Corporation for Education Network Initiatives in California - PowerPoint PPT Presentation

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Corporation for Education Network Initiatives in California

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Formed in 1996 as a 501(c)(3) Non-Profit ... Cogent. L3. Qwest. L3. TBD. Qwest. Cogent. LAX. TRI. SVL. SFO. OAK. L3. TUS. RIV. CSAC. SDG. 10GE. OC-48. GE. 3XGE ... – PowerPoint PPT presentation

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Title: Corporation for Education Network Initiatives in California


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
(No Transcript)
5
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

6
Upgrade Planning
  • Technical Advisory Committees
  • Committees composed of CENIC member
    institutions technical staff
  • Review needs, requirements and discuss/propose
    designs
  • Committee accepts design

7
CalREN/DC Design Digital 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

8
Hub Routers (year 1)
COR
OAK
CSAC
SFO
TRI
SVL
FRG
SOL
FRE
SLO
BAK
LAX
RIV
TUS
10GE
OC-48
GE
3XGE
SDG
9
Hub Routers (year 5)
COR
OAK
CSAC
SFO
TRI
SVL
FRG
SOL
FRE
SLO
BAK
LAX
RIV
TUS
10GE
OC-48
GE
3XGE
SDG
10
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
SDG
3XGE
11
Commodity Peering Overlay Network (year 1)
OAK
SFO
PAIX
TRI
SVL
TransitRail
SLO - Charter - possibly not part of peering
separation
LAX
RIV
TransitRail
10GE
OC-48
GE
SDG
3XGE
12
Commodity Traffic Volumes
  • Paid Commodity Transport
  • Commodity Peering
  • 80 carried via TransitRail project

13
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

14
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
ucsd
ucla
uci
15
HPR Layer 2 Topology
SVL
16
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

17
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
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