Academia Sinica IPv6 Status Report

1. NICI IPv6 Steering Committee
Infrastructure Division
Academia Sinica IPv6 Status Report
Academia Sinica Computing Centre
2004.03.29

2. Academia Sinica IPv6 Status Report
 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 」

3. Academia Sinica IPv6 Status Report
International
 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-AS2500,
NTT-VERIO-AS2914, IMNet-AS2513……)
 US/StarLight
 STM-4
 Abilene(AS11537), CA*Net4(AS6509), 6TAP(AS3425), SURFNet(AS1103) and
RBNet(AS5568)
 M6Bone: IPv6 Multicast Testbed
 Taiwan zone PoP site
 CHT-TL, TTN, TFN, SeedNet, GigaMedia, NCKU, MCU, NCU

4. Academia Sinica IPv6 Status Report
Domestic
 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

5. Academia Sinica IPv6 Infrastructure

6. 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

7. 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
connection
 We also provide IPv6 tunnel connection and IPv6 pTLA address for the
interesting network to join the IPv6 world

8. 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

9. NICI 2004 IPv6 planning (cont.)
 We operate the TaipeiGigaPoP and provide
interconnection 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),
GSN(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)

10. 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

11. The End
Thank you!