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Fiber to the DeskWhere Is It Cost-Effective Today?
Eric R. Pearson, CPC, CFOSPresident, Pearson Technologies, Inc.
TIA Fiber Optics LAN Section
Copyright © 2003, Telecommunications Industry Association.
2Copyright 2003, Telecommunications Industry Association.
AgendaFiber to the Desk, Where Is It Cost-Effective Today?
Expanded TIA Fiber Optics LAN Section scope
Cabling market review & forecast
Comparing fiber installed first costs with copper
3Copyright 2003, Telecommunications Industry Association.
TIA Fiber Optics LAN SectionBackground and Mission
Formed in 1993 as part of TIA’s Fiber Optics Division
Members include: 3M, ADC, Berk-Tek, CommScope, Corning,
Fluke Networks, Leviton Voice & Data, OFS, Optek
Technology, Ortronics, Pearson Technologies, Panduit,
Sumitomo Electric Lightwave, Transition Networks, Tyco/AMP
Electronics
Original mission: To create a resource where people can learn
about the technical advantages and affordability that optical
transmission brings to customer-owned networks
4Copyright 2003, Telecommunications Industry Association.
Expanded FocusResult of Target Audience & Member Input
Fiber-based LANsStorage area networksData centersIndustrial applicationsBuilding automation systemsFiber in security systems
Fiber in the home
5Copyright 2003, Telecommunications Industry Association.
TIA Fiber Optics LAN SectionMany Resources Available
WebcastsTrade press articlesWhite papersPress releasesEditor briefingsStimulate complementary
standards development Interoperability
demonstrations
Presentations at industry conferences
Enterprise fiber case histories Equipment directories
www.fols.org
6Copyright 2003, Telecommunications Industry Association.
Market TrendsCopper and Fiber Cable Shipment Forecast*
Late 90’s: double digit enterprise cabling growth due to UTP LAN installations in large enterprises
2001-2002: 20% declines in enterprise cabling market
2003: Flat market with slow recovery late in year
2003-2008 Single digit growth for UTP Double digit growth for fiber
*Source: “US Building Fiber & Copper Cabling Systems” FTM Consulting, February 2003
Total Cabling System Forecast $(B)
3.8 3.5 3.64
4.65
5.7
0
1
2
3
4
5
6
$B
illi
on
7Copyright 2003, Telecommunications Industry Association.
Fiber-Copper Cable Shipments
Cable Product Value Shipments
2004-2007:– Major shift to fiber cable
Major fiber applications– Gigabit Ethernet– Fiber to the zone– Fiber to the desk– Storage area networks
2001-2003– Copper cable still dominant– Declining market– Declining copper cable prices
Source: FTM Consulting
8Copyright 2003, Telecommunications Industry Association.
Selecting the Horizontal MediaUTP Copper or Multimode Fiber?
UTP Copper Perceived lowest system cost
The “easy” choice
Almost “universal” installer familiarity
Smooth Ethernet upgrade path
More complex to install & test
Susceptible to EMI, RFI & crosstalk
Limited cable pull strength
100 meter maximum @ 1 Gbps
Shorter useful life
Multimode fiber Higher bandwidth
Simplified installation
Significantly reduced testing costs
Lower life-cycle infrastructure costs
Smooth Ethernet upgrade path
Immunity to EMI, RFI & crosstalk
Superior cable pull strength
Reduced initial installed costs with centralized architecture
Perception of complexity
Less installer familiarity
High priced electronics
9Copyright 2003, Telecommunications Industry Association.
So, Why Not More Fiber?Are Costs Really Higher?
Perception: fiber is still more expensive than copper Erroneous assumption: fiber networks should be
designed exactly like copper networks Reality: fiber electronic capabilities allow the network cost
to be reduced in many applications-by tens of thousands of dollars. In these applications, UTP is too expensive to justify!
Reality: network lifecycle costs not the primary driver
10Copyright 2003, Telecommunications Industry Association.
Comparing Fiber - Copper CostsSeveral Comprehensive Studies
Tolly Group, August 2000 Migrating to Fiber-The Case for Centralized LAN Cabling Still available for download #200505 http://www.tolly.com/UTS/UTS_home.aspx (page 8)
TIA/EIA-568 B issued Revision B includes the collapsed backbone, or FTTD network
TIA Fiber Optics LAN Section, November 2001 First generation cost model Very popular download from FOLS website
TIA Fiber Optics LAN Section, July 2003 Second generation cost model Available for download as of September 19: www.fols.org Also visit Pearson Technologies web site: www.ptnowire.com
11Copyright 2003, Telecommunications Industry Association.
Second Generation Cost ModelsSignificant Market Changes
Decreased UTP component prices Decreased Fiber cable and connector prices Decreased Fiber transceiver prices
Long wavelength (1300 nm) decreases substantial Short wavelength (850 nm) also decreased
Decreased overall network costs UTP-fiber All fiber
12Copyright 2003, Telecommunications Industry Association.
TELECOMMUNICATIONSROOM
HORIZONTAL
WORK AREA
IO
PATCHCORD
HOME RUNS
HOME RUNS
EQUIPMENT ROOM
HIGH
COUNT
RISERS
ACTIVEEQUIPMENTSINGLE POINT
CROSS CONNECTPATCHCORDS PATCH
CORDS
PCOUTLETSPLICE OR
INTERCONNECT
Electronics
ElectronicsElectronics
No electronics
Centralized Fiber ArchitectureDesigned for fiber (300 meters))
Standardized in TIA/EIA-568-B.1 & ISO-11801, 2nd Edition
13Copyright 2003, Telecommunications Industry Association.
Cabling System ArchitecturesHierarchical Star, Optimized for UTP Copper (100
Meter Limit)
HORIZONTALCROSS CONNECT
TELECOMMUNICATIONSROOM
HORIZONTAL
WORK AREAPATCHCORD
EQUIPMENT ROOMACTIVEEQUIPMENT
PATCHCORDS PATCH
CORDS
MAINCROSS CONNECT
RISERS
HIGH
COUNT
LOW
COUNT
RISERS
PATCHCORDS
ACTIVE EQUIPMENT
PCOUTLET
Electronics
Electronics
Electronics
14Copyright 2003, Telecommunications Industry Association.
Installed First Costs Model AssumptionsHierarchical Star UTP vs. Centralized Fiber
Building model 8 story, 48 ports/floor Costs calculated on “per port” basis Port utilization
• Copper: 70%• Fiber: 90%
Horizontal subsystem UTP: Cat 5e or Cat 6 UTP Fiber: 62.5 or 50 µm multimode fiber
Riser subsystem Fiber used in riser subsystem (both models)
15Copyright 2003, Telecommunications Industry Association.
Comparing Installed First CostsAdditional Assumptions
Loaded labor rate $60.00/hour [median value]
Telecom room construction costs $150.00/ft2 [median value]
5 year power costs Lighting, heating & cooling Does not apply to centralized fiber network Estimated at $450 for 5 years
Cost models completely interactive
16Copyright 2003, Telecommunications Industry Association.
Telecommunications Room CostsSignificantly Less Expensive With Fiber
UTP/Fiber All Fiber
UPS $1,000 Not required
Temperature control
$10,000 Not required
Telecom room size
6’x10’ 6’x5’
Telecom room cost
$9,000 $4,500
Total cost $20,000 $4,500
Equipment to heat and cool electronics is costly.
17Copyright 2003, Telecommunications Industry Association.
Key Point
Model has a major bias against fiber ($93.75/port)!
Twelve out of twelve scenarios had the same result
Initial installed fiber cost lower than initial installed UTP/fiber cost
Significance: fiber is cost effective in many scenarios;
Network planners should calculate their fiber network cost with the model to find opportunity for cost reduction
18Copyright 2003, Telecommunications Industry Association.
Multiple Scenarios ExaminedSecond Generation Cost Models
1. SG, list price
2. SG, 80% of list price
3. K-12
4. Fiber to the zone
5. Tier II electronics, street
6. Tier I electronics, mixed
price sources
7. Tier I electronics, reduced
cost switch
8. Cat 6 Tier I cable
9. Cat 6 Tier II cable
10. Low cost solution
11. 100BASE-SX, list price
12. 100BASE-SX, street price
19Copyright 2003, Telecommunications Industry Association.
Cost Summary, SG at List Price Scenario 1
SG is the Generic name for Volition, or VF-45 connector and electronic fiber system
SG components have one of lowest fiber costs
With SG at list price, the fiber network saves
$16,037.10
$41.79 /port
6.2%
20Copyright 2003, Telecommunications Industry Association.
SG at List Price : Details
SGList Price
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
$216.10 $151.04 $25.03 $35.00
Fiber in & to telecom room
0.90 8.40 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 8.47 328.06 0.46 20.00
Total cost per port
678.04 636.25
21Copyright 2003, Telecommunications Industry Association.
SG at Street Price Scenario 2
Assumes 80% of list price
With SG at street price fiber network saves: $38,970.43
$101.51 /port
15%
22Copyright 2003, Telecommunications Industry Association.
SG At Street Price: Details
SG80% of List
Price
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
$216.10 $151.04 $25.03 $35.00
Fiber in & to telecom room
0.90 8.40 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 8.47 268.34 0.46 20.00
Total cost per port
678.04 576.53
23Copyright 2003, Telecommunications Industry Association.
Tier II Switch, Street Price Scenario 5
Tier II switch at street price Tier II switch is not from dominant manufacturer
Fiber network saves $48,290.59
$125.77 /port
20%
24Copyright 2003, Telecommunications Industry Association.
Tier II Switch, Street Price: Details
Tier II Electronics Street Price
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
163.83 182.43 25.03 35.00
Fiber in & to telecom room
0.90 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 13.21 159.43 0.46 20.00
Total cost per port
630.51 504.74
25Copyright 2003, Telecommunications Industry Association.
Tier I Switch Plus Other Electronics Scenario 6
Switch is from a dominant manufacturer
Electronics are from various sources
Fiber network saves
$52,026.13
$135.49 /port
21%
26Copyright 2003, Telecommunications Industry Association.
Tier I Switch Plus Other Electronics: Details
Tier IElectronics, Mixed PriceSources
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
180.58 182.43 25.03 35.00
Fiber in & to telecom room
0.90 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 17.85 171.10 0.46 20.00
Total cost per port
651.90 516.41
27Copyright 2003, Telecommunications Industry Association.
Tier I Switch And Reduced Cost GbE Switch
Scenario 7
Same switch as the previous scenario
Reduced price GbE switch
Fiber network saves
$47,968.88
$124.93 /port
19%
28Copyright 2003, Telecommunications Industry Association.
Tier I Switch And Reduced Cost GbE Switch
Cisco 2950 with Reduced Cost GbE Switch
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
180.58 182.43 25.03 35.00
Fiber in & to telecom room
0.90 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 7.29 171.10 0.46 20.00
Total cost per port
641.34 516.41
29Copyright 2003, Telecommunications Industry Association.
Tier I Switch, Cat. 6 UTP Scenario 8
Based on Scenario #7
Uses Category 6 UPT cable Tier I switch in the TR
Fiber network saves
$72,824.72
$189.65/port
27%
30Copyright 2003, Telecommunications Industry Association.
Tier I Switch, Cat. 6 UTP: Details
Cat 6 Tier I Cable
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
239.49 182.43 25.03 35.00
Fiber in & to telecom room
0.79 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 13.21 171.10 0.46 20.00
Total cost per port
706.06 516.41
31Copyright 2003, Telecommunications Industry Association.
Low Cost, Tier II Switch with Cat. 6 UTP
Scenario 9
Based on Scenario #7
Uses lower cost switch in TR and Cat. 6 Cable
Fiber network saves
$70,548.72
$183.73 /port
26%
32Copyright 2003, Telecommunications Industry Association.
Low Cost, Tier II Switch With Cat. 6 UTP: Details
Cat 6Reduced Cost Configuration
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
239.49 182.43 25.03 35.00
Fiber in & to telecom room
0.79 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 7.29 171.10 0.46 20.00
Total cost per port
700.14 516.41
33Copyright 2003, Telecommunications Industry Association.
Lowest Cost UTP Network Scenario 10
Switch and electronics chosen for low cost
Fiber network saves
$7,615.53
$19.85/port
3%
34Copyright 2003, Telecommunications Industry Association.
Lowest Cost UTP Network: Details
Low Cost Solution
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
145.75 182.43 25.03 35.00
Fiber in & to telecom room
0.79 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 7.29 241.24 0.46 20.00
Total cost per port
606.40 586.55
35Copyright 2003, Telecommunications Industry Association.
TELECOMMUNICATIONSROOM
WORK AREAPATCHCORDS
HOME RUNS
HOME RUNS
EQUIPMENT ROOM
Low
COUNT
RISERS
ACTIVEEQUIPMENTSINGLE POINT
CROSS CONNECTPATCHCORDS PATCH
CORDS
PCSPLICE OR
INTERCONNECT
Electronics
No electronics
Extended Backbone
Extended Backbone
Electronics
Will be standardized in TIA/EIA-568-B.1& TIA/EIA-569-B
Zone Cabling ArchitectureExpanding Backbone Bandwidth While Integrating Copper Components
Electronics
ACTIVEEQUIPMENT
ACTIVEEQUIPMENT
PATCHCORDS
OUTLETS
OUTLETS
36Copyright 2003, Telecommunications Industry Association.
HC in the TR
Cubicles Offices
Fiber Backbone
Zone Cabling with Telecomm Enclosure
LEGEND:
= Telecommunications = Telecommunications Outlet/ConnectorOutlet/Connector
= Telecomm Enclosure with a switch
= Building Pathways and Spaces
= Horizontal Cross-Connect
= Telecommunications RoomTR
= Fiber Backbone Cable= Horizontal Cable
HC
37Copyright 2003, Telecommunications Industry Association.
Zone (“Tiny TR”) Telecom EnclosureStandards Update
TIA TR-42.3 Defines telecom enclosure Out for default ballot To be included in 569-B
TIA TR-42.1 Defines cabling
implementation Balloted in July To be addendum to 568-B.1
Both standards expected by February 2004
38Copyright 2003, Telecommunications Industry Association.
FTTZ, Tier I Switch Scenario 4
Tier I UTP Switch
SG fiber switch with 100 Mbps uplink
Fiber network saves
$170,173.25
$443.18/port
65%
39Copyright 2003, Telecommunications Industry Association.
FTTZ, Tier I Switch: DetailsFiber to the Zone
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
216.10 54.38 25.03 35.00
Fiber in & to telecom room
0.79 1.05 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 8.47 30.57 0.46 20.00
Total cost per port
677.93 234.75
40Copyright 2003, Telecommunications Industry Association.
K-12 FTTZ Scenario 3
Like previous scenario but technician cost of $78/node added to UTP cost [1 hr/wk; 5 yrs; $30k/yr]
Fiber network saves
$200,173.25
$521.31/port
69%
41Copyright 2003, Telecommunications Industry Association.
K-12 FTTZ: DetailsK-12 Materials/
Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
$216.10 $54.38 $25.03 $35.00
Fiber in & to telecom room
0.79 1.05 0.41 0.00
Support costs 504.17 93.75 0.63 0.00
Equipment room 8.47 30.57 0.46 20.00
Total cost per port
756.06 234.75
42Copyright 2003, Telecommunications Industry Association.
Reducing Fiber LAN Electronics CostsTIA/EIA-785 Standard Ratified, May 2001
Low cost, 850 nm LED-based optics
300 meter support
Designed for 62.5 or 50 m multimode fiber
10/100 auto-negotiation support
Parallel detection for interoperability with installed base of 10BASE-FL devices
Not intended to replace or be compatible with 100BASE-FX optoelectronics
Addendum #1 expected to lower costs furtherAddendum #1
Released 12-23-02
43Copyright 2003, Telecommunications Industry Association.
Media converters Install new fiber infrastructure Use legacy electronics until end of useful life Incrementally upgrade to fiber as required Convert point-to-point links and workstations-to-hubs/switches
NIC cards Conversion to fiber at the PC New PC card products available
100BASE-SXWall Outlet
Media Converter
100BASE-SX ElectronicsFirst Dual-Speed Fiber Ethernet
100BASE-SXFiber PC Card
(PCMCIA)
44Copyright 2003, Telecommunications Industry Association.
100BASE-SX, List Price Scenario 11
Compares the cost of 100BASE-SX electronics to Cat. 6 UTP. Assumes volume pricing.
Fiber network saves:
$41,844.61
$108.98 /port
15%
45Copyright 2003, Telecommunications Industry Association.
100BASE-SX, List Price: Details
100BASE-SXList Price
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
239.49 202.43 25.03 35.00
Fiber in & to telecom room
0.79 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 13.21 231.77 0.46 20.00
Total cost per port
706.06 597.08
46Copyright 2003, Telecommunications Industry Association.
100BASE-SX, 90 % List Price Scenario 12
Based on previous scenario with 10% discount on 100BASE-SX electronics
Fiber network saves
$52,318.28
$136.25 /port
19%
47Copyright 2003, Telecommunications Industry Association.
100BaseSx, 90 % List Price: Details
100BASE-SXStreet Price
Materials/Node($)
UTP/fiber All fiber
Labor($)
UTP/fiber All fiber
Desktop to telecom room
239.49 190.43 25.03 35.00
Fiber in & to telecom room
0.79 14.13 0.41 0.00
Support costs 426.04 93.75 0.63 0.00
Equipment room 13.21 216.50 0.46 20.00
Total cost per port
706.06 569.81
48Copyright 2003, Telecommunications Industry Association.
Cost Analysis Summary, Part 1Where Fiber Makes Sense Today
Scenario UTP/fiber
All FiberFiber $ premium/savings
Fiber % premium/savings
(1) SG at list price $678.04 $636.25 $41.79 6%
(2) SG at 80% list price
$678.04 $576.53 $101.51 15%
(3) K-12 $756.06 $234.75 $521.31 69%
(4) Fiber to the zone $677.93 $234.75 $443.18 65%
(5) Tier II electronics, street
$630.51 $504.74 $125.77 20%
(6) Tier I electronics mixed price sources
$651.90 $516.41 $135.49 21%
(7) Tier I electronics reduced cost switch
$641.34 $516.41 $124.93 19%
49Copyright 2003, Telecommunications Industry Association.
Cost Analysis Summary, Part 2Where Fiber Makes Sense Today
Scenario UTP/fiber
All FiberFiber $ premium/savings
Fiber % premium/savings
(8) Cat 6 Tier I cable $706.06 $516.41 $189.65 27%
(9) Cat 6, Tier II cable $700.14 $516.41 $183.73 26%
(10) Low cost solution $606.40 $586.55 $19.85 3%
(11) 100BASE-SX at list price
$706.06 $597.08 $108.98 15%
(12) 100BASE-SX at street price
$706.06 $569.81 $136.25 19%
Fiber less than copper in every scenario examined.
Average fiber savings: $177.70/port (26%)
50Copyright 2003, Telecommunications Industry Association.
Second generation cost model sample screen
51Copyright 2003, Telecommunications Industry Association.
Download from www.fols.org & input your own numbers
Developed by Pearson Technologies and the TIA Fiber Optics LAN Section
52Copyright 2003, Telecommunications Industry Association.
Georgia Public Broadcasting
Berne University (Switzerland)
Tullahoma, TN City Schools
Simon & Schuster
American Museum of Natural History
DreamWorks Studios
NASA Goddard Space Flight Center
George Washington University
Binghamton University
Smith Barney
New York City Public Schools (199)
The Gleason Works
J. Paul Getty Center
Siemens ICN
Ohio Board of Regents
Bally’s Las Vegas
Metropolitan Nashville Public
Schools
U.S.A.F. Research Laboratory,
Wright Patterson Air Force Base
Hilton Hawaiian Village* Various published sources
Centralized Fiber Cabling Installations
Recent Installations
Fiber to the DeskWhere Is It Cost-Effective Today?
Most New Buildings,Most Retrofits of Older Buildings
Schools [FTTZ]Fiber-To-The-Zone
Copyright © 2003, Telecommunications Industry Association.
54Copyright 2003, Telecommunications Industry Association.
Acknowledgement
Mr. John Struhar, Chairman of the FOLS, developed this presentation with input from members of the FOLS.
55Copyright 2003, Telecommunications Industry Association.
Thank you for your attention.
www.fols.org