1 / 17

Corporation for Education Network Initiatives in California

Corporation for Education Network Initiatives in California. Planning for next Optical Network Dave Reese, CTO 4th CEF Networks Workshop Prague - 20-Sep-2007. CENIC. Formed in 1996 as a 501(c)(3) Non-Profit Public Benefit Corporation

doctor
Download Presentation

Corporation for Education Network Initiatives in California

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Corporation for Education Network Initiatives in California Planning for next Optical Network Dave Reese, CTO 4th CEF Networks Workshop Prague - 20-Sep-2007

  2. CENIC • Formed in 1996 as a 501(c)(3) Non-Profit Public Benefit Corporation • Serving CalTech/JPL, California State University System, Stanford University, University of California System, University of Southern California (USC), California K-12, Nevada System of Higher Education, Arizona State University, University of Arizona • $70 million US annual budget • ~9,000 campuses, ~10,000,000 users, 35 staff

  3. CENIC Services Today • Layer 1 (~4,000 route km fiber) • Cisco 15808 LH DWDM backbone • OC-48,OC-192,10GE LANPHY • Cisco 15540 DWDM metro • 1GE, 10GE LANPHY • Layer 2 • Limited (custom) services • Layer 3 • CalREN/DC: production/commodity services • OC-48 backbone • CalREN/HPR: research network • 10GE LANPHY backbone

  4. CENIC DWDM Backbone • Cisco 15808 DWDM Long Haul • Installed 2003 • End of support: Feb 2009 • Fixed add/drop (8 add/drop, 32 express) • Regen in one long span of backbone • 15808 transponders are fixed encoding • OC-48, OC-192 or 10GE LANPHY • Using 15454 MSTP chassis as ‘front-end’ with 15454 transponders due to 15808 end-of-sale

  5. Upgrade Planning • Technical Advisory Committees • Committees composed of CENIC ‘member’ institutions’ technical staff • Review needs, requirements and discuss/propose designs • Committee accepts design

  6. CalREN/DC DesignDigital California • 10GE backbone • Multi-year bandwidth upgrade plan • IPV6, jumbo frame are required features • Cisco CRS-1 and 124xx routers • Will use some DWDM optics for backbone links as cost reduction

  7. Hub Routers (year 1) COR OAK CSAC SFO SVL TRI FRG SOL FRE SLO BAK LAX RIV TUS 10GE OC-48 GE 3XGE SDG

  8. Hub Routers (year 5) COR OAK CSAC SFO TRI SVL FRG SOL FRE SLO BAK LAX RIV TUS 10GE OC-48 GE 3XGE SDG

  9. Commodity Internet Overlay Network (year 1) TBD OAK CSAC Cogent SFO TRI Qwest L3 SVL LAX L3 Qwest L3 RIV Cogent TUS 10GE OC-48 GE 3XGE SDG

  10. Commodity Peering Overlay Network (year 1) OAK SFO PAIX TRI TransitRail SVL SLO - Charter - possibly not part of peering separation LAX RIV TransitRail 10GE OC-48 GE SDG 3XGE

  11. Paid Commodity Transport Commodity Peering 80% carried via TransitRail project Commodity Traffic Volumes

  12. CalREN/HPRHigh Performance Research • Include ‘hybrid’ services in addition to IP routed services • Layer 1 will provide switched lambda services for one or more 10Gb lambdas • Layer 2 will be a switched Ethernet providing 1Gb and 10Gb connections • Layer 3 will support one or more 10Gb LANPHY to every connected institution • RFP to be issued “soon”

  13. RIV SAC SVL LAX Internet2-NLRL3 Network connections involving EGM service connections using only member/associate/CENIC/PW fiber CUDI CLARA LosNettos HPR Layer 3 Topology ucd ucdmc ucb ucop uccsn SFO OAK ucsf stan PAIX ucsc ucm nasa archive.org Peerings via PacificWave FRE nps ucsb ASU UofA TUS SDG ucr ucla uci ucsd

  14. ucb ucd ucsf SAC ucop stan ucm ucsc Internet2-NLR L2 Network(s) nps PacWave ucsb caltech LAX ucr usc ucla uci ucsd HPR Layer 2 Topology SVL

  15. Optical Design • Design requirements in progress • Anticipated to include • ROADM/WSS • Eliminate regen points • 40G/100G upgrade capability • 80 channel upgrade capability • Lambda switching services • “Alien” (transponderless) wave support

  16. Upgrade Issues • Optical transition planning • Additional fiber pairs no longer available • Taking backbone down for a week of migration is not acceptable • Space/power limitations • Router power requirements are pushing the limits of power availability • Amplifier sites are now being limited too

More Related