated”

  6. LAMP Benchmark – Test Results • Parallels Containers improved by 11% over previous version of Parallels Virtuozzo Containers 4.7 • Parallels Containers outperform: KVM up to 250%, Citrix Xen up to 350% • Parallels Hypervisor outperform: KVM up to 90%, Citrix Xen up to 140%

  7. Lots of Unused Disk Space – Locked to Servers • Average total capacity ~1 TB per server • Average unused capacity is about 2/3 Avg = 37% *Results from Nov 11 survey of 6 large service providers

  8. Parallels Cloud Storage implementation

  9. Performance comparison • PCS Faster Than HW SAN up to • 8x on random writes • 5x on random reads

  10. Built for efficiency • Advanced Resource Management • Support multiple VPS and Cloud server packages at varying levels of CPU, memory, disk I/O and storage space. • On-the-fly virtual environment elasticity • Enables flexibility for customers and ease of upgrading for service providers. • Immediate provisioning and activation • The fastest availability time for new VPS and Cloud server subscriptions, allowing your customers to add new services instantly. • Application templates • Automate the rapid deployment and configuration of applications into virtual servers enabling you to easily extend existing services. • Comprehensive integration • Third party systems are enabled with command line and API interfaces, simplifying the complete automation of delivering and billing. • Performance and resource isolation • Enable service providers to guarantee SLAs and provide highly reliable and secure virtual servers.

  11. Parallels additions to OpenStack APS Packaging Application Catalogue User and Admin Panels (Horizon) ParallelsPanels (PA and PPA) Billing (Parallels Automation) Billing (Ceilometer)) Other Services Via API OpenStack API Network Compute Storage Image Nova Neutron Cinder Glance SDN OpenVswitch Gluster Swift Ceph SAN Xen KVM Docker HyperV Vmware PStorage Container Net PCS PStorage

  12. Other Parallels sessions • How does the kernel stack up against OpenStack? • James Bottomley – CTO of Virtualization • Tuesday 2 PM • B314 • The future of containers in Linux and OpenStack • James Bottomley – CTO of virtualization • Wednesday 3:30 PM • B102

  13. Questions? Thank You

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