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Cost-benefit Analysis of Fiber-optic Co-deployment with Asian Highway
KT’s Contribution to APIS
Cost-benefit analysis of Asian Highway with utility corridor
Cross-sectoral synergies promotion in co-deployment of infrastructure
To be completed by February, 2018
To conduct detailed research in improving broadband connectivity for target countries.
Three (3) Potential AP-IS Deployment Route Types
Case 1. Route on existing highway(s) with ducts
Study on duct availability and lease costDuct
Need further research
Case 2. Route on existing highway(s) without duct
Aerial fiber optic cable deployment incl. facility sharing option
Case 3. Route without existing highway, so need to build one
Duct co-deployment along with highway construction
Need further research
Scope of work
Facility sharing between sectors
5. Pay for duct-lease
3. Agreement by contract
4. Provide ducts
Telecommunication Business act
* Authorities in charge of construction, operation and management of roads , railroads, electrical facilities, telecommunications circuit facilities
Korea Case Study
Case 1. Route on existing highway(s) with ducts
Duct
Existing highway(s)
Framework act on National Informatization
Telecommunication sectors
1.Request duct-lease
2. Feedback (within 3 weeks)
Transportation authorities*
Ministry of ICT
Infrastructure co-deployment
among telecommunication sectors
1.Recommned for co-deployment
2. Feedback (within 3 weeks)
Telecommunication sector
Telecommunication Business act
Council* among
telecommunication sectors
3. Co-deployment
4. Operation and maintenance
No duct
Korea Case Study
Case 2. Route on existing highway(s) without duct
Duct co-deployment between sectors
3. Consultation
4. Agreement by contract
5. construct, operate and maintain
Framework act on National informatization
Telecommunication Business act
Telecommunication construction act Road act
Council* between sectors
Facility construction Operation and maintenance Cost, etc.
Korea Case Study
Case 3. Route without existing highway, so need to build one
Transportation authorities*
1. Notify new highway plan
2. Request construction ducts
Telecommunication sectors
A construction standard
for utility corridor
Global examples
Case study
Separate deployment
Co-deployment
Comparative study
Generalization
Cost-benefit analysis1
Pros/cons by
each stakeholder
Issue handling model
Cost compensation model
Pros/cons research2 3
1 Target country selection
• Cambodia• Laos• Myanmar• Viet Nam
2 Prerequisite study
• Site survey
• RFP analysis
• KT’s global reference
3 Calculation
• Unit cost
• Cost-benefit
analysis
4 Generalization
• Cambodia
• Laos
• Viet Nam
PPP*
1 2 3 4
• Site survey( Nov. 21 ~ 24)
Cost-benefit analysis for CLMV Country
January 15, 2018
MethodologyCost-benefit analysis1
* PPP: Purchasing Power of Parity
• Geographical features: plain, mountain, bridge
• Geological features: soil, rock, asphalt, concreteEnvironment
A
Infrastructure status
• Duct: trench depth, # of ducts
• Distance between manholes
• Fiber optic cable (FOC): # of core
B
Materialspecifications
• Duct, manhole, FOC
C
Cost • Labor cost: civil works, FOC installation
• Material cost: duct, manhole, FOC
D
Regulation • Regulation on co-deployment
• Network facility sharing scheme
E
2. Prerequisite study
Reference for Prerequisite Study
* Can assume unit cost based on MPT project in Myanmar & KT’s global experience
Reference:
IT infra network expansion project in Myanmar (EDCF, 2016 ~ 2020 )
i. Site survey
• November 21~ November 24, 2017
ii. RFP analysis from MPT*
• Requirement for civil work
• Technical specifications
iii. KT’s global experience
• More than 2,000km deployment in
Myanmar
*MPT: Myanmar Post & Telecommunication
Soil 95%4
%
1
%
Rock Asphalt
Duct deploymentcost calculation
Concrete
0.1%
Plain 94.5%
Bridge
1.3%
Geological features
Geographical features
Study Result
• Geographical features: plain, mountain, bridge
• Geological features: soil, rock, asphalt, concreteEnvironment
A
4.2
%
Mountain
DuctTrenchdepth
(from ground level)
1500 mm
# of ducts1 direct burial,
1 duct-housing
ManholeDistance between manholes
1 km
FOC # of core48 core
MPT RFP criteria
2 way duct recommended
KT global experience
96 core30% 70%
KT global experience
KT global experience Cost calculation
Infrastructure status
• Duct: trench depth, # of ducts
• Distance between manholes
• Fiber optic cable (FOC): # of core
B
Study Result
Loose tube
FOC
PVC FC
Manhole
Iron
Duct
Site casting Concrete Polymer Concrete
PVC FC: Polyvinyl Foam Chloride Polymer
GeographicalCategory
BridgePlain
Cost calculation
Materialspecifications
• Duct, manhole, FOC
C
HDPE
HDPE: High-Density Polyethylene
Mountain
Study Result
FOC Pulling
FOC Splicing & termination
FOC test
Civil work FOC installation
Excavation & backfilling
Installation duct
Pavement
Labor cost Material cost
Cost calculation
Ducts
Manhole
FOC
Cost • Labor cost: civil works, FOC installation
• Material cost: duct, manhole, FOC
D
Study Result
Data gathering from PTD* under MoTC
Network facility sharing
Co-deployment No regulation on co-deployment
License based: duration (15years)
- Fee: registration, initial, annual fee, etc.
Lease cost per unit: duct, dark fiber
Only for telecommunication sector
Need more information
* PTD: Post and Telecommunication Department
Issue handling model Cost compensation model
Telecommunications law (2013)
Licensing rules(2014)
Study Result
A construction standard
for utility corridor
Global examples
Case studyCost-benefit analysis1
Pros/cons by
each stakeholder
Issue handling model
Cost compensation model
Pros/cons research2 3
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