OPTICAL FIBER - 4Media Solutions · 2015. 4. 15. · Macro-bending loss at 1550 nm /1625nm (1 turn,...

Cleerline SSFTM - Stonger Safer Faster.

Cleerline SSFTM advanced optical glass fibers are much stronger, safer, and faster terminating than standard glass fibers. SSFTM fibers incorporate a hybrid polymeric coating as part of the 125μm diameter resulting in increased mechanical durability, increasing both bend and tensile strength to unprecedented levels. SSFTM fibers are also always protected at the glass level as a result of their integral polymeric coating. Cleerline SSFTM fibers are compatible with all common connector systems on the market for standard 50/125 multimode and 9/125 Singlemode fibers.

Cleerline SSFTM fiber optic cable's proprietary 3M integral coating simplifies many of the critical processes involved in the termination of fiber optic cable. Unlike all other types of fiber cables, with SSFTM fiber the user no is longer required to strip the acrylate "buffer" 900μm coating. SSFTM is the next generation of fiber optics with an Nd rating = 30, providing up to 10,000 times the bend and 400 times the pull force of standard or bend insensitive fibers. With a more reliable cable and much easier installation, the installer is also able to quickly terminate mechanical splice style connections as the SSFTM fiber is easy safe to handle, reducing termination times by up to 50%. SSFTM supports all broadband applications and complies with the most stringent industry standards.

Standard 50/125 Multimode FiberAcrylate Buffer Coating 900μmGlass Cladding 125μm

Glass Core 50μm

Proprietary Polymer Coating

Glass Core 50μmGlass Cladding 100μm

Cleerline SSFTM 50/125 Multimode Fiber

Cleerline SSFTM Multimode fibers have the same 50μm core as a typical 50/125 multimode fiber. SSFTM fibers incorporate a 3M polymeric coating as part of the glass claddings overall diameter. Core + Cladding + Hybrid proprietary coating equals 125μm, the same as typical glass fibers. SSFTMfibers also incorporate Cleerline's "soft peel" 250μm acrylate coating for color identification and ease of removal without the use of fiber strippers.•SSFTM acheives unprecedented mechanical strength in

flex, crush, and impact resistance. Extreme durability in a field terminatable glass fiber providing more reliable connections and longer service life.•The SSFTM glass fiber is never exposed to the elements. Not having to strip the integral acrylate/polymer or buffer coating means tools never fracture the glass, the glass is never exposed, and the end product is more stable with less long term defects. •SSFTM is designed for ease of use and safety due to incredible flexibility of the fiber soft tissues are protected at all times during the termination process. •Incredible bend longevity with Nd = 30 assured for up to 10,000X increased bend over typical glass fibers.•Ultra Low Attenuation Loss on tight bend radius•SSFTM exclusive "Soft Peel" 250um jacket identifier•Reduced tooling required for termination.•Incredible tensile strength allowing for ease of installation and superior fatigue value.

Standard 9/125 Single Mode FiberAcrylate Buffer Coating 900μmGlass Cladding 125μm

Glass Core 9μm

Proprietary Polymer Coating

Glass Core 9μmGlass Cladding 100μm

Cleerline SSFTM 9/125 Single Mode Fiber

Features & Benefits

Soft Peel Identifier 250μm

Soft Peel Identifier 250μm

CLEERLINE SSFTM OPTICAL FIBER

Cleerline SSFTM Multimode fibers have the same 9μm core as a typical 9/125 singlemode fiber. SSFTM fibers incorporate a 3M polymeric coating as part of the glass claddings overall diameter. Core + Cladding + Hybrid proprietary coating equals 125μm, the same as typical glass fibers. SSFTM fibers also incorporate Cleerline's "soft peel" 250μm acrylate coating for color identification and ease of removal without the use of fiber strippers.

CLEERLINE TECHNOLOGY GROUP, LLC Date: 3/15/14 Rev. 1.58404 El Way Drive #2B, Missoula, MT 59808 USA & CAN: 866-469-2487 Fax 406.532.0060 | Int'l +1.406.541.9830 Fax +1.406.532.0060 Web: www.cleerlinefiber.com Copyright 2012 Cleerline Technology Group, LLC., All rights reserved. Subject to change without notice

CLEERLINE NSF FIBER OPTIC CABLE

Cleerline SSFTM 50/125μm Specialty OM3 Multimode Optical Fiber Characteristics Conditions Specified Values Unit

PHYSICAL CHARACTERISTICSCore Diameter 50.0 ± 2.5 (μm)Core Non- circularity ≦ 5 (%)Core / Hybrid Cladding Concentricity Error ≦ 3.0 (μm)Hybrid Cladding Diameter 125 ± 1 (μm)Hybrid Cladding Non-Circularity ≦ 3.0 (%)Protective Coating Concentricity Error ≦ 3.0 (μm)Soft-Peel Jacket Identifier 245 ± 5Coating Strip Force (typcial) ≦ 100 (g)Color Coating Diameter 250 ± 10 (μm)Fiber Curl ≧ 2 (m)Proof Test 100 (Kps)Bend Induced Attenuation at 1300 nm ≦ 1.0 (dB)(100 turns around a mandrel of 75 mm diameter)Dynamic fatigue 23oC, 41%RH (nd) >30Length (Typical) 1.0 – 8.8 (Km)

ENVIRONMENTAL CHARACTERISTICSTemperature Dependence at 850 nm and 1300 nm ≦ 0.1 (dB/km)Induced Attenuation – 40oC to +85oCWater Soak Dependence at 850 nm and 1300 nm ≦ 0.2 (dB/km)Induced Attenuation at 23oC for 30 daysDamp Heat Dependence at 850 nm and 1300 nm ≦ 0.2 (dB/km)Induced Attenuation at 85oC, 85%R.H., 30 daysDry Heat Dependence at 850 nm and 1300 nm ≦ 0.2 (dB/km)Induced Attenuation at 85oC, 85%R.H., 30 days

OPTICAL CHARACTERISTICS*Attenuation Coefficient

850 nm ≦ 3.0 (dB/km)1300 nm ≦ 1.0 (dB/km)

Numerical Aperture 0.200 ± 0.015Overfilled Modal Bandwidth

850 nm ≧ 1500 (MHz·km)1300 nm ≧ 500 (MHz·km)

Differential Mode Delay 850nm ≧ 2000 (MHz•km)

BACKSCATTER CHARACTERISTICSAttenuation Directional Uniformity ≦ 0.05 (dB/km)Attenuation Uniformity ≦ 0.05 (dB)Group Index of Refraction

850 nm 1.4811300 nm 1.476

Attenuation Directional Uniformity ≦ 0.05 (dB/km)Attenuation Uniformity ≦ 0.05 (dB)Group Index of Refraction

850 nm 1.4811300 nm 1.476


Cleerline SSFTM 9/125μm Specialty Single-mode Optical FiberCharacteristics Conditions Specified Values Unit

PHYSICAL CHARACTERISTICSHybrid Cladding Diameter 125 ± .07 (μm)Hybrid Cladding Non-Circularity ≦ 1.0 (%)Core-Hybrid Cladding Concentricity Error ≦ 0.5 (μm)Soft-Peel Jacket Diameter 245 ± 5 (μm)Fiber Curl ≧ 2 (m)Proof Test 100 (Kpsi) Soft-Peel Jacket Strip Force ≦ 100 (g)Macro-bending loss at 1550 nm /1625nm (1 turn, 10mm radius)

≦ 0.3/1.0 (dB)(10 turns around a mandrel of 15 mm diameter)

≦ 0.03/0.2 (dB)Dynamic Fatigue 23C, 41%RH >30

ENVIRONMENTAL CHARACTERISTICSTemperature Dependence at 1310 nm and 1550 nm ≦ 0.05 (dB/km)Induced Attenuation – 40oC to +85oCWater Soak Dependence at 1310 nm and 1550 nm ≦ 0.05 (dB/km)Induced Attenuation at 20oC for 30 daysDry Heat Dependence at 850 nm and 1300 nm ≦ 0.05 (dB/km)Induced Attenuation at 85oC, 30 daysDamp Heat Dependence at 1310 nm and 1550 nm ≦ 0.05 (dB/km)Induced Attenuation at 85oC, 85%R.H., 30 days

OPTICAL CHARACTERISTICSAttenuation Coefficient

1310 nm ≦ .35 (dB/km)1385 nm H2 aged* ≦ .31 (dB/km)1550 nm ≦ .21 (dB/km)1625 nm ≦ .22 (dB/km)

*Hydrogen aging per IEC60793-2-50 type B1.2Mode Field Diamter

1310 nm 8.6 ± 0.4 (μm)1550 nm 9.7 ± 0.5 (μm)

Fiber Cut-Off Wavelength < 1330 (μm)Cabled Fiber Cut-Off Off Wavelength ≦ 1260 (μm)Zero Dispersion Wavelength 1330∼1324 (μm)Zero Dispersion Slope ≦ 0.092 (ps/[nm2.km])Dispersion Coefficient

1285 - 1330 nm ≦ 3.1 (ps/[nm.km])1550 nm ≦ 18 (ps/[nm.km])

BACKSCATTER CHARACTERISTICSAttenuation Directional Uniformity ≦ 0.03 (dB/km)Attenuation Uniformity ≦ 0.05 (dB)Group Index of Refraction

1310 nm 1.4671550 nm 1.468

*Ensured via minEMBC.per TIA/EIA 455-220A and IEC 60793-1-49, for high performance laser based systems.

SSFTM conforms to the requirement of IEC 60793 A1a, ISO/IEC 11801 & ITU-T G.651.1. 850 nm Laser-Optomized 50 μm-core multimode fiber for 10 Gb/s & above applications

SSFTM Singlemode is fully compliant to ISO/IEC 11801:2002 and ITU-T G.652D low water peak. It's macro-bending loss performance is compliant to ITU-T G.657 A2 and B2 bend insensitive fiber.


COMPONENT SPECIFICATIONS9/125 SSFTM Singlemode OS2, 3.0mm Jacketed12 Strand - Distribution Riser & Plenum Cables

JACKETPVC, moisture resistant Riser Rated PVC / Plenum Rated PVC3.0mm unit diameterYellow jacket = Singlemode fiberSequential footage markings*Kevlar (Plenum + water blocking yarns)

PART NUMBER

NUMBER DESCRIPTION COUNT DIAMETER WEIGHT WEIGHT PART PART FIBER NOMINAL CABLE TOTAL

12 Strand Riser/Plenum Typical Cross Sections

Type OS2, OFNP, OFNR, Product Type G.657.A2, G657.B2, and G.652 .D

FIBERNumber of Fibers = 12 / Type = 9/125 Singlemode OS2250um "Soft Peel" coating (1=Blue, 2=Orange, 3=Green,4=Brown, 5=Slate, 6=White, 7= Red, 8=Black, 9=Yellow, 10=Violet, 11=Rose, 12=Aqua) Color Coding per TIA/EIA 568C

COMPLIANCEUL Listed OFNR C(UL)US - CSA FT4 and ONFP C(UL)US - CSA FT6 RoHS Compliant Directive 2011/65/EU *Ensured via mini EMBC per TIA/EIA 455-220A and ICEA S-104-696

APPLICATIONSInterbuilding and intrabuilding voice or data communicationbackbonesrequiring 3.0mm jacket diameter. Install in ducts,underground conduits or aerial/lashed UL Listed OFNP for installation in plenum airways and and general horizontal applications when installed inaccordance with the NEC article 770-51 (a) and 770-53 (a). UL listed Type OFNP for installation in ducts, plenums and other spaces used as environmental air returnswhen installed in accordance with NEC article 770-51 (a) and 770-53(a)

ENVIRONMENTAL CHARACTERISTICSTemperature Dependence at 1310 nm and 1550 nm ≤ 0.05 (db/km)Induced Attenuation - 40℃ to +85℃Watersoak Dependence at 1310 nm and 1550 nm ≤ 0.05 (db/km)Induced Attenuation at 20℃ for 30 daysDamp Heat Dependence at 1310 nm and 1550 nm ≤ 0.05 (db/km)Induced Attenuation at 85℃, 85%R.H., 30 daysDry Heat Dependence at 850 nm and 1300 nm ≤ 0.05 (db/km)Induced Attenuation at 85℃,, 30 days

PHYSICAL CHARACTERISTICS

CONSTRUCTION

BACKSCATTER CHARACTERISTICS

OPTICAL CHARACTERISTICS*

SSF complies or exceeds the ITU-T recommendations G.657 A2, G657 B2 and G.652 D, the IEC International Standard 60793-2-50 type B.1.3 and B.6.A&B Optical Fiber Specification.

Attenuation Coefficient 1310 nm ≦ 0.35 (dB/km)1550 nm ≦ 0.21 (dB/km)

Mode Field Diameter 1310 nm 8.6± 0.4um1550 nm 9.7± 0.5um

Cable Cut-off Wavelength ≦1260nm Zero Dispersion Wavelength 1310nm-1324nmZero Dispersion Slope 0.092ps/ (nm

2.km)

Attenuation Directional Uniformity ≦ 0.03 (dB/km)Attenuation Uniformity ≦ 0.05 (dB)Group Index of Refraction 1310 nm 1.467

1550 nm 1.468

Core / Hybrid Cladding Concentricity Error ≦ 0.5 (μm)Hybrid Cladding Diameter 125 ± 0.7 (μm)Hybrid Cladding Non-Circularity Error ≦ 1.0 (%)Soft Peel Jacket Identifier Diameter 250 ± 0.7 (μm)Coating Strip Force ≦100 (g) Fiber Curl ≧2 (m)Proof Test 100 (kpsi)Bend Induced Attenuation

1550nm 1 turn 10mm radius ≦ 0.3 (dB)10 turns around a mandrel of 15 mm radius ≦ 0.03 (dB)

1625nm 1 turn 10mm radius ≦ 1.0 (dB)10 turns around a mandrel of 15 mm radius ≦ 0.2 (dB)


3.0 - 0.2+

Cleerline SSFTM advanced optical glass fibers are much stronger, safer, and faster terminating than typical fibers. This distribution style cable provides the ultimate in durability and bend in a very compact size. SSFTM fibers are always protected at the glass level as a result of their integral polymeric coating, increasing both bend and tensile strength to unprecedented levels. Cleerline SSFTM fibers are compatible with all common connector systems on the market for standard 50/125 multimode and 9/125 Singlemode fibers.

Features And Benefits:* High mechanical strength and superior fatigue & durability* Integral coating eliminates stripping, provides glass protection* Bend longevity for 10,000X longer life time than normal fibers * Increased safety factor due to the incredible bend insensitivity* Glass fiber remains protected at all times from the elements* Simplified termination process designed for ease of use* Ultra low Attenuation loss on tight bend radius* Exclusive 250um Soft peel jacket identifier

PHYSICAL DATAStorage Temperature Range = -40℃ to +85℃Operating Temperature Range = -20℃ to +75℃Max Tensile Load for Installation = 1000(225) N (lbf)Max Tensile Long Load term = 500(112) N (lbf)Min. Bend Radius, Unloaded = 10 x OD (10 x 3.5mm)Cable Outside Diameter, Nominal = 3.0mmCable Package = Cut to customer request,

Spooled, 1,000ft/340m minimumRating = OFNR/FT4/Riser or OFNP/FT6/PlenumCrush Resistance (TIA/EIA 455-41A) = 100 kgf/mmImpact Resistance (TIA/EIA 455-25B) = 1500 Impact cycles

Flexing @ 90 degree (TIA/EIA 455-104A) = 2000 flexing cycles

12D9125SMOS2R 12 Strand Riser 12 Fiber/s 3.0mm 5 kg/kft 5.5 kg

12D9125SMOS2P 12 Strand Plenum 12 Fiber/s 3.0mm 11.02 lbs/kft 12.12 lbs

COMPONENT SPECIFICATIONS50/125 SSFTM Multimode OM3, 3.0mm Jacketed6 Strand - Distribution Riser & Plenum Cables

PART NUMBER

NUMBER DESCRIPTION COUNT DIAMETER WEIGHT WEIGHT PART PART FIBER NOMINAL CABLE TOTAL

6 Strand Riser/Plenum Typical Cross Sections

Type OM3, OFNR, CSA FT4 / OFNP, CSA FT6

FIBERNumber of Fibers = 6 / Type = 50/125 Multimode OM3250um "Soft Peel" coating (1=Blue, 2=Orange, 3=Green,4=Brown, 5=Slate, 6=WhiteColor Coding per TIA/EIA 568C

COMPLIANCEUL Listed OFNR C(UL)US - CSA FT4 and ONFP C(UL)US - CSA FT6 RoHS Compliant Directive 2011/65/EU *Ensured via minEMBC.per TIA/EIA 455-220A and IEC 60793-1-49, for high performance laser based systems.

Cleerline SSFTM advanced optical glass fibers are much stronger, safer, and faster terminating than typical fibers. This distribution style cable provides the ultimate in durability and bend in a very compact size. SSFTM fibers are always protected at the glass level as a result of their integral polymeric coating, increasing both bend and tensile strength to unprecedented levels. Cleerline SSFTM fibers are compatible with all common connector systems on the market for standard 50/125 multimode and 9/125 Singlemode fibers.

APPLICATIONSIntra building voice or data commumication backbones, Light weight ultra flexible design simplifies installation.Fiber- to- the-Desk (FTTD). Fiber-to-the-Home (FTTH)UL listed Type OFNP for installation in ducts, plenumsand other spaces used as environmental air returnswhen installed in accordance with NEC article 770-51 (a)and 770-53 (a)

UL Listed Type OFNP, CSA FT6, ANSI/TIA/EIA 568 B.3

ENVIRONMENTAL CHARACTERISTICS

PHYSICAL CHARACTERISTICS

SSF conforms to the requirement of IEC 60793 A1a, ISO/IEC 11801 & ITU-T G.651.1. 850 nm Laser-Optomized 50 μm-core multimode fiber for 10 Gb/s & above applications

OPTICAL CHARACTERISTICS*

BACKSCATTER CHARACTERISTICS

CONSTRUCTION

Storage Temperature Range = -40℃ to +85 ℃Operating Temperature Range = -20℃ to +75 ℃Max Tensile Load for Installation = 1000(225) N (lbf)Max Tensile Long Load term = 500(112) N (lbf)Min. Bend Radius, Unloaded = 10 x OD (10 x 3mm)Cable Outside Diameter, Nominal = 3.0mmCable Package* = 1000ft Reel in a box

*Or customer request, spooledRating Crush Resistance (TIA/EIA 455-41A) = 100 kgf/mmImpact Resistance (TIA/EIA 455-25B) = 1500 Impact cycles

Flexing @ 90 degree (TIA/EIA 455-104A) = 2000 flexing cycles

Temperature Dependence at 850 nm and 1300 nm ≦ 0.5 (dB/km)Induced Attenuation – 40℃ to +85℃Water soaks Dependence at 850nm and 1300 nm ≦ 0.5 (dB/km)Induced Attenuation at 23℃ for 30 daysDamp Heat Dependence at 850 nm and 1300 nm ≦ 0.5 (dB/km)Induced Attenuation at 85℃, 85%R.H., 30 daysDry Heat Dependence at 850 nm and 1300 nm ≦ 0.5 (dB/km)Induced Attenuation at 85℃, 30 days

Attenuation Coefficient 850 nm ≦ 3.0 (dB/km)1300 nm ≦ 1.0 (dB/km)

Numerical Aperture 0.200 ± 0.015Overfilled Modal Bandwidth 850 nm ≧ 1500 (MHz·km)

1300 nm ≧ 500 (MHz·km)High Performance EMB* 850nm ≧ 2000 (MHz•km)

Attenuation Directional Uniformity ≦ 0.05 (dB/km)Attenuation Uniformity ≦ 0.05 (dB)Group Index of Refraction 850 nm 1.481

1300 nm 1.476

Core Diameter 50.0 ± 2.5(μm)Core Non-circularity ≦ 6 (%)Core / Hybrid Cladding Concentricity Error ≦ 3.0 (μm)Hybrid Cladding Diameter 125 ± 0.7 (μm)Hybrid Cladding Non-Circularity Error ≦ 3.0 (%)Soft Peel Jacket Identifier Diameter 250 ± 0.7 (μm)Coating Strip Force 100 (g) Fiber Curl ≦ 2 (m)Proof Test 100 (kpsi)Bend Induced Attenuation at 1300 nm ≦ 1.0 (dB) (100 turns around a mandrel of 75 mm diameter)Dynamic fatigue 23C, 41%RH >30(nd)Length 1.0 - 8.8 (Km)


Features And Benefits:* High mechanical strength and superior fatigue & durability* Integral coating eliminates stripping, provides glass protection* Bend longevity for 10,000X longer life time than normal fibers * Increased safety factor due to the incredible bend insensitivity* Glass fiber remains protected at all times from the elements* Simplified termination process designed for ease of use* Ultra low Attenuation loss on tight bend radius* Exclusive 250um Soft peel jacket identifier

JACKETPVC, moisture resistant Riser Rated PVC / Plenum Rated PVC3.0mm unit diameterAqua jacket = OM3 Multimode fiberSequential footage markings*Kevlar (Plenum + water blocking yarns)

PHYSICAL DATA

6D50125MOM3R 6 Strand Riser 6 Fiber/s 3.0mm 3kg / kft 3.50 kg

6D50125MOM3P 6 Strand Plenum 6 Fiber/s 3.0mm 6.61lbs/kft 7.71 lbs

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≤ 1

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Zero

Dis

pers

ion

Wav

elen

gth

FOTP

75

1300

~ 1

324

1300

~ 1

324

1300

~ 1

324

----

Zero

Dis

pers

ion

Slo

peFO

TP 7

5≤

0.0

92≤

0.0

92≤

0.0

92--

--Di

sper

sion

Coe

ffici

ent

FOTP

75

128

5 - 1

330

nm--

----

----

155

0 nm

----

----

--At

tenu

atio

n Di

rect

iona

l Uni

form

ityPo

int D

isco

ntiu

nity

(dB)

FOTP

78

Turn

sR

(mm

)nm

dBFO

TP 6

21

515

50≤

0.7

5IE

C 60

793-

1-47

----

----

≤ 0

.15

15

1625

≤ 1

.0--

----

--≤

0.4

51

7.5

1550

≤ 0

.5--

--≤

0.5

≤ 0

.5≤

0.0

81

7.5

1625

≤ 1

.0--

--≤

1.0

≤ 1

.0≤

0.2

51

1015

50≤

0.1

--≤

0.7

5≤

0.1

≤ 0

.1≤

0.0

31

1016

25≤

0.2

--≤

1.5

≤ 0

.2≤

0.2

≤ 0

.110

1515

50≤

0.0

3--

≤ 0

.25

≤ 0

.03

≤ 0

.03

--10

1516

25≤

0.1

--≤

1.0

≤ 0

.1≤

0.1

-- C

ladd

ing

Diam

eter

(μm

)FO

TP 1

7612

5.0

± 1.

012

5 ±

0.7

125

± 0.

712

5 ±

0.7

125

± 0.

7 C

ladd

ing

Non

-Circ

ular

ity (

%)

IEC

6079

3-1-

20≤

1.0

≤ 1

.0≤

1.0

≤ 1

.0≤

1.0

Cor

e-Cl

ad C

once

ntric

ity

(μm

)≤

0.6

≤ 0

.5≤

0.5

≤ 0

.5≤

0.5

Calib

rate

d W

inde

rIE

C 60

793-

1-22

Env

ironm

enta

l/ A

tten

uatio

n (d

B/km

)FO

TP 3

IEC

6079

3-1-

52FO

TP 6

7IE

C 60

793-

1-51

FOTP

74

IEC

6079

3-1-

53 O

vera

ll Co

atin

g Di

amet

er (

μm)

FOTP

195

----

----

-- C

oatin

g-Cl

addi

ng C

once

ntric

ity (

μm)

IEC

6079

3-1-

21--

----

----

FOTP

31

IEC

6079

3-1-

30 C

oatin

g St

rip F

orce

(N)

Peak

FOTP

-178

----

----

--

Av

erag

eIE

C 60

793-

1-32

----

----

--

Att

enua

tion

with

Ben

ding

(dB)

≤ 0

.092

Cleerline

-SM

F

≤ 0

.35

≤ 0

.31

≤ 0

.21

≤ 0

.23

8.6

± 0.

49.

7 ±

0.5

≤ 1

260

1300

~ 1

324

≤ 3

.1≤

18

≤ 0

.03

≤ 0

.05

1310

and

155

0 nm

125.

0 ±

0.7

≤ 1

.0≤

0.5

Len

gth

(km

)2.

2~25

.2--

----

---- --

Dry

Heat

Soa

k (8

5 ±

2)

≤ 0

.05

----

----

--

Tem

pera

ture

Dep

ende

nce

(-60

+85

)≤

0.0

5--

----

--

Wat

er Im

mer

sion

(23

± 2

)≤

0.0

5--

----

Min

imum

Str

engt

h(b

y Pr

oof T

est)

0.69

Gpa

≥ 0

.69

Gpa

≥ 0

.69

Gpa

≥ 0

.69

Gpa

< 1

.0

< 1

.0

--

245

± 10

≤ 6

≥ 0

.69

Gpa

≥ 0

.69

Gpa

--

10

Sing

lem

ode

SSF™

Fib

er

ITU-

T G.

657

A&B

Maj

or S

peci

ficat

ions

U

nit

ITU

-T G

.65

7A&

B Cleerline-

SMF

Com

plia

nce

Sta

tem

ent

MFD

@13

10nm

µ

m 8.

6 +/

- 0.4

8.6

+/- 0

.4 C

ompl

y

Cla

ddin

g µ

m 12

5 +/

- 1

125

+/- 1

H

ybrid

Cla

ddin

g w

ith

Per

man

ent P

olym

er

Coa

ting

µm

245

+/- 1

0 24

5 +/

- 10

Com

ply

Atte

nuat

ion

Loss

@15

50nm

dB

/km

< 0.

30

< 0.

21

Com

ply

Cab

le C

utof

f Wav

elen

gth

nm

< 12

60

< 12

60

Com

ply

Zero

Dis

pers

ion

Wav

elen

gth

nm

1300

~132

4 13

00~1

324

Com

ply

Stri

ppin

g Fo

rce

g 10

0 –

500

< 10

0 S

oft P

eel

Pro

of T

est

kpsi

100

100

Com

ply

Fatig

ue n

-val

ue (n

d) >

18

> 30

H

igh

Mec

hani

cal S

treng

th

for B

endi

ng L

onge

vity

11

The

Dep

ress

ed (o

r Gro

oved

) Ind

ex P

rofil

e.•

The

bend

ing

loss

per

form

ance

is su

perio

r to

G.65

7 A&

B sp

ecifi

catio

ns.

•

In M

acro

-ben

ding

loss

test

s SSF™

fibe

r per

form

ance

exc

eeds

that

of t

ypic

al

lega

cy fi

bers

and

“ben

d &

cur

ve” t

ype

fiber

s.

Bending loss (dB/turn)

Bend

ing

Radi

us (m

m)

Sing

lem

ode

SSF™

Fib

er

Mac

ro-b

endi

ng L

oss

SSF™

-SM

F (1

550n

m)

Nor

mal

-SM

F (1

550n

m)

12

Clee

rline

SSF™

Fib

er O

ptic

s

•H

igh

Mec

hani

cal S

treng

th

•Be

ndin

g Lo

ngev

ity

Fatig

ue V

alue

Mea

sure

men

tM

etho

d (IE

C 60

793-

1-33

)

13

SSF™

fibe

rs a

llow

tight

er b

end

radi

us (R

15 fi

ber c

ompa

tible

) and

hig

h m

echa

nica

l st

reng

th a

llows

for p

ull f

orce

tens

ions

that

exc

eed

all co

mm

erici

ally a

vaila

ble

fiber

s, ev

en "b

end

and

curv

e" ty

pes.

This

prov

en lo

ng lif

etim

e fib

er ch

arac

teris

tic m

akes

SSF™

fibe

r a su

perio

r pro

duct

in b

oth

perfo

rman

ce a

nd re

liabi

lity.

•

Max

imum

Tur

ns o

f Ben

ding

(IT

U-T

G.65

7 Ap

pend

ix I

, fai

lure

rate

@ 1

0 pp

m

(0.0

01%

) in

20 y

ears

)

Max

imum

stor

age

leng

th fo

r a b

ent f

iber

and

diff

eren

t val

ues o

f the

fatig

ue

para

met

er "n

" (Va

lue

of n

=18

is th

e m

inim

um v

alue

as

stat

ed in

the

Int.

Stan

dard

IEC

6079

3-2-

50 a

nd in

Tel

cord

ia G

ener

ic R

equi

rem

ents

GR-

20-C

ORE

)14

Clee

rline

SSF™

fibe

rs e

xcee

d al

l oth

er fi

bers

in b

end

with

n=3

0 va

lue

Tens

ile S

treng

th T

est P

roce

dure

Th

e fib

er is

tigh

tly fi

xed

betw

een

two

trans

latio

n st

ages

. Th

en o

ne s

tage

is

mov

ed t

o el

onga

te f

iber

.

15

Lega

cy

Com

petit

or

SSF™

Fib

er

16

Tens

ile S

treng

th T

est

Loss @850nm (dB)

Elon

gatio

n ra

tio, ∆

L/L

(%)

SSF™

fibe

r exc

eeds

all

othe

r fib

ers i

n te

nsile

stre

ngth

allo

win

g fo

r inc

reas

ed p

ull

forc

e of

ove

r 3 to

4 ti

mes

that

of s

tand

ard

fiber

s dur

ing

inst

alla

tion.

Repe

ated

Ben

ding

Tes

t

Equi

pmen

t Sc

hem

eO

ne fi

ber e

nd is

fixe

d to

the

cylin

der.

The

othe

r one

is

pass

ed th

roug

h tw

o 3m

m ro

ds a

nd e

quip

ped

with

40g

ba

llast

. The

n m

otor

ized

engi

ne ro

tate

s 180

deg

ress

bac

k an

d fo

rth to

ben

d th

e fib

er in

diff

eren

t dire

ctio

ns. 17

Cyl

inde

rto

fix

fiber

SSF™

Fib

er R

epea

t Ben

ding

Tes

t

Afte

r 200

tim

es o

f rep

eat b

endi

ng

proc

edur

e th

ere

is no

mea

sura

ble

incr

ease

in si

gnal

loss

. Acr

ylat

e la

yer c

rack

s are

foun

d w

ith

mic

rosc

ope.

Afte

r rem

ovin

g th

e ac

ryla

te la

yer t

here

's so

me

mar

king

on

the

coat

ed la

yer.

The

brea

king

forc

e w

as fo

und

to b

e th

e sa

me

as th

e in

itial

test

. Af

ter b

end

test

, th

e st

reng

th o

f fib

er is

unc

hang

ed.

10X

10X

18

Bend

ing

(D=3

mm

) in

Hot

Wat

er (9

0°C)

Failure Probability (%)

Nd

: 18-

24

Nor

mal

Fib

ers

Nd

: 30-

32

SSF™

Fib

ers

19

Tim

e to

Fai

lure

(sec

)SS

F™ fi

ber h

avin

g an

n=3

0 va

lue

exce

eds t

ypic

al fi

bers

incl

udin

g "b

end

& c

urve

" typ

e fib

ers i

n be

nd p

erfo

rman

ce b

y ov

er 1

0,00

0x fo

r gre

ater

relia

bilit

y co

mpa

red

to st

anda

rd fi

ber.

Cabl

e Li

fetim

e Es

timat

es

Both

ben

ding

and

tens

ion

forc

e sh

ould

be

cons

ider

ed to

acc

urat

ely

dete

rmin

e th

e lo

ng

term

mec

hani

cal r

elia

bilit

y of

the

optic

al fi

ber.

Fibe

r life

time

estim

ate-

IEC

TR 6

2048

The

addi

tiona

l ten

sion

forc

e ca

lcul

atio

n- D

ave

Maz

zare

se e

t al.,

Proc

57t

h IW

CS (2

008)

20

The

follo

wing

test

resu

lts p

rove

that

Cle

erlin

e SS

F™ fi

ber h

as su

perio

r mec

hani

cal

and

bend

ing

prop

ertie

s in

all e

nviro

nmen

ts, e

ven

unde

r rug

ged

cond

ition

s. Cl

eerli

ne

fiber

can

with

stan

d be

nd a

nd p

ull t

ensio

ns th

at ca

use

stan

dard

fibe

rs to

fail,

prov

idin

g gr

eate

r rel

iabilit

y and

per

form

ance

than

any

oth

er co

mm

ercia

lly a

vaila

ble

fiber

.

The

impa

ct o

f n o

n ca

ble

lifetim

e es

timat

ion

(OD=

3mm

, cla

ddin

g=12

5um

, ben

ding

+ 1

45N

tens

ion)

cabl

e ja

cket

is a

hig

h E

mat

eria

l (6.

5GPa

)&&

The

grap

hs d

emon

stra

te th

e im

porta

nce

of fa

tigue

val

ue (n

) for

life

time

estim

atio

n.

21

SSF™

fibe

r (n=

30) p

erfo

rms b

ette

r und

er b

end

and

pull

cond

ition

s tha

n al

l st

anda

rd fi

bers

incl

udin

g "b

end

& c

urve

" typ

es fo

r ext

ende

d lif

etim

e,

perfo

rman

ce, a

nd re

liabi

lity.

Diffe

rent

fibe

rs p

ut in

3m

m O

D ca

ble

lifet

ime

estim

atio

n (b

endi

ng a

nd 1

45N

add

ition

al te

nsio

n)

cabl

e ja

cket

is a

hig

h E

mat

eria

l (6.

5GPa

)&&

- All

cabl

es h

ave

OD

=3m

m a

nd h

igh

E va

lue

for j

acke

t mat

eria

l- I

t is s

how

n th

at fi

bers

with

hig

her n

val

ues p

rovi

de b

ette

r per

form

ance

/ext

ende

d lif

etim

e - S

SF™

per

form

ance

exc

eeds

typi

cal "

lega

cy" f

iber

s and

eve

n "b

end

& c

urve

" typ

e fib

ers

due

to lo

wer

gla

ss d

iam

eter

and

con

sequ

ently

smal

ler s

tatic

ben

ding

stre

ss22

CLEERLINE NSF FIBER OPTIC CABLE

SSFTM Fiber Advantages


SSFTM Installation Advantages


* SSFTM Fiber significantly improves the mechanical strength of the optical fiber, thismeasurement or fatigue resistance value for SSFTM is Nd = 30. Standard glass fibers and even bend or curve types typically fall within an Nd value of 18 to 20. This superior strength allows for up to 10,000 times the bend and up to 400 times the tensile pull force of typical glass fiber. As a result SSFTM is better suited for todays installations. Whether terminating in the field or using a Cleerline SSFTM patch cord, SSFTM fiber provides greater reliability for all connections.

* The durability of the integral polymeric coating minimizes costly repairs and interruptions,ensuring the smooth long-term operation of optical networks and limiting the long term liability of the products.

* Fatigue value is an essential property of any bend insensitive fiber, more important than theoptical properties. SSFTM fibers perform better with less attenuation loss under bend conditions than any other commercially available fiber cable.

* The ultra high mechanical strength of SSFTM fibers allow for minimized cable size constructionsaffording higher strand counts in smaller size diameter cables, for placement in conduits, etc., increasing the efficiency of the cable management and heat dissipation in the back panel areas of installations.

* SSFTM exclusive "Soft Peel" coating allows for fast and easy fiber termination with thetremendous advantages in technician safety during all phases of the termination process.

* Cleerline SSFTM offers a complete line of fibers for Enterprise Data Centers, Premises, FTTD, andFTTH applications.

* Superior durability and mechanical strength, SSFTM fibers having a Nd=30 value.* Unprecedented bend, up to 10,000 times over standard fiber allowing ease of

installation with higher operation reliability.* Long Life Time (high fatigue value of Nd=30, beyond ITU-T 10ppm @ 20 years)* High pulling force, tensile strength of up to 400x that of standard fiber.* SSFTM fibers reduce the weight of the fiber and resulting installations* SSFTM fibers reduce the diameter of the jacketing, more fibers in the same space.* SSFTM polymeric coated fibers are protected from environmental conditions.* Coated fibers are protected from nicks, scratches, and impacts that occur during

installation, termination, and handling, as a result SSFTMprovides superior service and reliability.

SSFTM Applications* Enterprise Data Centers* Datacom & Premises Applications* FTTH Depolyment and Vertical / Horizontal cabling* LAN, PON, Digital Home, Home Automation, Survielance, etc.* Point to Point Connections* All applications utilizing either Singlemode or Multimode fibers.

OPTICAL FIBER - 4Media Solutions · 2015. 4. 15. · Macro-bending loss at 1550 nm /1625nm (1 turn,...

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Transcript of OPTICAL FIBER - 4Media Solutions · 2015. 4. 15. · Macro-bending loss at 1550 nm /1625nm (1 turn,...