Bc Ellipse Mw

8/14/2019 Bc Ellipse Mw

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Fill in your own data and see what Ellipse Planni

Follow the indications for each step and see for yourself the savings

Note: Only yellow cells can be edited

Part I - Lower your engineering costs (Spend less in surv

Step #1

Engineering costs

Cost of Path survey 800.00

Cost of Link engneering 150.00

#Links designed per year 300

Step #2

Network Description

Network Urban

Links to be designed 400 150 200 750

green field 196 95 166

existing networks 204 56 34

% green field 49% 63% 83%

% existing networks 51% 37% 17%

1) Input Path Survey Cost

2) Input Link Engineering Cost

3) Input the number of links designed per year

1) Fill the number of links to be designed (yellow cells)

Very majorcities

Nonurban

This Business Case intends to guide you through the savings youMicrowave.

The benefits are twofold :

Lowered engineering costs (Spend less in surveys)

Unrivaled computation engine along with Hi-Res geodata reduce the nuto find the right spot for your MW links. The first part of this Business Caimpact of using Ellipse with different resolutions of geodata.

Improved efficiency (Time is Money)

Administrative tasks and data exchange with suppliers or contractors adtedious. Therefore the less time you spend on this, the more efficient youbusiness case will show you how much time you save while using our DGeneration / One-Click Excel / ... features.


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49 63 83

Step #3

Current Geodata Description

Geodata Area (km) 1M 5M 20M+

500

Urban / average topo 5000

Non Urban / simple topo 200000

Note :

No Clutter Data (No CD) means that only paper maps or GIS terrain is used

Simple Topology is defined as small town, rural area, desert area,

Average Topology is found in most cities around the world

Difficult Topology is found in densely populated areas such as downtown Ma

Step #4

Geodata Description

Geodata area Area (km) 1M 5M 20M+

500

Urban / average topo 5000

Non Urban / simple topo 200000

COST SAVINGS ARE COMPUTED IN REAL-TIME AND ARE DISPLAYED I

Savings and Path surveys and Path engineering

without ELLIPSE with ELLIPSE

Cost of Path surveys 1,864,400.00 1,305,600.00

Cost of Path Engineering 349,575.00 215,400.00

Cost of Geodata - 13,750.00

Total 2,213,975.00 1,534,750.00

Cost Savings with ELLIPSE (in ) 679,225.00

Part II - Improve you efficiency (Time is Money)

Step #5

1) Input the Area of your field of study according to the suggested segmenta

2) Check the radio buttons to select the resolution of your current geodata

Very major cities / difficultTopo

1) Check the radio buttons to select the resolution of geodata you may want

Very major cities / difficultTopo

1) Input the estimated duration for each task (yellow cells)2) Check or uncheck the boxes of the task you want to include in the calcula


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TIME SAVINGS ARE COMPUTED IN REAL-TIME AND ARE DISPLAYED IN

Time Savings

Unit

FALSETime to setup a link during the design phas min / link 0

Reports (duration / link)

TRUE Frequency application min / link 1 1

TRUE Link budget reportmin / link 1

TRUE Physical description for deploymentmin / link 1

TRUE Work ordermin / link 1 1

TRUE Bill of Materials min / link 1

TRUE Data exchange with LOS suppliers min / link 1

FALSE Data exchange within company min / link 0 2

TRUE Data exchange with outsourced suppliers min / link 1 3

TRUE Access to documents within deployment min / link 1 1

FALSE Data management hr / month 0 3Savings in ELLIPSE (Man days)

Description of the tasks

Time to setup a link during the design phase This time includes: sit

interference analysisReports (duration / link)

Frequency application This report is generall

Link budget report Link budget report is

Physical description for deployment Document given to th

Work order Internal document iss

Bill of Materials Exhaustive list of equ

Data exchange with LOS suppliers Based on planning co

Data exchange within company Exchange of informati

Data exchange with outsourced suppliers Exchange of informati

Access to documents within deployment Field engineering co

Data management Retrieving, sorting, a

DurationELLI

This Business Case takes into account tangible earnings.deliver also true benefits difficult to model, such as:

* Optimisation of frequency re-use leads to a better spectrumprice for spectrum, maintenance, spares,...* Significant reduction of interferences leads to higher Qualitythe loyalty of the customers* Detailed cost description of your transmission links (CapEx /accurate financial view of operating your network

* The Network Audit Wizard can select the optimum leased lina cost effective manner while maintainin our oS


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g can save your company

.

ys)

2) Adjust with thescroll bars theproportion betweenGreen Field andExisting Network

an make using Ellipse

ber of sites surveys to completee will show you the economic

limited value and often areget. The second part of theta Management / Report


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Current Geodata Description

No CDGeodata area 1M 5M

Very major cities / dif 0 0

Urban / average topo 0 0

Non Urban / symple t 0 0

hattan, Rio de Janeiro, Hong Kong

Geodata Description

No CDGeodata area 1M 5M

Very major cities / dif 0 1

Urban / average topo 0 0

Non Urban / symple t 0 0

RED IN THE TABLE BELOW

tion (yellow cells)

to work with

ion


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RED IN THE TABLE BELOW

-45

0 1

1

1

0 1

1

1

5 1

0 1

0 5

2 0106

e positionning, LOS clearance, link budget, station positionning, equiment, antennae

for the link and the network

y handed to the Regulation Authority for compliance with the spectrum usage

used internally to keep a track of the specs of the link. It can be the base document

e deployment team. It compiles power data as well as equipment descriptions and s

ued by the purchasing department based on planning recommendations

ipment to power up the link

mputations, site surveys must be done in the field and the results shall be logged int

ion between planning and other departments within the company

ion between the company and the contractors/suppliers,

pares theoritical results with in the field measurements, and feed the database with

chiving, editing ... files

withoutPSE

Duration withELLIPSE

Some built-in features can

fficiency, thus reducing the

f Service (QoS), improving

OpEx) provides you with an

s to be replaced by MW in


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20M CD

0 1 4

0 1 4

0 1 4

20M CD

0 0 2

1 0 3

0 1 4


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, frequency allocation,

for a site survey

etup paramaters for the link

o the network database

relevent comments


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New

Cost of path survey 800.00

Cost of Path engineering 150.00

Geodata area 1m 5m 20m No CDVery major cities / difficult Topo 500 0 1 0 0

Urban / average topo 5000 0 0 1 0

Non Urban / symple topo 200000 0 0 0 1

9 10 11 12

5 6 7 8

1 2 3 4

Network Urban Non urban Network

Links to be designed 400 150 200 Links to be d% green field 49% 63% 83%

% existing networks 51% 37% 17% exist

Path sur

Path en

Very majorcities


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Green Field existing network

path suvey link engineeringpath suvey link engineering

2 1 2 2OK 2 2 2 2

OK 3 3 1 1

OK

10

7

4

Urban Non urban

signed 400 150 200green field 196.00 94.50 166.00

ng networks 204.00 55.50 34.00

ey costs 1,305,600.00

ineering 215,400.00

1,521,000.00

Very majorcities


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Current

Cost of path survey 800.00

Cost of Path engineering 150.00

Geodata area 1m 5m 20m No CD

Very major cities / difficult Topo 500 0 0 0 1

Urban / average topo 5000 0 0 0 1

Non Urban / symple topo 200000 0 0 0 1

9 10 11 12

5 6 7 8

1 2 3 4

Network Urban Non urban Network

Links to be designed 400 150 200 Links to be d

% green field 49% 63% 83%

% existing networks 51% 37% 17% exist

Path sur

Path en

Very majorcities


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Green Field existing network

path suvey link engineeringpath suvey link engineering

3 3 4 4

OK 3 3 2 2

OK 3 3 1 1

OK

12

8

4

Very major cities Urban Non urban

signed 0 0 0

green field 196.00 94.50 166.00

ng networks 204.00 55.50 34.00

ey costs 1,864,400.00

ineering 349,575.00

2,213,975.00


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Simple Topology Average Topology Difficult Topology

1mR

esolu

tionCD

5mR

esolu

tionCD

20mR

esolutionCD

NoC

D

1mR

esolu

tionCD

5mR

esolu

tionCD

20mR

esolutionCD

NoC

D

1mR

esolu

tionCD

5mR

esolu

tionCD

20mR

esolutionCD

NoC

D

1 2 3 4 5 6 7 8 9 10 11 12

1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 2 2 1 2 3 4

1 1 1 1 1 1 2 2 1 2 3 4

NOTES

Microwave Hops are in a higher frequency bands and relatively short (1-6 km).

Number of SiteSurveys per Hop(two sites per Hop)

Number of PathSurveys per Hop

Path Engineeringper Hop

"No Clutter Data" means that only paper maps or GIS terrain data is used.

Simple topology is defined as a small town or rural area, desert area, etc.

Average topology is found in most cities around the world.

Difficult topology is found in densly populated areas areas like downtown Manhattan, Rio De Janeiro, Ho


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g-Kong, et.


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Simple Topology Average Topology Difficult Top

1mR

esolu

tionCD

5mR

esolu

tionCD

20mR

esolutionCD

NoC

D

1mR

esolu

tionCD

5mR

esolu

tionCD

20mR

esolutionCD

NoC

D

1mR

esolu

tionCD

5mR

esolu

tionCD

20mR

esolutionCD

1 2 3 4 5 6 7 8 9 10 11

1 1 1 1 1 1 1 1 1 1 1

1 1 2 3 1 1 2 3 1 2 2

1 1 2 3 1 1 2 3 1 1 2

NOTE: Although new cell-site may initially have up to 15 candidates, microwave path surveys are usu

Number of SiteSurveys per Hop(two sites per Hop)

Number of PathSurveys per Hop

Path Engineering

per Hop


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logy

NoC

D

12

1

3

3

ally limited to top three candidates.

Bc Ellipse Mw

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