1. IPv6 bei Microsoft - Markus Erlacher
 

1. IPv6 bei Microsoft - Markus Erlacher

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Ist IPv6 bei Microsoft schon angekommen? Gerne möchten wir Ihnen aufzeigen wie Microsoft das Thema IPv6 für Ihre interne Netzwerkinfrastuktur einsetzt. ...

Ist IPv6 bei Microsoft schon angekommen? Gerne möchten wir Ihnen aufzeigen wie Microsoft das Thema IPv6 für Ihre interne Netzwerkinfrastuktur einsetzt.
IPv6 ist jedoch auch wichtiger Bestandteil unsere Public Cloud Offerings und bereits stark vertreten. Abschliessend soll ein Blick auf unsere Software Entwicklung und dessen Nutzung von IPv6 das Bild abrunden.

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1. IPv6 bei Microsoft - Markus Erlacher 1. IPv6 bei Microsoft - Markus Erlacher Presentation Transcript

  • A View from our Datacenters, Internal IT up to our SoftwareStack.Technical Solution Professional – DatacenterMicrosoft Switzerland
  • Source: http://mnlab-ipv6.seas.upenn.edu/monitor/index.html
  • Site Participating? Site Participating?Google Yes MSN.com NoFacebook Yes Go.com NoYahoo Yes Bing YesYouTube Yes CNN NoAmazon No AOL.com YesWikipedia No PayPal NoBlogger Yes WordPress NoTwitter No ESPN NoeBay No NetFlix NoCraigslist No Flickr NoLinkedIn No Weather Channel NoLive.com No Huffington Post No
  • great % Market Share Windows 7 Windows Vista Windows XP Linux Mac Mobile 5% 8% 1% 36% 42%Source: http://www.w3schools.com/browsers/browsers_os.asp 8%
  • Special News:
  • 59 markets and 36 languages 76 markets and 48 languages 200+ CLOUD SERVICES
  • Microsoft has more than 10 and less than 100 DCs worldwide Amsterdam Dublin Quincy Chicago Japan Hong Kong Boydton Des Moines San Antonio Singapore Multiple global CDN locationsQuincy, Washington 27MW 100% Hydro powerSan Antonio, Texas 27MW Recycled water for coolingChicago, Illinois Up to 60MW Water side economization, Containers "Datacenters have become as vital to theDublin, Ireland Up to 50MW Outside air cooling, PODs functioning of society as power stations." The Economist
  • 1989-2005 2007 2008 2010+ Scalability and Sustainability Capacity Density and Deployment 1.2-1.5 PUE Reduced Carbon, Rightsized ~2 PUE 1.4 – 1.6 PUE Air & Water Economization 1.05-1.20 PUE20 year Technology Minimized Resource Impact Differentiated SLAs Faster Time to Market
  •  No mechanical cooling  Ultra-efficient water utilization  Relentless focus on renewable materials Near-JIT deployment Low initial capital investment Scale with business demand Deploy 1 to 10,000+ servers at a time
  • www.globalfoundationservices.comhttp://blogs.technet.com/msdatacenters
  • •Dual Stack and limited native network deployments support v6 needs •Reliant on transition technologiesV4 predominance •Gaps in Tools, Network, and Products block aggressive adoption FY06-FY10 •Achieve Parity between v4/v6 wherever possible •Migration to v6 naturally happens during network and server upgrade cycle Managed •Requires commitment by Infrastructure, App, Ops, Security, and Product teams to proper planning in place.Coexistence •Reduce/Eliminate Transition Technologies. FY10-FY14 •V6 displaces v4 •Management control plan becomes v6 capableV6 predominance •Legacy systems may still require v4 (printers, environmental) FY14-FY??
  • 2001 First Deployments supporting research and Dev• Limited support from vendors• Deployed using experimental 6bone address space.• Deployed on dedicated devices due to poor performance on routing platforms2002-2004 limited expansion• A single ISATAP instance deployed in each region (Redmond, SVC, Dublin, Singapore)• Pockets of native v6 deployed across enterprise •Limited to Dev and Research groups with a documented business need. •“stitched” together across the enterprise network on a link by link basis.2005-2006 Enable enterprise backbone• Obtained new v6 address space from ARIN and RIPE. Entire network readdressed into new address blocks.• Requests for native v6 enabled networks grow•Operational issues in connecting disparate v6 clouds become commonplace• Network hardware capable of routing at performance parity with V6 is introduced during hardware refresh cycle.• Native v6 enabled across all backbone and tail site WAN links to resolve issue• End user networks still require justification for v6 due lack of security and performance visibility.2007-2010 Dealing with growth• Client and Server OS platforms become v6 capable •ISATAP usage grows concurrently, causing scaling/performance issues• Redesigned ISATAP infrastructure to distribute service across the backbone• IDS infrastructure becomes v6 aware
  • IPv6 has been enabled across the majority of the network backbone for the past 4 years.• Host connectivity is enabled on an as needed basis •Limited to Dev, Test, Research segments due to lack of features and management visibility• Build process supports v6Leveraging dual stack hosts and network transition technologies• Dual Stack Hosts •V6 is the primary choice for dual stack host (ISATAP or Native)• Transition Technologies •ISATAP : Provides connectivity between dual-stack hosts across a v4 network. • Dealing with scaling and support issues •NAT-PT : Provides a 6 to 4 NAT translation and is used extensively for Direct Access to provide access to systems that are not v6 capable. • depreciated as an IETF RFC, limited industry adoption.Current Stats• Infrastructure •30% of access networks are native enabled • 2703 Corp v6 routes (Internet has 2824) •Client/Server •80% of clients are dual stack •40% of servers are v6 capable• Traffic •We currently don’t have the ability to monitor or measure native v6 traffic.