Academia Sinica IPv6 Status Report

Academia Sinica Computing Centre2004.03.29

NICI IPv6 Steering CommitteeInfrastructure Division

IPv6 Address: Sub-TLA: 2001:C08::/32, 2002/7 Pseudo-TLA: 3FFE:4001::/32, 2006/6/6 phaseout

Campus: IPv6 Ready, Cisco 6509 + Sup720, Cisco 7609 w/ Sup720 Routing Protocol: Static w/ RIPng w/ BGP4+ Domestic bandwidth: 3.3G TaipeiGigaPoP: Cisco GSR 12416, IPv6 Ready IPv6 Peering:

Business ： HiNet(AS 17419), TTN(AS 4747), TFN(AS 9924), GigaMedia(AS 9416), SeedNet(AS 4780)

Academic ： TANet(AS 17717), TANet2(AS 7539), NHRI(AS 18181), TWAREN(in the future)

To provide the connection to 6Bone and global IPv6 world for the academic and business networks in Taiwan

NICI 2004 「 Construction of IPv6 Internet Exchange Project for ISP IPv6 Backbone Network 」

Academia Sinica IPv6 Status Report

Academia Sinica IPv6 Status ReportInternational

IPv6 international bandwidth: 1.8Gb JAPAN/APAN-JP

2xFE Native-Link fully transit

JAPAN/NSPIXP-6 FE The World Largest Native IPv6 IX (Peering with IIJ-AS2947, ODN-AS4725, WIDE-AS

2500, NTT-VERIO-AS2914, IMNet-AS2513……) US/StarLight

STM-4 Abilene(AS11537), CA*Net4(AS6509), 6TAP(AS3425), SURFNet(AS1103) and RBN

et(AS5568) M6Bone: IPv6 Multicast Testbed

Taiwan zone PoP site CHT-TL, TTN, TFN, SeedNet, GigaMedia, NCKU, MCU, NCU

Academia Sinica IPv6 Status ReportDomestic

TANet: 2001:0288::/32, TaipeiGigaPoP Dark Fiber, GE. We provide transit to IPv6 world

TANet2: 2001:0C58::/32, ATM PVC 50 Mb, transit to APAN-JP

TWAREN: in the near future NHRI: 2001:0D48::/32 , FE ISPs&Carriers

HiNet: 2001:0238::/32, ATM 5Mb TTN: 2001:0C50::/32, E1 Native-Link => FTTB in the future TFN: 2001:0D20::/32, T1 Native-Link => FTTB in the future SeedNet: 2001:0CD8::/32, FE GigaMedia: 2001:0D58::/32, FE

Academia Sinica IPv6 Infrastructure

HARNet

SingAREN

NSPIXP-6

Taiwan Domestic

R&E

JAPAN

UnitedStates

Hong Kong

SingaPore

UnitedKingdom

NICI 2004 IPv6 planning 「 Construction of IPv6 Internet Exchange Project

for ISP IPv6 Backbone Network 」 Objects

To reduce the cost and promote the IPv6 infrastructures of ISP

To provide IPv6 traffic exchange between Academic and Business domain

To assist the connection construction between ISP and global IPv6 networks

To provide the IPv6 environment for IPv6 applications and testing

NICI 2004 IPv6 planning (cont.) scheme

The links between ASCC and participants are focus on the Native and dual-stack IPv6

ASCC will provide needed equipments and interfaces for the participants T1, E1, T3, STM-1, FE and GE

We will provide the rack spaces, power, UPS, and air conditioner for participants

There are multiple carriers for choose to lower the cost of participants To provide the 6Bone pTLA IPv6 address for initial use, and assist the early

construction of the participants We can provide IPv6-over-IPv4 tunnel connection before the physical link c

onnection We also provide IPv6 tunnel connection and IPv6 pTLA address for the inte

resting network to join the IPv6 world

NICI 2004 IPv6 planning (cont.) Routing protocol

layout: Layer 2 or Layer 3 peering BGP4+ 、 RIPng 、 ISIS/v6 、 PIM6SD 、 MLDv1

IPv6 services Multi-Router Looking Glass, http://mrlg.ipv6.ascc.net/ Tunnel Broker, http://tb.ipv6.ascc.net/ ASpath-tree, http://bgp.ipv6.ascc.net/ DNS v6

M6Bone IPv6 Multicast Routers:

FreeBSD w/ KAME, ZEBRA or J-brand, Cisco 7513 w/ IOS 12.3(7)T

IPv6 Multicast client: Desktop PC w/ camera

NICI 2004 IPv6 planning (cont.) We operate the TaipeiGigaPoP and provide inte

rconnection for the academic and business networks. The experience and operation will be the reference for the TaipeiGigaPoP

TaipeiGigaPoP participants: EBT(1G), TFN(1G), GigaMedia(1G), SeedNet(100M) Taipei City Gov. Education(2.5G),Taipei City Gov.(1G), G

SN(155M) MOECC(10G+2.5G+2G), NTU(2.5G), NTOU(2.5G), CGU

(2.5G), CCU(1G), CHIT(1G), SCU(1G), TKU(1G), NTUST(1G), NTUT(1G), NCREE(1G), NHRI(100M), CHIT(1G), SCU(1G), NTPU(1G), NTPTC(1G)

NICI 2004 IPv6 planning (cont.) Project staffs

Project leader Simon C. Lin, sclin@ascc.net

Project co-leaders Eric Yan, eric@gate.sinica.edu.tw Kenny Huang, huangk@alum.sinica.edu.tw

Network management Saw-Shung Hung, ssh@ascc.net, 886-2-2789-9490 Ethern M.C. Lin, ethern@ascc.net, 886-2-2789-9953

Project contact window ipv6@ascc.net

The EndThank you!