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Fiber Optic Technology
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Pick Your Length, Mode,
Protocol, and Color
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Get Cables, Kits, Testers,
Supplies, & Housings
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Install & Test Fast With
All Tools & Consumables
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Store, Protect, Cross Connect
& Terminate Optical Fiber
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Test to Find Faults
within a Fiber Network
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Install In the Field
With Ease In a Minute
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Fiber Optic Patch Panels |
Expand High Speed Fiber
Networks with Ease
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Fiber Optic Consumables
and Cleaning Products |
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Accessories to Finish
Your Fiber Optic Installation
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 Wall-Mountable Connector Housings (WCH)
Part #: IT-WCH-04P
Dimensions: 13.5"H x 16.06"W x 4.06"D
Price $131.04
The optimized design provides your network with interconnections or cross-connections capabilities between optoelectronics and outside-plant, riser and distribution cables.
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 Greenlee 580XL Singlemode Laser Source
Part #: GL-580XL-FC
Price:
$1,051.83
The 580XL 1310/1550nm Laser Source provides stable calibrated and continuous wave and modulated outputs and can have fixed connector interface for FC, SC or ST. Installers use this laser source in conjunction with the GL-560XL. The 580XL emits the laser and the 560XL detects the breaks or losses.
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 Kingfisher KL 3600 Series Tester
Part #: KI-3600-GE-MP
Price: $778.92
The KI 3600 series Optical Power Meter from Kingfisher is used for testing system power and attenuation in fiber optic communications systems as well as helping to identifying fiber. With this model, ease of use and high accuracy (traceable 2%) combine to achieve superior measurement confidence.
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 MicroCare Fiber Connector Cleaning Sticks
Part #: MCC-S25
Description: 2.5mm Cleaning Sticks, Qty 50
Price:
$25.76
MicroCare’s FiberCare™ Cleaning Sticks are designed with a molded fibrous polymer tip instead of a cloth or foam based tip, which can leave behind lint or other fibers.
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Accessories
 Device Technologies Fast-Drop™ Fiber Optic Radius Control Modules
From $175.00 per 100
Fast-Drop™ Bend Radius Control Modules are a simple and convenient way to avoid micro-bends in your fiber optic applications. The simple “latch on” system attaches to any sheet metal edge up to 0.104” thick and is held horizontally by a zinc plated carbon steel clip. |
 Black Box Fiber Optic A/B Switches
From $1,057.99
CableOrganizer.com offers Black Box Fiber Optic A/B Switches and A/B Switches with Loopback. These micro-mirror optical devices are ideal if you need ultra-secure, critical-circuit switching. They are used to switch between two networks or remote devices from a single PC. These Fiber Optic AB Switches are ideal for government, healthcare, financial, or other applications where a private, data-sensitive network connects to a publicly accessible network. |
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 16-Bay Media Converter Chassis - Signamax
Price $570.36
This media converter chassis by Signamax can handle high density large business or telco installations in a minimal amount of work space by fitting nicely in only 2 rack spaces. |
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Fiber Optic cabling is made with glass fibers. Provide very little variation in the signal they carry over long distances. The full potential speed fiber optic cabling can carry has not been reached even with Gigabit technology. These cables have greater bandwidth than electrical transmission through wires.
Fiber Optic cabling is constructed of three concentric layers: The "core" is the central region of an optical fiber through which light is transmitted.
Mode is a single electromagnetic field pattern that travels in fiber.
Singlemode is an optical fiber, with a small core (2-9 microns that supports one mode). The mode size (standard ie 8.3/125) is stamped on the yellow cable jacket. Singlemode is most commonly used for high speed, long distance applications.
Multimode is an optical fiber with a core (25-200 microns) that supports several modes. The core commonly 62.5/125 or 50/125 is stamped on the cable jacket.
Always check equipment requirements or the fibre optic cable jacket to determine which core size you need. Multimode is most commonly used for lower speed, short distance applications.
Simplex cable has a single fiber
Duplex has two fibers usually side by side in style.
Commonly used Connectors are ST,SC, LC and FC
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What is Fiber Optic Cable and How Does it Work?
Fiber optic cabling is based on optical fibers, which are long, flexible, hair-width strands of ultra-pure glass. Optical fibers are formed when preform blanks – portions of specially manufactured glass – are heated to between 3000 and 4000 degrees and then drawn out at a rate of up to 66 feet per second. Read more »
Top 5 Reasons to Use Fiber Optic Cables
Are you trying to decide between fiber optic and coaxial cabling for your computer networking application? If the not-so-mere fact that fiber optics have completely revolutionized communications over the past couple of decades isn’t enough for you, CableOrganizer.com would like to share a few more reasons why you should definitely consider fiber optic cable. Read more »
Fiber Optic Cable Jackets and What They Identify
Fiber optic cable jacket colors can make it fast and simple to recognize exactly which type of cable you are dealing with. For example, the color yellow clearly identifies a single mode cable, while orange indicates multimode. Read more »
Fiber Optic Testing
When you’re installing a fiber optic network, one of the most important steps in the operation is testing the newly installed and terminated optical fiber cables, to be sure that they’re functioning properly. Before the testing and certification of a fiber network can begin, there are a couple of points you’ll need to have covered, to ensure that the job is accurately and successfully completed. Read More »
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