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The slide deck from an October 23, 2012, webcast on the Future of Submarine Networks in Latin America. Tim Stronge of TeleGeography presented an overview of current network connectivity pricing and trends in the region. Then Francisco Moussier-Dominguez of Ciena talked about Ciena's submarine network solutions and presence in the CALA market.
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Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
The Future of Submarine Networks in Latin America
Tim Stronge
TeleGeography
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
Bandwidth Demand is Strong Latin American Used International Bandwidth, 2007-12
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
End-users Drive Internet Traffic LatAm Broadband Subscribers and Average Access Speeds
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
Connectivity Still Focused on U.S.
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
Biggest Roads Lead Northward Top 10 International Internet Routes of Latin America
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
One Reason to Connect to Miami: Prices
GigE Full Port IP Transit Prices,Q2 2012
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
Faster Declines in the U.S. Median 10 GigE IP Transit Price Erosion, 2009-2012
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
Transport Prices are Still Costly Median 10 Gbps Wavelength Prices, Q2 2012
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
Planned Cables in Latin America
Carlsbad, CA | Washington, DC | Exeter, UK | Singapore | www.telegeography.com | [email protected]
Tim Stronge
+1-202-741-0040
© Ciena Confidential and Proprietary
Global Network Design Trends
Francisco Moussier-Dominguez Ciena October 23, 2012
© Ciena Confidential and Proprietary
© Ciena Confidential and Proprietary
Ciena Submarine Network Presence Latin America
Coherent Transport Field Experience SIX LATAM submarine cables upgraded 40G/100G deployed over 700,000 kilometers 2009 FIRST 40G submarine network upgrade 2011 FIRST 100G submarine network upgrade Intelligent Switching L0 & L1 Control Plane protection deployments
© Ciena Confidential and Proprietary
Think of the Global Network… … in a new way …
Global Networks Must Optimized Data Center to Data Center Network Designs
© Ciena Confidential and Proprietary
PoP-to-PoP Network Connectivity Rethinking “segmented” network designs
CLS : Cable Landing Station PoP = Point of Presence
CLS CLS
© Ciena Confidential and Proprietary
Data Center
TLTE XCON TLTE
Metro/Regional Terrestrial Backhaul
SIE SLTE AMP
Cable Landing Station Wet Plant
HEAD END
Terrestrial - Submarine Network Demarcation
Data Center
AMP
PoP to PoP
NID + SLTE
ROADM
NID
Legacy Network Design vs. Tomorrow’s Network Design Terrestrial/Submarine Demarcation Point Removal
AMP = Amplifier NID = Network Interface Device ROADM = Reconfigurable Optical Add/Drop Multiplexer SIE = SDH Interconnection Equipment SLTE – Submarine Line Terminating Equipment TLTE = Terrestrial Line Terminating Equipment XCON – Cross-Connect
© Ciena Confidential and Proprietary
Traditional Submarine-Terrestrial Network Handoff Reliable… but there is a better way
© Ciena Confidential and Proprietary
Next Generation Submarine-Terrestrial Network Handoff SLTE physically relocated directly into the PoP (ex. data center)
© Ciena Confidential and Proprietary
PoP-to-PoP Global Network Design Trends Summary
Designing PoP-to-PoP global networks greatly simplifies resultant designs
Cable Landing Station network designs evolution continues to evolve
Demarcation point between terrestrial and submarine networks is blurring
Significant reductions in cost, space, power, and latency is achievable
Remove all unnecessary optical-electrical-optical stages, where possible
