FIBRE at a glance
Leandro Ciuffo (RNP)
GEC 21,
Bloomington (IN) Oct. 2014
Experimentation islands
U.Bristol
UFPA
1,520mi
UFPE
UTH
I2CAT
UNIFACS
RNP
UFG
EUROPE
BRAZIL
UFSCar
CPqD
USP
Situation as of October 2014
UFF
UFRJ
Universities
R&E Network
R&D Center
SME / Industry
2
UNIFACS
UFPA
UFPE
U. Bristol
WDM
OCF OMF
RNP
OCF OMF
OCF
OCF OMF
OCF
PoP-Bahia
UFG
NOC
OMF
PoP-Pará
PoP-Pernambuco
OCF
OCF OMF
PoP-Federal
District
PoP-Goias
PoP-Rio
de Janeiro
PoP-São Paulo
OCF OMF
OCF OMF
Proto
GENI
UFSCar
OCF OMF
WDM
OCF OMF
CPqD
USP
OCF
OMF
OCF OMF
UFRJ
UFF
I2CAT
OFELIA Control Framework
OMF
ProtoGENI
WDM GMPLS
Wireless experimental facility
Small wireless facility (3 nodes)
UTH
Icarus nodes
A typical Brazilian island
OMF domain
(Wireless Network )
IBM server
(VMs, LDAP)
Switch
Top of Rack
Pica8 Pronto Switch
Datacom OpenFlow switch
(FIBREnet border router)
OCF domain
Control plane link
NetFPGA #1
PerfSONAR servers
NetFPGA #2
Data plane link
Data + Control plane
NetFPGA #3
Institution
RNP’s PoP
Website
www.fibre-ict.eu
www.fibre.org.br
5 /23
The UFF local wireless testbed
Ícarus: Programmable wireless router developed by UTH.
Mini-ITX: Low-cost programmable wireless router.
TP-Link 842nd: Monitoring infrastructure nodes.
“Cable car” hanging from the ceiling of the 3rd floorto automate the displacement. Extension = 100m.
6
Wireless nodes
•
Mini-ITX nodes
•
•
•
1 WiFi interface (802.11 b/g/n)
1 bluetooth interface
1 wired interface for control/experimentation
7
•
Railway track view
•
•
Camera view from
the train
Camera view from
the controller
Thank you / Obrigado
Leandro Ciuffo (RNP)
twitter.com/FIBRE_project
www.facebook.com/fibre.project
www.fibre.org.br