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University of WashingtonComputing & Communications CAMPUS NETWORK STATUS/FUTURES Terry Gray Director, Networks & Distributed Computing UW Computing & Communications.

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Presentation on theme: "University of WashingtonComputing & Communications CAMPUS NETWORK STATUS/FUTURES Terry Gray Director, Networks & Distributed Computing UW Computing & Communications."— Presentation transcript:

1 University of WashingtonComputing & Communications CAMPUS NETWORK STATUS/FUTURES Terry Gray Director, Networks & Distributed Computing UW Computing & Communications October 2001

2 University of WashingtonComputing & Communications Scope of UW Networking UW Campus Networks –Seattle –Tacoma –Bothell/CCC Medical Centers (net design) –UW Physicians Network –UW Medical Center –Harborview Medical Center Pacific/NorthWest Gigapop –Pacific Wave exchange point –Pacific Light Rail Statewide K20 Network

3 University of WashingtonComputing & Communications Pacific Northwest Gigapop

4 University of WashingtonComputing & Communications Baseline Connectivity Shared 10Mbps HD Switched 10Mbps HD Switched 10/100Mbps FD –backed by GE switch/router infrastructure Goal: Switched 10/100 FD for all; GE for a few Reality: Cat3 wireplant upgrade will take multiple years and multiple millions of dollars

5 University of WashingtonComputing & Communications Advanced Services Multicast –Partially deployed –Older routers need to be replaced QoS –Laissez faire? Premium service? –Best with FD connections. VoIP –Needs QoS, extra-high availability –POE desirable; implies UPS in closets IPv6

6 University of WashingtonComputing & Communications Premium Services? Wide-area QoS chargeback? Preferred access to Internet for a fee? Lots of interesting policy and tech issues...

7 University of WashingtonComputing & Communications Mistakes We Didn't Make FDDI to the desk VLANs ATM Various "cut-thru IP switching" digressions Claim: Staying with pure IP and Ethernet has served UW very well...

8 University of WashingtonComputing & Communications Current Statistics Avg Backbone traffic: nearly 2 TB/day Peak Inbound traffic: 100 Mbps (40 in 1999) Peak Outbound traffic: 160 Mbps (20 in 1999) Doubling time: Less than 2 years!! Hosts: over 50,000 Modems: over 2,000 Switched subnets: 70% (30% in 1999) 10/100 FD subnets: 25% (5% in 1999) Cat 5 buildings: 10%

9 University of WashingtonComputing & Communications UW-S Building/Subnet Status

10 University of WashingtonComputing & Communications Dept’l GigE Buildings Physics/Astronomy (6) Fisheries Center (2) new Ocean (3) Parrington Hall (1) HecEd + Graves (2) Mary Gates Hall (10) OUG Library (3) Savery (1) Sieg (8) 4545 (5) part of EE (2) Part of HS J wing (1) part of HS K wing (2) part of HS T wing (1) part of Johnson Hall (3) part of Gerberding (1) part of Thomson Hall (1) Bowman (1) Robertson Annex (1)

11 University of WashingtonComputing & Communications Simplified Network Topology Router Border Router Core Switch Edge Switch Edge Switch Interior Switch Interior Switch Gigapop Internet2 Desktop Internet Fed Nets 4 30 300 1000+ Branch Site 50,000 PBX

12 University of WashingtonComputing & Communications

13 University of WashingtonComputing & Communications Number of Devices

14 University of WashingtonComputing & Communications Backbone Traffic

15 University of WashingtonComputing & Communications Border Traffic 1999 (2 day)

16 University of WashingtonComputing & Communications Border Traffic 2001 (2 day)

17 University of WashingtonComputing & Communications Border Traffic 2001 (6 hour)

18 University of WashingtonComputing & Communications Recurring Theme: Explosive Growth More users More devices Longer use New (bandwidth-intensive) applications –e.g. remote collaboration tools –audio/video streaming –tele-immersion –distance learning

19 University of WashingtonComputing & Communications Networking Hot List Campus building/subnet upgrades Backbone upgrades (production, experimental) Regional networking Internet 2 Network Hardening Security Advanced Services Wireless Management/diagnostic tools

20 University of WashingtonComputing & Communications Some Success Metrics 10/100 FD connections: xx% Multicast deployment: xx% QoS deployment: xx% Dept’l wireless coverage: xx% Router center hardening: xx% Backbone capacity IPv6 capable routers

21 University of WashingtonComputing & Communications Questions? Or comments… –Or complaints...


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