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DARK FIBER INDEFEASIBLE RIGHT DARK FIBER INDEFEASIBLE RIGHT

DARK FIBER INDEFEASIBLE RIGHT - PowerPoint Presentation

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Uploaded On 2017-10-14

DARK FIBER INDEFEASIBLE RIGHT - PPT Presentation

OF USE IRU EXCHANGE AGREEMENT WITH CONTACT NETWORK LLC dba INLINE Information Technology Department Guest Introduction Martin Costa President CPA AGENDA Project Opportunity Fiber Optics 101 ID: 595784

city fiber miles inline fiber city inline miles connection proposed fibers agreement cost cable 101 optics installed lease project

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Presentation Transcript

Slide1

DARK FIBER INDEFEASIBLE RIGHT

OF USE (IRU) EXCHANGE AGREEMENT WITH CONTACT NETWORK, LLC,d/b/a INLINE

Information Technology DepartmentSlide2

Guest Introduction

Martin Costa, President, CPASlide3

AGENDA

Project Opportunity

Fiber Optics 101

Proposed IRU Agreement

Options

QuestionsSlide4

PROJECT OPPORTUNITY

InLine

constructing 1300+ mile regional fiber project for national carrier

InLine

approached the City and proposed a public/private partnership for fiber expansion

50+ miles of a larger project

Negotiations ongoing, but short timeframe

(60-90 days from construction)Slide5

FIBER OPTICS 101

Types of Fiber Optic Cable

Multi Mode

Typically used for shorter internal connections

Powered by LEDs

Single Mode

Typically used for longer connections (1 km+)

Powered by Lasers

Dark Fiber

– refers to unused or ‘dark’ fiber optic cable. No electronics or light sources are attached to either end of the cable.Slide6

FIBER OPTICS 101 cont.

Anatomy of a Fiber Optic Cable

Each Buffer Tube Contains 12 Individual Fibers

A 288 Fiber Cable Contains 24 Buffer Tubes

36 Fibers = 3 Buffer TubesSlide7

FIBER OPTICS 101 cont.

Installation

Typically installed underground in conduit but can be direct buried.

Can also be installed above ground attached to utility poles.

Buried fiber is installed with copper wire for locating purposes.

Marker poles installed along fiber route indicate buried cable. Slide8

FIBER OPTICS 101 cont.

Connectivity (as it relates to capacity)

Typical connection uses 2 fibers (1 transmit, 1 receive).

Multi-Tenant buildings may use one fiber connection to a multi-port switch.

Electronics allow for Wavelength Division Multiplexing (WDM)

Light is split into individual wavelengths

Each wavelength = separate connectionSlide9

PROPOSED IRU AGREEMENTSlide10

InLine Lease of City Fiber

Inline to ‘lease’ approximately 34 miles of existing City owned fiberInline leasing 36 fibers of City owned 144/288 fibers (depending on segment)Slide11

City Lease of InLine Fiber

City to ‘lease’ approximately 15 miles of proposed InLine fiber to be constructedCity leasing 36 fibers from InLineSlide12

InLine Construction and Transfer of Fiber

InLine to install an additional 1.3 miles of fiber to Water Treatment Plant #2 and turnover to CitySlide13

Proposed Key Agreement Terms

Agreement will effectively ‘swap’ 15 miles of fiberInLine will pay the City to ‘lease’ the remaining 19 miles of fiber34 miles total – 15 miles leased by CityLease amount is currently being negotiatedCity will pay the cost of fiber install to Water Treatment Plant #2

Proposed installation cost of $40,000Previous City installation cost estimate of $107,000 City will save $12,600 per year for connection costs

Term of 20 years, with the option for 2, 10 year renewals

InLine

to sign non-compete for existing direct customersSlide14

Options

City does not swap fiber and leases entire 34 miles to InLineNo expansion benefits (connectivity)Additional revenue from leased miles InLine does not build and transfer WWTP#2 fiber to the City City does not realize cost savings for construction and ongoing connection costs Slide15

Benefits

Expand FiberNet15 Mile ExpansionHigh Speed Connection to City Facilities at Minimal CostMore Revenue and Lower Expenses to CityAdditional Revenues from Long-term LeaseLower Expenses for High Speed Connection to City FacilitiesAdditional High-Speed Connections to Community and BeyondPaving the Way for 5GSlide16

Questions?