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In 1876 …
The world’s first
telephone call.
In 1988 …
1
6oomillion fixed
broadband lines.
billion fixed
lines, with In 2020 …
50billion
connected devices!
Broadband Connectivity
is increasing at a
rapid pace.
In 2013 …
6.4
1.7
billion mobile
subscriptions, with
billion mobile
broadband subscriptions.
In 2018 …
9
7
billion mobile
subscriptions, with
billion mobile
broadband
subscriptions.
With the SPO 1400 Packet Optical Transport Platform
How can
networks
scale
while
keeping
down
costs?
network
platform
NMS
50%
50%
50%
Less boxes Lower CapEx Lower OpEx
One
scalable for capacity and number of connections, including a mix of technologies.
Scalable Mobile Backhaul:
TDM, Ethernet, and MPLS-TP
SPO 1400 savings:
<50ms protection switching
Guaranteed latency and jitter
Enhanced OAM for faster,
easier fault localization
Simultaneous support for
Superior Performance:
Manage
100xmore NEs with the same personnel
Lower
CapEx
costs
Lower
port costs
Fewer
ports
50%
50%
57%
2G/3g/4g
Protect legacy service and prepare for the future, while reducing costs.
Modernize SDH
Lower OpEx cost and a reduced carbon footprint
Easy migration with SPO 1400
One NMS for legacy and new
Automated migration tools
Avoid re-cabling
New revenue at lowest cost
The biggest drivers of
broadband traffic
today are: Gained6o%
more users in
the last year.
Mobile broadband
Increased73%
in the last year
and now makes
up half of all
Internet traffic.
Video
Grew20%
the last year
Internet commerce
Networks
need to be
more
flexible
with more
capacity.
$
500billion annually.
to
90%
50%
SPO 1400 savings:
Power & Cooling
Savings
Space savings
Network Element
consolidation
9:1 Save
$
900per
E1 service migrated
SPO 1400 savings:
Migration to Packet
Protect legacy service and prepare for the
future, while reducing costs.
SPO 1400 savings:
Lower OpEx cost
and a reduced
carbon footprint
75%
Power & Cooling
Savings
50%
Lower GE
port cost
SPO 1400 Superior Performance:
Carrier Ethernet Services 2.0 compliant
Offer Services from E1 to 100GE
Connect Data Centers at 100 Gbps
Provide carrier’s carrier wavelength
and OTN services
Offer 2G to LTE backhaul over
the same infrastructure
Lowest TCO for MEF services
Rack Space
Savings
DWDM Metro
SPO 1400 savings:
Rack
space
savings
Power
Savings
SPO 1400 Superior Performance:
50%
55%
100’s of man-hours saved with Optical Network Planner
Technology Flexibility for each wavelenght – OTN,
MPLS-TP, Ethernet, SDH
400 Gbps and 1 Tbps ready Highest capacity density
Space Saving
with smart
external ROADMs
55%
More fiber
capacity with
96 wavelengths
20%
Shelf service
utilization with
WDM architecture
100%
Higher 10 Gbps
transponder density
35%
Lower 100 Gbps
latency
20%
Longer 100 Gbps
transmission
85%
saves 1.8 million
in the first year
followed by
additional
$
614,000yearly savings
For example
25metro
aggregation networks
250SPO 1400 nodes
50
$
SPO 1400 Platform
25 x 10
25 X 2
55%
SPO 1400
hub nodes

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Optical Networks

  • 1. In 1876 … The world’s first telephone call. In 1988 … 1 6oomillion fixed broadband lines. billion fixed lines, with In 2020 … 50billion connected devices! Broadband Connectivity is increasing at a rapid pace. In 2013 … 6.4 1.7 billion mobile subscriptions, with billion mobile broadband subscriptions. In 2018 … 9 7 billion mobile subscriptions, with billion mobile broadband subscriptions. With the SPO 1400 Packet Optical Transport Platform How can networks scale while keeping down costs? network platform NMS 50% 50% 50% Less boxes Lower CapEx Lower OpEx One scalable for capacity and number of connections, including a mix of technologies. Scalable Mobile Backhaul: TDM, Ethernet, and MPLS-TP SPO 1400 savings: <50ms protection switching Guaranteed latency and jitter Enhanced OAM for faster, easier fault localization Simultaneous support for Superior Performance: Manage 100xmore NEs with the same personnel Lower CapEx costs Lower port costs Fewer ports 50% 50% 57% 2G/3g/4g Protect legacy service and prepare for the future, while reducing costs. Modernize SDH Lower OpEx cost and a reduced carbon footprint Easy migration with SPO 1400 One NMS for legacy and new Automated migration tools Avoid re-cabling New revenue at lowest cost The biggest drivers of broadband traffic today are: Gained6o% more users in the last year. Mobile broadband Increased73% in the last year and now makes up half of all Internet traffic. Video Grew20% the last year Internet commerce Networks need to be more flexible with more capacity. $ 500billion annually. to 90% 50% SPO 1400 savings: Power & Cooling Savings Space savings Network Element consolidation 9:1 Save $ 900per E1 service migrated SPO 1400 savings: Migration to Packet Protect legacy service and prepare for the future, while reducing costs. SPO 1400 savings: Lower OpEx cost and a reduced carbon footprint 75% Power & Cooling Savings 50% Lower GE port cost SPO 1400 Superior Performance: Carrier Ethernet Services 2.0 compliant Offer Services from E1 to 100GE Connect Data Centers at 100 Gbps Provide carrier’s carrier wavelength and OTN services Offer 2G to LTE backhaul over the same infrastructure Lowest TCO for MEF services Rack Space Savings DWDM Metro SPO 1400 savings: Rack space savings Power Savings SPO 1400 Superior Performance: 50% 55% 100’s of man-hours saved with Optical Network Planner Technology Flexibility for each wavelenght – OTN, MPLS-TP, Ethernet, SDH 400 Gbps and 1 Tbps ready Highest capacity density Space Saving with smart external ROADMs 55% More fiber capacity with 96 wavelengths 20% Shelf service utilization with WDM architecture 100% Higher 10 Gbps transponder density 35% Lower 100 Gbps latency 20% Longer 100 Gbps transmission 85% saves 1.8 million in the first year followed by additional $ 614,000yearly savings For example 25metro aggregation networks 250SPO 1400 nodes 50 $ SPO 1400 Platform 25 x 10 25 X 2 55% SPO 1400 hub nodes