The Development and Application ofThe Development and Application of

Peter, Yan ZhaoPeter, Yan Zhaozhaoyan@cstnet.cn

CSTNet, CNICCSTNet, CNICJul. 20, 2006Jul. 20, 2006

Lambda Networking in CSTNetLambda Networking in CSTNet

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing & Avian Flu

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing & Avian Flu

Core Infrastructure

CSTNet SDH Topology

HONG KONGHONG KONG

BJ HQ

Lan Zhou

Xing Jiang

Xi’An

Shen YangChang Chun

Cheng Du

Kun Ming

Wu Han

Guang Zhou

Shang Hai

He Fei

Nan Jing

CSTNet MSPP Network SchemaDual-Home Interconnect

CAS HQ ARP

MSPP Cisco ONS15454

MSPP=Multiple Services Provisioning Platform

Shang Hai

CSTNet MSPP Network Schema (cont.)

Digital IP Congregation

ONS 15454

C3550IP Data Service

VC/PBXVideo Conf.PBX VOIP Interface

ARP InterfaceARP

VC Congregation

FE / E1

C3550

IP Data Service

VC/PBXVideo Conf.PBX VOIP Interface

ARP Interface

ARP

ONS 15305

ONS 15305

GSR

IP Data Service

VC/PBXVOIP

ARP CenterARP

ONS 15365

2.5G

1G

100M

100M

1G/100M100M

100M

1G/155M

1G/622/155M

N*E1Bei JingONS 15454

For Institutes abundant of dark fibers

For Instituteslack of dark fibers

CSTNet HQ

CAS HQ

100M

1G

E1

1G

100M

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing & Avian Flu

HEP CAS Astronomy CAS Meteology CAS

1000M 1000M 1000M

HK-Light/HK-IOEP

GLORIAD US KISTI KROC192/10GOC48/2.5G

CSTNET HQ BJO

C4

8/2

.5G

ASNET TW APAN JP1000M 1000M

HARNET1000M CUHK1000M

At Present: HKLight Hybrid Network

HEP CAS Astronomy CAS Meteology CAS

1000M 1000M 1000M

HK-Light/HK-IOEP

OC192/10GOC48/2.5G

CSTNET HQ BJO

C4

8/2

.5G

ASNET TW APAN JP1000M 1000M

HARNET1000M CUHK1000M

KISTI KRGLORIAD US

Upgrade 1: HKLight Hybrid Network

OME 6500OC192s

OC48

“a L2 switch like Force10”

GSR 12410

Several GEs – or a 10GE

ONS15454

GE Lightpath clients or OC48GE Lightpath clients or perhaps OC48

OME and ONS for lighpath connectivity-More capacity inside the HKOEP-Other GOLEs connecting at 10G-Local lightpaths terminating here

Maintain L2 flexibility- Directing clients to router or lightpath- Provide VLANs for specific projects

L3 connectivity- Router as a client of lightpaths

OC48

GE clients in Vlans for L2 traffic exchange for S&T purposes

Upgrade 2: HKLight Hybrid Network

OME 6500

“a L2 switch”

routerONS15454

HDXc

.

.

.

.

.

.

.

.

.

.

.

HDXc for large bandwidth connectivity- Up to 64 10G - More capacity inside the HKOEPONS and OME for termination- lightpaths terminating here- flexible slot filling

Maintain L2 flexibility- Directing clients to router or lightpath- Provide VLANs for specific projects

L3 connectivity- Routers as clients of lightpaths

router

Upgrade 3: HKLight Hybrid Network

HKOEP to STARLight 2.5G upgrading status

HKLight vs. StarLight

Asia North Amercia Europe

StarLight

JGN ⅡCA*net 4

CERN

NORDUnet

SURFnet

Abilene ESNET MREN NREN

10G

1G

2.5G

1G1G

1G

1G

10G3*10G

HKLight

KREON 2

ASNET

2.5G (GLORIAD)

2.5G1G

10G

1G

UKLight

HARNET

1G1G

2.5G

GEANT 25G

10G

GLORIAD & HK-IOEP (HKLight)

HKLight Kit• At present…

1 Port Packet Over SONET OC-48c/STM-16

4 Port ISE Gigabit Ethernet

1 Port ES Packet Over SONET OC-192c/STM-64

5-port Gigabit Ethernet Ethernet ×2

Cisco ONS 15454

Cisco GSR 12410

1 Port OC-192c/STM-64×2

4 Port ISE Packet Over SONET OC-3c/STM-1

4 Port Gigabit Ethernet ×2

1 Port OC-48c/STM-16×2

HKLight Cross-Connections

• At Present…– OC-48c/STM-16 To CSTNET HQ, BJ

– OC-48c/STM-16 To GLORIAD, Chicago USA

– OC-192/STM-48 To: KISTI, Daejeon KR

– Gigabit Ethernet (directly)

• To ASNET Taiwan, China

• To NICT JP

• To HARNET

• To CUHK

10G Connectivity for CN-KR

KREONet2 – Busan & Daejeon

GLORIAD-Seattle

ONS15454

OC192

OC192

10GPOS(HK)

OC192

OC192

OC192

Force10L2

GSR12406

ONS15600

10GE LAN

2*GE 10p

GE 10p

10GE LAN PHY/MultipleGEsTo KREONET

HKLight(HK)

GSR12410

2.5G to Beijing(CSTNET)

CSTNet – Hong Kong

10G POS (OC192)

PW-Seattle

N*OC192

OME6500or HDXc

OC192 Chicago(StarLight)

HKLight

OC48

MSPP

10GE LAN PHY/Multiple GEs

To PacificWave

KREONet2

2 x 1G (APII)

ChinaCSTNET(Beijing)

JapanJGN2, SINET, WIDE

2.5G 1G

10G

North America10G

2.5G

ChinaHKLight

(Hong Kong)

10G(s)

Korea KREONET2

CN-KR Links for Northeast Asia

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing & Avian Flu

CSTNET & CNGI• CNGI

– native IPv6

– 2.5G/10G

• CSTNET– Together with

China Netcom

– establishes 7 GigaPoPs.

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing

Collaboration and Cooperation of High Speed Network

YBJ-ARGO/AS• The ARGO -YBJ Project is a Sino-Italian Cooperation

started its detector installation in 2000. It aims at the research of the origin of high energy cosmic rays. It explores the approximately 100 GeV uncultivated land and measuring the antiproton/proton ratio by cosmic ray moon shadow.

YBJ-ARGO• The YBJ-ARGO project will be full operational in 2007

and will generate more than 200TB of raw data each year. The raw data will be transferred from Tibet to Beijing Institute of High Energy Physics and processed in to reconstructed data. The physicists will work on the reconstructed data for physics researches..

nort

hsourth

west east

-3.5δ

-3.0δMoon position Moon position

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing & Avian Flu

• MES Grid (Meteorological and Environment Science Grid)

• STGrid (Seismic Tomography Grid)

• CCGrid (Computational Chemistry Grid)

• …………

Grids

China VO

Based on layered GRID infrastructure,

China mainly addresses following three tasks:– Astronomical Data Interoperation – Spectrum Auto-process – VO-enabled LAMOST

Chandra

Hubble

MMT

Smm array

VLA

Antartica submm Magellan 6.5m

Whipple -ray

SIRTF

Oak Ridge

1.2m CO

VO ＝ World Wide Telescope

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing & Avian Flu

Panda Cam

Panda Cam

Panda Museum – Remote observation

Contents • Lambda Network Development of CSTNet

– CSTNet Domestic Lambda Network– GLORIAD & HK-IOEP– CSTNet CNGI

• Lambda Network Application of CSTNet

– YBJ-ARSO – GRIDS– Panda CAM– Remote Sensing & Avian Flu

Remote Sensing to Analyze the State of Underlay

Along the Pass of Sand Storm Weather

Early-warning and Predicting System for Avian flu

• Four Institutes(Institute of Microbiology, Institiute of Wuhang virus, Institute of Zoo,and CNIC) collaborate to build this project.

• E-Science pilot application

Summary• CSTNET will continue to provide good environment highly ef

ficient to S&T activities joint with other partners and users throughout the world. – Dedicate to GLORIAD-China tasks– Address to global demands of e-Science applications– Grow up to GLIF optical exchange point in China

• CSTNet looks forward to initializing more collaborations with other international counterparts for the purpose of S&T development.

Q&A