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Updates on SingAREN's networking infrastructure, peering arrangements, network topology, configuration, cost model, and future directions discussed at the APAN Meeting in Busan. Includes details on SingAREN's phases, projects, and proposed funding model.
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Update on Advanced Networking in Singapore APAN Meeting Busan, Aug 2003
Background • International R&E networking provision through SingAREN • SingAREN Phase 1 – Nov 1997 to Mar 2001 • SingAREN Phase 2 – Apr 2001 to Sep 2003, with aim to: • Ensure continuity of R&E advanced networking requirements – SingAREN21 infrastructure • More diverse R&D activities and improved project management – Broadband21 projects
SingAREN Peering Arrangements • Architecture: • Peer PVC routers • Layer 3 via BGP4 • Domestic peering: • Tertiary institutions, including NUS, NTU, SMU, TP, etc. • Research institutes, including I2R, IMCB, BII, etc. • International peering: • US - Abilene (upgraded to 155 Mbps in May 03) • Korea & Europe – TEIN (upgraded to 6 Mbps in January 03) • Malaysia – (via Satellite link between TP & USM) • Asia-Pacific – APAN (6 Mbps)
Current Network Topology The SingAREN network Infrastructure comprises: (1) dedicated direct international links to APAN-Korea and the Abilene network, and (2) local connections to research and education entities via a broadband network.
Network Configuration • SingAREN operates 2 PoPs – Singapore PoP & Seattle PoP • Seattle PoP aggregate and control traffic entering SingAREN’s international link • In Seattle SingAREN Connected to : • Internet 2 via Abilene (GE Connection) • Internet via NTT/Verio (OC3-POS Connection) • Other Peering Partner (Such as SIX using GE, PAIX using FE and PNWG using GE) • Singapore-to-US international link via OC3 POS (155 Mbps) [effective May 2003] • Singapore-to-APAN(Korea) link at 6 Mbps ATM VBR-nrt. [effective Jan 2003]
Proposed Cost Model • Current SingAREN funding ends in September 2003 with cessation of direct funding for infrastructure • “Pay-your-own-way” Model has been implemented • Aggregation of Commodity Internet & Internet2 traffic • Term contract arrangement with network Telcos • Flexibility for R&E Organisations to join anytime • 6-monthly price review to maintain competitiveness • Advantages: • Better facilitation of Internet transit among R&E organisations • Cost effectiveness with significantly discounted rates • Better accountability of network utilization
Other Activities • SingAREN Broadband 21 Projects • 10 Advanced network projects; 7 Applications project • KRAN – Kent Ridge Advanced Network • Project to set up a small optical network testbed with the aim of facilitating in the definition of a country-wide optical R&E network in Singapore (end in August 2003) • SIX – Singapore IPv6 Internet eXchange • an IPv6 based IX to allow the exchange of IPv6 traffic • ONFIG – Optical Network ConFIGuration • Multi-party project looking into R&D of optical network related devices • NII – Next-generation Info Infrastructure • Spearheaded by InfoComm Development Authority (IDA) to investigate future broadband infrastructure • BMG – Bio-Med Grid • Building the virtual community has started • NGP – National Grid Project • Funding approved for Pilot Project • Thematic Strategic Research Program (TSRP) on Grid Computing • Workshop planning for theme evaluation started • Workshop to be held on 22-23 September 2003
Future Directions • Activities in life sciences & Grid computng expected to significantly increase demand for bandwidth in Singapore • How to share resources and costs for inter-REN connectivity? • Process to institutionalize SingAREN as non-profit organization initiated • Plan to complete process in 4Q03
SingAREN21 The Singapore Advanced Research & Education Network http://www.singaren.net.sg/