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CAnet 4 Update for DICE Ottawa, 11 July 2006

René Hatem. CAnet 4 Update for DICE Ottawa, 11 July 2006. Current Layer 3 network. Current Layer 3 network. Current CAnet 4 network. Kam. Kel. Edm. Sas. Fre. Van. Cal. Reg. Win. Tor. Ott. Mon. Hal. Van. Cal. Thu. Tor. Ott. Mon. Win. Vic. Chi. NYC. Sea. Sea. Chi. NYC.

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CAnet 4 Update for DICE Ottawa, 11 July 2006

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  1. René Hatem CAnet 4 Update for DICEOttawa, 11 July 2006

  2. Current Layer 3 network

  3. Current Layer 3 network

  4. Current CAnet 4 network Kam Kel Edm Sas Fre Van Cal Reg Win Tor Ott Mon Hal Van Cal Thu Tor Ott Mon Win Vic Chi NYC Sea Sea Chi NYC 5th wave 4th wave 3rd wave 1st and 2nd waves Edm Cal Sea NYC CISCO ONS 1545 Nortel OME 6500 Nortel HDXc

  5. Network Topology Fre Hal Kam Kel Van Cal Reg Win Tor Ott Mon #1 Van Cal Edm Sas Win Thu Tor Ott Mon Mon #2 RISQ Vic Chi NYC Sea Chi NYC Sea 5th wave 4th wave 3rd wave 1st and 2nd waves Edm Cal Sea NYC Mon CISCO ONS 1545 Nortel OME 6500 Nortel HDXc New OME

  6. 10GE LANPHY testing #1 10GE LANPHY is a new type of the interface card for Nortel OME platform, the general availability is in the first quarter of 2007. The card will provide: VCAT capacity, can be sub-rated down to STS3c 2 x 10GbE LANPHY ports The early deployment card is now available. CANARIE will purchase three cards for testing. Nortel will replace them once the general availability of the card is released. It will support only one GE LANPHY port and sub-rated down to STS3c-32V (5G).

  7. 10GbE LANPHY testing #2 VCAT support give us the ability to utilize the SONET circuit efficiently. For examples McGill Ultra video conferencing – require only 5G but take up a whole 10G circuit TRIUMF would have a 5G LP to CERN, multiple 1G to tier 2 site

  8. Eastern ROADM project Eastern ROADM – in partnership with ORANO Chicago – Windsor/Detroit – Toronto – Ottawa – Montréal – Albany – Boston – NYC 20 year IRU from Level3 on Chicago to Detroit and Toronto to NYC fibre pair 14 year IRU from TELUS on Detroit to Toronto fibre pair 34 equipment sites Nortel CPL (Common Photonic Layer), 50GHz spacing, C-band, qty72 10G channel capacity

  9. Western ROADM project Western ROADM – in partnership with BCNET and NETERA Seattle – Victoria – Vancouver – Kamloops – Kelowna – Calgary 12 year IRU from Bell Canada on entire route 20 equipment sites Nortel CPL (Common Photonic Layer), 50GHz spacing, C-band, qty72 10G channel capacity

  10. Why are we doing this? LightPath allocations highest on following segments Vancouver-Calgary Chicago – Toronto, Toronto – Ottawa, Ottawa – Montréal Toronto – NYC Low cost ROADM technology low marginal cost of adding wavelengths low OPEX relative to other DWDM technologies Great opportunity to lay longer term CAnet foundation Eastern: expiry of Level(3) Fiber Co. deak in March 2006 Western: Bell willing to closely match Fiber Co. pricing Wavelength insertion/extraction right at the campus

  11. Eastern: Approx. Fibre Path

  12. Eastern: Layer 1 Topology

  13. Eastern: Co-management • ORANO would own 25% of network capacity (18 λ) between Windsor and Ottawa • Co-management will be phased-in to reduce complexity and minimize risk; CANARIE to manage on Day1

  14. Process and Deployment Status Contract for Fibre & colo - complete Select equipment vendor - complete Receive preliminary design and submit PO - complete Receive fibre & colo – except 3 segments Vendor Perform Site Surveys – complete Vendor characterize fibre + validate design – except 4 seg. Design equipment management configs - completed Manufacture and hot-stage equipment - under way Shipping of equipment – start in August Installation and turn-up – estimated complete in Oct '06

  15. Western: Approx fibre path

  16. Western: Layer 1 Topology

  17. Process and Deployment Status Contract for Fibre & colo – July '06 Select equipment vendor - complete Receive preliminary design and submit PO – July '06 Receive fibre & colo – 3 mths after contract signing Vendor Perform Site Surveys – Oct '06 Vendor characterize fibre + validate design – Oct '06 Design equipment management configs – Sep '06 Manufacture and hot-stage equipment – Nov '06 Shipping of equipment – Dec '06 Installation and turn-up – Feb '07

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