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Fiber Optic Home Page
Fiber Optic Cable- Singlemode Fiber Optic Cable- Fiber Optic Enclosures- OSP Closures
Multimode | Singlemode | 10 Gigabit | Bend Insensitive | Indoor Cable | Outdoor Cable | Fiber Optic Test Equipment | Fiber Optic Jumpers | Fiber Optic Enclosures
   
Welcome to Plenum Innerduct's fiber optic cable home page
where we offer wholesale fiber optic cable pricing for volume
fiber cable purchases and where we offer a complete array
of fiber optic cables, fiber optic emclosures, fiber optic multiplexors, fiber optic adaptersm fiber optic testers,including hundreds of singlemode fiber
optic cables and multimode fiber optic cables. We carry fiber
optic cable from AFL Telecommunications, Draka, Alcatel, and Commscope.We also
offer singlemode adapters, multimode adapers, ST, SC, MTRJ,
LC, Escon Adapters,WDM's , Wave Division Multiplexers, Multimode
Couplers, Singlemode Couplers, fiber optic patch panels, loose
tube fiber cable, indoor- outdoor fiber optic cable, multimode
fiber optic cable,dielectric cable, central office fiber optic
cable, military (Milspec) fiber optic cable, freedom fiber
optic cable, altos fiber optic cable, dielectric cable, specialty
fiber optic cable and a complete stock of fiber optic assemblies,
singlemode jumpers, multimode jumpers, special order OEM fiber
optic jumpers, fiber optic test equipment, fiber optic termination
equipment, and more.
  HOW
TO EXTEND YOUR ETHERNET SIGNAL MORE THAN 300 FEET USING FIBER
OPTIC CABLE
|
 |
|
Fiber Optic Cables
| Fiber Optic Assemblies-
Fiber Optic Jumpers-Multifiber Assemblies- Gigabit Fiber
Optic Assemblies |
Fiber
Optic Switches-Fiber Optic Modems- Fiber Optic Converters |
   TC
Communications Fiber Optic Media Converters- TC Fiber Media Converters - The TC3300R/S is typically
used to interconnect 10/100/1000Mbps switching hubs, workstations
or any other Ethernet, Fast Ethernet and Gigabit Ethernet
compliant device at distances up to 100km.
  Transition
Networks Fiber Optic Media Converters-Transition
Networks-10/100/1000 media converter that converts the
electrical signal of a 10/100/1000 Ethernet signal from copper
to fiber. This solution will offer a low-cost integration
option for network managers who want to migrate from 10/100
networks to Gigabit Ethernet. Gigabit only switches can now
be connected to 10/100 networks without the need to upgrade
the 10/100 side, allowing network managers to add new equipment
gradually. Fiber interface runs at 1000Base speeds, which
enables users to connect Gigabit ports on fiber switches.
Fiber connectivity options include SX optics and LX dual fiber
with distances up to 125km or single fiber up to 40km. In
addition to the standard 220 meters with standard SX optics,
Transition Networks also offers a proprietary solution that
will allow users to transmit up to 2km over multimode fiber
(62.5/125µm) (xGFEB1024-100
 Milan
Media Converters- Milan-By
utilizing lower cost 850nm optio-electronics, the 10/100BASE-SX
fiber optic media converter provides compatibility with legacy
10BASE-FL devices while providing the lowest possible cost
solution for fiber installation of up to 60 meters (100BASE-SX).
This makes it ideal for building backbone and horizontal cabling
applications where cost and 10/100 auto-negotiation are critical.
  Signamax
Fiber Optic Media Converters-
Signamax-Signamax provides fiber optic media converter
solutions that support data, voice, video and image transport
over a wide variety of fiber optic and ethernet (other) transmission
media. These fiber optic media converters convert a wide variety
of data — from serial RS-232 through Standard, Fast,
Gigabit Ethernet and SONET/SDH protocols. Conversions from
twisted-pair copper cable, coaxial cable, multimode fiber
and singlemode fiber, to other types of cable are all possible
with the wide array of solutions from Signamax Connectivity
Systems.
   The
MRV MC102 product line encompasses copper-to-fiber and fiber-to-fiber
conversion units. On all of these converters, the fiber port(s)
allow a choice of multimode or single mode fiber, single fiber
operation, different wavelengths and power levels. EM316xSF - Single Fiber Media Converters MRV's Fiber Driver®
family’s Single Fiber modules use unique technologies,
which provide the ability to combine transmit (TX) and receive
(RX) signals onto a single fiber strand. This effectively
doubles the available fiber in a network, and eliminates the
need for additional fiber installation. The Fiber Driver Single
Fiber modules employs Single wavelength bi-directional technology
in order to combine the TX and RX on the single strand.
 IMC
Fiber Optic Media Converter Converters IMC- The rugged McBasic copper-to-fiber Media Converters
support all Ethernet protocols, making them ideal for all
types of conversions and network extensions inside or outside
the LAN. The McBasic series includes various cabling
troubleshooting features such as LinkLoss and FiberAlert,
plus an internal power supply
Armored Tight Buffered CPC Cables
Armored
Tight-Buffered CPC Cables incorporate 4 to 144 fiber count
CPC cables in a UL listed, jacketed, aluminum interlocking
armor. Jacketed aluminum interlocking armor provides the best
balance of ruggedness, flexibility, and low weight. UL listed
armored cables with no outer jacket and UL listed armored
cables with steel interlocking armor are also available.
Features:
-
Superior
crush resistance
-
Interlocking
Armor
-
Eliminates
need for separate installation of innerduct or conduit.
-
Heavy
duty construction
-
Suitable
for harsh industrial environments
Application:
- Routing inside of
buildings where additional ruggedness is required or where
increased rodent resistance is required Extra protection
for fiber optic cables in harsh industrial environments
- Manufacturing plants
 Breakout
Cable
Breakout cables combine
multiple fiber flexibility with the strength of individually
jacketed fibers. Breakout cables from AFL Telecommunications
can be terminated for fanout assemblies.
Application:
- Rugged multi-fiber
cross-connects Intrabuilding “backbone” Fiber
“backbone” to communications closet Riser
subunits 2.4mm
- Plenum subunits 3.0mm
 Indoor/Outdoor
Plenum Tight Buffered Cable
Indoor/Outdoor Tight-Buffered Cables are specified for campus
network cabling between buildings where inter-building lengths
are short enough that the installer can recognize savings
from the lower costs of terminating tight-buffered cables.
For longer inter-building runs, consider AFL’s Indoor/Outdoor
Riser Loose Tube Cables. For indoor applications, cables can
be either UL910 (OFNP) or UL 1666 (OFNR) listed.
Features:
- Cables are water
blocked and meet water penetration requirements of GR-20-CORE
Outer jacket is moisture-resistant, fungus-resistant
and UV resistant for outdoor use
- With a plenum rating,
this cable can be used in all environments: plenum,
riser, general inside plant, outside plant
Indoor/Outdoor
Riser Tight Buffered Cable
Indoor/Outdoor Tight-Buffered
Cables are specified for campus network cabling between buildings
where interbuilding lengths are short enough that the installer
can recognize savings from the lower costs of terminating
tight-buffered cables. For longer inter-building runs, consider
AFL’s Indoor/Outdoor Riser Loose Tube Cables. For indoor
applications, cables can be either UL910 (OFNP) or UL 1666
(OFNR) listed.
Features:
- Cables are water
blocked and meet water penetration requirements of GR-20-CORE
Outer jacket is moisture-resistant, fungus-resistant
and UV resistant for outdoor use
- With a plenum rating,
this cable can be used in all environments: riser, general
inside plant, outside plant
 Multi-Unit Circular Premise Cable
Multi-unit Circular Premise Cables
allow for use in applications requiring fiber counts between
24 and 144 fibers. Unitized construction allows for ease of
fiber identification and rapid installation.
Application:
- Head-end termination
to a fiber backbone Termination of fiber rack systems
Multi-floor deployment where select fibers are used
at each floor
- Intra-building backbones
QUAD-Link & Circular Premise Cable
QUAD-Link and single unit Circular
Premise Cable designs allow for excellent packaging density,
flexibility, and ease of routing. Buffered to 900 µm,
these cables can be directly terminated into connectors in
loaded panels or in communications closets.
Features:
- Connectorized communications
cables with both send-and-receive and send-and-receive
backup in a single unit Intrabuilding backbones
- Routing between
communications closets and equipment rooms
 RIBBON-Link
Cable
RIBBON-Link® cables
combine high fiber density in a small diameter, flexible package.
These cables can be terminated with 12 or 24 fiber multi-fiber
connectors or the fibers can be fanned out and terminated
individually. Plenum, Riser and LSZH options are all UL listed.
Features:
- Fiber counts up
to 48 with unitized, zip configuration construction
Maximum of two 12-fiber ribbons per unit Skew matched
ribbons available (<10,<6,<5,<4,<3,<2,<1.2
ps/meter) Easy interface to MT and MTP based connectors
as well as today’s newest ribbon connectors (12
or 24 fiber ferrules)
- Ruggedized versions
with additional jacketing are available
Application:
- Direct interface
to computers with the use of “back-plane”
style fiber connectors High-density interconnection
to wall outlets or patch panels with ribbon connector
interfaces “Micro-diameter” fanout cables
utilizing standard industry fiber connectors (ST®,
SC, FC, LC, MT-RJ)
- VSR OC-192/OC-768
Interface based on parallel fiber optics
 Simplex Cable
Simplex fiber optic cables
provide the strength and flexibility required for today’s
fiber-interconnect applications. AFL offers the broadest selection
of simplex cordage including plenum, riser and LSZH, available
in all diameters. Our simplex cable is tested to meet Telcordia
GR-326 when used in connectorized assemblies.
Application:
- Fiber patch panels
within communications closets
- Links between electronic
equipment and fiber patch panels
- Connectorized patch
cords for cross connect applications
 Zipcord
& DUAL-Link Cable
Zipcord and DUAL-Link cables
are available to provide links to the future for such protocols
as FDDI, 10 Gigabit Ethernet, ATM, and Fibre Channel. Connections
are easy to terminate with this flexible, two-fiber design.
AFL Telecommunications offers the broadest selection of duplex
cordage including Plenum, Riser and LSZH in all diameters.
LSZH jacketed cables are OFNR listed. This design provides
one cable for companies that don’t want to maintain
multiple cable types for varying global standards.
Features:
- Jacket stiffness and
flexibility
- Diameter
- Print legend
- Jacket color
- Tight Buffer strippability
(easy strip option allows removal of up to 1 meter of
900µm material without stripping the fiber’s
250µm coating)
- Ruggedized Duplex
designs for transport from the communications closet to
wall outlet
Application:
- Communications
closet to wall outlet
- Wall
outlet to desk
- Connectorized
patchcords for interconnect and cross-connect applications
- Easy
interface to ESCON®, FDDI, and various other duplex
connectors
Non-Armored UNIFLEX
Our Non-Armored UNIFLEX®
cable is a central tube, loose tube product used in various
outside plant applications. Its compact design holds up
to 12 fibers.
Temperature
Range:
Operating -40 ºC to
+70 ºC
Storage -40 ºC
to +75 ºC
Installation 0 ºC to +70 ºC
Application:
 Armored UNIFLEX
Our Armored UNIFLEX®
cable is a central tube, loose tube product used in various
outside plant applications. Its compact design holds up
to 12 fibers.
Temperature Range:
Operating -40 ºC to +70 ºC
Storage -40 ºC
to +75 ºC
Installation 0 ºC
to +70 ºC
Application:
- Service
(Drop) Cables Building Interconnections (Campus LAN)
Connectorized Trunking Cables Distant Learning
- Distribution
 Indoor/Outdoor UNIFLEX
Single tube products
allow for installations that require a high degree of flexibility
combined with a small cable diameter. AFL Telecommunications
has designed a cable that has all the characteristics of
stranded loose tube cables from a mechanical and environmental
standpoint, combined with the high flexibility and small
diameter requirements of real-world installations. This
cable is the ultimate solution for flexible, connectorized
applications, as well as crowded ducts in existing fiber
applications, and can be lashed to an aerial messenger.
Our Indoor/Outdoor UNIFLEX® cable not only services
the outside plant environment, but also qualifies as an
Indoor/Outdoor cable, allowing potential cost savings with
fewer splice points. This product complies with EIA/TIA
standards and is ETL listed for OFNR use.
Temperature
Range:
Operating -40 ºC to
+70 ºC
Storage -40 ºC
to +75 ºC
Installation 0
ºC to +70 ºC
Application:
- No
Service (Drop) Cables
- Building
Interconnections (Campus LAN)
- Connectorized
Trunking Cables
- Distance
Learning
- Distribution
 LSZH Loose Tube Cable LSZH
Loose Tube Cable
AFL’s Low Smoke
Zero Halogen (LSZH) Loose Tube cable is free of any Halogen
material, yet is strong enough to withstand the harsh environment
of the outdoors. In addition, the cable is blocked to prevent
the axial flow of moisture. Optical fibers are located within
buffer tubes to achieve stable and reliable performance
in any installation.
AFL’s LSZH cable is offered in two configurations.
The Uniflex® design features a single buffer tube to
provide the most economical solution where 12 or fewer fibers
are required. The Stranded Loose Tube design is comprised
of multiple buffer tubes for applications where up to 144
fibers are required.
 Heavy
Duty UNIFLEX
Heavy Duty UNIFLEX
Our Heavy Duty UNIFLEX® loose tube cable features a
central tube design and thicker-walled jacket. Often used
in connectorized cable assemblies, it holds up to 12 fibers.
Temperature Range:
Operating -40 ºC to +70 ºC
Storage -40 ºC
to +75 ºC
Installation 0 ºC
to +70 ºC
Application:
 Indoor/Outdoor Stranded Design
Indoor/outdoor stranded
loose tube combines the robust mechanical and environmental
characteristics of an outside plant cable with the flexibility
of an inside plant riser cable. Indoor/outdoor stranded
loose tube is routed directly from the outside plant to
telecommunications closets or main distribution frames
through the riser of a building, eliminating costly splice
locations and the “50-foot rule.” Indoor/Outdoor
Stranded Design loose tube cable is moisture and U.V.
resistant, S-Z stranded for easy mid-span access, UL-listed
type OFNR (UL1666) riser rated, and can be used in both
duct and lashed applications.
Temperature
Range:
Operating -40 ºC
to +70 ºC
Storage -40 ºC
to +75 ºC
Installation 0 ºC to +70
ºC
Application:
- Long
Haul Networking
- Building
Interconnections (Campus LAN) Trunking Lines Direct
to Telecommunications Closet Local Loop Distant Learning
Distribution
- Intrabuilding
Backbones
 A
Stranded Design (Armored) Armored Loose Tube Cable
Acting as the backbone
for most of today’s fiber based systems, stranded
fiber optic cables play a critical role in the high speed
network. AFL’s Armored Loose Tube Single Jacket/Single
Armor fiber optic cables are designed to provide high
fiber counts with the flexibility and versatility required
for today’s most demanding installations, including
direct buried. Our stranded design cables feature fiber
counts up to 144, compliance with EIA/TIA and REA/RUS
PE-90, and are S-Z stranded for easy mid-span access.
Industry standard designs combined with innovative technologies,
such as a dry core product, yield a world class cable
that will support today’s and tomorrow’s technological
needs.
AFL's Stranded Design (Armored) cables are RUS listed.
For a complete listing of all AFL RUS listed products
please download this PDF catalog RUSlistedProdCat.pdf.
Temperature
Range:
Operating -40 ºC
to +70 ºC
Storage -40
ºC to +75 ºC
Installation -30 ºC to +70 ºC
Application:
- Long
Haul Networking
- Building
Interconnections (Campus LAN) Trunking Local Loop Feeder
Distant Learning
- Distribution
 Stranded Design (Duct) Armored Loose
Tube Fiber Optic Cable
Acting as the backbone
for most of today’s fiber based systems, stranded
fiber optic cables play a critical role in the high-speed
network. AFL’s Stranded Loose Tube fiber optic cables
are designed to provide high fiber counts with the flexibility
and versatility required for today’s most demanding
installations. Our Stranded Design cables feature fiber
counts up to 576, compliance with EIA/TIA and REA/RUS
PE-90, and are S-Z stranded for easy mid-span access.
Industry standard designs combined with innovative technologies,
such as a dry core product, yield a world-class cable
that will support today’s and tomorrow’s technological
needs.
AFL's Stranded Design (Duct) cables are RUS listed.
For a complete listing of all AFL RUS listed products
please download this PDF catalog RUSlistedProdCat.pdf.
Temperature
Range:
Operating -40 ºC to +70
ºC
Storage -40
ºC to +75 ºC
Installation -30 ºC to +70 ºC
Application:
- Long
Haul Networking
- Building
Interconnections (Campus LAN) Trunking Local Loop Feeder
Distant Learning
- Distribution
| Indoor Cables
For Intra-Building Use |
Name/
Description/ Part Number
|
Type |
| |
Mini Round
Duplex Assembly Cable
GJF JBV
Indoor duplex optical cable, nonmetal strength
member, tight bound tape for fiber, flat type,
PVC sheath |
 |
Assembly
Cables, Riser -Rated & Plenum-Rated
GJFJV
Indoor simplex optical cable, nonmetal strength
member, tight bound tape for fiber, PVC sheath |
 |
Distribution
Cable
GJFJZY
Indoor simplex optical cable, nonmetal strength
member, tight bound tape for fiber, flame-retardant,
PL sheath |
 |
| |
| Indoor
/ Out Door Cables |
Name/
Description/ Part Number |
Type |
| |
Central
Bundled I
2-12 Core GJFXTKV(Y)
Central Bundled, High-Tensility Yarn, Periphery
Strength, Gel-Filled Protection, Water Proof,
Small Diameter, Light Weight, Optional Flame-Retardant
Sheaths Available for Ensuring the Proper Security
|
 |
Central
Bundled II
2-12 Core GJFXTKY
Loose-tube layer-stranded, central strength
member, high tensility yarn, periphery strength,
get-filled protection for optical fiber,
water-proof, small cable diameter, light weight
|
 |
Breakout
Cable
With Cellular Architecture I 2-12 Core GJFPV(Y)
Simplex cellular structure as the basic structure
Small diameter, direct physical protection for
the terminalgood performance in tensibility-resistingphysically
soft, small bend radius, good performance in
strainoptional outer sheaths: flame-retardant;
LSOH sheath tip available to make the SC moveable
connector
|
 |
| |
| Outdoor
Cables |
Name/
Description/ Part Number
|
Type |
| |
Central
Tube Fiber Ribbon Cable
GYDXTW
Metal strength member, central bundled get-filled,
steel-PL sheath, paralleled steel wire, banding-shaped,
outdoor use. |
 |
Optical
Cable With Central Bundled And Full packing
GYXTW
Metal strength member, central bundled and get-filled,
steel-PL sheath, paralleled steel wire, outdoor
use for communications. |
|
Ribbon
Cable For Communication GYDTA(S)
Metal strength member, loose tube layer-stranded
get-filled, steel-PL sheath, paralleled steel
wire, banding-shaped, outdoor use.
|
 |
Optical
Cable
With Loose Tube Layer-Stranded, Metal Strength
Member And Full Packing 1 GYTA
Metal strength member, loose tuber layer-stranded,
AL-PL sheath, outdoor use for communications |
 |
Optical
Cable
With Loose Tube Layer-Stranded, Metal Strength
Member And Full Packing 1 GYTS
Metal strength member, loose tuber layer-stranded,
AL-PL sheath, outdoor use for communications
|
 |
Optical
Cable
With Loose Tube Layer-stranded, Metal Strength
Member And Full Packing 2 GYTY63
Metal strength member, loose tuber layer-stranded,
PL inner sheath with vertical corrugated and
steel tape armored, outdoor use for communications
|
 |
Optical
Cable
With Loose Tube Layer-stranded, Metal Strength
Member And Full Packing 2 GYTA53
Metal strength member, loose tuber layer-stranded,
AL-PL inner sheath with vertical corrugated
and steel tape armored, outdoor use for communications |
|
Loose
Tube Layer
Stranded 12-144 core GJFXTKY
Loose tube layer-stranded,
central strength member, high tensibility yarn,
periphery strength, gel-filled protection, water-proof,
peak performance, small diameter, light weight. |
|
All-Dielectric
Self-Supporting (ADSS) Optical Cable
B-BF
With the structure of
loose tube layer-stranded adopted, ADSS cable's
central strength member is composed of nonmetal
(FRP)...
|
 |
Self-Support
8-type Optical Cable
B-BF
Nonmetal strength member,
loose tuber layer-stranded gel-filled type,
steel ribbon armored, outer PL sheath with tracking
proof, outdoor use for communications. |
 |
| |
| Other Cable |
Name/
Description/ Part Number |
Type |
| |
Optical
Jumper (Tail Fiber) |
|
| Optical
Connector, Optical Adaptor (Switchover) |
|
| Connectors |
|
Type
of Optical Fiber |
Structure
of Optical Cable |
Cable
Structure |
Max.
Fiber Count |
Sheath
Structure |
Application
Mode |
Simplex
SM
Multiplex MM
50/125µm
62.5/125µm |
Central
Bundled |
Parallel
Steel Wire |
12 |
Steel-Plastic
Sheath |
Aerial,
Pipeline |
Layer-Stranded |
1+6
1+8
1+10
1+12 |
72
96
120
144 |
AL-Plastic
Sheath, Sheath, Steel wire Armored
PE Sheath, Antproof Sheath, Other
Sheaths |
Aerial,
Pipeline, Direct Burial, Cable Pit
of Tunnel |
All
Dielectric Self-Support (ADSS) optical
cable |
1+6 |
72 |
Outer
Sheath with Yarn Armored, with PE
or with Electric-Shock-Proof |
High-Voltage
Power Line |
Optical
Cable with Central Bundled Ribbon,
or with Layer-Stranded Ribbon |
Parallel
Steel Wire l1+6 |
144
720 |
Steel-Plastic
Sheath H |
Aerial,
Pipeline, Direct Burial |
Indoor
Cables for Intra-Building Use |
Tight bound Optical Fiber |
2 |
Yarn
Armored PE Sheath |
Yarn
Armored Flame-Retardant PE Sheath,
Intra-Building |
|
|
Wholesale Fiber Optic
Media Converters
TC
Communications Fiber Optic Media Converters- TC Fiber Media Converters - The TC3300R/S is typically
used to interconnect 10/100/1000Mbps switching hubs, workstations
or any other Ethernet, Fast Ethernet and Gigabit Ethernet
compliant device at distances up to 100km.
Transition
Networks Fiber Optic Media Converters-Transition
Networks-10/100/1000 media converter that converts the
electrical signal of a 10/100/1000 Ethernet signal from copper
to fiber. This solution will offer a low-cost integration
option for network managers who want to migrate from 10/100
networks to Gigabit Ethernet. Gigabit only switches can now
be connected to 10/100 networks without the need to upgrade
the 10/100 side, allowing network managers to add new equipment
gradually. Fiber interface runs at 1000Base speeds, which
enables users to connect Gigabit ports on fiber switches.
Fiber connectivity options include SX optics and LX dual fiber
with distances up to 125km or single fiber up to 40km. In
addition to the standard 220 meters with standard SX optics,
Transition Networks also offers a proprietary solution that
will allow users to transmit up to 2km over multimode fiber
(62.5/125µm) (xGFEB1024-100
Milan
Media Converters- Milan-By
utilizing lower cost 850nm optio-electronics, the 10/100BASE-SX
fiber optic media converter provides compatibility with legacy
10BASE-FL devices while providing the lowest possible cost
solution for fiber installation of up to 60 meters (100BASE-SX).
This makes it ideal for building backbone and horizontal cabling
applications where cost and 10/100 auto-negotiation are critical.
Signamax
Fiber Optic Media Converters-
Signamax-Signamax provides fiber optic media converter
solutions that support data, voice, video and image transport
over a wide variety of fiber optic and ethernet (other) transmission
media. These fiber optic media converters convert a wide variety
of data — from serial RS-232 through Standard, Fast,
Gigabit Ethernet and SONET/SDH protocols. Conversions from
twisted-pair copper cable, coaxial cable, multimode fiber
and singlemode fiber, to other types of cable are all possible
with the wide array of solutions from Signamax Connectivity
Systems.
The
MRV MC102 product line encompasses copper-to-fiber and fiber-to-fiber
conversion units. On all of these converters, the fiber port(s)
allow a choice of multimode or single mode fiber, single fiber
operation, different wavelengths and power levels. EM316xSF - Single Fiber Media Converters MRV's Fiber Driver®
family’s Single Fiber modules use unique technologies,
which provide the ability to combine transmit (TX) and receive
(RX) signals onto a single fiber strand. This effectively
doubles the available fiber in a network, and eliminates the
need for additional fiber installation. The Fiber Driver Single
Fiber modules employs Single wavelength bi-directional technology
in order to combine the TX and RX on the single strand.
IMC
Fiber Optic Media Converter Converters IMC- The rugged McBasic copper-to-fiber Media Converters
support all Ethernet protocols, making them ideal for all
types of conversions and network extensions inside or outside
the LAN. The McBasic series includes various cabling
troubleshooting features such as LinkLoss and FiberAlert,
plus an internal power supply
Allied Telesyn Fiber Optic
Media Converters - Coming soon-
 How
a fiber optic media converter works:
In recent years it has become apparent that fiber-optics are
steadily replacing copper wire as an appropriate means of
communication signal transmission. They span the long distances
between local phone systems as well as providing the backbone
for many network systems. Other system users include cable
television services, university campuses, office buildings,
industrial plants, and electric utility companies. This is
an overview of fiber-optic technology, telecommunication applications,
fiber-optic advantages and disadvantages, and fiber-optic
economics.
A fiber-optic system is similar to the copper
wire system that fiber-optics is replacing. The difference
is that fiber-optics use light pulses to transmit information
down fiber lines instead of using electronic pulses to transmit
information down copper lines. Looking at the components in
a fiber-optic chain will give a better understanding of how
the system works in conjunction with wire based systems.
At one end of the system is a transmitter.
This is the place of origin for information coming on to fiber-optic
lines. The transmitter accepts coded electronic pulse information
coming from copper wire. It then processes and translates
that information into equivalently coded light pulses. A light-emitting
diode (LED) or an injection-laser diode (ILD) can be used
for generating the light pulses. Using a lens, the light pulses
are funneled into the fiber-optic medium where they transmit
themselves down the line.Light pulses move easily down the
fiber-optic line because of a principle known as total internal
reflection. "This principle of total internal reflection states
that when the angle of incidence exceeds a critical value,
light cannot get out of the glass; instead, the light bounces
back in. When this principle is applied to the construction
of the fiber-optic strand, it is possible to transmit information
down fiber lines in the form of light pulses.There are generally
five elements that make up the construction of a fiber-optic
strand, or cable: the optic core, optic cladding, a buffer
material, a strength material and the outer jacket (Fig. 1).
The optic core is the light carrying element at the center
of the optical fiber. It is commonly made from a combination
of silica and germania. Surrounding the core is the optic
cladding made of pure silica . It is this combination that
makes the principle of total internal reflection possible.
The difference in materials used in the making of the core
and the cladding creates an extremely reflective surface at
the point in which they interface. Light pulses entering the
fiber core reflect off the core/cladding interface and thus
remain within the core as they move down the line.
TC Communications TC Fiber Media Converters -IMC Fiber Converters IMC-Milan-Transition
Networks Fiber Optic Media Converters-Transition
Networks-Signamax Fiber Optic Media Converters-
Signamax-Allied Telesyn Fiber Optic Media Converters
Multimode Fiber Optic Media
Converters
Signamax
provides media conversion solutions that support data, voice,
video and image transport over a wide variety of transmission
media. These products convert a wide variety of data —
from serial RS-232 through Standard, Fast, Gigabit Ethernet
and SONET/SDH protocols. Conversions from twisted-pair copper
cable, coaxial cable, multimode fiber and singlemode fiber,
to other types of cable are all possible with the wide array
of solutions from Signamax Connectivity Systems. Signamax Fiber
Optic Media Converters
Type |
Part
Number |
Description |
| Fiber
Optic Media Converter |
ATSCXL-32M1-2 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Bridge Converter
2KM, SC Connector (Multi-Mode) |
| Fiber
Optic Media Converter |
ATSCXL-32M2-2 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Bridge Converter
2KM, ST Connector (Multi-Mode) |
| Fiber
Optic Media Converter |
ATSCXL-32S1-20 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Bridge Converter
20KM, SC Connector (Single-Mode) |
Fiber
Optic Media Converter |
ATSCXL-32S1-40 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Bridge Converter
40KM, SC Connector (Single-Mode) |
| Fiber
Optic Media Converter |
ATSCXL-32S1-60 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Bridge Converter
60KM, SC Connector (Single-Mode) |
| Fiber
Optic Media Converter |
ATSCXL-32S1-100 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Bridge Converter
100KM, SC Connector (Single-Mode) |
| Fiber
Optic Media Converter |
ATSCXL-LFPSC-M2 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Bridge Converter
2KM, SC Connector, with LFP Function (Multi-Mode) |
Fiber
Optic Media Converter |
ATSCXL-B32S1-20 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Single Fiber
(BIDI) Bi-Directional Converter 20Km, SC Connector (Tx:1310nm
Rx:1550nm over One Fiber) |
| Fiber
Optic Media Converter |
ATSCXL-B33S1-20 |
Fiber
Optic Media Converter 10/100 Base-TX/FX Single Fiber
(BIDI) Bi-Directional Converter 20Km, SC Connector (Tx:1550nm
Rx:1310nm over One Fiber) |
| Fiber
Optic Media Converter |
ATSCXL-MTS1121-20 |
Fiber
Optic Media Converter 100 Base FX Multi-Mode to Single-Mode
Converter, SC Connector (Multi-Mode 2Km to Single-Mode
20Km) |
| Fiber
Optic Media Converter |
ATSCXL-MTS1121-40 |
Fiber
Optic Media Converter 101 Base FX Multi-Mode to Single-Mode
Converter, SC Connector (Multi-Mode 2Km to Single-Mode
40Km) |
| Fiber
Optic Media Converter |
ATSCXL-MTS1121-60 |
Fiber
Optic Media Converter 102 Base FX Multi-Mode to Single-Mode
Converter, SC Connector (Multi-Mode 2Km to Single-Mode
60Km) |
| Fiber
Optic Media Converter |
ATSCXL-G2M1-550 |
Fiber
Optic Media Converter Gigabit Ethernet 1000Mbps Media
Converter, 500m, SC Connector (Multi-Mode) |
| Fiber
Optic Media Converter |
ATSCXL-G2S1-10 |
Fiber
Optic Media Converter Gigabit Ethernet 1000Mbps Media
Converter, 10Km, SC Connector (Single-Mode) |
| Fiber
Optic Media Converter |
ATSCXL-BG2S1-10 |
Fiber
Optic Media Converter Gigabit Ethernet 1000Mbps (BIDI)
Bi-Directional Media Converter, 10Km, SC Connector (Tx:1310nm
and Rx:1550nm Over One Fiber) |
| Fiber Optic Media Converter |
ATSCXL-BG3S1-10 |
Fiber
Optic Media Converter Gigabit Ethernet 1000Mbps (BIDI)
Bi-Directional Media Converter, 10Km, SC Connector (Tx:1550nm
and Rx:1310nm Over One Fiber) |
| Fiber
Optic Media Converter |
ATSCXL-BG2S1-20 |
Fiber
Optic Media Converter Gigabit Ethernet 1000Mbps (BIDI)
Bi-Directional Media Converter, 20Km, SC Connector (Tx:1310nm
and Rx:1550nm Over One Fiber) |
| Fiber
Optic Media Converter |
ATSCXL-BG3S1-20 |
Fiber
Optic Media Converter Gigabit Ethernet 1000Mbps (BIDI)
Bi-Directional Media Converter, 20Km SC Connector (Tx:1550nm
and Rx:1310nm Over One Fiber) |
Call (866) 342-3721 Or Click On The Chat Button At The Top Of The Page To Talk To One Of Our Representatives
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OTDR
Fiber
Optic Adapters-Adapters
Fiber
Optic Connectors
Fiber
Optic Enclosures
