Gigabit IPv 6 Infrastructure in Korea 2004 7

Gigabit IPv 6 Infrastructure in Korea 2004. 7. 6 Seungyun Lee and Ju-Won Park <syl@etri. re. kr>

Background – ANF IPv 6 Task Force • ANF IPv 6 Task Force has been established (March 2004) – Establishment of Gigabit Native IPv 6 infrastructure in Korea – Development & Operation of IPv 6 Gigabit Applications – Up to 10% of IPv 6 traffic • In the view point of APAN IPv 6 Task Force, – Development of Gigabit IPv 6 Network Infrastructure in Asia-Pacific region 2/15

ANF IPv 6 Task Force: Objectives • Deployment of Gigabit Native IPv 6 Service in Korea • Promotion & Facilitation of IPv 6 network and applications Toward the production level of IPv 6 service 3/15

Structure of ANF IPv 6 Task Force (1) • ANF IPv 6 Task Force – Chair : Seung Yung Lee / ETRI – Secretariat : Yusung Kim / KAIST – Management Group • Deployment, Operation, and Administration – Application development Group • Application development and Test 4/15

Structure of ANF IPv 6 Task Force (2) ANF IPv 6 Task Force Chair Secretariat Seung Yun Lee / ETRI Yusung Kim / KAIST Application Development Group Management Group 5/15

Korean Gigabit IPv 6 Infrastructure: 6 GN - Phase 1 (~May 2004) KT TNL 1 G/6 KAIST KOREN 1 G/6 155 M/6 ETRI 1 G/6 155 M/6 6 NGIX NCA 1 G/6 KREONET 1 G/6 KISTI 100 M/6 6/15

Korean Gigabit IPv 6 Infrastructure: 6 GN - Phase 2 (~Jun 2004, Now) CNU ICU KT TNL 155 M/6 1 G/6 KNU 1 G/6 KOREN KAIST 1 G/6 HYU 100 M/6 1 G/6 ETRI 155 M/6 1 G/6 155 M/6 6 NGIX NCA KREONET 1 G/6 KISTI 1 G/6 GIST Last Updated at 2004 -06 -17 7/15

IPv 6 Performance Test on 6 GN - Average throughput from KAIST to each member - • TCP Reno vs. Fast TCP - KISTI (KREONET) on VLAN ETRI (KREONET) on VLAN Kyungpook Univ. (KOREN) TCP Reno FAST TCP IPv 4 940 Mbps 834 Mbps 792 Mbps 916 Mbps 918 Mbps IPv 6 927 Mbps 815 Mbps 774 Mbps 903 Mbps 896 Mbps 8/15

IPv 6 Application Deployment on 6 GN - Phase 3 (July 2004~) • Target Application – Multimedia Applications • HD class Video-conferencing (20 Mbps) • HDV Streaming – Live/On-Demand (20 Mbps, 220 Mbps) – Large File Transfer Application • In HEP (High Energy Physics) application area – Etc. 9/15

IPv 6 Application List for 6 GN Last Updated at 2004 -05 -13 No Application Name Protocol v 4 uc Transport RTP Bandwidth 270 M v 6 mc 1 HDTV compressed by SONY codec 2 HDTV software decoding X TCP 19. 2 M 3 HDV RTP 20 M (19. 2 M) 4 DV RTP 30 M 5 Large file transfer X 6 Live/On-demand video streaming 7 Conferencing tool X 8 Vedio. LAN Resolution Org. 1920 x 1080 (60 interlaced ~30 fps) 1270 x 720 (30 fps) 1270 x 720 30 fps progression 720 x 480 60 interlaced ~30 fps KAIST 1 G RTP/ RTCP 2~4 M < 1 M <30 M ETRI KAIST KNU 720 x 480 (30 pfs) 320 x 240 (15 pfs) 1080 i ETRI GIST 10/15

Concluding Remarks • Network Monitoring for IPv 6 • Multicast Deployment on 6 GN • DNSv 6 operation • http: //anf. ne. kr/~ipv 6/ 11/15

[Ref. ] Charter of ANF IPv 6 Task Force Chair: Secretariat: Mailing-lists: Seungyun Lee / ETRI <syl@etri. re. kr> Yusung Kim / KAIST <yskim@cosmos. kaist. ac. kr> ipv 6@anf. ne. kr Background: ANF should take lead in advanced networking with IPv 6 by deploying high performance IPv 6 infrastructure over R&E network in Korea. We provide the technical guidance for the deployment of IPv 6 and promote the development of IPv 6 applications. This is to aim to facilitate the IPv 6 production service. Objectives: l Deployment of Gigabit native IPv 6 production service l Promotion and Facilitation of IPv 6 network and applications Scopes: l IPv 6 Management Group • Provide stable IPv 6 services • Coordinates IPv 6 Network operation activities • Provides a platform to test various IPv 6 technologies and its applications among members l IPv 6 Application Development Group • Identify requirements for applications which could evidently benefit from IPv 6 • Facilitate research and development of new applications • Strive to bridge the gap between IT experts and domain scientists • Encourage and conduct collaboration or joint projects among participates Milestone: l April 04 l May 04 l June 04 l July 04~ l Sep 04(? )~ Establish a Gigabit Native IPv 6 Network(6 GN) with initial members (1 st Phase) IPv 6 application test with basic scenarios Extend the 6 GN to the associated members (2 nd Phase) IPv 6 application test with full scenarios and service operation Extend the 6 GN to the APAN IPv 6 Task Force member (JP, CN) (3 rd Phase) 12/15