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WIDE, JP and Asia

Researching the combination of Jun Murai's WIDE 10GE backbone, OCX, and GMPLS routers for future network management systems. This research spans multiple locations in Japan and Asia.

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WIDE, JP and Asia

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  1. WIDE, JP and Asia Jun Murai

  2. WIDE 10GE Backbone

  3. OCX + GMPLS routercombination <１００M> Hokkaido NW-A : Research for Next Generation NMS Sapporo １G 10G (1G×8) <１０G> Kyoto (Kyoto Univ) Osaka (Osaka Univ.) <１G> NICT Kobe <１００M> Nara Shiga Wakayama Hyogo <１G> Miyagi (Tohoku Univ.) IT Iwate <１００M> Aomori Akita Fukushima Yamagata GMPLS Interoperability Reseach <１０G> Kanazawa <１００M> Toyama Fukui 10G ~ based <1G> Okayama Hiroshima <１００M> Shimane Tottori Yamaguchi <１００M> Niigata Nagano NW-B : Test-bed for Terabits scale Network <１０G> Fukuoka (Kyusyu Univ) <１００M> Saga Nagasaki Kumamoto Miyazaki Ooita Kagoshima Sendai Kanazawa １G IT Kyusyu 10G (1G×8) Nagano NICT Kashima 10G 10G １G 10G 10G (1G×8) Okayama 10G (1G×8) <１０G> Tokyo (Tokyo Univ.) <1G> YRP（NICT) <100M> Saitama Yamanashi Tochigi Gunma Chiba 10G 10G 10G Doujima Kyusyu NICT Koganei Tsukuba 1G Opt. 10G×2 Opt. Shikoku 10G １G 1G Nagoya Otemachi NICT Keihanna <１００M> Gifu, Aichi. Mie, Shizuoka <１００M> Kagawa, Tokushima Ehime, Kouchi Okinawa JGN II Network Topology

  4. AP AP 長野 AP AP GR2000 IP8800 AP FE×1 orGbE 産学IT金沢 GE×1（SX) 仙台 GE×2 （SX) FE×2 札幌 GE（SX) GE（SX) GE（SX) AP FE×6 産学IT 北九州 GS80E GS 160E 9812 9812 FE×5 GE（SX) GE×2（SX) GE（SX) GE×2（SX) 10GE(W) GE（SX) FE×2 10GE(W) GS 80E GS 160E G20 9812 M5 IP8800 GS 160E GE×2 （SX) GE×4 （SX） GE×4 （SX） GE×2 （SX) GS80E GE×1（SX) AP FE×4 GS 80E GR2000 GSR GSR GSR 東北大 10GE(W) つくば 10G （SONET/SDH） 10GE(W) 九大 GE×2（LX) GE×2（LX) つくばWAN GS 80E GS 80E GE×2（LX) GE×8(SX) GE×2（LX) 金沢 天神 大手 １０G(SONET/SDH) １０G(SONET/SDH) M160 GE（SX) 10G （SONET/SDH） 10G （SONET/SDH） CRL沖縄 CRL鹿島 １０G (SONET/SDH) GE×2（LX) 大阪 大手 9812 実験設備 10GE(L) 10G （SONET/SDH） CRLけいはんな 10G （SONET/SDH） 10G OTN CRL小金井 10G （SONET/SDH） 実験設備 IX 10G （SONET/SDH） 10G OTN 東大 10GE（L) 10GE(L) X320 GS 80E X320 X320 GS 160E T320 （対外接続用） Catalyst 10GE（L) 10GE（L) 岡山 10GE(L) YRP（CRL) 10GE(L) 10GE(L) GS 160E GS 320E GS 320E 9812 AP FE×3 GE（SX) GE×1（SX) 10GE(L) 10GE(L) ＮＩ40G GE（SX) GE（SX) GE（SX) AP GE（SX) FE×4 10GE(L) AP OXC 9812 GS 160E OXC 9812 GS 80E GS 80E 9812 GMPLSルータ GE×2 （SX) ルータ GE×2 （SX) 岡山 広島 FE×4 FE×4 AP AP L2SW 10GE(W)：10GbEWAN‐PHY（LW) 10GE(L)： 10GbELAN‐PHY（LR) G20 M5 四国 名古屋 京大 阪大 JGNIIL2Configuration

  5. T-LEX/IEEAF Press conference FLA-Studio N+I Tokyo2004 in Makuhari

  6. IEEAF PacificAsian Extension IEEAFPacific Circuit OC-192 Pacific NorthernGigaPOP(Seattle, WA) OC-192 T-LEX(Tokyo, JAPAN) 10GB/GbE Japanese Academic Networks Tokyo Lambda Exchange(T-LEX)

  7. T-LEX Configuration • ONS-15454: OC-192, OC-48, 4*ML1000-2 - Optical MUX • BigIron-15000: 16*GbE, 3*10GE, 2*OC12-POS - Provides L2 switch as well as IPv4 L3 • Catalyst 6500: OC-48, 4*10GE, 6*GbE - Provides OC-48 as well as IPv6 L3

  8. The current configurationinternal to T-LEX OC-12 Pacific NorthWestGigaPOP(Seattle, WA) 8*GbE AS23614 OC-192 AS23614 10GE OC-48 BigIron15000 Catalyst 6500 ONS-15454 Participating Networks When T-LEX provides layer-3 service in IPv4 and in IPv6, it uses AS23814.

  9. Participant ASN Access IPv4 IPv6 Status WIDE Project 2500 10GE YES YES Operational Dragon Tap 9407 FE YES YES Operational APAN-JP 7660 10GE YES YES Operational MAFFIN 18125 GbE YES YES Operational SINET 2907 GbE YES ? connected soon JGN2 N.A. 10GE N.A. N.A. connected soon Current Participantsof T-LEX

  10. WIDE-IEEAFLambda Internet 7600 km 9300 km 10 Gbps l 10 Gbps l 17 Time Zones

  11. IEEAF Wan-Phy test: Seattle-Tokyo • The first 10GbE WAN-PHY btwn US-JP • On IEEAF OC-192 Tokyo-Seattle • Hitachi’s WAN-PHY equipment

  12. 日米間ネットワーク 10G Network APAN Abilene WIDE USC USC SFC

  13. ネットワークトポロジ図 203.178.133.130/28 DV & HD Demo $ traceroute 198.32.53.10 1 203.178.133.141 (203.178.133.141) 18.801 ms 38.004 ms 7.505 ms 2 tpr2-ae0-6.jp.apan.net (203.181.249.97) 1.977 ms 1.903 ms 3.945 ms 3 transpac-la-tpr2.jp.apan.net (203.181.248.129) 105.506 ms 105.878 ms 105.445 ms 4 198.32.11.38 (198.32.11.38) 105.890 ms 105.728 ms 105.717 ms 5 baja.ip4.int (198.32.53.10) 105.667 ms 105.657 ms 105.621 ms SFC DV SEND 132 DV SEND 133 DV RECV 134 DV RECV 135 HD CLIENT 130 HD CLIENT 131 AS#4552 USC Cat6K fujisawa IPv6/v4 Tunneling BI4K 3ffe:805:e9/48 fujisawa AS#2500 WIDE 10Gbit Ethernet USC Robert Zemeckis Center BI4K yagami DVTS 10 Cat3760 198．32．52.0/24 DV ETC BI4K nezu DV SEND 11 cat6K NTT Otemachi 198．32．53.0/24 HD Demo 7603 ZML SERVER 10 203.178.133.142 ::3 シカゴ経由 203.178.133.128 203.178.133.141 ::1 VLAN 53 Abilene – Pacific Wave - USC T640 AS11537 BI8K T-LEX APAN AS7660 ::2

  14. 24,000km(15,000miles) OC-48 x 3 GbE x 1 OC-192 15,680km (9,800miles) 8,320km (5,200miles) Juniper T320 iSCSI testing used IEEAF

  15. T-LEX UW CA*net4 Data Reservoir XG1200 MG8 Summit400 NI40G 15454 15454 15454 LR LR ER LW 1550 OC-192 OC-192 1550 1550 1310 1550 NTT-C TYCO 1550 1310 NTT-C U. of Tokyo Tokyo/NTT otemachi Seattle/Westin Bldg Data Reservoir XG1200 NI40G 15454 HDXc 15454 OME6500 LR LW OC-192 OC-192 OC-192 1310 1550 1550 GBLX 1550 1550 GBLX 1550 CERN Amsterdam Chicago Oct 12, 2004, by kato@wide.ad.jp • Detailed configuration inside of CA*net4 cloud is not shown • HND-PDX-SEA-YYJ-YVR-YYC-YQR-YWG-MSP-ORD-AMS-GVA: 11,569mi/18,618km

  16. Geneva--Tokyo Application • Data Reservoir project chaired by Prof. Kei Hiraki • http://data-reservoir.adm.s.u-tokyo.ac.jp/ • Marked 7.57Gbps *single* TCP stream, memory-to-memory • Celsio 10GE NIC, TCP off-loaded • 1500Byte MTU • 9Gbps filled by 9 Xeon Servers in each side • disk-to-disk

  17. Packet loss! Glif gave up Packet Switching ? • Possible congestion • Possible packet loss • Possible latency • Shared=Inexpensive

  18. PSTN PSTN phones IP network Cell Phones Cell phones Cell phones Cell Phones Cell Phones ADSL/FTTH IP phones PSTN PSTN phones IP network CATV CATV IP phones ＩＳＰ PSTN Phones PSTN IP network ＩＳＰ ADSL/FTTH VoIP （R)Evolution IP phones Cell phones 15

  19. チャンネルの選択 クライアントマシンⅠ チャンネルA チャンネルリスト チャンネルA チャンネルB チャンネルC クライアントマシンⅡ チャンネルB ルータ IP Multicast対応 DVBSサーバ 複数のマルチキャストアドレスに対し映像を送信する クライアントマシンⅣ チャンネルC クライアントマシンⅤ チャンネルC DVTSとマルチキャスト DVTS Multicasting クライアントマシンⅢ チャンネルB

  20. ①TV放送中継／データ放送中継 ②大規模なｷｰ局 ｺﾝﾃﾝﾂの流通促進 ③地方制作ｺﾝﾃﾝﾂの流通促進 ④IPによるｲﾝﾀﾗｸﾃｨﾌﾞな放送への対応 TV system is changing with IP DWDM網 地方局エリア キー局エリア 放送局 放送局 ATM-TV中継網 地方局間 CATV/ISP CATV STB STB CATV局間

  21. Overview of Experimentation 映像データベース

  22. Pacific

  23. Euro to Asia

  24. Cable Map in AsiaFrom NTT/Verio materials for AsiaBroadband JP-US Kitaibaraki Tyco Emi Asian Cable Ajigaura Maruyama Chikura C2C Wada FNAL Miura Ninomiya APCN2 PC-1 Shima EAC Keoje FLAG SMW-3 Pusan FLAG EAC C2C APCN Miyazaki T-V-H C2C G-P Chongming Ch-US Shanghai APCN2 Pacific Cable FNAL Nanhui JP-US Ch-US Ch-US EAC PC-1 APCN Tyco C2C Ch-US Tansui EAC Toucheng SMW-3 Fangshan Shantou C2C Lantau Island FNAL Macau G-P EAC EAC SMW-3 Batangas C2C Danang APCN2 Nasugbu APCN Pyapon Hochiminh City Sriracha Phetchaburi T-V-H EAC C2C C2C SMW-3 Songkhla APCN2 FLAG Satun Tungku APCN2 Penang Kuantan Medan Katong SMW-3 To India SMW-3 APCN Jakarta

  25. Interactive Discussion on “Interactive Distance Education” July 2nd 2003 Participants from; KEIO, Japan UCSY, Myanmar ASTI, Philippine ITB, Indonesia AFY, Malaysia NUOL, Laos

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