Speaker: Fred Cannone, Director of Sales and Marketing<br />With commentary by Akio Sugeno, Vice President of Internet Eng...
Peering 101: Agenda<br />TELEHOUSE Introductions<br />Purpose of this webinar<br />What is the Internet?<br />What is Inte...
Peering 101: Purpose<br /><ul><li>Educate
 Introduce this valuable network resource
 keep folks informed about this valuable resource
Utilization
 Not just for Large ISPs
 Resources</li></li></ul><li>Who is TELEHOUSE?<br />4<br /><ul><li>Parent company, KDDI.
 Consolidated revenue $34B.
 Total IT Solution – NYIIX 1996 / LAIIX 1998</li></ul>Copyright Telehouse America 2010<br />
Peering 101: What is the Internet?<br />5<br /><ul><li>NOT a single Network!
NO one owns it.
NO central organization to admin or monitor
Over 36,000 ISPs – autonomous networks
Internet  - multiple autonomous networks Somehow connected and make work !!!</li></ul>Copyright Telehouse America 2010<br />
What is Internet Traffic?<br />6<br />BGP<br />Border Gateway Protocol<br />I’m on ISP-B<br />Mom on ISP-A<br />e.g.<br />...
How do ISPs connect to each other?<br />7<br /><ul><li>Transitprovides full global Internet routes* or access to all IP ad...
Peeringprovides partial Internet routes* or       access to limited number of IP addresses.</li></ul> costs money. <br /> ...
What are Internet routes?<br /><ul><li>Each  ISP has:                                                 -Code Name (ASN) Aut...
IP Address space e.g. 192.31.100.0/24  (254 addresses)</li></ul>ZIP<br />12345<br />ISP-A<br />ASN: 12345<br />10 Main St....
How do Internet routes work? (Inbound)<br />To Receive Traffic…<br /><ul><li>An ISP has to announce (BGP) its routes (or a...
How do Internet routes work? (outbound)<br />10<br />To Send Traffic…<br /><ul><li>ISP must have full routes announced (BG...
Its routers make a routing decision based on its routing table. </li></ul>Where is the destination route in my routing tab...
Transit vs. Peering<br />11<br />The best network architecture:<br /><ul><li>Combines transit and peering</li></ul>Copyrig...
How an ISP/YOU, well architected network, connects to the Internet<br />12<br /><ul><li>Minimize (bps) Transit & Max Peeri...
What is Peering?<br />Peering is simply the settlement free exchange of internet traffic. <br />
Benefits? ….saves money<br />Transit costs money….Peering is FREE!<br />
WHY Peer?<br />15<br /><ul><li>Free – averages down Transit costs
Routing options
Less latency</li></ul>A<br />B<br />ISP-C is multiple ISPs away<br />ISP/<br />YOU<br />Z<br />Tier 1 ISP<br />Transit<br ...
Who Peers & Who Benefits?<br /><ul><li>Large ISP’s/businesses can more readily   </li></ul>   access niche, regional traff...
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Peering 101a

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Transcript of "Peering 101a"

  1. 1. Speaker: Fred Cannone, Director of Sales and Marketing<br />With commentary by Akio Sugeno, Vice President of Internet Engineering, Operations, and Business Development<br />
  2. 2. Peering 101: Agenda<br />TELEHOUSE Introductions<br />Purpose of this webinar<br />What is the Internet?<br />What is Internet traffic mean?<br />How do ISPS connect to each other?<br />What are Internet Routes & How do they Work?<br />Transit vs. Peering<br />What a well architected network connects?<br />What is Peering and its Benefits?<br />Peering Types?<br />
  3. 3. Peering 101: Purpose<br /><ul><li>Educate
  4. 4. Introduce this valuable network resource
  5. 5. keep folks informed about this valuable resource
  6. 6. Utilization
  7. 7. Not just for Large ISPs
  8. 8. Resources</li></li></ul><li>Who is TELEHOUSE?<br />4<br /><ul><li>Parent company, KDDI.
  9. 9. Consolidated revenue $34B.
  10. 10. Total IT Solution – NYIIX 1996 / LAIIX 1998</li></ul>Copyright Telehouse America 2010<br />
  11. 11. Peering 101: What is the Internet?<br />5<br /><ul><li>NOT a single Network!
  12. 12. NO one owns it.
  13. 13. NO central organization to admin or monitor
  14. 14. Over 36,000 ISPs – autonomous networks
  15. 15. Internet - multiple autonomous networks Somehow connected and make work !!!</li></ul>Copyright Telehouse America 2010<br />
  16. 16. What is Internet Traffic?<br />6<br />BGP<br />Border Gateway Protocol<br />I’m on ISP-B<br />Mom on ISP-A<br />e.g.<br />e.g.<br />Exchange:<br />Internet Traffic<br />between two different ISPs<br />(or Networks)<br />Copyright Telehouse America 2010<br />
  17. 17. How do ISPs connect to each other?<br />7<br /><ul><li>Transitprovides full global Internet routes* or access to all IP addresses
  18. 18. Peeringprovides partial Internet routes* or access to limited number of IP addresses.</li></ul> costs money. <br /> VS.<br />Transit<br />Peering<br />(*) Routes are basically addresses<br />Copyright Telehouse America 2010<br />
  19. 19. What are Internet routes?<br /><ul><li>Each ISP has: -Code Name (ASN) Autonomous System Number -owns routes or addresses - similar to ZIP code / street address relationship.
  20. 20. IP Address space e.g. 192.31.100.0/24 (254 addresses)</li></ul>ZIP<br />12345<br />ISP-A<br />ASN: 12345<br />10 Main St.<br />25 Wood Ave.<br />192.31.100.0/24<br />193.11.77.0/24<br />8<br />Copyright Telehouse America 2010<br />
  21. 21. How do Internet routes work? (Inbound)<br />To Receive Traffic…<br /><ul><li>An ISP has to announce (BGP) its routes (or addresses) to the Internet in order to receive the traffic destined to the route.</li></ul>ISP-A<br />I have the route.<br />Send traffic to that route<br />to me!<br />Internet<br /> Announces<br />BGP<br />e.g. 192.31.100.0/24<br />9<br />Copyright Telehouse America 2010<br />
  22. 22. How do Internet routes work? (outbound)<br />10<br />To Send Traffic…<br /><ul><li>ISP must have full routes announced (BGP) to the Internet and keep them in its routing table to ensure global reachability to its customers.
  23. 23. Its routers make a routing decision based on its routing table. </li></ul>Where is the destination route in my routing table? 192.31.100.0/24<br />Send the traffic to port 1, slot 2, on NY#1 router<br />Found it!<br />Copyright Telehouse America 2010<br />
  24. 24. Transit vs. Peering<br />11<br />The best network architecture:<br /><ul><li>Combines transit and peering</li></ul>Copyright Telehouse America 2010<br />
  25. 25. How an ISP/YOU, well architected network, connects to the Internet<br />12<br /><ul><li>Minimize (bps) Transit & Max Peering traffic</li></ul>Standard ISP architecture:<br />Partial Routes to/from “The” ISP (*) A, B, C, …. Z<br />Full Routes <br />B<br />A<br />ISP/You<br />Transit<br />Peering<br />Tier 1 ISP<br />D<br />C<br />E<br />Z<br />Pay $$$ <br />Free<br />Large (Tier 1)<br />Provider(s) <br />(*) When peering with ISP-A, you can get routes from/to ISP-A only<br />(partial routes)<br />Regional or local providers <br />Copyright Telehouse America 2010<br />
  26. 26. What is Peering?<br />Peering is simply the settlement free exchange of internet traffic. <br />
  27. 27. Benefits? ….saves money<br />Transit costs money….Peering is FREE!<br />
  28. 28. WHY Peer?<br />15<br /><ul><li>Free – averages down Transit costs
  29. 29. Routing options
  30. 30. Less latency</li></ul>A<br />B<br />ISP-C is multiple ISPs away<br />ISP/<br />YOU<br />Z<br />Tier 1 ISP<br />Transit<br />E<br />Source<br />Peering<br />C<br />ISP-C is close<br />Destinations<br />Copyright Telehouse America 2010<br />
  31. 31. Who Peers & Who Benefits?<br /><ul><li>Large ISP’s/businesses can more readily </li></ul> access niche, regional traffic.<br /><ul><li>Small to medium size (traffic) businesses </li></ul>YOU<br />can access the mainstream traffic, as well as <br /> niche, regional traffic too.<br />
  32. 32. Benefits? ….increased network reliability<br /><ul><li>Improved Connectivity: Meeting at the Layer2 switch
  33. 33. Averaging down of bandwidth costs: Exchange traffic directly and avoid travel over paid bandwidth
  34. 34. A Plethora of Routing options: diversity of routes and traffic</li></ul>No longer restricted to just ISP’s and Telecom Providers!<br />
  35. 35. Peering Types<br />18<br />Bi-Directional: Exchange the same amount of traffic<br />Uni-Directional: Content heavy to Eye-ball heavy<br />Copyright Telehouse America 2010<br />
  36. 36. Peering Types<br />19<br />Bilateral: Selective based on business decision<br />Multilateral: Easy peering with open peering policy<br />via Route Servers<br />1 ISP<br />Multiple ISPs<br />Copyright Telehouse America 2010<br />
  37. 37. Peering Types<br />20<br /><ul><li>Over 300 known Internet Exchange Points (IX) in the world.
  38. 38. Operated by profit or non-profit organizations.
  39. 39. Carrier neutrality is a key to success.</li></ul>Copyright Telehouse America 2010<br />
  40. 40. Public IX Platform<br />21<br /><ul><li>Layer 2 Switch platform (today’s mainstream)
  41. 41. Peer on the same broadcast domain
  42. 42. Optional route servers for multilateral peering</li></ul>Copyright Telehouse America 2010<br />
  43. 43. Public IX Platform<br />22<br /><ul><li>L2 Switch platform has been proven.</li></ul> - Peering protocol (BGP) requires L2<br /> - Up to 10G Port Wire-speed guaranteed<br />- Optional jumbo frame for optimal MTU<br />- Optional VLAN for private peering<br /> - Readily Scalable to higher speed <br /> (40/100G)<br />Copyright Telehouse America 2010<br />
  44. 44. Public IX Operation Issues<br />23<br /><ul><li>Not so secure (on the same b’cast domain)</li></ul>- Your traffic may be affected - VLAN is not practical - Limited to 4,094 VLANs (e.g. 120 x 120 / 2 = 7,200!)<br /> - Difficult to manage<br />Copyright Telehouse America 2010<br />
  45. 45. Public IX Operation Issues<br />24<br /><ul><li>No MTU Optimization</li></ul> - Low speed Ethernet use MTU 1,500 - Higher speed Ethernet opts for > 1,500 - There is no agreeable MTU size - Still use MTU 1,500 for this reason<br />Copyright Telehouse America 2010<br />
  46. 46. Public IX Operation Issues<br />25<br /><ul><li>No Traffic data per peer</li></ul>- ISP wants to know traffic per peer<br />- SNMP only shows traffic per physical port<br />- sFlow? But it is on sampling basis.<br />Copyright Telehouse America 2010<br />
  47. 47. Public IX Operation Issues<br />26<br /><ul><li>No Traffic Engineering</li></ul>- If IX’s topology is triangle, traffic flows only via one particular path due to STP.<br /> - Traffic does not take the shortest path. <br />Copyright Telehouse America 2010<br />
  48. 48. Future Developments<br />27<br /><ul><li>MPLS Based IX (proposed at NANOG 2002)</li></ul>- MPLX router based IX (not L2 switches)<br /><ul><li>Benefits</li></ul>Secure tunnel per peering session<br />Optimal MTU per peer<br />SNMP MIB per tunnel for traffic analysis<br />Traffic Engineering (via RSVP)<br />Copyright Telehouse America 2010<br />
  49. 49. Benefits? ….access to key internet players!<br />1&1 Internet Digital Edge LimeLight Networks Stealth Communications Abovenet DNS F.Root-servers.net Mirror Long Island Fiber Exchange Sterling National Bank Access IT DNS I.Root-servers.net (PCH) Manhattan College Sunrise Akamai Edgecast Networks Media Network Services Swisscom IP-Plus Anders Business Group EDPnetMegapath Inc Switfwill, Inc Atlantic Metro Communications Eircom Microsoft MSN TDS Telecom Atrato EMIX-Emirates Telecommunication Tech Valley Communications BandConEunet Finland MSK-IX, JSC TELE2 Bat Blue Corporation Execulink Telecom Inc MTN Network Solutions Telenor BCE NexxiaEze Castle Integration NEO TELECOMS TelJetLonghaul BCE Nexxia #2 FREEDOM / OpenDNS Net2Phone ( aka. IDT ) Tellurian Networks Beanfield Technologies Inc Global Network Management NetAccess Terremark Belgacom International Carrier Services Google Netriplex Thorn Communications BhartiAirtel Ltd. Highwinds New York Internet Time Warner BlinkMindHopOnenLayer Communications Tiscali Bluehost Hosted Ventured Corp. Nokia Corporation TYPHON BT HostopiaNORDUnet UKS Limited BurstNet Hurricane Electric NTCOM LLC UPC Broadband Operations B.V. Cable and Wireless Plc iCall, Inc. PacketExchange VeriSign Cable Vision IIJ-America Peer1 Voxel Dot Net, Inc. Carrier to Carrier Telecom B.V Init Seven Primustel Canada WBS Connect Cavalier Telephone Integra Telecom Public Interest Network Services WebAir Internet Development Choopa Internap Network Services Quaity Tech Services a.k.a. GLOBIX WEBEX COMMUNICATIONS Chunghwa Telecom (HiNet) Internet Solutions RCN WoodyNETClaranet (aka. Via Networks ) Interoute Reliance Globalcom WV Fiber Colt IP-Only RETN Ltd Xand Communications COMSTAR-Direct IPNetZone Communications RIPE NCC's RIS Project Yahoo, Inc. Cox Communications ISPNET RNK Telecom Zen Internet cPanel Inc ISPRIME Samsung Networks Criteo Corp KDDI Shaw Business Solutions DACOM Layer-42. Softlayer DalnetLeaseWeb BV Starlan DataPipe LIGHTCORE ( CenturyLink ) Steadfast<br />
  50. 50. NYIIX Benefits? ….Key affiliations with other carrier hotels<br />TELEHOUSE Centers<br /><ul><li>25 Broadway
  51. 51. Chelsea @ 85 10th Ave
  52. 52. Teleport ,Staten Island
  53. 53. 626 Wilshire, LA</li></ul>And connected to…<br /><ul><li>60 Hudson street
  54. 54. 111 8th Avenue
  55. 55. 1 Wilshire, LA</li></li></ul><li>Benefits? ….popular global exchanges<br /><ul><li>LINX: London
  56. 56. AMS-IX: Amsterdam
  57. 57. DE-CIX: Frankfurt
  58. 58. MSK-IX: Moscow
  59. 59. JPIX - Tokyo
  60. 60. HK-IX: Hong Kong
  61. 61. NYIIX : New York
  62. 62. EQUINIX : Ashburn, VA</li></ul>Resources: NANOG, RIPE <br />
  63. 63. Thank you for joining us!<br />Please call Derek Malkowski<br />718-313-1227 or email derek.malkowski@telehouse.com to discuss peering options for your place of business.<br />

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