final documentation_outside plant design
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DESIGN OBJECTIVES
Statement of the ProblemSeven BTS sites, with one considered as the Hub station are to be connected in a ring
topology considering a fiber in the loop system. The hub station is located Masambong, Quezon
City and the six base transceiver stations are located within Del Monte Avenue, Roosevelt
Avenue and West Avenue, Quezon City. The team is to connect the hub and the base
transceiver stations and provide within this Fiber in the loop system an FOC service facility.
The Objectives of the Outside Plant design are as follows:
y To design an outside plant using fiber optic cables that will provide the seven stations ina synchronous digital hierarchy ring employing underground, aerial connection or
combination of the two.
y To propose an outside plant design using fiber optic cables via a ring topology to provideconnection on six base transceiver stations with one acting as the hub. The hub is
located at Masambong Quezon City and the others are distributed within the areas of
Del Monte Avenue, Roosevelt Avenue and West Avenue, Quezon City
y To design a fiber optic transmission system that will meet the required loading of thetopology mentioned earlier.
y And most importantly, to be able to apply what we have learned in our lecture class andbe able to utilize what we have learned in order to design an outside plant employing
fiber in the loop system as prescribed by the instructor.
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DESIGN PROCEDURES
PLANNING
o Plotting the location of the base transceiver station on a street map.o Visiting the location for site surveying.o Identifying the shortest cable route linking the stations creating a ring topology with no
common pole used and intersection within the connections.
FIELD WORK
o Locating the hub to start the field survey.o Familiarizing the assigned area hub station and base transceiver stations.o Verifying the field if aerial cable installation is allowed.o Measuring distances of each post to be installed in the area of route.o Identifying the following information for each post.
o type of posto type of extension armo type of guyo exact location and distances for each posto if new pole is needed
DOCUMENTATION
o Gathering all the data from the field survey.o Drawing the detailed engineering plan.o
Choosing properly the equipment to be used based from the design requirements (e.g.STM, fiber optic cable, etc.).
o Computing for the fiber optic transmission power budget.o Identifying the bill of material.o Compiling and finalizing the documentation parts.
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DESIGN ASSUMPTIONS
The following are the restrictions and guidelines for this design:
y Any pole can be used.y Any commercially available materials may be used.y Consider green fields and blue skies.y Provide different cable routes in employing the ring topology.y Use Single Mode Fiber Optic Cable.y Fiber optic cable cutting length is 2km/reel.y Utilize short haul or long SDH design or EPON.y The telephone, switch or PBX, router if there is any, and multiplexer equipment may
freely be chosen by the designer provided they work together seamlessly.
y E1/TDM, SDH, PDH or Ethernet may be used as transmission carrier.
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BTS1-HUB
BTS4
BTS3
BTS2
BTS5
BTS6
BTS7
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TRANSMISSION NETWORK
BTS2(Tolentino)
BTS3
(Paltok)
BTS6(Baler, QC)
BTS5(Examiner)
BTS4
(OneExecutive
Office)
BTS7(Roosevelt)
BTS1-HUB(Masambong)
STM-4
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TRANSMISSION NETWORK COMPUTATION
Choose STM-4 SDH ring since STM-4 has a capacity of 252 E1/622 Mbps.
Group 1 E1 Loading
BTS SitesGSM 900 GSM 1800 3G HSPA Broadband BTS Address
Masambong (Hub) 2 3 4 4 40MbpsCorumi St. cor. Wayan St.,
Bo. Masambong, Quezon
City
Tolentino QC 2 3 4 4 40MbpsDel Monte Avenue corner
Tolentino, Quezon City
Paltok 2 3 4 4 40MbpsNFA Bldg. Del Monte Ave.
cor. Aragon St. Paltok
One Executive Office 2 3 4 4 40MbpsWest Avenue cor Col.
Martinez St., Quezon City,
Metro Manila
Examiner 2 3 4 4 40Mbps#67 West Ave. cor. Examiner
St., Paltok
Baler QC 2 3 4 4 40MbpsMiller Avenue cor. Bayaya
St. Brgy. Bungad
Roosevelt 2 3 4 4 40MbpsPMI College Building,
Roosevelt Ave., Quezon City
Total 14 21 28 28 280Mbps
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Assumptions
Fade margin is 5dB
A splicing every 3km will be considered
Short-haul transmission
Equipment Specifications (based from manufacturers data sheet)
Single Mode Fiber Optic Cable Attenuation (at 1310 nm) 0.35 dB/km
Maximum Transmit Power -8 dBm
Minimum Receiver Sensitivity -28 dBm
Connector Loss 0.2 dB
Splicing Loss 0.15 dB/splice
Fade Margin 5 dB
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Link 1 Masambong (HUB) to Tolentino
Total Distance = 735.6 m
Power Budget
Power Budget = Max Transmit Power Receive Threshold
Power Budget = -8 dBm (-28 dBm)
Power Budget = 20 dB
Total Link Loss
Total Link Loss = FOC Loss + Connector Loss + Splicing Loss + Fade Margin
FOC Loss = Total Distance x FOC Attenuation
FOC Loss = 0.7356km x 0.35 dB/km
FOC Loss = 0.25746 dB
Connector Loss = Connector Loss x No. of Connectors
Connector Loss = 0.2 dB x 2
Connector Loss = 0.4 dB
Splicing Loss = Splicing Loss x No. of Splice
Splicing Loss = 0.15 dB x 0
Splicing Loss = 0 dB
Fade Margin = 5 dB
Total Link Loss = 0.25746 dB + 0.4 dB + 0dB + 5 dB
Total Link Loss =5.65746 dB
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Power Margin
Power Margin = Power Budget Total Link Loss
Power Margin = 20 dB 5.65746 dB
Power Margin = 14.34254 dB
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Link 2 Tolentino to Paltok
Total Distance = 619.31 m
Power Budget
Power Budget = Max Transmit Power Receive Threshold
Power Budget = -8 dBm (-28 dBm)
Power Budget = 20 dB
Total Link Loss
Total Link Loss = FOC Loss + Connector Loss + Splicing Loss + Fade Margin
FOC Loss = Total Distance x FOC Attenuation
FOC Loss = 0.61931 km x 0.35 dB/km
FOC Loss = 0.2166 dB
Connector Loss = Connector Loss x No. of Connectors
Connector Loss = 0.2 dB x 2
Connector Loss = 0.4 dB
Splicing Loss = Splicing Loss x No. of Splice
Splicing Loss = 0.15 dB x 1
Splicing Loss = 0.15 dB
Fade Margin = 5 dB
Total Link Loss = 0.2166 dB + 0.4 dB + 0.15 dB + 5 dB
Total Link Loss = 5.7666 dB
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Power Margin
Power Margin = Power Budget Total Link Loss
Power Margin = 20 dB 5.7666 dB
Power Margin = 14.2334 dB
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Link 3 Paltok to Baler, QC
Total Distance = 1242.6 m
Power Budget
Power Budget = Max Transmit Power Receive Threshold
Power Budget = -8 dBm (-28 dBm)
Power Budget = 20 dB
Total Link Loss
Total Link Loss = FOC Loss + Connector Loss + Splicing Loss + Fade Margin
FOC Loss = Total Distance x FOC Attenuation
FOC Loss = 1.2426 km x 0.35 dB/km
FOC Loss = 0.43491 dB
Connector Loss = Connector Loss x No. of Connectors
Connector Loss = 0.2 dB x 2
Connector Loss = 0.4 dB
Splicing Loss = Splicing Loss x No. of Splice
Splicing Loss = 0.15 dB x 0
Splicing Loss = 0 dB
Fade Margin = 5 dB
Total Link Loss = 0.4349 dB + 0.4 dB + 0 dB + 5 dB
Total Link Loss = 5.8349 dB
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Power Margin
Power Margin = Power Budget Total Link Loss
Power Margin = 20 dB 5.8349 dB
Power Margin = 14.1651 dB
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Link 4 Baler to Examiner
Total Distance = 958.2 m
Power Budget
Power Budget = Max Transmit Power Receive Threshold
Power Budget = -8 dBm (-28 dBm)
Power Budget = 20 dB
Total Link Loss
Total Link Loss = FOC Loss + Connector Loss + Splicing Loss + Fade Margin
FOC Loss = Total Distance x FOC Attenuation
FOC Loss = 0.9582 km x 0.35 dB/km
FOC Loss = 0.33537 dB
Connector Loss = Connector Loss x No. of Connectors
Connector Loss = 0.2 dB x 2
Connector Loss = 0.4 dB
Splicing Loss = Splicing Loss x No. of Splice
Splicing Loss = 0.15 dB x 1
Splicing Loss = 0.15 dB
Fade Margin = 5 dB
Total Link Loss = 0.33537 dB + 0.4 dB + 0.15 dB + 5 dB
Total Link Loss = 5.88537 dB
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Power Margin
Power Margin = Power Budget Total Link Loss
Power Margin = 20 dB 5.88537 dB
Power Margin = 14.11463 dB
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Link 5 Examiner to One Executive Office
Total Distance = 890.7 m
Power Budget
Power Budget = Max Transmit Power Receive Threshold
Power Budget = -8 dBm (-28 dBm)
Power Budget = 20 dB
Total Link Loss
Total Link Loss = FOC Loss + Connector Loss + Splicing Loss + Fade Margin
FOC Loss = Total Distance x FOC Attenuation
FOC Loss = 0.8907 km x 0.35 dB/km
FOC Loss = 0.3117 dB
Connector Loss = Connector Loss x No. of Connectors
Connector Loss = 0.2 dB x 2
Connector Loss = 0.4 dB
Splicing Loss = Splicing Loss x No. of Splice
Splicing Loss = 0.15 dB x 0
Splicing Loss = 0 dB
Fade Margin = 5 dB
Total Link Loss = 0.3117 dB + 0.4 dB + 0 dB + 5 dB
Total Link Loss = 5.7117 dB
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Power Margin
Power Margin = Power Budget Total Link Loss
Power Margin = 20 dB 5.7117 dB
Power Margin = 14.2883 dB
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Link 6 One Executive Office to Roosevelt
Total Distance = 1032 m
Power Budget
Power Budget = Max Transmit Power Receive Threshold
Power Budget = -8 dBm (-28 dBm)
Power Budget = 20 dB
Total Link Loss
Total Link Loss = FOC Loss + Connector Loss + Splicing Loss + Fade Margin
FOC Loss = Total Distance x FOC Attenuation
FOC Loss = 1.032 km x 0.35 dB/km
FOC Loss = 0.3612 dB
Connector Loss = Connector Loss x No. of Connectors
Connector Loss = 0.2 dB x 2
Connector Loss = 0.4 dB
Splicing Loss = Splicing Loss x No. of Splice
Splicing Loss = 0.15 dB x 1
Splicing Loss = 0.15 dB
Fade Margin = 5 dB
Total Link Loss = 0.3612 dB + 0.4 dB + 0.15 dB + 5 dB
Total Link Loss = 5.9112 dB
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Power Margin
Power Margin = Power Budget Total Link Loss
Power Margin = 20 dB 5.9112 dB
Power Margin = 14.0888 dB
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Link 7 Roosevelt to Masambong (HUB)
Total Distance = 2692.2 m
Power Budget
Power Budget = Max Transmit Power Receive Threshold
Power Budget = -8 dBm (-28 dBm)
Power Budget = 20 dB
Total Link Loss
Total Link Loss = FOC Loss + Connector Loss + Splicing Loss + Fade Margin
FOC Loss = Total Distance x FOC Attenuation
FOC Loss = 2.6292 km x 0.35 dB/km
FOC Loss = 0.9202 dB
Connector Loss = Connector Loss x No. of Connectors
Connector Loss = 0.2 dB x 2
Connector Loss = 0.4 dB
Splicing Loss = Splicing Loss x No. of Splice
Splicing Loss = 0.15 dB x 2
Splicing Loss = 0.3 dB
Fade Margin = 5 dB
Total Link Loss = 0.9202 dB + 0.4 dB + 0.3 dB + 5 dB
Total Link Loss = 6.6202 dB
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Power Margin
Power Margin = Power Budget Total Link Loss
Power Margin = 20 dB 6.6202 dB
Power Margin = 13.3798 dB
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DETAILED OUTSIDE PLANT DESIGN
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SINGLE- LINE DIAGRAM
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BILL OF MATERIALS
ITEM NO. DESCRIPTION QUANTITY UNIT
1Standard ADSS-Single Mode Fiber Optic Cable
(2km/reel)5 reels
2Cisco 7600 Series 1-Port Channelized OC-12/STM-4 to
DS3/E3 OSM Multiplexer7 pcs.
3SC Zirconia Ferrule 126um/3mm (cladding/jacket) Single
Mode Connector19 pcs.
4 44 Extension Arm 138 pcs
5 26 Extension Arm 55 pcs.6 Sidewalk Guy 168 pcs.
7 Side Guy 6 pcs.
8 Messenger Guy 5 pcs.
10-pin Alley Arm 36 Pcs.
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POLE PICTURES
Link 1 Masambong (HUB) to Tolentino
CR1
CR2
CR3
DM1
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DM2
DM3
DM4
DM5
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DM6
DM7
DM8
DM9
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DM10
DM11
DM12
DM13
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DM14
DM15
DM16
DM17
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DM18
DM19
PROPOSED POLE
BTS1
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Link 2 Tolentino to Paltok
DM20
DM21
DM22
DM23
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DM24
DM25
DM26
DM27
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DM28
DM29
DM30
DM31
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DM32
DM33
DM34
DM35
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DM36
PROPOSED POLE
DM37
AR1
BTS2-PALTOK
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Link 3 Paltok to Baler, QC
AR2
AR3
AR4
AR5
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AR6
AR7
AR8
PM1
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PM2
PM3
JJL1
JJL2
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JJL3
JJL4
JJL5
JJL6
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JJL7
JJL8
JJL9
JJL10
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JJL11
JL12
JJL13
JJL14
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JL15
JJL16
BY1
BY2
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BY3
BY4
BY5
BY6
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BY7
BY8
ML1
PROPOSED POLE
ML2
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BTS3-BALER QC
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Link 4 Baler QC to Examiner
ML3
ML4
ML5
ML6
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ML7
ML8
ML9
ML10
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ML11
ML12
ML13
ML14
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ML15
ML16
ML17
ML18
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ML19
PROPOSED POLE
ML20
WA1
WA2
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WA3
WA4
WA5
WA6
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WA7
WA8
WA9
BTS4-EXAMINER
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Link 5 Examiner to One
Executive Office
WA10
WA11
WA12
WA13
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BTS5-ONE EXECUTIVE OFFICE
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Link 6 One Executive Office to
Roosevelt
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Link 7 Roosevelt to
Masambong (HUB)
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Proposed Pole
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ATTTACHMENTS
(BROCHURES AND GROUP PICTURE)
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TABLE OF CONTENTS
1. Design Objectives 12. Design Procedures 23. Assumptions 34. Vicinity Map 45. Transmission Network ` 5
y Transmission Network Computation 66. Detailed OSP Design 227. Bill of Materials 388. Pole Pictures 399. Attachments 99
y Brochuresy Group Picture