Virtualization and Virtual Machine Software. We Help You to Choose the Best VM
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Understanding Full Virtualization, Paravirtualization, and Hardware Assist
VMware Understanding Full Virtualization, Paravirtualization, and Hardware Assist Contents Introduction .................................................................................................................1 Overview of x86 Virtualization..................................................................................2 CPU Virtualization .......................................................................................................3 The Challenges of x86 Hardware Virtualization ...........................................................................................................3 Technique 1 - Full Virtualization using Binary Translation......................................................................................4 Technique 2 - OS Assisted Virtualization or Paravirtualization.............................................................................5 Technique 3 - Hardware Assisted Virtualization ..........................................................................................................6 Memory Virtualization................................................................................................6 Device and I/O Virtualization.....................................................................................7 Summarizing the Current State of x86 Virtualization Techniques......................8 Full Virtualization with Binary Translation is the Most Established Technology Today..........................8 Hardware Assist is the Future of Virtualization, but the Real Gains Have -
The Server Virtualization Landscape, Circa 2007
ghaff@ illuminata.com Copyright © 2007 Illuminata, Inc. single user license Gordon R Haff Illuminata, Inc. TM The Server Virtualization Bazaar, Circa 2007 Inspired by both industry hype and legitimate customer excitement, many Research Note companies seem to have taken to using the “virtualization” moniker more as the hip phrase of the moment than as something that’s supposed to convey actual meaning. Think of it as “eCommerce” or “Internet-enabled” for the Noughts. The din is loud. It doesn’t help matters that virtualization, in the broad sense of “remapping physical resources to more useful logical ones,” spans a huge swath of Gordon Haff technologies—including some that are so baked-in that most people don’t even 27 July 2007 think of them as virtualization any longer. Personally licensed to Gordon R Haff of Illuminata, Inc. for your personal education and individual work functions. Providing its contents to external parties, including by quotation, violates our copyright and is expressly forbidden. However, one particular group of approaches is capturing an outsized share of the limelight today. That would, of course, be what’s commonly referred to as “server virtualization.” Although server virtualization is in the minds of many inextricably tied to the name of one company—VMware—there are many companies in this space. Their offerings include not only products that let multiple virtual machines (VMs) coexist on a single physical server, but also related approaches such as operating system (OS) virtualization or containers. In the pages that follow, I offer a guide to today’s server virtualization bazaar— which at first glance can perhaps seem just a dreadfully confusing jumble. -
A Virtual Software Appliance for LHC Applications
CernVM - a virtual software appliance for LHC applications C. Aguado-Sanchez 1) , P. Buncic 1) , L. Franco 1) , S. Klemer 1) , P. Mato 1) 1) CERN, Geneva, Switzerland Predrag Buncic (CERN/PH-SFT) • Talk Outline Introduction CernVM Project • Building blocks • Scalability and performance • User Interface and API • Release status Future plans & directions Conclusions ACAT 2008 CernVM – A Virtial Machine for LHC Experiments Erice, 6/11/2008 - 2 Introduction Enjoying “Frequency scaling Era” Cluster of Clusters (GRID) Workstation & PC Clusters Mainframes Single, multi and many cores IBM-VM 360, CERNVM,1988 ACAT 2008 CernVM – A Virtial Machine for LHC Experiments Erice, 6/11/2008 - 4 RecentTrends (h/w) • Multi & many cores CPU Core CPU Core and and Software benefits from multicore architectures L1 Caches L1 Caches where code can be executed in parallel Bus Interface and • Under most common operating systems this L2 Caches requires code to execute in separate threads or processes. Unfortunatelly, HEP/LHC applications were developed during period when it looked like any performance issue can be easily solved by simply waiting 2 more years • Support for hardware assisted virtualization VMM can now efficiently virtualize the entire x86 instruction set • Intel VT and AMD-V implementations • VMware, Xen 3.x (including derivatives like Virtual Iron), Linux KVM and Microsoft Hyper-V Running Virtual Machine will benefit from adoption of multiple core architectures since each virtual machine runs independently of others and can be executed in -
Porting the QEMU Virtualization Software to MINIX 3
Porting the QEMU virtualization software to MINIX 3 Master's thesis in Computer Science Erik van der Kouwe Student number 1397273 [email protected] Vrije Universiteit Amsterdam Faculty of Sciences Department of Mathematics and Computer Science Supervised by dr. Andrew S. Tanenbaum Second reader: dr. Herbert Bos 12 August 2009 Abstract The MINIX 3 operating system aims to make computers more reliable and more secure by keeping privileged code small and simple. Unfortunately, at the moment only few major programs have been ported to MINIX. In particular, no virtualization software is available. By isolating software environments from each other, virtualization aids in software development and provides an additional way to achieve reliability and security. It is unclear whether virtualization software can run efficiently within the constraints of MINIX' microkernel design. To determine whether MINIX is capable of running virtualization software, I have ported QEMU to it. QEMU provides full system virtualization, aiming in particular at portability and speed. I find that QEMU can be ported to MINIX, but that this requires a number of changes to be made to both programs. Allowing QEMU to run mainly involves adding standardized POSIX functions that were previously missing in MINIX. These additions do not conflict with MINIX' design principles and their availability makes porting other software easier. A list of recommendations is provided that could further simplify porting software to MINIX. Besides just porting QEMU, I also investigate what performance bottlenecks it experiences on MINIX. Several areas are found where MINIX does not perform as well as Linux. The causes for these differences are investigated. -
Virtualization Technologies Overview Course: CS 490 by Mendel
Virtualization technologies overview Course: CS 490 by Mendel Rosenblum Name Can boot USB GUI Live 3D Snaps Live an OS on mem acceleration hot of migration another ory runnin disk alloc g partition ation system as guest Bochs partially partially Yes No Container s Cooperati Yes[1] Yes No No ve Linux (supporte d through X11 over networkin g) Denali DOSBox Partial (the Yes No No host OS can provide DOSBox services with USB devices) DOSEMU No No No FreeVPS GXemul No No Hercules Hyper-V iCore Yes Yes No Yes No Virtual Accounts Imperas Yes Yes Yes Yes OVP (Eclipse) Tools Integrity Yes No Yes Yes No Yes (HP-UX Virtual (Integrity guests only, Machines Virtual Linux and Machine Windows 2K3 Manager in near future) (add-on) Jail No Yes partially Yes No No No KVM Yes [3] Yes Yes [4] Yes Supported Yes [5] with VMGL [6] Linux- VServer LynxSec ure Mac-on- Yes Yes No No Linux Mac-on- No No Mac OpenVZ Yes Yes Yes Yes No Yes (using Xvnc and/or XDMCP) Oracle Yes Yes Yes Yes Yes VM (manage d by Oracle VM Manager) OVPsim Yes Yes Yes Yes (Eclipse) Padded Yes Yes Yes Cell for x86 (Green Hills Software) Padded Yes Yes Yes No Cell for PowerPC (Green Hills Software) Parallels Yes, if Boot Yes Yes Yes DirectX 9 Desktop Camp is and for Mac installed OpenGL 2.0 Parallels No Yes Yes No partially Workstati on PearPC POWER Yes Yes No Yes No Yes (on Hypervis POWER 6- or (PHYP) based systems, requires PowerVM Enterprise Licensing) QEMU Yes Yes Yes [4] Some code Yes done [7]; Also supported with VMGL [6] QEMU w/ Yes Yes Yes Some code Yes kqemu done [7]; Also module supported -
Comparison of Platform Virtual Machines - Wikipedia
Comparison of platform virtual machines - Wikipedia... http://en.wikipedia.org/wiki/Comparison_of_platform... Comparison of platform virtual machines From Wikipedia, the free encyclopedia The table below compares basic information about platform virtual machine (VM) packages. Contents 1 General Information 2 More details 3 Features 4 Other emulators 5 See also 6 References 7 External links General Information Name Creator Host CPU Guest CPU Bochs Kevin Lawton any x86, AMD64 CHARON-AXP Stromasys x86 (64 bit) DEC Alphaserver CHARON-VAX Stromasys x86, IA-64 VAX x86, x86-64, SPARC (portable: Contai ners (al so 'Zones') Sun Microsystems (Same as host) not tied to hardware) Dan Aloni helped by other Cooperati ve Li nux x86[1] (Same as parent) developers (1) Denal i University of Washington x86 x86 Peter Veenstra and Sjoerd with DOSBox any x86 community help DOSEMU Community Project x86, AMD64 x86 1 of 15 10/26/2009 12:50 PM Comparison of platform virtual machines - Wikipedia... http://en.wikipedia.org/wiki/Comparison_of_platform... FreeVPS PSoft (http://www.FreeVPS.com) x86, AMD64 compatible ARM, MIPS, M88K GXemul Anders Gavare any PowerPC, SuperH Written by Roger Bowler, Hercul es currently maintained by Jay any z/Architecture Maynard x64 + hardware-assisted Hyper-V Microsoft virtualization (Intel VT or x64,x86 AMD-V) OR1K, MIPS32, ARC600/ARC700, A (can use all OVP OVP Imperas [1] [2] Imperas OVP Tool s x86 (http://www.imperas.com) (http://www.ovpworld compliant models, u can write own to pu OVP APIs) i Core Vi rtual Accounts iCore Software -
Virtualization and Cloud Computing Virtualization Introduction Day 01, Session 1.2 Virtualization
Virtualization and Cloud Computing Virtualization Introduction Day 01, Session 1.2 Virtualization Virtualization is technology that lets you create useful IT services using resources that are traditionally bound to hardware. It allows you to use a physical machine’s full capacity by distributing its capabilities among many users or environments. Non Virtualization / Legacy Environment Virtualized Environment History of Virtualization Development • 1965 IBM M44/44X paging system • 2005 HP Integrity Virtual Machines • 1965 IBM System/360-67 virtual memory hardware • 2005 Intel VT • 1967 IBM CP-40 (January) and CP-67 (April) time-sharing • 2006 AMD VT • 1972 IBM VM/370 run VM under VM • 2005 XEN • 1997 Connectix First version of Virtual PC • 2006 VMWare Server • 1998 VMWare U.S. Patent 6,397,242 • 2006 Virtual PC 2006 • 1999 VMware Virtual Platform for the Intel IA-32 architecture • 2006 HP IVM Version 2.0 • 2000 IBM z/VM • 2006 Virtual Iron 3.1 • 2001 Connectix Virtual PC for Windows • 2007 InnoTek VirtualBox • 2003 Microsoft acquired Connectix • 2007 KVM in Linux Kernel • 2003 EMC acquired Vmware • 2007 XEN in Linux Kernel • 2003 VERITAS acquired Ejascent Type of Virtualization ❑ Data virtualization Data that’s spread all over can be consolidated into a single source. Data virtualization allows companies to treat data as a dynamic supply ❑ Desktop virtualization desktop virtualization allows a central administrator (or automated administration tool) to deploy simulated desktop environments to hundreds of physical machines at once ❑ Server virtualization Virtualizing a server lets it to do more of those specific functions and involves partitioning it so that the components can be used to serve multiple functions Type of Virtualization ❑ Operating system virtualization Operating system virtualization happens at the kernel—the central task managers of operating systems. -
The New Economics of Virtualization the Impact of Open Source, Hardware-Assist and Native Virtualization TABLE of CONTENTS Introduction
WHITE PAPER JANUARY 2007 The New Economics of Virtualization The Impact of Open Source, Hardware-Assist and Native Virtualization TABLE OF CONTENTS Introduction . .3 The State of Virtualization Today . .4 Native Virtualization — A New, More Efficient Approach . .6 Applying Virtualization for Greater ROI — Common Use Cases . .9 Management — The Real Value in Virtualization . .13 Conclusion . .15 The New Economics of Virtualization INTRODUCTION Companies are finding it increasingly difficult to manage their enterprise data centers today.They’re highly complex, expensive to build out and difficult to reconfigure as needs change.The net result is a very high cost of ownership for a resource that is poorly positioned to meet the needs of the business.Virtualization delivers capabilities that address many data center shortcomings and companies are making significant investments in the technology. Unfortunately, until recently, the alternatives (i.e.VMware) were few, proprietary, expensive and slow to respond to industry innovation and standards. A new wave of virtualization- A new wave of virtualization-related technologies has emerged that address these related technologies has challenges and improve upon the efficiency and value of virtualization. Native emerged that address these virtualization is a new approach that improves performance, reliability and total cost challenges and improve of ownership. New virtualization solutions that leverage open source hypervisors upon the efficiency and value derived from the Xen™ open source project offer users choice and minimize the risk of virtualization. of proprietary lock up. Additionally, hardware-assisted virtualization, now available in new processors from AMD and Intel, enable high performance virtualization without modification to operating systems. -
Getting Started with Parallels® Workstation 6.0
Getting Started With Parallels® Workstation 6.0 Copyright © 1999-2011 Parallels Holdings, Ltd. and its affiliates. All rights reserved. Parallels Holdings, Ltd. c/o Parallels International GMbH. Parallels International GmbH Vordergasse 49 CH8200 Schaffhausen Switzerland Tel: + 41 526320 411 Fax: + 41 52672 2010 www.parallels.com Copyright © 1999-2011 Parallels Holdings, Ltd. and its affiliates. All rights reserved. This product is protected by United States and international copyright laws. The product’s underlying technology, patents, and trademarks are listed at http://www.parallels.com/trademarks. Microsoft, Windows, Windows Server, Windows NT, Windows Vista, and MS-DOS are registered trademarks of Microsoft Corporation. Apple, Mac, the Mac logo, Mac OS, iPad, iPhone, iPod touch, FaceTime HD camera and iSight are trademarks of Apple Inc., registered in the US and other countries. Linux is a registered trademark of Linus Torvalds. All other marks and names mentioned herein may be trademarks of their respective owners. Contents Welcome to Parallels Workstation............................................................................4 What You Can Do ............................................................................................................. 5 About Virtual Machines ..................................................................................................... 5 Install Parallels Workstation......................................................................................6 What You Need ............................................................................................................... -
Parallels Server Bare Metal 5.0 User's Guide
Parallels Server Bare Metal 5.0 User's Guide Copyright © 1999-2014 Parallels Holdings, Ltd. and its affiliates. All rights reserved. Parallels Holdings, Ltd. c/o Parallels International GMbH. Parallels International GmbH Vordergasse 49 CH8200 Schaffhausen Switzerland Tel: + 41 526320 411 Fax: + 41 52672 2010 www.parallels.com Copyright © 1999-2012 Parallels Holdings, Ltd. and its affiliates. All rights reserved. This product is protected by United States and international copyright laws. The product’s underlying technology, patents, and trademarks are listed at http://www.parallels.com/trademarks. Microsoft, Windows, Windows Server, Windows NT, Windows Vista, and MS-DOS are registered trademarks of Microsoft Corporation. Apple, Mac, the Mac logo, Mac OS, iPad, iPhone, iPod touch, FaceTime HD camera and iSight are trademarks of Apple Inc., registered in the US and other countries. Linux is a registered trademark of Linus Torvalds. All other marks and names mentioned herein may be trademarks of their respective owners. Contents Introduction ............................................................................................................... 9 About This Guide ............................................................................................................ 9 Organization of This Guide .......................................................................................................9 Documentation Conventions ................................................................................................. 10 Getting -
Virtual Iron Software, Inc
Virtual Iron Software, Inc. Nov 21 2008 Stephen Madden Technical Director APJ © 2008 Virtual Iron Software Inc. Proprietary and confidential. All rights reserved. Virtual Iron Software - Background TrueTrue server server virtualization virtualization platform platform based based on on the the Xen Xen o openpen source source hypervisor hypervisor ComprehensiveComprehensive ComparableComparable capabilities capabilities to to VMware VMware without without the the cost cost or or complexity complexity OfferingOffering VI-Center™VI-Center™ - - policy-driven, policy-driven, automated automated VM VM migration, migration, failover, failover, load load balanci balancingng and and capacity capacity management management SupportSupport for for all all advanced advanced use use cases: cases: server server consolidation, consolidation, dev/test, dev/test, HA/DR, HA/DR, capacity capacity management, management, VDI VDI OverOver 3,0003,000 UserUser AppealAppeal to to broad broad customer customer segm segmentent - - approximately approximately 60% 60% SME SME DeploymentsDeployments Education,Education, Healthcare, Healthcare, Government, Government, Grid Grid Computing, Computing, financial, financial, high high te tech,ch, mfg., mfg., retail, retail, managed managed services services SmallerSmaller IT IT staffs staffs relative relative to to organiza organizationaltional size; size; looki lookingng for for ease ease of of use use Broad Distribution ResellerReseller agreements agreements with with l eadingleading platform platform providers -
Integrating Virtualization Technology Into Remote Labs: a Three Year
AC 2009-318: INTEGRATING VIRTUALIZATION TECHNOLOGY INTO REMOTE LABS: A THREE-YEAR EXPERIENCE Peng Li, East Carolina University Page 14.771.1 Page © American Society for Engineering Education, 2009 Integrating Virtualization Technology into Remote Lab: A Three- Year Experience 1. Introduction and Background Many colleges and universities are facing rising enrollments while the budgets have not been increased proportionally. In our program, enrollment has gone up significantly in the past few years, especially in the distance education (DE) section. How to use the limited resources to deliver quality education effectively and efficiently becomes a real challenge. To deal with this challenge, we have experimented with different virtualization options in the past three years. This paper is a follow-up to the studies1,2 we presented at the previous ASEE conferences and summarizes our three-year experience. Virtualization technology allows multiple guest virtual machines to run simultaneously on a physical computer. The technology was first developed3 at IBM for mainframe systems in the 1960s. The first x86 virtualization product, “VMware Virtual Platform” was released by VMware Inc. in 19994. The year of 2009 is the 10th anniversary of this breakthrough. The x86 virtualization technology has gradually become more mature and stable since early 2000s5. Virtual machines were reportedly used for educational purposes in college computer labs as early as 20026,7,8. However, the technology has not been adopted broadly until recent years due to a few factors: 1) the early virtualization products were buggy and not very reliable; 2) the virtualization software packages were resource-demanding and costly. Therefore they were usually hosted on high-end machines in centralized on-campus computer labs.