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Internet2 2014 Global Summit LAN Connectivity between North and South America
Pietro Valocchi – Latin American Nautilus - April 9, 2014
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Integrated and resilient proprietary backbones in Europe, Mediterranean Basin, US and LatAm
Unique footprint in the Mediterranean area via bilateral/consortium cables and MED Nautilus network
Dual protected fiber path in Europe Full IP multiservice network
51 cities in 28 countries 122 PoPs >1,000 PoPs through partners 55,000 Km fully resilient Pan-European
backbone, covering 13 countries 14,000 Km Italian Network 30,000 Km LANautilus backbone in 8
countries 7,000 km MED Nautilus backbone,
covering 3 countries 450,000 km submarines cables
TI Sparkle Singapore Pte Ltd
Focus on regions with higher IP/Data traffic
growth TI Sparkle of North America Inc.
TI Sparkle Global Network Coverage
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Network architecture
SAC & TAC Cable System 3Tbps target capacity Submarine links Saint Croix – Fortaleza Fortaleza – Rio de Janeiro Rio de Janeiro – Sao Paulo Sao Paulo – Las Toninas Valparaiso– Lima Lima – Panama
Terrestrial link Las Toninas – Buenos Aires Buenos Aires – Santiago Santiago – Valparaiso
MAC Cable System Saint-Croix – Miami Saint-Croix – New York New York – Miami
Cooks Cable System Panama – Saint Croix Venezuela access via BU
New proprietary infrastructure planned in Miami - Saint
Croix
TX infrastructure
Santiago
Lurin
Lima
Rio
Miami
St. Croix
Panama
Las Toninas
Valparaiso
New York
BA
Rio Sao Paulo
Fortaleza
Venezuela
Santos
LAN Network LS POP
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S L T E
S L T E
North Wet Plant
South Wet Plant
W D M
D
Diversely Routed LAN Owned Dark Fiber to
POP
W D M
D
LAN DWDM LAN BW MGR/OTN
LAN SLTE’s
W D M
D
W D M
D
Full Network Management
LAN RTR’s LAN BW MGR/OTN
LAN DWDM
LAN SDH
Extension of Submarine links to the terrestrial network By separating protection control planes, terrestrial fiber cuts do not affect full ring switch.
PoP LS
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POP - Landing Station Backhaul
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Services
Santiago
Lurin
Lima
Rio TH
Miami
St. Croix
Panama
Las Toninas
Valparaiso
New York
BA
Rio Sao Paulo
Fortaleza
Santos
Facilities provided by LAN
10G links delivered on LAN infrastructure in:
Miami
Fortaleza
Rio de Janeiro
Sao Paulo
Santiago
LAN Network
LS POP
Interconnect Point
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Network characteristics
Characteristics of the submarine links Expensive infrastructures Very long segments Challenging power budget
A B km/000 St. Croix Fortaleza 4,2 Fortaleza Rio 3,5 Rio Santos 0.4
Needs for leading edge technology in order to optimize spectrum efficiency
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Technologies
Evolving technologies 10Gbps ALU DWDM technology deployed in
2000 40Gbps Ciena technology implemented in 2011 100Gbps Ciena technology implemented in 2013
Alcatel Submarine Networks baseline and initial upgrades Gen 1 Tera10 10Gb waves (NRZ) using 100GHz
spacing Gen 2 1620 10Gb waves (NRZ) using 50GHz
spacing expansion via 50/50 splitter Gen 3 1620 10Gb waves (NRZ) using 33GHz
spacing
Ciena Submarine upgrades 40G BPSK & QPSK expansion using 50/100GHz
spacing via additional 50/50 splitter 100G WaveLogic3 QPSK
Coexistence of different technologies
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Spectrum sharing
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Spectrum partition by means of optical splitters