Software Development

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Software Development Data Conversion Field
Services Since 1993
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Advance Fiber Optics
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Office Locations
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More Than 2,000 OSPInSight Licenses in Over 100
Different Companies
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More Than 50,000 Sheath Miles of Fiber Converted
into OSPInSight by AFO Data Services
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Currently AFO Data Services Maintains Databases
for Nearly 100 Different Networks
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• Advance Fiber Optics not only develops
• industry leading, innovative, flexible software
• solutions for documenting fiber optic networks,
• we also offer the most reliable services for
• Field Verification
• On-Site Data Collection
• Data Conversion
• Data Maintenance
• Data Hosting
• We are the only company that can not only sell
• you the software solution, but also build the
• data contained in the software and maintain it
• going forward.

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OSPInSight
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Products
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Partners
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Markets
Long Haul Telco
Metro Telco
Campus
FTTH
CATV
Utilities
Intelligent Traffic Systems
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Customers
Telco and CATV
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Customers
Utilities
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Customers
DOTs
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The Database
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Find and Mine the Existing Data
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Organize the Tabular / Attribute Data
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Organize the Geographic Data
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Choose the Land-base
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OSPInSight Pulls it all Together
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Perfect for One Network
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Or Many Networks
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Features
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Basic Features
Store and retrieve data for the most important
network assets by category
and sub-category
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Basic Features (cont)
Get a list of each item in each category
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Basic Features (cont)
Easily find More Information about each item
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Basic Features (cont)
Find how one item is related to other items
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Basic Features (cont)
Highlight items on a map
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Basic Features (cont)
Automatically send items to Google Earth for a
different perspective
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In fact, OSPInSight items are available to see,
not only on a map
Basic Features (cont)
but also in MS Visio,
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Basic Features (cont)
With the new MS Visio interface, the network
objects can be viewed in multiple ways
Floor Plans
Rack Elevations
Schematics
Site Detail
etc.
etc.
Any object of the Visio drawing, or the entire
drawing, can be related to any OSPInSight
network item.
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Basic Features (cont)
Find a route by simply selecting a port
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Basic Features (cont)
Search for a fault location and show it on the
map
and get detail about the location.
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Basic Features (cont)
Splitters are not a problem. OSPInSight is
specifically designed to work with passive
optical networks (PONs)
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Basic Features (cont)
Automatically generate splice schematics
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Basic Features (cont)
View the cross section of any cable with the
associated destinations of each fiber within that
cable
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Basic Features (cont)
Easily find addresses and places using either the
MapPoint tools, or Google Maps.
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Basic Features (cont)
Automatically generate schematics for End-Points
and Routes
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Basic Features (cont)
Automatically view all properties of Visio rack
mounted objects in OSPInSight
View the properties of the rack mounted equipment
from Visio
Modify the data in OSPInSight and it will update
the Visio data
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Basic Features (cont)
Use Standard Visio Stencils or 3rd Party Visio
Stencils or, simply create your own
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Reports
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Report on Hardware and Materials for the Entire
Network
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Or, for a specific geographic location within the
network
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Report on Leased Fibers and Lit Fiber Length
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A Work Order Summary Report that Highlights Map
Objects Associated with the Work Order
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Create Informative Thematic Maps
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Customize Lists with Saved Queries
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Use the MapPoint Control to Find a Route and then
Push it to the OSPInSight Map
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Advanced Analysis
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Using OSPInSight Data with a Remote Fiber Test
System
Together, with EXFO NQMSfiber, OSPInSight
automatically displays fault locations
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Using OSPInSight Data for System Planning
Determine where the network has Lit Fiber choke
points
1. You start with the OSPInSight cable layer
that contains data from the cable span
analysis report.
2. Thematically shade to show the percentage
of the cable that is lit.
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Using OSPInSight Data for Tax Reporting
Calculate the total amount of cable in individual
tax jurisdictions
1. You start with regions representing tax zones
2. Add cable graphics with data from OSPInSight
3. Calculate the amount of cable in each region
and thematically shade the regions based on
the results.
4. Turn off the thematic shading and show
additional cable to add to the report
5. Re-run the report and the thematic shading
to reflect the additional cable
6. Show a tabular summary of the results.
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Using OSPInSight Data for Network Planning
Estimate the cost to connect cell towers to the
existing fiber optic network
1. You start with points that represent cell
towers
2. Show points to represent Hub locations
3. Add OSPInSight network cable data
4. Identify cable that is non-transport cable
5. Identify cable that is non-transport cable
and has available fibers that have
connectivity back to a Hub location
6. Identify cell towers in the vicinity of
non-transport cable
7. Identify cell towers in the vicinity of
non-transport cable with available Hub fibers
8. Automatically measure distances to the
nearest splice location or slack loop for each
cell tower.
9. Create a summary of the data and estimate
construction costs.
10. A bottom-line cost estimate much more
accurate and realistic because it is based on
true fiber availability and location.
Ultimately creating a cost estimate that is the
difference between winning and losing a bid, or
making and losing money
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Using OSPInSight data and GeoResults data to find
Contacts
1. You start with points that represent businesses
2. Add a background land base
3. Add your OSPInSight network
4. Add a 100 ft buffer around the network cable
5. Query businesses for OC3 bandwidth needs
6. Of those, show which are within the buffer
7. Show details of the results
a. Business Name
b. Phone Number
c. Contact Name
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Return on Investment
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Various Ways Our Customers Have Calculated Their
Return on Investment
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Bottom Line
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The NETWORK is the most critical asset of any
broadband deployment
You are investing in leading edge
communications technology to support leading edge
applications.
So
Isnt it time to invest in leading edge
applications to support the NETWORK?
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www.advancefiber.com