More Related Content Similar to The x in FTTx FiberPlanIT, much more than FTTH planning (20) The x in FTTx FiberPlanIT, much more than FTTH planning 1. THE X IN FTTX
FIBERPLANIT: MORE THAN FTTH
PLANNING
Welcome
3. Introduction:
FiberPlanIT by Comsof
Planning & Design
Planning for FTTx
FTTx: Options for the x
Example 1: FTTC + VDSL/G.Fast
Example 2: FTTN + DOCSIS
Example 3: FTTA
Questions and Answers
WELCOME
Demo
FiberPlanIT
© FIBERPLANIT.COM 2015 3
4. Duration: 45 mins.
Ask questions via GoToWebinar Q&A window.
Questions will be treated at the end.
After the webinar, a short survey.
Look out for our email later this week with a link to the
recording of this session.
WEBINAR DETAILS
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8. PLANNING AND DESIGN
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Strategi
c
Plannin
g
GO
Initial
Design
Field
Survey
Finetun
e
Design
Detailed
Design
Network
Build
Network
Inventory
TO BUILD
AS BUILT
9. Powered By FiberPlanIT
Powered By Integration with
Engineering/Inventory tools
PLANNING AND DESIGN
Strategi
c
Plannin
g
GO
Initial
Design
Field
Survey
Finetun
e
Design
Detailed
Design
Network
Build
Network
Inventory
TO BUILD
AS BUILT
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11. Evaluate alternative options:
- Break the rule?
- Desktop survey to check feasibility (e.g. CO location)
- But keep quality
- Insight: Instant view on cost impact
- Optimisation: Design non-fixed parts
- Uniformity: Check rule compliance
KEEP CONTROL OVER THE DESIGN
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12. PLANNING AND DESIGN
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Strateg
ic
Plannin
g
Initial
Design
Finetun
e
Design
Cost? How?
Where? ROI?
FiberPlanIT
SIMULATOR
FiberPlanIT
DESIGNER
13. Past Webinar
Recording available
Past Webinar
Recording available
PLANNING AND DESIGN OF FTTH
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Strateg
ic
Plannin
g
Initial
Design
Finetun
e
Design
FiberPlanIT
SIMULATOR
FiberPlanIT
DESIGNER
16. Planning FTTx rollout: long term vision needed
Need ACCURATE answers FAST
What is the end point? FTTH?
Migration path to FTTH?
Reuse existing infrastructure: Copper, Coax, ...
Include different target connections:
Antenna, Business, Residentials, ...
Gradual upgrade or total overbuild?
Planning ahead will save a lot of money!
STRATEGIC PLANNING
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17. Case by case: influencing factors
Existing infrastructure
Competition
CAPEX/OPEX
Required Broadband speeds
Small cells: fiber backhaul
...
Phased Approach?
FTTN+FTTA+FTTO > FTTH
FTTC+FTTA > FTTH
WHAT IS YOUR STRATEGY FOR X?
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19. Existing copper network with FTTCab / VDSL2
Copper lengths from current street cabinets:
between 10 and 1000m
Up to 2000m in rural area
Typical offered speed: 30Mbps
Objective: reduce copper length to increase speed
EX 1: DSL OPERATOR
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20. FIBER TO THE X
Source: Alcatel-Lucent
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21. Existing copper network with FTTCab / VDSL2
Copper lengths from current street cabinets:
between 10 and 2000m
Offered speeds: 30Mbps
Objective: reduce copper length to increase speed
Evaluate options for FTTDp/FTTC:
Scenario 1: FTTC / VDSL2+ with max copper length = 400m
Scenario 2: FTTDp / G.Fast with max copper length = 100m
Extra parameter: min #homes per Fiber Node
Economically Viable
EX 1: DSL OPERATOR
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22. Existing HFC network with FTTN / DOCSIS 3.0
Average of 500 homes per Fiber Node
Typically 2 to 3 Amplifiers on Coax
Offered speeds:
up to 300 Mbps download
Shared medium between 500 users: Mbps in peak time?
Objective: reduce number of customers on shared Coax section
to increase speeds
Evaluate options for FTTNode/FTTHome:
Scenario 1: FTTN / DOCSIS 3.0 with 64 homes per Fiber Node
Scenario 2: FTTN / DOCSIS 3.0 with 32 homes per Fiber Node
Scenario 3: FTTH
EX 2: HFC OPERATOR
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23. Existing 4G network
Increasing data volumes
Increasing amount of antennas
Objective: introduce fiber backhaul to ensure maximal mobile
data user experience
Evaluate options for FTTAntenna:
Scenario 1: Reusing Existing Ducts
Scenario 2: Greenfield
Scenario 3: With redundancy
EX 3: 4G MOBILE OPERATOR
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25. COMPARING FTTX SCENARIOS
Note: this is for a specific area (relatively sparse)
Results for other areas may be completely different.
COST
HOMES PASSED
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26. Accurate Cost for FTTx project within minutes
For FTTC, FTTN, FTTS, ...: includes automated identification of Fiber
Node location
Evaluate scenarios
Move Fiber closer to the Customer
Migration Approach
Existing network as input:
Inventory or auto-generated
CONCLUSIONS
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28. 28
The FiberPlanIT team
demonstrated a high level of
professionalism in
determining appropriate
parameters for a further
optimization of our FTTx
Projects.
B. Corlùy - Head of FTTx
Strategy
Belgacom, Belgium
Thanks to the FiberPlanIT
modelling software, we were
able to quickly determine
optimal Cabinet and Central
Office sizes for the areas of
interest.J. Humm - GM FTTH
Investments
Enable Networks, New Zealand
Before FiberPlanIT, we
generated Masterplans by
hand: this was time-
consuming and error-prone.
But most of all: it was a
complex job. The
introduction of FiberPlanIT
changed this process for the
better: we generate
Masterplans much faster and
more accurate than before.
The automation and
efficiency of the software
really increased our job
satisfaction, enabling us to
focus only on problem-areas
while the software takes
control of the rest.
C. Tschurtschenthaler, CEO
IN.GE.NA, Italy
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29. Support in Strategic Planning with FiberPlanIT:
Available as Software and/or Consultancy
Also Supporting Network Design for FTTx in FiberPlanIT
Designer
Move Fiber Nodes, Change Customer Clusters, ...
Interested? Request a demo.
FINAL REMARKS
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30. Contact us for any further information
or to discuss your own project
raf.meersman@fiberplanit.com
www.fiberplanit.com/contact
QUESTIONS AND ANSWERS
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Editor's Notes MSc Engineer in Telecommunications
Started as consultant at Comsof, grew to Chief Technical Officer where he was responsible for the R&D of all products.
Now he is CEO and shareholder at Comsof.
MSc in Photonics Engineering
FTTx consultant at Comsof
FTTH Cost Model for EU27 and Germany (FTTH Council)
FTTH Cost Model for US (Bain&Company)
Business Development Engineer for ‘FiberPlanIT by Comsof’
Assists operators and consultancy bureaus through the strategic challenges of FTTx.
Animation to show everything more clearly when presenting Terminology: reference to overview of passive infrastructure