Fiber Optic Cable Products - I Twenty One Inter Corporation Co., Ltd.

Fiber Optic Cable Products - I Twenty One Inter Corporation Co., Ltd.
Leading Solution
Fiber Optic Cable Products
Leading Solution
LG Cable, LG Industrial Systems and LG-Nikko Copper,
Gaon Cable, E1 and Yesco are starting with
a new name, Leading Solution, LS.
New Dream, New Start
To become a leader in the competitive global market, LG has been divided
into three groups, electronics and chemicals for LG, energy and
distribution for GS, Industrial electric·electronics and material for LS
based on their business specialties.
LS' main companies, such as LS cable, LS industrial systems, LS-Nikko
copper, Gaon cable, E1 and Yesco, are ranked as No.1 in their
respective industry. However, LS won't just sit back, satisfied with being
the best in Korea. We will pave the way for becoming the world's best in
industrial electric·electronics and material industry with the new CI, LS.
Your good partner LG Cable is making a
fresh start as LS Cable
LS Cable is No. 1 cable maker in Korea and its business fields are
telecommunication, electric power, components & materials and
machinery. Also, LS Cable is creating new businesses particularly in
component and materials industry. LS Cable makes its best to accomplish
the vision, 'Your No.1 Creative Partner' and be one of the world leaders
with high technology and best level of service.
LS-Fiber Optic Cable Products
As a telecommunication cable manufacturer and a division of LS Cable,
LS Data Communication Product and Components never stops
researching, designing, developing, and manufacturing products with the
higher level of quality to address the ever-changing demands in everyday
life as well as in the industry.
Our quality control meets the most delicate requirements of international
standards and the high level of quality is recognized both by local and
international clients.
Our commitment to develop and deliver solutions to address our
customers’ needs and challenges keep our technology on the cutting edge
and our know-how in the field more valuable, which our customers highly
appreciate. We are looking forward to working with you.
Contents
Fibers
Part Number Index
Xwave TM & Xwave-s TM
Zwave TM
DreamLight TM
Multi Mode Fiber
Giga TM
7
9
11
13
15
16
Fiber Optic Cables (Indoor)
Part Number Index
All Dielectric Single Jacketed Central Tube
900um 2fiber buffered Aramid yarn strength member
900um tight buffered Glass yarn strength member
900um tight buffered Aramid yarn strength member
ONFR(riser rated), OFNP(plenum rated) or LSZH rated
Micro Distribution Cable
ONFR(riser rated), OFNP(plenum rated) or LSZH rated
900um tight buffered Aramid yarn strength member Interlocking Armored Cable
21
23
24
25
26
27
28
29
30
Fiber Optic Cables (Outdoor)
Part Number Index
Single Jacket Single Armor Central Loose Tube Cable
All Dielectric Single Jacketed Central Tube with Polyamide coat for Insect-resistant
All Dielectric Single Jacket Non-Armor Loose Tube Cable
All Dielectric Single Jacketed Multi Loose Tube with Polyamide Sheath for Insect-resistant
Single Jacket Single Armor Loose Tube Cable
Double Jacket Single Armor Loose Tube Cable
Single Jacket Non Armor Loose Tube Cable
Single Jacket Single Armor Loose Tube Cable
ADSS (Max span: 100m) Aerial Fiber Optic Cable
ADSS (Max span: 200m) Aerial Fiber Optic Cable
ADSS (Span 400m) Aerial Fiber Optic Cable
Single Jacket Single Armor Central Loose Tube Cable
Single Jacket Single Armor Central Loose Tube Cable
Single Jacket Non Armor Stranded Ribbon Tube Cable
Single Jacket Single Armor Stranded Ribbon Tube Cable
31
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
Global Network
48
Fibers
Part Number Index
wave TM & wave-s TM
wave-s TM
DreamLight TM
Multi Mode Fiber
Giga TM
wave TM &
wave-s TM
Low Water Peak & Zero Water Peak Single Mode Fiber
Description
LSC low water peak single mode fiber is full spectrum fiber designed for optical transmission systems operating over the
entire wavelength range from 1260nm to 1625nm. This fiber offers customers industry leading performance
specification, reliability and unsurpassed quality. LSC enhanced single mode fiber supports the most demanding
application, including 10G ethernet, ATM, 10 and 40G SONET, and SDH using single channel, DWDM and multichannel CWDM transmission. To extend today’s and network or design tomorrow’s emerging networks look for LSC
enhanced SMF to provide you the greatest capacity and flexibility at lower cost.
Features & Benefits
A 50% increase in usable optical spectrum
Transmission capability from 1260nm to 1625nm by removing the OH Ion around 1383nm
Long term attenuation reliability by absence of hydrogen aging defects
Excellent geometrical properties for active alignment splicing technique available with excellent splice loss control
Mechanically strippable coating
Environmentally compatible
Meets all industry standards
- ITU-T Recommendation G.652(Tables A,BC and D)
- IEC Specifications 60793-2-50 Type b1.3
- TIA/EIA 492-CAAB
- Telcordia Generic Requirements GR-20-CORE
Performance
Attenuation(dB/km)
Ultra Low Loss LWP SMF
- Spectral attenuation after Hydrogen Aging
Over 50% More spectrum
Optimun dispersion For 10 Gb/s
Low cost operation
Average 0.280dB/km
@1383±3nm
Ultimate Low PMD Single Mode Fiber
- Manufactured using unsurpassed quality
Control, ultimate Low PMD SMF is specified
At levels that improve upon even the most
Recent PMD specifications in ITU G.652 D.
The PMD link design value is a term used to describe the
PMD of concatenated lengths of fiber (also known as PMDQ).
This value represents a statistical upper limit for total link
PMD. IndividualPMD values may change when cabled.
PMD(ps/√km)
Wavelength(nm)
Transmission length(km)
9
IP1010
I
Issued: May 2007
I
ISO 9001 REGISTERED
Specifications
Characteristics
Specified Values
Tolerances
Unit
Optical Properties
Attenuation
1310nm
1383nm
1490nm
1550nm
1625nm
≤0.34
≤0.31*
≤0.21
≤0.20
≤0.21
Point Discontinuity
1550nm
0.05
Max
dB
Mode Field Diameter
1310nm
1550nm
9.2
10.4
±0.4
±0.5
㎛
㎛
Cutoff Wavelength
Cable
1260
Max
nm
1550nm
1625nm
Zero Dispersion Wavelength
Slope @λ0
18
22
1310~1324
0.092
Max
Max
Max
Max
ps/(nm km)
ps/(nm km)
nm
ps/(nm² km)
1turns, φ32mm 1550nm
100turns, φ50mm 1310nm & 1550nm
100turns, φ60mm 1625m
0.03
0.03
0.03
Max
Max
Max
dB
dB
dB
Link Design Value
Maximum Individual Fiber
≤0.06**
≤0.2
Max
Max
ps/√m
ps/√m
Chromatic Dispersion
Macro bending Attenuation
PMD
dB/km
dB/km
dB/km
dB/km
dB/km
* Attenuation values at this wavelength represent post-hydrogen aging performance. ** Complies with IEC 60794-3:2001, Section 5.5, Method I, September 2001.
* Alternative attenuation offerings available upon request.
Geometrical Properties
Cladding Diameter
Cladding Non-Circularity
Core/Cladding Concentricity Error
Coating Diameter
Coating Non-Circularity
Coating/Cladding Concentricity Error
125
0.7
0.5
245
6
10
±0.7
Max
Max
±5
Max
Max
㎛
%
㎛
㎛
%
㎛
Mechanical Properties
Proof Test
Fiber Curl
Coating Strip Force
1s
Radius of curvature
30mm - 500mm/min
100***
4
1.3~8.9
Min
Min
kpsi
m
n
Dynamic Tensile Strength
(0.5meter gauge length)
Unaged
≥550
750
≥440
750
Min
Typical
Min
Typical
kpsi
kpsi
kpsi
kpsi
≥21
≥25
Min
Typical
0.05***
0.05
0.05
0.05
Max
Max
Max
Max
Aged
Stress Corrosion Parameter
unaged and aged
*** Higher Proof test levels available upon request.
Environmental Properties
Temperature Cycling
Temperature Humidity Cycling
Water Immersion
Heat Aging
-60℃ to +85℃
-10℃ to +85℃ up to 98% RH
23 ± 2℃
85 ± 2℃
dB/km
dB/km
dB/km
dB/km
**** Induced Attenuation 1310nm, 1550nm & 1625nm / Operating Temperature Range: -60℃ to +85℃
Performance Properties
Effective Group Index (Neff)
1310m
1550m
1.467
1.468
IP1010
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Typical
Typical
Issued: May 2007
I
ISO 9001 REGISTERED 10
wave-s TM
LWP Single Mode Bend Insensitive Fiber
Description
The design of low bending loss single mode fiber consists of a germanium doped core and a silica cladding. A dual
protective acrylate coating is applied over the fiber cladding to cushion the fiber against microbending losses, provide
abrasion resistance, and preserve the mechanical strength of the glass. Each fiber is proof tested so that it will survive
installation loads and associated long-term residual stresses, even under extreme environmental conditions. Finally,
each fiber is measured for optical and dimensional properties for compliance with all specifications listed in the respective
fiber data sheets.
Features & Benefits
Complies with ITU-T G657
Bend-insensitive (~φ20mm)
Low intrinsic loss
Transmission capability from 1280nm to 1625nm by removing the OH Ion around 1383nm
Excellent geometrical properties for active alignment splicing technique available with excellent splice loss control
Matched cladding design for excellent microbending resistance
Supported by a complete family of closures and connectors
Mechanically strippable coating
Environmentally compatible
Meets all industry standards
Performance
Maximum bending radius Conv. SMF vs. Zwave-s TM
High Bending Performance
Compact Installation
(mm)
60
30
Conventional SMF
Zwave-s TM
Bend insensitive!
Bend Loss
φ60mm
φ20~30mm
λ
11 IP1020
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Issued: May 2007
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ISO 9001 REGISTERED
Specifications
Characteristics
Specified Values
Tolerances
Unit
Optical Properties
1310nm
1383nm
1550nm
1625nm
≤0.35
≤0.31
≤0.21
≤0.23
Attenuation Uniformity
1550nm
0.05
Max
dB
Mode Field Diameter
1310nm
1550nm
8.6
9.6
±0.5
±0.8
㎛
㎛
Cutoff Wavelength
Cable
1260
Max
nm
1550nm
Zero Dispersion Wavelength
[email protected]λ0
18
1300~1324
0.092
Max
Chromatic Dispersion
Max
ps/(nm km)
nm
ps/(nm² km)
10turns, φ30mm 1550nm
1turns, φ20mm 1625m
0.03
0.2
Max
Max
dB
dB
125
0.8
0.6
245
6
10
±0.7
Max
Max
±5
Max
Max
㎛
%
㎛
㎛
%
㎛
Attenuation
Macro bending Attenuation
dB/km
dB/km
dB/km
dB/km
Geometrical Properties
Cladding Diameter
Cladding Non-Circularity
Core/Cladding Concentricity Error
Coating Diameter
Coating Non-Circularity
Coating/Cladding Concentricity Error
Mechanical Properties
Proof Test
Fiber Curl
Coating Strip Force
1s
Radius of curvature
30mm - 500mm/min
100***
4
1.3~8.9
Min
Min
kpsi
m
n
Dynamic Tensile Strength
(0.5meter gauge length)
Unaged
≥550
750
≥440
750
Min
Typical
Min
Typical
kpsi
kpsi
kpsi
kpsi
-60℃ to +85℃, 1310&1550nm
-10℃ to +85℃, 1310&1550nm
23℃, 1310&1550nm
85℃, 1310&1550nm
0.05***
0.05
0.05
0.05
Max
Max
Max
Max
dB/km
dB/km
dB/km
dB/km
1310m
1550m
1.467
1.468
Typical
Typical
Aged
*** Higher Proof test levels available upon request.
Environmental Properties
Temperature Cycling
Temperature Humidity Cycling
Water Immersion
Heat Aging
Performance Properties
Effective Group Index (Neff)
IP1020
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Issued: May 2007
I
ISO 9001 REGISTERED 12
DreamLight TM
Non Zero Dispersion Shifted Optical Fiber
Description
LSC DreamLightTM is designed for long-haul, high data rate and high capacity DWDM system.
DreamLight TM has optimum performance for 40Gb/s, 100GHz Channel spacing system in the C and L bands. By
optimizing dispersion and effective area, the generation of non-linear effects in 50 GHz channel spacing system is
successfully surpassed. To meet tomorrow’s needs, DreamLightTM provides excellent characteristics for higher bit rate
transmission. The reduced PMD makes it feasible the next generation 40Gb/s transmission system.
Features & Benefits
Complies with ITU-T G655 & G656
Provide optimum performance for 10Gb/s 50GHz channel spacing in the C band
100GHz and 50GHz compatibility with 10 Gb/s systems in C & L bands
Make it feasible the next generation 40 Gb/s transmission system
Compatible with future DWDM amplifier regions such as the S band
Ensure single mode operation in 1310nm region
Enhanced PMD performance
Excellent geometrical characteristics
Environmentally compatible
Meets all industry standards
Performance
It fully guarantees, > 320 km transmission in 16 x10 Gb/s, 50 GHz channel spacing
Transmission experiment set-up DreamLight TM Enhanced
ch 01
ch 02
Eye diagram of ch1 & ch16
ch 01
50 ps/div
ch 16
50 ps/div
ch 03
ch 04
ch 05
DCF
ch 06
DCF
ch 07
ch 08
ch 09
10Gb/s
MOD
ch 10
Measured spectra after 320km
ch 11
ch 12
10Gb/s PIN Receive
DCF
ch 13
ch 14
ch 15
ch 16
13 IP1030
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1550.92~1556.55nm
Issued: May 2007
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OSNR~25.5dB / Q-factor>21dB
-29
BER~10
ISO 9001 REGISTERED
Specifications
Characteristics
Unit
DreamLifhtTM LA
DreamLifhtTM Enhanced
DreamLifhtTM RS
G.655A
G.655B&C
G.655A
≤0.22
≤0.25
≤0.22
≤0.25
≤0.22
≤0.25
2~6
≤11.2
5.5~10
≤13.8
2~7
≤8.9
≤0.1
≤0.2
≤0.1
≤0.2
≤0.1
≤0.2
≤0.05
≤0.5
≤0.05
≤0.5
≤0.05
≤0.5
Optical & Geomrteical roperties
ITU-T Reference
Attenuation coefficient
at 1550nm
at 1625nm
dB/km
Chromatic dispersion
1530 ~ 1565nm
1625nm
ps/nm.km
Polarization mode Dispersion
Link Design Value
Maximum Individual PMD
ps/(km)½
Macrobending loss (1550 & 1625nm)
φ60mm, 100 turns
φ32mm, 1 turn
dB
Attenuation uniformity at 1550nm
db
0.05
0.05
0.05
Mode field diameter at 1550nm
um
9.6±0.5
9.3±0.5
8.4±0.6
Core concentricity error
um
0.6
0.6
0.6
Clad diameter
um
125±0.7
125±0.7
125±0.7
Clad non-circularity
%
0.8
0.8
0.8
Coating diameter
um
245±5
245±5
245±5
Fiber curl
m
Min.4
Min.4
Min.4
Characteristics
Specified Values
Tolerances
Unit
Mechanical Properties
Proof Test
Fiber Curl
Coating Strip Force
1s
100*
4
1.3
Min
Min
kpsi
m
N
Dynamic Tensile Strength
(0.5meter gauge length)
Unaged
≥550
750
≥440
750
Min
Typical
Min
Typical
kpsi
kpsi
kpsi
kpsi
-60℃ to +85℃, 1310&1550nm
-10℃ to +85℃, 1310&1550nm
23℃, 1310&1550nm
85℃, 1310&1550nm
0.05
0.05
0.05
0.05
Max
Max
Max
Max
dB/km
dB/km
dB/km
dB/km
1550m
1625m
1.468
1.469
Typical
Typical
30mm - 500mm/min
Aged
*** Higher Proof test levels available upon request.
Environmental Properties
Temperature Cycling
Temperature Humidity Cycling
Water Immersion
Heat Aging
Performance Properties
Effective Group Index (Neff)
IP1030
I
Issued: May 2007
I
ISO 9001 REGISTERED 14
Multi Mode Fiber
Description
LSC multi mode optical fiber consists of a germanium doped core and a matched silica cladding using modified
Chemical Vapor Deposition process. LSC Multi mode optical fiber has a graded index profile with 50㎛ and 62.5㎛ core
diameter and 125㎛ cladding diameter.These fibers have the highest bandwidth and lowest attenuation which is
satisfying the use of 850nm and 1300nm The dual layer of UV-cured acrylate coating material is applied to the glass to
provide excellent glass protection and be easy to work with and is well recognized as a superior coating performing
“good mechanical strippability, enough cushion against microbending and strong color code retention”. They are
sufficiently optimized for the cables including loose tube and tight buffer cable with their outer diameter of 245㎛.
Features & Benefits
Complies with ITU-T G651
Designed for use at 850nm and 1300nm
Low attenuation and high bandwidth, which overfills the transmission demand of IEEE 802.3z Gigabit Ethernet
Excellent dimension controls for low splice loss
Environmentally compatible
Meets all industry standards
Specifications
Characteristics
Unit
≤2.4
≤2.8
500/1000
400/800
200/600
140/400
0.1
0.1
0.5
0.5
MHz.km
Bandwidth
Premium 850nm / 1300nm
Standard 850nm / 1300nm
I
6.25/125㎛ MMF
dB/km
Attenuation coefficient
850nm
1300nm
15 IP1040
50/125㎛ MMF
Attenuation uniformity at 850nm & 1300nm
dB
Macrobend loss (850 & 1300nm)
φ75mm, 100 turns
dB
Numerical Aperture
-
0.200±0.015
0.275±0.15
Core Diameter
um
50±2.5
62.5±2.5
Core concentricity error
um
≤1.5
≤1.5
Core Non-Circularity
%
≤5
≤5
Clad diameter
um
125±1.0
125±1.0
Clad non-circularity
%
≤1.5
≤1.5
Coating diameter
um
245±5
245±5
Temperature Dependence(-60~85℃) 850nm&1300nm
dB/km
≤0.2
≤0.2
Temp-Humid -10~85℃(4~98%RH) 850nm&1300nm
dB/km
≤0.2
≤0.2
Coating StripForce
N
1.3~8.9
1.3~8.9
Effective Group Index(Neff)
850nm
1300nm
1.483
1.479
1.496
1.487
Proof Test
kpsi
100
100
Issued: May 2007
I
ISO 9001 REGISTERED
GigaTM
For High Speed Local Network Superior Performance and Reliability !!
The rapid world-wide growth of the internet has prompted the
incessant demands of end-users to move large amounts of
performance improvement and infrastructure expansion of
data at gigabit speeds required a new technology to handle
fiber optic communication system. The demand for higher
the 100-fold increase in the transmitting speed used in the
quality and better performance optical communication had led
network. To this end, the Institute of Electrical and Electronic
to the continuous increase of deployment of new high speed
Engineers (IEEE) 802.3z committee revised the Ethernet
network. Especially, faster access network service is needed
protocol standards for transmission for optical networks at
to overcome the bandwidth bottleneck between local access
one gigabit. The revised protocol standards are based upon
network and long-haul network.
the Fast Ethernet system protocol developed in 1995. These
new protocols are 1000Base-SX for 850nm wavelength using
Fast Ethernet, FDDI, and ATM Protocol are the main
laser-based transceivers over multimode optical fiber and
protocols for the indoor and premises network solution, and
1000Base-LX for 1300nm wavelength using laser-based
Multimode Fiber and UTP Cable are used as main
transceivers over multimode or singlemode optical fibers,
transmission media. In general, the transmission speed of
which are to be considered Gigabit Ethernet (GbE).
LAN backbone network needs to be 10 times faster than
desktop access line, which necessitates the introduction of
10-Gigabit Ethernet (10-GbE) standard considering the trend
Gigabit Ethernet system that offers high information carrying
toward increasing traffic levels, as well as the development of
capacity. Gigabit Ethernet, being an extended version of
more bandwidth-intensive applications, 10-Gbit/sec capability
Ethernet system, is preferred as the enterprise LAN and
in both LANs and MANs will become extremely important. 10-
needs a new transmission media. LS Cable’s newly
GbE is the first Ethernet standard that will only function over
developed Giga™ is the perfect media for Gigabit Ethernet
optical fiber. Operation is over full-duplex mode and only with
system.
point-to-point connections, so collision detection protocols are
not required.
SAN
Internet Data Center
WAN / MAN
Center/ Office
The key criteria for efficient and effective high-speed
LAN
Enterprise
networks are as follow.
- Easy, straightforward migration to higher performance
1Tbit DWDM
Long Haul
levels without disruption
LAN
Backbone
Switch
- Low cost of ownership
- Familiar management tools and common skills base
Host
Router
Sever
- Flexibility in network design
Core
Router
TIA FO2.2.1 Working Group has been determining the
Switch
Access
Router/
Switch
Disk Array
necessary performance criteria for multimode fiber (MMF)
10 Gbit
10-40 km
Access
and 850-nm laser transmitters to support emerging 10-
Sever
Gbit/sec applications to at least 300 m. The effort succeeded
in providing a low-cost solution meeting the distance
requirements of the vast majority of in-building LANs, storage-
Figure 1. Optical System
area networks (SANs), and equipment room inter
connections using 850-nm vertical-cavity surface-emitting
Optical System
laser (VCSEL) serial transceivers and laser-optimized 50-
With the advent of Gigabit Ethernet Systems utilizing
micron MMF.
multimode fiber, the limiting factor in the fiber backbone was
no longer the attenuation of the passive link, but rather the
Laser Sources & Gigabit MMF
information carrying capacity of the fiber. Due to different
The light source for Gigabit Ethernet system needs to be
signal characteristics of the transmitter, new test procedures
cost-effective for data transmission speed and installation.
and a new understanding of the interaction between the
The typical light sources that satisfy these requirements are
optical fiber and the optical signal were required.
VCSEL and low cost FP-LD. Besides the operating
bandwidth, another difference between LED and LD is beam
Gigabit Ethernet systems are the result of the continual
pattern. The different operating patterns of multimode fiber
evolution of networks toward higher and higher speeds. The
using different light sources are shown in figure 2.
IP1050
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Issued: May 2007
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ISO 9001 REGISTERED 16
GigaTM
For High Speed Local Network Superior Performance and Reliability !!
Fiber Cladding
Center Dip
Laser
Fiber Core
Laser Launching Region
Fiber Cladding
LED
Fiber Core
Laser Launching Region
Figure 2. The operation pattern of
Multimode Fiber by light source
Figure 3. Index Profile of Multimode Fiber
Conventional and Laser optimized MMF
LED has 100ß≠ beam size and excites entire core of
TIA FO2.2.1 Working Group, which determined the
multimode fiber. On the contrary, FP-LD or VCSEL have
performance requirements and accompanying new test
relatively smaller beam size than fiber core and the light is
procedure to measure the differential mode delay (DMD)
launched into the partial core of multimode fiber exciting few
property of the new fiber. The Telecommunications Industry
modes. These different launching conditions induce different
Association (TIA) published the test procedure, FOTP-
transmission characteristics for the same multimode fiber. As
220.The ballot on a detailed fiber specification, to be
a result, transmission capacity of multimode fiber varies with
published as TIA/EIA-492AAAC.
laser source type, therefore this variation results in the
modification of the definition of bandwidth. Bandwidth was
originally defined under the condition of all modes exciting in
core using LED, called Over Filled Launching(OFL).
However, OFL bandwidth is not a good indicator under the
condition of few modes exciting in core using LD. This few
mode exciting condition is redefined as laser-based
bandwidth and specified in TIA/EIA FOTP-204 which is
redefinition of FOTP-30 and FOTP-51.
For the enhancement of transmission performance of MMF,
core index profile must be carefully controlled. Defects of
refractive index profile affects the transmission quality of
multimode fiber for Gigabit Ethernet system. Among these
Figure 4. DMD Measurement scheme
defects, index dip is the major factor that impairs the
performance of multimode fiber. Index dip originates from the
Perturbations in the index profile capable of affecting the laser
evaporation of volatile dopants in the MCVD process.
bandwidth can appear as negligible differences from the
Because gigabit transmission system uses LD instead of
power-law profile using even the most sensitive index-profile
LED, core central defect, like index dip, must be eliminated.
measurement techniques. Fortunately, fiber-profile quality
The elimination of refractive index dip can be achieved
can be controlled and quantified using a technique called
through the fine control of manufacturing process. Even in the
differential mode delay (DMD, FOTP-220), which measures
absent of core center dip, finite tuning is also important factor
the delay of each mode by scanning across the fiber core
for transmission performance.
with a small launch spot. The DMD curve in Figure 4
illustrates the typical effect of an index depression at the
17 IP1050
LS Cable developed center dip free process and realized
center of the core. The delay of the lower-order modes
uniform index profile. Fig. 3-(a) shows the typical index profile
(transmitted on or near the axis of the fiber) is affected
of conventional multimode fiber and Fig.3-(b) shows index
significantly due to this perturbation. The information from the
profile of newly developed multimode fiber.
DMD scan can be used to make minute adjustments to the
I
Issued: May 2007
I
ISO 9001 REGISTERED
index profile to equalize or flatten the DMD profile across the
This model is based on the concept of power budgeting. The
core of the fiber. It is critical point for system design to
GbE link model was created by using worst-case models and
understand.
applied empirically to LS product. The transmission
performance test is conducted following IEEE802.3z. And the
Figure 5 describes the inter-relationship between
reliability of test result is enhanced with the aid of fiber
transmission capacity, OFL Bandwidth, RMLB(Retricted
shaker(FOTP-142) to simulate worst-case environment.
Modal Bandwidth), EMB(Effective Modal Bandwidth) and
Figure 6 shows the basic concept of transmission
DMD. EMB is extended definition of RML Bandwidth. TIA FO-
experiment.
2.2.1 confirmed its specifications by measuring system EMB,
the information-carrying capacity of a system, taking into
account both fiber modal delays and transmitter launch
condition. EMB measures the effects of multimode-fiber and
transceiver interaction to accurately evaluate overall system
performance.
Guarantee the Performance of GigaTM for
1Gigabit & 10Gigabit Ethernet system
IEEE 802.3z defines the system specification for Gigabit
Figure 6. Transmission Measuring Equipment
(According to IEEE802.3z & IEEE802.3ae)
Ethernet under worst-case philosophy. Under this
configuration, the transmission performance of multimode
fiber can be newly defined. The Gigabit Ethernet Optical Link
LS Cable established the test-bed to measure transmission
Model is used to qualify the transmission performance.
properties of multimode fiber satisfying international
standards and set up mass production line which can
guarantee the excellent minimum transmission distance of
the fiber.
Figure 7. Measured power penalty dependence
of EMB. For 1GbE GigaTM 62.5(62.5E) series
MMF of 600meterswith different EMB bandwidth
(267, 462, 690MHhz.km),the power penalty varies
from 1dB to 4dB. (Receiver Sensitivity : -19.5dBm)
However, this direct test method is not easily implemented for
mass production process. Therefore, some alternatives are
needed. EMB & DMD are known to have close relationship
with transmission capacity of multimode fiber, and can be
referenced as representative characteristics for 1Gigabit & 10
Gigabit transmission performance. EMB is calculated with
Figure 5. Optical characteristics of multimode fiber
and inter-relationship
DMD characteristics for various commercially available GbE
transmitters.
IP1050
I
Issued: May 2007
I
ISO 9001 REGISTERED 18
GigaTM
For High Speed Local Network Superior Performance and Reliability !!
To meet the DMD Mask requirements, LSC’s GigaTM 50XE is
manufactured carefully for 10GbE application. Figure 9
shows typical DMD characteristics of GigaTM 50XE.
With enhanced DMD characteristics, the transmission
performance of Giga
TM
50XE exceeds the IEEE
recommendation.
(A)
(B)
Figure 8. Power Penalty vs. EMB
Figure 10. Transmitted eye diagram of (a)
150meters of conventional MMF and (b)
700meters of GigaTM 50XE
Figure 7 and 8 show the results of 1GbE transmission
experiment for GigaTM 62.5(62.5E) products.
As shown in figure 8, the test results coincide with IEEE
power penalty link model.
For the application of MMF to short reach 10GbE system,
DMD profile should be finely controlled. TIA/EIA-492AAAC
defines the DMD characteristics of 10Gbps MMF with six
templates of DMD mask. The fiber shall meet at least one of
following six DMD templates, which each consists of both an
inner and outer mask definition.
GigaTM
Giga TM provides gigabit multimode fiber as the solution for
emerging high speed local area network.
The superior performance of Giga TM surpasses the minimum
requirements specified by IEEE802.3z and enhances your
system performance with reliability.
Giga TM supports current indoor and premises network with
superior performance up to 2,000m transmission length.
Giga TM 62.5E guarantees the minimum transmission length of
500m for 850nm and 1000m for 1300nm. Giga TM 50E
guarantees 600m for 850nm and 2000m for 1300nm.
Giga TM 50XE is optimized for 10GbE and Fibre Channel
applications. The safe transmission length exceeds 300m for
the system compatible with 10Gbase-SW/SR.
Figure 9. DMD Mask set defined on
TIA/EIA-492AAAC and typical DMD
profile of Enhanced MMF, GigaTM 50XE
19 IP1050
I
Issued: May 2007
I
ISO 9001 REGISTERED
GigaTM series products of high performance and
reliability are the best solutions for your system.
Table 1. Transmission length properties of GigaTM
1 Gbps
850nm
10 Gbps
Optical Properties
Transmission Length (m)
Items
Bandwidth (MHz.km)
1300nm
Optical Attenuation(dB/km)
850nm
1300nm
850nm
1300nm
GipaPassTM 62.5
300
550
200
400
2.8
0.7
GipaPassTM 62.5E
500
1000
200
600
2.4
0.6
GipaPassTM 50
600
600
400
800
GipaPassTM 50E
600
2000
500
1000
GipaPassTM 50X
150
-
800
500
GipaPassTM 50XE
300
-
800
500
GipaPassTM 50XXX
550
-
3500
500
Geometrical Specifications
2.4
0.6
Mechanical Specification
Glass Geometry
Proof Test
Cladding Diameter
125±1.0㎛
The entire fiber lengh is
Core-Cladding Concentricity
3.0㎛
subjected to a tensile proot
Cladding Non-Circularity
≤1.5%
Core Non-Circularity
≤5.0%
Stress 100kpsi(0.7GN/m²)
* Higher Proof test levels are available
Coating Geometry
Coating
Cladding Diameter
245±1.0㎛
Coating Strip Force
1.3N≤S.F≤8.3N
Core-Cladding Concentricity
≤10.0㎛
Pullout Force
6.2N≤P.F≤22.2N
Standar Length(km/reel)
2.2~8.8km
Environmental Specification
Test Condition
Temperature Dependance
Environmental Specification
Induced Attenuation (dB/km)
850nm
≤0.20
Test Condition
1300nm
50.0㎛
≤0.20
-65℃ to +85℃
Temp-Humid Cycling
≤0.20
≤0.20
Induced Attenuation (dB/km)
62.5㎛
850nm
1.483
1.496
1300nm
1.479
1.487
Fatigue Resistance Parameter(nd)
20
-10℃ to +85℃ (4~98% RH)
IP1050
I
Issued: May 2007
I
ISO 9001 REGISTERED 20
Fiber Optic Cables (Indoor)
Part Number Index
All Dielectric Single Jacketed Central Tube
900um 2fiber buffered Aramid yarn strength member
900um tight buffered Glass yarn strength member
900um tight buffered Aramid yarn strength member
ONFR(riser rated), OFNP(plenum rated) or LSZH rated
Micro Distribution Cable
ONFR(riser rated), OFNP(plenum rated) or LSZH rated
900um tight buffered Aramid yarn strength member
Interlocking Armored Cable
LSC Part No.
① Select Fiber Type
SC = 9/125㎛ (ITU-T G652A,B)
SE = 9/125㎛ (ITU-T G652C,D)
HC = 62.5/125 ㎛ Standard
HG = 50/125 ㎛ 1 Gbe
MC = 50/125 ㎛ Standard
MG = 50/125 ㎛ 1 Gbe
MX = 50/125 ㎛ 10 Gbe 300 meter Link Length
② Fiber Count : 2 digit No.
Ex. 6 Fiber Count : 06, 24Fiber Count : 24
R = UL TYPE OFNR
P = UL TYPE OFNP
Z = LSZH TYPE
③ Sheath Color
YL = Yellow
OR = Orange
AQ = Aqua
BK = Black
④ 16 = 1.6 mm Diameter
18 = 1.8 mm Diameter
20 = 2.0 mm Diameter
24 = 2.4 mm Diameter
29 = 2.9 mm Diameter
LS FIBER OPTIC LOOSE TUBE CABLE
All Dielectric Single Jacketed Central Tube
Description / Applications
All dielectric Single Jacket Central Loose Tube cable is a UV-stabilized,
fully water blocked cable for outdoor duct applications (PE outer jacket)
or Indoor/Outdoor applications (LSZH outer jacket)
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
Compact design for limited conduit space
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
complied
Optical Fiber
Filling Compound
Loose Buffer Tubes
Glass Yarns
Ripcord
Specification
Outer Jacket
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
ITU-T G652
12-Fiber Cable
Options
Fiber - Single mode, 50㎛, 62.5㎛ multi mode available
Sequential meter or footage markings
Outer jacket : Black UV- and moisture-resistant Polyethylene or LSZH
(Low Smoke Zero Halogen)
Optical Fiber
Filling Compound
Color Identification
Loose Buffer Tubes
01 - Blue
07 - Red
13 - Blue / Single stripe
19 - Red / Single stripe
02 - Orange
08 - Black
14 - Orange / Single stripe
20 - Natural
Glass Yarns
03 - Green
09 - Yellow
15 - Green / Single stripe
21 - Yellow / Single stripe
Ripcord
04 - Brown
10 - Violet
16 - Brown / Single stripe
22 - Violet / Single stripe
05 - Slate
11 - Rose
17 - Slate / Single stripe
23 - Rose / Single stripe
06 - White
12 - Aqua
18 - White / Single stripe
24 - Aqua / Single stripe
Outer Jacket
24-Fiber Cable
Mechanical Characteristics
Storage Temperature : -20 to + 70℃ / Operating Temperature : -10 to + 60℃
Fiber
Count
Nominal
Diameter
Nominal
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[kg/km]
[lb/kft]
[N]
[N]
[N/cm]
[N/cm]
[mm]
[inch] [mm]
[inch]
2
6.3
0.25
45
0.10
1200
600
220
110
126
4.96
63
2.51
4
6.3
0.25
45
0.10
1200
600
220
110
126
4.96
63
2.51
6
6.3
0.25
45
0.10
1200
600
220
110
126
4.96
63
2.51
8
6.3
0.25
45
0.10
1200
600
220
110
126
4.96
63
2.51
10
6.3
0.25
45
0.10
1200
600
220
110
126
4.96
63
2.51
12
6.3
0.25
45
0.10
1200
600
220
110
126
4.96
63
2.51
16
6.8
0.27
55
0.12
1200
600
220
110
136
5.35
68
2.71
18
6.8
0.27
55
0.12
1200
600
220
110
136
5.35
68
2.71
24
6.8
0.27
55
0.12
1200
600
220
110
136
5.35
68
2.71
LSC Part No.
LSZH RATED
: CT
RISER RATED : CT
PLENUM RATED: CT
ZSJNA
RSJNA
PSJNA
①
②
Transmission Performance
9/125㎛
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
0.4/0.3
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Attenuation(dB/km) Typical values
Minimum Bandwidth (MHz km)
Ethernet Link Distance (m)
23 IP2010
I
Issued: June 2007
I
ISO 9001 REGISTERED
LS FIBER OPTIC DISTRIBUTION CABLE
900um 2fiber buffered Aramid yarn strength member
Description / Applications
Fiber to the desk cable for very high speed multimedia application
Rugged construction : 2 fiber buffer structure with individually protected tubes
Color coded tubes to identify transmitting and receiving fibers
Small size and light weight
Simplify pulling and installation work
Colored Optical Fiber
0.9mm 2Fiber
Specification
Aramid yarn
ISO/IEC 11801
Telcordia GR-409-CORE
ANSI/ ICEA S-83-596
Outer Jecket
Options
Fiber - Single mode, 50㎛, 62.5㎛ multi mode available
Outer Jacket color
- Single Mode : Yellow
- 62.5/125µm 1Gbe : Orange
- 50/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 10Gbe : Aqua
Outer jacket : PVC or LSZH (Low Smoke Zero Halogen)
Color of Buffer
Color of Fiber
01 - Blue
07 - Red
01 - Blue
02 - Orange
08 - Black
02 - Orange
03 - Green
09 - Yellow
04 - Brown
10 - Violet
05 - Grey
11 - Pink
06 - White
12 - Aqua
Mechanical Characteristics
Storage Temperature : -10 to + 70℃ / Operating Temperature : 0 to + 60℃
Fiber
Count
Nominal
Diameter
Nominal
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[kg/km]
[lb/kft]
[N]
[N]
[N/cm]
[N/cm]
[mm]
[inch] [mm]
[inch]
2
2.9
0.11
10
0.02
300
150
35
13
58
2.28
29
1.15
4
4.5
0.18
20
0.04
660
300
35
13
90
3.54
45
1.79
6
5.2
0.20
23
0.05
660
300
35
13
104
4.09
52
2.07
8
5.3
0.21
25
0.06
660
300
35
13
106
4.17
53
2.11
12
5.7
0.22
30
0.07
660
300
35
13
114
4.49
57
2.27
16
6.0
0.24
35
0.08
660
300
35
13
120
4.72
60
2.39
24
6.7
0.26
40
0.09
660
300
35
13
134
5.28
67
2.67
LSC Part No.
LSZH RATED
: 2DT
RISER RATED : 2DT
PLENUM RATED: 2DT
Z
R
P
①
②
③
Transmission Performance
9/125㎛
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
0.5/0.4
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Attenuation(dB/km) Typical values
Minimum Bandwidth (MHz km)
Ethernet Link Distance (m)
IP2020
I
Issued: May 2007
I
ISO 9001 REGISTERED 24
LS FIBER OPTIC DISTRIBUTION CABLE
900um tight buffered Glass yarn strength member
Description / Applications
Distribution cables are rugged, high performance optical communication
cables for inside plant installations
Backbone & Computer Room Cabling
Compact design for limited conduit space
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
complied
Optical Fiber
0.9mm Buffered Fiber
Glass Yarns
Sub-unit Jacket
Specification
Ripcord
ISO/IEC 11801
Telcordia GR-409-CORE
ANSI/ ICEA S-83-596
Coated Central
Strenght Member
Options
Fiber - Single mode, 50㎛, 62.5㎛ multi mode available
Sub-unit & Outer Jacket color
- Single Mode : Yellow
- 62.5/125㎛ 1Gbe : Orange
- 50/125㎛ 1Gbe : Orange
- 50/125㎛ 10Gbe : Aqua
If the cable will be used indoor/outdoor applications, outer cable jacket
shall be black
Outer jacket : PVC or LSZH (Low Smoke Zero Halogen)
Subunit Identification
The identification code & number is printed on the sub-unit jacket every
10 cm (eg. SM#1, SM#2)
Ripcord
Outer Jacket
Sub-Unit Construction
Single Unit Construction
Color of Buffer
01 - Blue
07 - Red
13 - Blue / Black dash
19 - Red / Black dash
02 - Orange
08 - Black
14 - Orange / Black dash
20 - Black / White dash
03 - Green
09 - Yellow
15 - Green / Black dash
21 - Yellow / Black dash
04 - Brown
10 - Violet
16 - Brown / Black dash
22 - Violet / Black dash
05 - Grey
11 - Pink
17 - Grey / Black dash
23 - Pink / Black dash
06 - White
12 - Aqua
18 - White / Black dash
24 - Aqua / Black dash
Mechanical Characteristics
Storage Temperature : -20 to + 70℃ / Operating Temperature : -10 to + 60℃
Constuction
Fiber
Count
Nominal
Diameter
Nominal
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[kg/km]
[lb/kft]
[N]
[N]
[N/cm]
[N/cm]
[mm]
[inch] [mm]
[inch]
2
4.5
0.18
25
0.06
660
300
35
13
90
3.54
45
1.79
4
5.3
0.21
30
0.07
660
300
35
13
106
4.17
53
2.11
6
5.7
0.22
35
0.08
660
300
35
13
114
4.49
57
2.27
8
6
0.24
40
0.09
660
300
35
13
120
4.72
60
2.39
12
6.7
0.26
50
0.11
660
300
35
13
134
5.28
67
2.67
16
8.5
0.33
80
0.18
1320
660
50
13
170
6.69
85
3.38
18
8.9
0.35
82
0.18
1320
660
50
25
178
7.01
89
3.54
24
9.8
0.39
95
0.21
1320
660
50
25
196
7.72
98
3.90
6 Fiber Subunits
24*
13.9
0.55
180
0.40
1320
660
50
25
278
10.94 139
5.53
12 Fiber Subunits
48
18.3
0.72
295
0.65
1320
660
50
25
366
14.41 183
7.28
Single Unit
*Single mode 24fiber cable is subunit Construction only
LSC Part No.
LSZH RATED
: DT
RISER RATED : DT
PLENUM RATED: DT
GZ
GR
GP
①
②
Transmission Performance
9/125㎛
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
0.5/0.4
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Attenuation(dB/km) Typical values
Minimum Bandwidth (MHz km)
Ethernet Link Distance (m)
25 IP2030
I
Issued: May 2007
I
ISO 9001 REGISTERED
③
LS FIBER OPTIC DISTRIBUTION CABLE
900um tight buffered Aramid yarn strength member
Description / Applications
Distribution cables are rugged, high performance optical communication
cables for inside plant installations
Backbone & Computer Room Cabling
Compact design for limited conduit space
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
optional
Optical Fiber
0.9mm Buffered Fiber
Aramid Yarn
Sub-unit Jacket
Specification
Ripcord
ISO/IEC 11801
Telcordia GR-409-CORE
ANSI/ ICEA S-83-596
Coated Central
Strenght Member
Options
Fiber - Single mode, 50㎛, 62.5㎛ multi mode available
Sub-unit & Outer Jacket color
- Single Mode : Yellow
- 62.5/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 10Gbe : Aqua
If the cable will be used indoor/outdoor applications, outer cable jacket
shall be black
Outer jacket : PVC or LSZH (Low Smoke Zero Halogen)
Ripcord
Outer Jacket
Sub-Unit Construction
Single Unit Construction
Color of Buffer
Subunit Identification
The identification code & number is printed on the sub-unit jacket every
10 cm (eg. SM#1, SM#2)
01 - Blue
07 - Red
13 - Blue / Black dash
19 - Red / Black dash
02 - Orange
08 - Black
14 - Orange / Black dash
20 - Black / White dash
03 - Green
09 - Yellow
15 - Green / Black dash
21 - Yellow / Black dash
04 - Brown
10 - Violet
16 - Brown / Black dash
22 - Violet / Black dash
05 - Grey
11 - Pink
17 - Grey / Black dash
23 - Pink / Black dash
06 - White
12 - Aqua
18 - White / Black dash
24 - Aqua / Black dash
Mechanical Characteristics
Storage Temperature : -20 to + 70℃ / Operating Temperature : -10 to + 60℃
Constuction
Fiber
Count
Nominal
Diameter
Nominal
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[kg/km]
[lb/kft]
[N]
[N]
[N/cm]
[N/cm]
[mm]
[inch] [mm]
[inch]
2
4.5
0.18
20
0.04
660
300
50
25
90
3.54
45
1.79
4
5.3
0.21
25
0.06
660
300
50
25
106
4.17
53
2.11
6
5.7
0.22
30
0.07
660
300
50
25
114
4.49
57
2.27
8
6
0.24
35
0.08
660
300
50
25
120
4.72
60
2.39
12
6.7
0.26
40
0.09
660
300
50
25
134
5.28
67
2.67
16
8.5
0.33
70
0.15
1320
660
100
50
170
6.69
85
3.38
18
8.9
0.35
75
0.17
1320
660
100
50
178
7.01
89
3.54
24
9.8
0.39
90
0.20
1320
660
100
50
196
7.72
98
3.90
6 Fiber Subunits
24*
13.9
0.55
160
0.35
1320
660
100
50
278
10.94 139
5.53
12 Fiber Subunits
48
18.3
0.72
275
0.61
1320
660
100
50
366
14.41 183
7.28
Single Unit
*Single mode 24fiber cable is subunit Construction only
LSC Part No.
LSZH RATED
: DT
RISER RATED : DT
PLENUM RATED: DT
KZ
KR
KP
①
②
③
Transmission Performance
9/125㎛
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
0.5/0.4
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Attenuation(dB/km) Typical values
Minimum Bandwidth (MHz km)
Ethernet Link Distance (m)
IP2040
I
Issued: May 2007
I
ISO 9001 REGISTERED 26
LS FIBER OPTIC BREAK OUT CABLE
ONFR(riser rated), OFNP(plenum rated) or LSZH rated
Description / Applications
Breakout cables are rugged, high performance optical communication
cables for inside plant installations
OFNR(riser rated), OFNP(plenum rated) or LSZH (low smoke zero
halogen rated)
Backbone & Computer Room Cabling
Direct Termination on 2.0 mm Sub-Units
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
complied
2.0mm Sub-Unit
Optical Fiber
0.9mm Buffered Fiber
Aramid Yarns
Sub-unit Jacket
Specification
Central Strenght
Member
ISO/IEC 11801
Telcordia GR-409-CORE
ANSI/ ICEA S-83-596
Ripcord
PVC Outer Jacket
Options
Fiber - Single mode, 50㎛, 62.5㎛ multi mode available
Higher fiber counts available upon request
Other Sub-Unit Diameters Available (1.8mm, 2.4 mm, 2.9mm etc.)
Buffered fiber : Natural (white)
Sub-unit & Outer Jacket color
- Single Mode : Yellow
- 62.5/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 10Gbe : Aqua
Subunit Identification
The identification code & number is printed on the sub-unit jacket every
10 cm (eg. 62.5MM#1, 62.5MM#2)
Mechanical Characteristics
Storage Temperature : -20 to + 70℃ / Operating Temperature : -10 to + 60℃
Fiber
Count
Nominal
Diameter
Nominal
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[kg/km]
[lb/kft]
[N]
[N]
[N/cm]
[N/cm]
[mm]
[inch] [mm]
[inch]
2
7.5
0.30
50
0.11
660
300
35
13
150
5.91
75
2.98
4
7.7
0.30
55
0.12
660
300
35
13
154
6.06
77
3.06
6
8
0.31
65
0.14
660
300
35
13
160
6.30
80
3.18
8
9.5
0.37
85
0.19
660
300
35
13
190
7.48
95
3.78
12
10.5
0.41
95
0.21
1320
660
35
13
210
8.27
105
4.18
LSC Part No.
LSZH RATED
: BT
RISER RATED : BT
PLENUM RATED: BT
KZ
KR
KP
①
②
Transmission Performance
9/125㎛
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
0.5/0.4
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Attenuation(dB/km) Typical values
Minimum Bandwidth (MHz km)
Ethernet Link Distance (m)
27 IP2050
I
Issued: May 2007
I
ISO 9001 REGISTERED
③
LS FIBER OPTIC DISTRIBUTION CABLE
Micro Distribution Cable
Description
Colored fiber, Micro sub-unit, dielectric strength member, Outer jacket
Micro Sub-unit cable containing Max. 12 optical fibres
Outer sheath: PVC OFNR(riser rated), PVC OFNP(plenum rated) or
LSZH(low smoke zero halogen rated)
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
complied
Optical Fiber
Color of Fiber
Micro Sub-Unit
01 - Blue
05 - Grey
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Dielectric Strenfth
Member
Outer Jacket
Color of Micro Sub-unit
Natural or white
Color of Sheath
SM-Yellow
MM-Orange
Mechanical Characteristics
Storage Temperature : -20 to + 70℃ / Operating Temperature : -10 to + 60℃
Fiber
Count
Nominal
Diameter
Nominal
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[kg/km]
[lb/kft]
[N]
[N]
[N/cm]
[N/cm]
[mm]
[inch] [mm]
[inch]
2
3.8
0.15
15
0.03
300
100
7.4
3.7
76
2.99
38
1.51
4
3.8
0.15
15
0.03
300
100
7.4
3.7
76
2.99
38
1.51
6
3.8
0.15
15
0.03
300
100
7.4
3.7
76
2.99
38
1.51
8
3.8
0.15
15
0.03
300
100
7.4
3.7
76
2.99
38
1.51
12
3.8
0.15
15
0.03
300
100
7.4
3.7
76
2.99
38
1.51
LSC Part No.
LSZH RATED
: MD
RISER RATED : MD
PLENUM RATED: MD
KZ
KR
KP
①
②
③
Transmission Performance
9/125㎛
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
0.5/0.4
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Attenuation(dB/km) Typical values
Minimum Bandwidth (MHz km)
Ethernet Link Distance (m)
IP2060
I
Issued: May 2007
I
ISO 9001 REGISTERED 28
LS FIBER OPTIC SIMPLEX AND DUPLEX CORD
ONFR(riser rated), OFNP(plenum rated) or LSZH rated
Description / Applications
Short Run Office & Computer Room Cabling
Patch cords, Pigtails and Jumpers
Equipment Interconnects
OFNR(riser rated), OFNP(plenum rated) or LSZH(low smoke zero
halogen rated)
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
complied
Construction
Simplex
- Buffer color : Natural (white)
Zipcord
- Buffer color : Blue and Orange
Duplex Flat :
- Buffer color : Natural (white)
- Simplex unit color : Blue and Orange
Fiber - Single mode, 50㎛, 62.5㎛ multi mode available
Jacket color
- Single Mode : Yellow
- 62.5/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 10Gbe : Aqua
Optical Fiber
0.9mm Buffered Fiber
Dielectric Strenfth Member
Outer Jacket
Optical Fiber
0.9mm Buffered Fiber
Dielectric Strenfth
Member
Simplex Unit Jacket
Specification
Outer Jacket
ISO/IEC 11801
Telcordia GR-409-CORE
ANSI/ ICEA S-83-596
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -10 to + 70℃
Buffered Fiber
Outer diameter
SIMPLEX CORD
[um]
SIMPLEX
CORD
ZIPCORD
DUPLEX
FLAT
Nominal
Diameter
Nominal
Weight
Maximum Tensile Load
Crush Load
Short Term Long Term Short Term Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch] [kg/km]
[lb/kft]
[N]
[N]
[N/cm]
[N/cm]
[mm]
[inch] [mm]
[inch]
Riser/Pleum rate 1.6mm 600±50um
1.6
0.06
3.0
0.01
130
65
3.5
1.5
32
1.26
16
0.64
Riser/Pleum rate 1.8mm 600±50um
1.8
0.07
4.0
0.01
130
65
3.5
1.5
36
1.42
18
0.72
Riser/Pleum rate 2.0mm 900±50um
2.0
0.08
4.0
0.01
130
65
3.5
1.5
40
1.57
20
0.80
Riser/Pleum rate 2.4mm 900±50um
2.4
0.09
6.5
0.01
300
150
3.5
1.5
48
1.089
24
0.95
Riser/Pleum rate 2.9mm 900±50um
2.9
0.11
9.5
0.02
300
150
3.5
1.5
58
2.28
29
1.15
Riser/Pleum rate 1.6mm 600±50um
1.6
0.06
5.5
0.01
200
100
3.5
1.5
32
1.26
16
0.64
Riser/Pleum rate 1.8mm 600±50um
1.8
0.07
7.0
0.02
200
100
3.5
1.5
36
1.42
18
0.72
Riser/Pleum rate 2.0mm 900±50um
2.0
0.08
8.0
0.02
200
100
3.5
1.5
40
1.57
20
0.80
Riser/Pleum rate 2.4mm 900±50um
2.4
0.09
12.0
0.03
500
250
3.5
1.5
48
1.89
24
0.95
Riser/Pleum rate 2.9mm 900±50um
2.9
0.11
17.0
0.04
500
250
3.5
1.5
58
2.28
29
1.15
Riser/Pleum rate 2.0mm 900±50um
2.0
0.08
18.0
0.04
260
130
3.5
1.5
40
1.57
20
0.80
Riser/Pleum rate 2.8mm 900±50um
2.8
0.11
28.0
0.06
500
250
3.5
1.5
56
2.20
28
1.11
LSC Part No.
SIMPLEX CORD : SC
ZIPCORD
: DC
DUPLEX FLAT : DF
①
Transmission Performance
I
③
9/125㎛
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Minimum Bandwidth (MHz km)
29 IP2070
②
0.5/0.4
Attenuation(dB/km) Typical values
Ethernet Link Distance (m)
01
02
02
Issued: May 2007
I
ISO 9001 REGISTERED
④
LS FIBER OPTIC DISTRIBUTION CABLE
900um tight buffered Aramid yarn strength member Interlocking Armored Cable
Description / Applications
Distribution cables are rugged, high performance optical communication
cables for inside plant installations
Intra-building backbones and installations in riser and general-purpose
environments
Industrial and heavy traffic areas requiring extra protection for optical cables
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
optional
Enhance crush protection compared to unarmored cable
Optical Fiber
0.9mm Buffered Fiber
Aramid Yarn
Specification
Sub-unit Jacket
ISO/IEC 11801
Telcordia GR-409-CORE
ANSI/ ICEA S-83-596
Ripcord
Interlocking Armored
Options
Fiber - Single mode, 50㎛, 62.5㎛ multi mode available
Sub-unit & Outer Jacket color
- Single Mode : Yellow
- 62.5/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 1Gbe : Orange
- 50/125 ㎛ 10Gbe : Aqua
If the cable will be used indoor/outdoor applications, outer cable jacket
shall be black
Outer jacket : PVC or LSZH (Low Smoke Zero Halogen)
Subunit Identification
The identification code & number is printed on the sub-unit jacket every
10 cm (eg. SM#1, SM#2)
Outer Jacket
Color of Buffer
01 - Blue
07 - Red
13 - Blue / Black dash
19 - Red / Black dash
02 - Orange
08 - Black
14 - Orange / Black dash
20 - Black / White dash
03 - Green
09 - Yellow
15 - Green / Black dash
21 - Yellow / Black dash
04 - Brown
10 - Violet
16 - Brown / Black dash
22 - Violet / Black dash
05 - Grey
11 - Pink
17 - Grey / Black dash
23 - Pink / Black dash
06 - White
12 - Aqua
18 - White / Black dash
24 - Aqua / Black dash
Mechanical Characteristics
Storage Temperature : -20 to + 70℃ / Operating Temperature : -10 to + 60℃
Fiber
Count
Single Unit
6 Fiber Subunits
Inner
Diameter
Armored
Cable
Nominal
Weight
Maximum Tensile Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[mm]
[kg/km]
[N]
[N]
[mm]
[mm]
2
4.5
12.0
135
660
300
240
120
4
5.3
12.0
140
660
300
240
120
6
5.7
12.0
145
660
300
240
120
8
6.0
13.3
165
660
300
266
133
12
5.7
13.3
170
660
300
266
133
16
8.5
17.5
200
1320
660
350
175
24
9.8
17.5
215
1320
660
350
175
24*
13.9
21.6
330
1320
660
432
216
*Single mode 24fiber cable is subunit Construction only
LSC Part No.
LSZH RATED
: IRDT
RISER RATED : IRDT
PLENUM RATED: IRDT
Z
R
P
①
②
③
Transmission Performance
50/125㎛
Standard
50/125㎛
Gigabit
50/125㎛
10Gigabit
62.5/125㎛
Standard
52.5/125㎛
Gigabit
(1310/1550nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
(850/1300nm)
0.5/0.4
3.0/1.0
3.0/1.0
3.0/1.0
3.5/1.0
3.5/1.0
-
500/500
500/500
1500/500
200/500
200/500
10Gbps
-
-
-
300
-
-
1Gbps
-
-
550/550
-
-
250/550
Attenuation(dB/km) Typical values
Minimum Bandwidth (MHz km)
Ethernet Link Distance (m)
9/125㎛
IP2080
I
Issued: May 2007
I
ISO 9001 REGISTERED 30
Fiber Optic Cables (Outdoor)
Part Number Index
CT-NJBSME / Single Jacket Single Armor Central Loose Tube Cable
CT-NJBGEN / All Dielectric Single Jacketed Central Tube with Polyamide coat for Insect-resistant
LT-DJBG(K)E(Z) / All Dielectric Single Jacket Non-Armor Loose Tube Cable
LT-DJBEN / All Dielectric Single Jacketed Multi Loose Tube with Polyamide Sheath for Insect-resistant
LT-D(M)JBG(K)SE(Z) / Single Jacket Single Armor Loose Tube Cable
LT-D(M)JBG(K)ESE / Double Jacket Single Armor Loose Tube Cable
Mini Flex TM Cable / Single Jacket Non Armor Loose Tube Cable
Ez Access TM Small Size Loose Tube Cable / Single Jacket Single Armor Loose Tube Cable
LT-DJBKE_100 / ADSS (Max span: 100m) Aerial Fiber Optic Cable
LT-DJBKE_200 / ADSS (Max span: 200m) Aerial Fiber Optic Cable
LT-DJBKE_400 / ADSS (Span 400m) Aerial Fiber Optic Cable
CT-NJBSME / Single Jacket Single Armor Central Loose Tube Cable
Ez Metro RT TM Cable / Single Jacket Single Armor Central Loose Tube Cable
MR-D(M)JPE / Single Jacket Non Armor Stranded Ribbon Tube Cable
MR-D(M)JPGSE / Single Jacket Single Armor Stranded Ribbon Tube Cable
LSC Part No.
① Select Central Strength Member
D: FRP
M: Steel wire
② Select Outer Strength Member
G: Glass yarn
K: Aramid
③ Select Jacket Type
E..E: Polyethylene
Z..Z: LSZH
④ Select Core Type
B: Dry Core
J: Jelly Filled
⑤ Select Fiber Type
SC = 9/125㎛ (ITU-T G652A,B)
SE = 9/125㎛ (ITU-T G652C,D)
HC = 62.5/125 ㎛ 1 Gbe
HG = 50/125 ㎛ Extended Distance
MC = 50/125 ㎛ 1 Gbe
MG = 50/125 ㎛ 10 Gbe 300 meter Link Length
MX = 50/125 ㎛ 10 Gbe 300 meter Link Length
⑥ Select Fiber Count
❶ Select Fiber Type
SE = 9/125㎛
❷ Max. Span(m)
❸ Select Fiber Type
SC = 9/125㎛ (ITU-T G652A,B)
SE = 9/125㎛ (ITU-T G652C,D)
CT-NJBSME
LS FIBER OPTIC LOOSE TUBE CABLE
Single Jacket Single Armor Central Loose Tube Cable
Description / Applications
Single Jacket Single armored Central loose tube cable is a UV-stabilized,
fully water blocked cable for outdoor duct and direct burial applications.
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
This lightweight cable offers durability and flexibility required for many
outside plant application.
Compact design for limited conduit space
The cables are well suited for campus-type environments in and between
buildings without building entry joints
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
complied
Optical Fiber
Filling Compound
Loose Buffer Tubes
Water Swellable Tape
Specification
Steel Tape Armor
Telcordia GR-20-CORE
IEC 60793, 60794
IEC 60332-1, 3
Outer PE/LSZH Jacket
Ripcord
Steel Wires
Color Identification
12-Fiber Cable
01 - Blue
07 - Red
13 - Blue / Single stripe
19 - Red / Single stripe
02 - Orange
08 - Black
14 - Orange / Single stripe
20 - Natural
03 - Green
09 - Yellow
15 - Green / Single stripe
21 - Yellow / Single stripe
04 - Brown
10 - Violet
16 - Brown / Single stripe
22 - Violet / Single stripe
05 - Slate
11 - Rose
17 - Slate / Single stripe
23 - Rose / Single stripe
06 - White
12 - Aqua
18 - White / Single stripe
24 - Aqua / Single stripe
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -10 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
Maximum Tensile Load
Short Term Long Term
[kg/km] [lb/1000 ft]
[N]
Crush Load
Short Term Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[lb]
[N]
[lb]
[cm] [inch]
[cm] [inch]
2
CT-NJBSM
/
-02
10.4
0.41
130/178 87/120
1,500 69
600
28
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
220
125
110
63
20.8 8.19
10.4 4.09
4
CT-NJBSM
/
-04
10.4
0.41
130/178 87/120
1,500 69
600
28
220
125
110
63
20.8 8.19
10.4 4.09
6
CT-NJBSM
/
-06
10.4
0.41
130/178 87/120
1,500 69
600
28
220
125
110
63
20.8 8.19
10.4 4.09
8
CT-NJBSM
/
-08
10.4
0.41
130/178 87/120
1,500 69
600
28
220
125
110
63
20.8 8.19
10.4 4.09
10
CT-NJBSM
/
-10
10.4
0.41
130/178 87/120
1,500 69
600
28
220
125
110
63
20.8 8.19
10.4 4.09
12
CT-NJBSM
/
-12
10.4
0.41
130/178 87/120
1,500 69
600
28
220
125
110
63
20.8 8.19
10.4 4.09
18
CT-NJBSM
/
-18
10.4
0.41
130/178 87/120
1,500 69
600
28
220
125
110
63
20.8 8.19
10.4 4.09
24
CT-NJBSM
/
-24
10.4
0.41
130/178 87/120
1,500 69
600
28
220
125
110
63
20.8 8.19
10.4 4.09
*Denotes norminal value for PE / LSZH Jacketed Cable.
LSC Part No.
CT-NJBSM
/
③
Shipping Information
4000m
Standard Reel Length
*Other Cable lengths may be available upon request
33 IP3010
I
Issued: May 2007
I
ISO 9001 REGISTERED
⑤
⑥
CT-NJBGEN
LS FIBER OPTIC LOOSE TUBE CABLE
All Dielectric Single Jacketed Central Tube with Polyamide coat for Insect-resistant
Description / Applications
All dielectric Single Jacket Central Loose Tube cable is a UV-stabilized,
fully water blocked cable for outdoor duct applications.
Polyamide coated sheath construction provides resistance against
insects.
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
This lightweight cable offers durability and flexibility required for many
outside plant uses.
Compact design for limited conduit space
Optical Fiber
Filling Compound
Loose Buffer Tubes
Specification
Glass Yarns
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
ITU-T G652
Ripcord
Outer PE Jacket
Color Identification
Polyamide Coating
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
12-Fiber Cable
Mechanical Characteristics
Storage Temperature : -20 to + 80℃ / Operating Temperature : -10 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Short Term Long Term
[N]
Crush Load
Short Term Long Term
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[lb]
[N]
[lb]
[cm] [inch]
[cm] [inch]
2
CT-
SJNA02-N
7.7
0.30
53
36
2,000 93
700
32
220
125
110
63
15.4 6.06
7.7 3.03
4
CT-
SJNA04-N
7.7
0.30
53
36
2,000 93
700
32
220
125
110
63
15.4 6.06
7.7 3.03
6
CT-
SJNA06-N
7.7
0.30
53
36
2,000 93
700
32
220
125
110
63
15.4 6.06
7.7 3.03
8
CT-
SJNA08-N
7.7
0.30
53
36
2,000 93
700
32
220
125
110
63
15.4 6.06
7.7 3.03
10
CT-
SJNA10-N
7.7
0.30
53
36
2,000 93
700
32
220
125
110
63
15.4 6.06
7.7 3.03
12
CT-
SJNA12-N
7.7
0.30
53
36
2,000 93
700
32
220
125
110
63
15.4 6.06
7.7 3.03
LSC Part No.
CT
SJNA
⑤
-N
⑥
Shipping Information
Standard Reel Length
4000m
*Other Cable lengths may be available upon request
IP3020
I
Issued: May 2007
I
ISO 9001 REGISTERED 34
LT-DJBG(K)E(Z)
LS FIBER OPTIC MULTI LOOSE TUBE CABLE
All Dielectric Single Jacket Non-Armor Loose Tube Cable
Description / Applications
All dielectric Single Jacket Multi Loose Tube cable is a UV-stabilized, fully
water blocked cable for In/Outdoor duct applications.
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
This lightweight cable offers durability and flexibility required for many
outside plant uses.
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Optical Fiber
Filling Compound
Loose Buffer Tubes
Core Wrapping Tape
Specification
Black PE/LSZH Jakcet
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
IEC 60332-1,3
IEEE 383
Water Blocking Yarn or Jelly
Outer Strength Member
Ripcord
Color Identification
Central Strength Member
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
36-Fiber Cable
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -40 to + 70℃
Fiber
Count
Nominal*
Outer diameter
LSC Part Number
[mm]
[inch]
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Crush Load
Short Term Long Term Short Term Long Term
[N]
[lb]
[N]
[lb]
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[cm]
[inch]
[cm]
[inch]
6
LT-DJB
/
/
-06 10.5/11.2 0.41/0.44 86/115 58/77
2,700 125 1,000 46
110
63
55
31
21/22.4 8.27/8.82 10.5/11.2 4.13/4.41
12
LT-DJB
/
/
-12 10.5/11.2 0.41/0.44 86/115 58/77
2,700 125 1,000 46
110
63
55
31
21/22.4 8.27/8.82 10.5/11.2 4.13/4.41
24
LT-DJB
/
/
-24 10.5/11.2 0.41/0.44 86/115 58/77
2,700 125 1,000 46
110
63
55
31
21/22.4 8.27/8.82 10.5/11.2 4.13/4.41
36
LT-DJB
/
/
-36 10.5/11.2 0.41/0.44 86/115 58/77
2,700 125 1,000 46
110
63
55
31
21/22.4 8.27/8.82 10.5/11.2 4.13/4.41
48
LT-DJB
/
/
-48 11.0/11.7 0.43/0.46 92/130 62/87
2,700 125 1,000 46
110
63
55
31
22/23.4 8.66/9.21 11.0/11.7 4.33/4.61
72
LT-DJB
/
/
-72 11.0/11.7 0.43/0.46 92/130 62/87
2,700 125 1,000 46
110
63
55
31
22/23.4 8.66/9.21 11.0/11.7 4.33/4.61
96
LT-DJB
/
/
-96 12.1/13.7 0.48/0.54 113/167 76/112
2,700 125 1,000 46
110
63
55
31
24/27.4 9.53/10.79 12.1/13.7 4.76/5.39
120
LT-DJB
/
/
-120
13.6
0.54
139
93
2,700 125 1,000 46
110
63
55
31
27
10.71
13.6
144
LT-DJB
/
/
-144
15.0
0.59
167
112
2,700 125 1,000 46
110
63
55
31
30
11.81
15
5.9
228
LT-DJB
/
/
-228
15.8
0.62
178
120
2,700 125 1,000 46
110
63
55
31
32
12.44
15.8
6.22
276
LT-DJB
/
/
-276
17.0
0.67
212
142
2,700 125 1,000 46
110
63
55
31
34
13.39
17
6.69
300
LT-DJB
/
/
-300
17.7
0.70
228
153
2,700 125 1,000 46
110
63
55
31
35
13.94
17.7
6.97
5.35
*Denotes norminal value for PE / LSZH Jacketed Cable.
LSC Part No.
LT-DJB
/
②③ ④
Shipping Information
Standard Reel Length
4000m
*Other Cable lengths may be available upon request
35 IP3030
I
Issued: May 2007
I
ISO 9001 REGISTERED
/
⑤
⑥
LT-DJBEN
LS FIBER OPTIC MULTI LOOSE TUBE CABLE
All Dielectric Single Jacketed Multi Loose Tube with Polyamide Sheath for Insect-resistant
Description / Applications
All dielectric Single Jacket Multi Loose Tube cable is a UV-stabilized, fully
water blocked cable for outdoor duct applications.
Polyamide sheath construction provides resistance against insects.
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
This lightweight cable offers durability and flexibility required for many
outside plant uses.
Optical Fiber
Filling Compound
Loose Buffer Tubes
Specification
Plastic Core Wrapping Tape
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
ITU-T G652
PE Jakcet
Filling Compound
Color Identification
Polyamide Sheath
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
FRP Strength Member
48-Fiber Cable
Mechanical Characteristics
Storage Temperature : -40 to + 80℃ / Operating Temperature : -30 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Short Term Long Term
[N]
Crush Load
Short Term Long Term
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[lb]
[N]
[lb]
[cm] [inch]
[cm] [inch]
4
LT
SJNA04-N
10.5
0.41
115
77
2,000 93
900
42
220
125
110
63
21.0 8.27
10.5 4.13
8
LT
SJNA08-N
10.5
0.41
115
77
2,000 93
900
42
220
125
110
63
21.0 8.27
10.5 4.13
16
LT
SJNA16-N
10.5
0.41
115
77
2,000 93
900
42
220
125
110
63
21.0 8.27
10.5 4.13
24
LT
SJNA24-N
10.5
0.41
115
77
2,000 93
900
42
220
125
110
63
21.0 8.27
10.5 4.13
32
LT
SJNA32-N
10.5
0.41
115
77
2,000 93
900
42
220
125
110
63
21.0 8.27
10.5 4.13
48
LT
SJNA48-N
10.5
0.41
115
77
2,000 93
900
42
220
125
110
63
21.0 8.27
10.5 4.13
LSC Part No.
LT
SJNA
①
-N
②
Shipping Information
Standard Reel Length
4000m
*Other Cable lengths may be available upon request
IP3040
I
Issued: May 2007
I
ISO 9001 REGISTERED 36
LT-D(M)JBG(K)SE(Z)
LS FIBER OPTIC MULTI LOOSE TUBE CABLE
Single Jacket Single Armor Loose Tube Cable
Description / Applications
Single jacket single armor loose tube fiber optic cable provides stable and
highly reliable transmission parameters for a variety of voice, data, video
and imaging applications.
The cable offers durability and flexibility required for many outside plant
uses where added compressive strength, rodent resistance
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Optical Fiber
Jelly Compound
Loose Buffer Tubes
Central Strength Member
Water Blocking Yarn or Jelly
Specification
Core Wrapping Tape
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
IEC 332-1,3
IEEE 383
Outer Strength Member
Water Blocking Tape
Ripcord
Color Identification
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Corrugated Steel Tape Armor
Outer PE/LSZH Jacket
72-Fiber Cable
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -10 to + 70℃
Fiber
Count
Nominal*
Outer diameter
LSC Part Number
Nominal*
Weight
Maximum Tensile Load
Short Term Long Term
[kg/km] [lb/1000 ft]
[N]
[lb]
[N]
[lb]
Crush Load
Short Term Long Term
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
6
LT-
JB
S
/
/
-06
12.7
0.50
157/215 105/144 2,700 125
1,000 46
220
125
110
63
25.4 10.00 12.7 5.00
[cm] [inch]
[cm] [inch]
12
LT-
JB
S
/
/
-12
12.7
0.50
157/215 105/144 2,700 125
1,000 46
220
125
110
63
25.4 10.00 12.7 5.00
24
LT-
JB
S
/
/
-24
12.7
0.50
157/215 105/144 2,700 125
1,000 46
220
125
110
63
25.4 10.00 12.7 5.00
36
LT-
JB
S
/
/
-36
12.7
0.50
157/215 105/144 2,700 125
1,000 46
220
125
110
63
25.4 10.00 12.7 5.00
48
LT-
JB
S
/
/
-48
13.2
0.52
163/223 109/150 2,700 125
1,000 46
220
125
110
63
26.4 10.39 13.2 5.20
72
LT-
JB
S
/
/
-72
13.2
0.52
163/223 109/150 2,700 125
1,000 46
220
125
110
63
26.4 10.39 13.2 5.20
96
LT-
JB
S
/
/
-96
14.3
0.56
190/260 128/175 2,700 125
1,000 46
220
125
110
63
28.6 11.26 14.3 5.63
120
LT-
JB
S
/
/
-120
15.8
0.62
225/308 151/207 2,700 125
1,000 46
220
125
110
63
31.6 12.44 15.8 6.22
144
LT-
JB
S
/
/
-144
17.2
0.68
260/356 175/239 2,700 125
1,000 46
220
125
110
63
34.4 13.54 17.2 6.77
228
LT-
JB
S
/
/
-228
18.0
0.71
279/382 187/257 2,700 125
1,000 46
220
125
110
63
36.0 14.17 18.0 7.09
276
LT-
JB
S
/
/
-276
19.2
0.76
319/437 214/293 2,700 125
1,000 46
220
125
110
63
38.4 15.12 19.2 7.56
300
LT-
JB
S
/
/
-300
19.9
0.78
340/466 228/313 2,700 125
1,000 46
220
125
110
63
39.8 15.67 19.9 7.83
*Denotes norminal value for PE / LSZH Jacketed Cable.
LSC Part No.
LT-
JB
①
Shipping Information
4000m
Standard Reel Length
*Other Cable lengths may be available upon request
37 IP3050
I
Issued: May 2007
I
ISO 9001 REGISTERED
S
②
/
③ ④
/
⑤
⑥
LT-D(M)JBG(K)ESE
LS FIBER OPTIC MULTI LOOSE TUBE CABLE
Double Jacket Single Armor Loose Tube Cable
Description / Applications
Double jacket single armor loose tube fiber optic cable provides stable
and highly reliable transmission parameters for a variety of voice, data,
video and imaging applications.
The cable offers durability and flexibility required for many outside plant
uses where added compressive strength, rodent resistance
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Optical Fiber
Jelly Compound
Loose Buffer Tubes
Central Strength Member
Water Blocking Yarn or Jelly
Specification
PE Filler (If Necessary)
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
IEC 60332-1, 3
IEEE 383
Core Wrapping Tape
Outer Strength Member
Inner PE/LSZH Jacket
Water Blocking Tape
Color Identification
Ripcord
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Corrugated Steel Tape Armor
Outer PE/LSZH Jacket
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -10 to + 70℃
Fiber
Count
Nominal*
Outer diameter
LSC Part Number
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Short Term Long Term
[N]
[lb]
[N]
[lb]
Crush Load
Short Term Long Term
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
6
LT-
JB
S
/
/
-06
14.7
0.58
199/273 134/183 2,700 125
1,000 46
220
125
110
63
29.4 11.57 14.7 5.79
[cm] [inch]
[cm] [inch]
12
LT-
JB
S
/
/
-12
14.7
0.58
199/273 134/183 2,700 125
1,000 46
220
125
110
63
29.4 11.57 14.7 5.79
24
LT-
JB
S
/
/
-24
14.7
0.58
199/273 134/183 2,700 125
1,000 46
220
125
110
63
29.4 11.57 14.7 5.79
36
LT-
JB
S
/
/
-36
14.7
0.58
199/273 134/183 2,700 125
1,000 46
220
125
110
63
29.4 11.57 14.7 5.79
48
LT-
JB
S
/
/
-48
15.2
0.60
212/290 142/195 2,700 125
1,000 46
220
125
110
63
30.4 11.97 15.2 5.98
72
LT-
JB
S
/
/
-72
15.2
0.60
212/290 142/195 2,700 125
1,000 46
220
125
110
63
30.4 11.97 15.2 5.98
96
LT-
JB
S
/
/
-96
16.3
0.64
242/332 162/223 2,700 125
1,000 46
220
125
110
63
32.6 12.83 16.3 6.42
120
LT-
JB
S
/
/
-120
17.8
0.70
280/384 188/258 2,700 125
1,000 46
220
125
110
63
35.6 14.02 17.8 7.01
144
LT-
JB
S
/
/
-144
19.2
0.76
320/438 215/294 2,700 125
1,000 46
220
125
110
63
38.4 15.12 19.2 7.56
228
LT-
JB
S
/
/
-228
20.0
0.79
340/466 228/313 2,700 125
1,000 46
220
125
110
63
40.0 15.75 20.0 7.87
276
LT-
JB
S
/
/
-276
21.2
0.83
384/526 258/353 2,700 125
1,000 46
220
125
110
63
42.4 16.69 21.2 8.35
300
LT-
JB
S
/
/
-300
21.9
0.86
407/558 273/374 2,700 125
1,000 46
220
125
110
63
43.8 17.24 21.9 8.62
*Denotes norminal value for PE / LSZH Jacketed Cable.
LSC Part No.
LT-
JB
①
S /
②③ ③ ④
/
⑤
⑥
Shipping Information
Standard Reel Length
4000m
*Other Cable lengths may be available upon request
IP3060
I
Issued: May 2007
I
ISO 9001 REGISTERED 38
Mini Flex TM Cable
LS FIBER OPTIC MICRO UNIT CABLE
Single Jacket Non Armor Loose Tube Cable
Description / Applications
USingle Jacket Central Tube cable is a UV-stabilized, fully water blocked
cable for In/Outdoor Duct application
u-unit, QAW* & gel-free design provides high fiber density, rapid
installation, easy break-out of bundles & tubes
The cable offers durability and flexibility required for many outside plant
uses where added RoHS complied
*Quick Access Window
Specification
µ-Unit
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
IEC 60332-1, 3
Inner PE Tube
Ripcord
Strength Member
Color Identification
Water Swellable Tape
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Outer PE/LSZH Jacket
QAW*
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -40 to + 70℃
Fiber
Count
Nominal*
Outer diameter
LSC Part Number
Nominal*
Weight
Maximum Tensile Load
Short Term Long Term
[N]
Crush Load
Short Term Long Term
[mm]
[inch]
[kg/km] [lb/1000 ft]
[lb]
[N]
[lb]
24
MF-NBVE
/
-24
10.0
0.39
75/103
50/69
1,100 51
800
37
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
220
125
110
63
48
MF-NBVE
/
-48
12.0
0.47
75/103
50/69
1,100 51
800
37
220
125
110
72
MF-NBVE
/
-72
13.0
0.51
110/151 74/102
1,100 51
800
37
220
125
110
Minimum Bend Radius
Loaded
Installed
[cm] [inch]
[cm] [inch]
20.0 7.87
10.0 3.94
63
240 9.45
12.0 4.72
63
26.0 10.24 13.0 5.12
96
MF-NBVE
/
-96
14.2
0.56
120/164 81/110
1,100 51
800
37
220
125
110
63
28.4 11.18 14.2 5.59
144
MF-NBVE
/
-144
14.2
0.56
130/178 87/120
1,100 51
800
37
220
125
110
63
28.4 11.18 14.2 5.59
*Denotes norminal value for PE / LSZH Jacketed Cable.
LSC Part No.
MF- NBVE
/
①③
Shipping Information
4000m
Standard Reel Length
*Other Cable lengths may be available upon request
39 IP3070
I
Issued: May 2007
I
ISO 9001 REGISTERED
⑤
⑥
Ez Access TM Small Size Loose Tube Cable
LS FIBER OPTIC COMPACT CABLE
Single Jacket Single Armor Loose Tube Cable
Description / Applications
Single Jacket Single Armor loose tube fiber cable is a UV-stabilized, fully
water blocked cable for Outdoor Aerial application
This small diameter & light weight cable offers durability and flexibility
required for many outside plant application where added compressive
strength, rodent resistance
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Specification
Loose Tube Unit
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
Strength Member
Water Swellable Tape
Color Identification
Water Swellable Yarn
.01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Corrugated Steel Tape Armor
Outer Jacket
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -40 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Short Term Long Term
[N]
Crush Load
Short Term Long Term
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
[lb]
[N]
[lb]
[cm] [inch]
[cm] [inch]
12
LT-DJBSE/B/
-12
10.6
0.42
103
69
1,200 56
800
37
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
220
125
110
63
21.2 8.35
10.6 4.17
24
LT-DJBSE/B/
-24
11.3
0.44
118
80
1,200 56
800
37
220
125
110
63
22.6 8.90
11.3 4.45
LSC Part No.
LT- DJBSE/ B /
⑤
⑥
Shipping Information
Standard Reel Length
4000m
*Other Cable lengths may be available upon request
IP3080
I
Issued: May 2007
I
ISO 9001 REGISTERED 40
LT-DJBKE_100
ADSS (Max span : 100m) Aerial Fiber Optic Cable
Description / Applications
All Dielectric Self Supporting (ADSS) Cable for Aerial Application.
Black PE jacketed cable is a UV-stabilized, water blocked cable for
outdoor aerial applications.
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
High modulus aramid yarns provides high tensile strength and long term
reliability.
Jelly Compound
Loose Buffer Tubes
Central Strength Member
Water Blocking Yarn or Jelly
Core Wrapping Tape
Outer Strength Member
Water Blocking Tape
Ripcord
Corrugated Steel Tape Armor
Outer PE/LSZH Jacket
Applications
Low-voltage transmission and distribution System (Space potential≤12 kV)
Railways and Telecommunications pole route.
Suitable for all type of aerial lines
12-Fiber Cable
Specification
Optical Fiber
IEC 60793 / IEC 60794, ITU-T G652D
Telcordia GR-20-CORE, IEEE 1222
Filling Compound
Loose Buffer Tubes
PE Filler
FRP
Water Swellable Yarn
Color Identification
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Rose
04 - Brown
08 - Black
12 - Aqua
Water Swellable Tape
Ripcord
Aramid Yarn Strength Member
Outer Black HDPE Jacket
48-Fiber Cable
Mechanical Characteristics
Storage Temperature : -40 to + 80℃ / Operating Temperature : -30 to + 70℃
Nominal*
Outer diameter
Nominal*
Weight
Crush Load
Short Term
Long Term
Minimum Bend Radius
Loaded
Installed
Fiber
Count
LSC Part Number
[mm]
[inch]
[cm] [inch]
[cm] [inch]
6
LS09ADSS006-S100
11.3
0.44
96
64
220
125
110
63
22.6 8.90
11.3 4.45
12
LS09ADSS012-S100
11.3
0.44
96
64
220
125
110
63
22.6 8.90
11.3 4.45
24
LS09ADSS024-S100
11.3
0.44
96
64
220
125
110
63
22.6 8.90
11.3 4.45
36
LS09ADSS036-S100
11.3
0.44
96
64
220
125
110
63
22.6 8.90
11.3 4.45
48
LS09ADSS048-S100
12.0
0.47
105
70
220
125
110
63
24.0 9.45
12.0 4.72
72
LS09ADSS072-S100
12.0
0.47
105
70
220
125
110
63
24.0 9.45
12.0 4.72
[kg/km] [lb/1000 ft]
[N/cm] [Ib/inch]
[N/cm] [Ib/inch]
LSC Part No.
LS
ADSS
❶
Transmission Performance
Max. Attenuation
(dB/km)
Max. Dispersion
(ps/nm-km)
Max. PMD
(ps/√km)
1310nm/ 1550nm
0.35 / 0.25
3.5 / 18
0.2
9.2±0.4 / 10.5±1.0
Max. Field Diameter (um)
Transmission Performance
41 IP3090
I
Issued: May 2007
Items
NESC Condition Code
Fiber Counts
I
Unit
-
Loading Estimation
Light
6~36
48~72
Load
kg(lb)
120 (264)
Sag
m(ft)
1.0 (3.3)
1.0 (3.3)
Every Day Stress
Load
kg(lb)
111 (244)
123 (271)
Sag
m(ft)
1.1 (3.6)
1.1 (3.6)
Max. Operating Stress
Load
kg(lb)
312 (687)
333 (733)
3.9 (12.8)
Installation
Sag
m(ft)
4.0 (13.2)
m(ft)
2.1 (6.9)
2.1 (6.9)
Horizontal
m(ft)
4.3 (14.1)
4.3 (14.1)
Max. Survival Wind Speed
ISO 9001 REGISTERED
132 (290)
Vertical
Max. Sag
*Other Cable lengths may be available upon request
❷
Loading / Sag Estimation
4000m
Standard Reel Length
-S
⑥
km/hr
150
LT-DJBEKE_200
ADSS (Max span : 200m) Aerial Fiber Optic Cable
Optical Fiber
Description / Applications
Filling Compound
All Dielectric Self Supporting (ADSS) Cable for Aerial Application.
Black PE jacketed cable is a UV-stabilized, water blocked cable for
outdoor aerial applications.
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
High modulus aramid yarns provides high tensile strength and long term
reliability
Loose Buffer Tubes
PE Filler
FRP
Water Swellable Yarn
Water Swellable Tape
Ripcord
Aramid Yarn Strength Member
Applications
Inner Black PE Jacket (1.0mm)
Low-voltage transmission and distribution System (Space potential≤12 kV)
Railways and Telecommunications pole route.
Suitable for all type of aerial lines
Outer Black HDPE Jacket
12-Fiber Cable
Specification
IEC 60793 / IEC 60794, ITU-T G652D, Telcordia GR-20-CORE
Color Identification
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Rose
04 - Brown
08 - Black
12 - Aqua
36-Fiber Cable
Mechanical Characteristics
Storage Temperature : -40 to + 80℃ / Operating Temperature : -30 to + 70℃
Nominal*
Outer diameter
Nominal*
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term Long Term
Minimum Bend Radius
Loaded
Installed
Fiber
Count
LSC Part Number
[mm]
[inch]
[lb]
[N]
[lb]
6
LS09ADSS006-S200
12.8
0.50
125
84
2,700 125
220
125
220
125
110
63
25.6 10.08 12.8 5.04
12
LS09ADSS012-S200
12.8
0.50
125
84
2,700 125
220
125
220
125
110
63
25.6 10.08 12.8 5.04
24
LS09ADSS024-S200
12.8
0.50
125
84
2,700 125
220
125
220
125
110
63
25.6 10.08 12.8 5.04
36
LS09ADSS036-S200
12.8
0.50
125
84
2,700 125
220
125
220
125
110
63
25.6 10.08 12.8 5.04
48
LS09ADSS048-S200
13.3
0.52
135
91
2,700 125
220
125
220
125
110
63
26.6 10.47 13.3 5.24
72
LS09ADSS072-S200
13.3
0.52
135
91
2,700 125
220
125
220
125
110
63
26.6 10.47 13.3 5.24
96
LS09ADSS096-S200
14.6
0.57
160
107
2,700 125
220
125
220
125
110
63
29.2 11.50 14.6 5.75
144
LS09ADSS144-S200
17.5
0.69
230
154
2,700 125
220
125
220
125
110
63
35.0 13.78 17.5 6.89
216
LS09ADSS216-S200
18.4
0.72
245
165
2,700 125
220
125
220
125
110
63
36.8 14.49 18.4 7.24
288
LS09ADSS228-S200
20.4
0.80
300
201
2,700 125
220
125
220
125
110
63
40.8 16.06 20.4 8.03
[kg/km] [lb/1000 ft]
[N]
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
LSC Part No.
[cm] [inch]
LS
ADSS
❶
Transmission Performance
Max. Attenuation
(dB/km)
Max. Dispersion
(ps/nm-km)
Max. PMD
(ps/√km)
Max. Field Diameter (um)
1310nm/ 1550nm
0.35 / 0.25
3.5 / 18
0.2
9.2±0.4 / 10.5±1.0
Transmission Performance
Standard Reel Length
[cm] [inch]
-S
⑥
❷
Loading / Sag Estimation
Items
NESC Condition Code
Fiber Counts
Unit
-
6~36 48~72
96
144
216
288
Load
kg(lb)
302
328
403
571
6.3
753
Sag
m(ft)
2.0
2.0
2.0
2.0
2.0
2.0
Every Day Stress
Load
kg(lb)
292
316
388
552
586
733
Sag
m(ft)
2.1
2.1
2.1
2.1
2.1
2.1
Max. Operating Stress
Load
kg(lb)
558
590
667
841
903
1050
Installation
Max. Sag
4000m
Loading Estimation
Medium
Sag
m(ft)
6.2
6.1
5.8
5.4
5.2
4.9
Vertical
m(ft)
6.1
6.0
5.8
5.4
5.3
5.1
Horizontal
m(ft)
4.5
4.4
4.1
3.6
3.6
3.3
*Other Cable lengths may be available upon request
IP30A0
I
Issued: May 2007
I
ISO 9001 REGISTERED 42
LT-DJBEKE_400
ADSS (Span 400m) Aerial Fiber Optic Cable
Description / Applications
Optical Fiber
Filling Compound
All Dielectric Self Supporting (ADSS) Cable for Aerial Application.
Black PE jacketed cable is a UV-stabilized, water blocked cable for
outdoor aerial applications.
Anti-tracking Jacket is also available upon request
Loose tube design provides stable and highly reliable transmission
parameters for a variety of voice, data, video and imaging applications.
High modulus aramid yarns provides high tensile strength and long term
reliability.
Loose Buffer Tubes
PE Filler
FRP
Water Swellable Yarn
Water Swellable Tape
Ripcord
Aramid Yarn Strength Member
Inner Black PE Jacket (1.0mm)
Applications
Outer Black HDPE Jacket (1.5mm)
Low-voltage transmission and distribution System
Space potential ≤ 12 kV (with PE Jacket), ≤ 24 kV (with Anti-Tracking
Jacket)
Railways and Telecommunications pole route.
Suitable for all type of aerial lines.
24-Fiber Cable
High Voltage Power Structure
Specification
IEC 60793 / IEC 60794, ITU-T G652D
IEEE P1222, Telcordia GR-20-CORE
Ground Wire
Color Identification
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Rose
04 - Brown
08 - Black
12 - Aqua
Distribution Line
Transmission Line
ADDS
ADDS
Distribution Pole
Telecommunication pole
Joint Box
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -20 to + 60℃
Nominal*
Outer diameter
Nominal*
Weight
Maximum Tensile Load
Short Term Long Term
Crush Load
Short Term Long Term
Minimum Bend Radius
Loaded
Installed
Fiber
Count
LSC Part Number
[mm]
[inch]
[lb]
[N]
[lb]
6
LS09ADSS006-S400
14.0
0.55
150
101
2,700 125
220
125
220
125
110
63
28.0 11.02 14.0 5.51
12
LS09ADSS012-S400
14.0
0.55
150
101
2,700 125
220
125
220
125
110
63
28.0 11.02 14.0 5.51
24
LS09ADSS024-S400
14.0
0.55
150
101
2,700 125
220
125
220
125
110
63
28.0 11.02 14.0 5.51
36
LS09ADSS036-S400
14.0
0.55
150
101
2,700 125
220
125
220
125
110
63
28.0 11.02 14.0 5.51
48
LS09ADSS048-S400
14.0
0.55
150
101
2,700 125
220
125
220
125
110
63
28.0 11.02 14.0 5.51
72
LS09ADSS072-S400
14.0
0.55
150
101
2,700 125
220
125
220
125
110
63
28.0 11.02 14.0 5.51
96
LS09ADSS096-S400
15.4
0.61
180
121
2,700 125
220
125
220
125
110
63
30.8 12.13 15.4 6.06
[kg/km] [lb/1000 ft]
[N]
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
LSC Part No.
LS
[cm] [inch]
ADSS
❶
Transmission Performance
Max. Attenuation
(dB/km)
Max. Dispersion
(ps/nm-km)
Max. PMD
(ps/√km)
1310nm/ 1550nm
0.35 / 0.25
3.5 / 18
0.2
9.2±0.4 / 10.5±1.0
Max. Field Diameter (um)
Items
Fiber Counts
NFSC Condition Code
Maximum Span Length
Installation
I
Issued: May 2007
I
Unit
m
Loading Estimation
6~72
96
Medium Light
400
450
Medium Light
400
440
kg(lb)
503
566
604
Sag
m(ft)
6.0
6.8
6.0
6.6
Every Day Stress
Load
kg(lb)
496
558
594
654
Sag
m(ft)
6.1
6.9
6.1
6.7
Max. Operating Stress
Load
kg(lb)
1061
1057
1200
1192
14.2
Max. Sag
*Other Cable lengths may be available upon request
43 IP30B0
❷
Load
4000m
Standard Reel Length
-S
⑥
Loading / Sag Estimation
*ITU-T G652 Compliant
Transmission Performance
[cm] [inch]
ISO 9001 REGISTERED
664
Sag
m(ft)
14.1
15.2
13.5
Vertical
m(ft)
14.0
10.0
13.6
9.8
Horizontal
m(ft)
10.0
16.6
9.4
15.6
CT-NJBSME
LS FIBER OPTIC RIBBON CABLE
Single Jacket Single Armor Central Loose Tube Cable
Description / Applications
Easy access to individual fibers
Excellent mass fusion splicing reduces splicing cost
High fiber count (Up to 432)
Compact size and light weight
Meets or exceeds Telcordia GR-20-CORE and other industry standards
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Optical Fiber
Ripcord
Specification
Strengh Member
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
Water Blocking Material
Color Identification
Buffer Tube
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Water Blocking
Corrugated Steel Armor
Outer PE Jacket
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -40 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Short Term Long Term
[N]
[lb]
[N]
[lb]
Crush Load
Short Term Long Term
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
96
CR-NJB
E/B
-096
13.8
0.54
166
111
2,700 125
1,000 46
440
251
220
125
27.6 10.87 13.8 5.43
216
CR-NJB
E/B
-216
16.3
0.64
244
164
2,700 125
1,000 46
440
251
220
125
32.6 12.83 16.3 6.42
432
CR-NJB
E/B
-432
20.0
0.79
333
224
2,700 125
1,000 46
440
251
220
125
40.0 15.75 20.0 7.87
LSC Part No.
[cm] [inch]
[cm] [inch]
CR-NJBE E /
①
❸
⑥
Shipping Information
Standard Reel Length
4000m
*Other Cable lengths may be available upon request
IP30C0
I
Issued: May 2007
I
ISO 9001 REGISTERED 44
Ez Metro RT TM Cable
LS FIBER OPTIC RIBBON All DRY CABLE
Single Jacket Single Armor Central Loose Tube Cable
Description / Applications
All Dry design contains no flooding compounds
Ribbon cleaning related time & cost saving
Easy access to individual fibers
Excellent mass fusion splicing reduces splicing cost
High fiber count (Up to 216)
Compact size and light weight
Meets or exceeds Telcordia GR-20-CORE and other industry standards
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Optical Fiber
Ripcord
Strengh Member
Specification
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
Water Blocking Material
Buffer Tube
Water Blocking
Color Identification
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Rose
04 - Brown
08 - Black
12 - Aqua
Corrugated Steel Armor
Outer PE Jacket
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -40 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Short Term Long Term
[N]
[N]
[lb]
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
144
CR-NBE
E/B
-144
15.5
0.61
250
168
2,700 125
1,000 46
440
251
220
125
31.0 12.20 15.5 6.10
216
CR-NBE
E/B
-216
18.0
0.71
305
205
2,700 125
1,000 46
440
251
220
125
36.0 14.17 18.0 7.09
LSC Part No.
[lb]
Crush Load
Short Term Long Term
[cm] [inch]
CR-NBE E /
①
Shipping Information
2000m
Standard Reel Length
*Other Cable lengths may be available upon request
45 IP30D0
I
Issued: May 2007
[cm] [inch]
I
ISO 9001 REGISTERED
❸
⑥
MR-D(M)JPE
LS FIBER OPTIC MULTI RIBBON CABLE
Single Jacket Non Armor Stranded Ribbon Tube Cable
Description / Applications
Easy access to individual fibers
Excellent mass fusion splicing reduces splicing cost
High fiber count (Up to 864)
Reverse Oscillation Lay (ROL) buffer tube stranding technique facilitates
mid-span fiber access and splicing
Meets or exceeds Telcordia GR-20-CORE and other industry standards
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Dioloctric CSM
Ripcord
Specification
12 Fiber Ribbon
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
Loose Buffer Tube
Water Blocking Tape
Color Identification
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Dioloctric Strength Member
Outer PE Jacket
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -40 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
[kg/km] [lb/1000 ft]
Maximum Tensile Load
Short Term Long Term
[N]
[lb]
[N]
[lb]
Crush Load
Short Term Long Term
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
Minimum Bend Radius
Loaded
Installed
[mm]
[inch]
432
MR-
JPGE/
-432
23.6
0.93
388
260
4,500 208
1,000 46
220
125
110
63
47.2 18.58 35.4 13.94
864
MR-
JPGE/
-864
27.4
1.08
539
362
4,500 208
1,000 46
220
125
110
63
54.8 21.57 41.1 16.18
LSC Part No.
[cm] [inch]
MR-
JPGE /
①
*① D : Non-metallic Strength Member / M : Metallic Strenth Member.
[cm] [inch]
❸
⑥
Shipping Information
Standard Reel Length
2000m
*Other Cable lengths may be available upon request
IP30E0
I
Issued: May 2007
I
ISO 9001 REGISTERED 46
MR-D(M)JPGSE
LS FIBER OPTIC MULTI RIBBON CABLE
Single Jacket Single Armor Stranded Ribbon Tube Cable
Description / Applications
Easy access to individual fibers
Excellent mass fusion splicing reduces splicing cost
High fiber count (Up to 864)
Reverse Oscillation Lay (ROL) buffer tube stranding technique facilitates
mid-span fiber access and splicing
Durable and reliable for applications requiring added compressive
strength and rodent resistance
Meets or exceeds Telcordia GR-20-CORE and other industry standards
RoHS (Restriction of the use of Certain Hazardous Substances Directive)
Complied
Dioloctric CSM
Ripcord
12 Fiber Ribbon
Specification
Loose Buffer Tube
Telcordia GR-20-CORE
IEC 60793 / IEC 60794
Water Blocking Tape
Dioloctric Strength Member
Water Blocking Tape
Color Identification
Corrugated Steel Armor
01 - Blue
05 - Slate
09 - Yellow
02 - Orange
06 - White
10 - Violet
03 - Green
07 - Red
11 - Pink
04 - Brown
08 - Black
12 - Aqua
Outer PE Jacket
Mechanical Characteristics
Storage Temperature : -40 to + 70℃ / Operating Temperature : -40 to + 70℃
Fiber
Count
LSC Part Number
Nominal*
Outer diameter
Nominal*
Weight
Maximum Tensile Load
Short Term Long Term
[kg/km] [lb/1000 ft]
[N]
[mm]
[inch]
CR-NBE
E/B
-144
26.2
1.03
553
371
4,500 208
1,000 46
440
251
220
125
52.4 20.63 39.3 15.47
864
CR-NBE
E/B
-216
31.0
1.22
740
497
4,500 208
1,000 46
440
251
220
125
62.0 24.41 46.5 18.31
Shipping Information
2000m
Standard Reel Length
*Other Cable lengths may be available upon request
I
Issued: May 2007
[lb]
[N/cm] [Ib/inch] [N/cm] [Ib/inch]
[cm] [inch]
MR-
*① D : Non-metallic Strength Member / M : Metallic Strenth Member.
47 IP30F0
[N]
Minimum Bend Radius
Loaded
Installed
432
LSC Part No.
[lb]
Crush Load
Short Term Long Term
I
ISO 9001 REGISTERED
[cm] [inch]
JPGSE /
①
❸
⑥
The Global Network of LS Cable
reaching all over the world
LS Cable compete with global top corporations with high profit value
products and doing area marketing to create distinctive market value.
Leading Solution
LS-Fiber Optic Cable
www.lscable.com
19th Fl. ASEM Tower, 159 Samsung-dong Gangnam-gu, Seoul 135-798 Korea
Tel. +82-2-2189-9320 [email protected]
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