Fiber Optic Cable Manufacturer

 

 

      Fibertronics is a fiber optic cable manufacturers located in Melbourne Florida USA. We supply a large variety of fiber optic cables used in different applications including telecommunications, LANs, WANs and FTTx fields.

The indoor fiber optic cable manufactured or distributed by our company is made in the following way:  Evenly applying a multiple number of strands of aramid yarn around the tight tube buffer optical fibers , then extruding a fire retardation external sheath around the fibers. The performance indexes of product are all higher than the requirements of related international standards through choosing high-quality optical fibers, using special equipment and precision molds, reasonably designing the number of strands of aramid fibers and the laying tension.

The outdoor fiber optic cable products provided by Fibertronics realize protection for the optical fibers through close structural design, advanced technical control and strict check on material, which makes the expecting service life of the products as long as 30 years.

With our advanced manufacturing equipment and skilled manufacturing and engineering staff, we are confident to provide to our customers the reliable fiber optic cables with high quality workmanship. Thank you for considering Fibertronics Inc.  A fiber optic cable manufacturer for your fiber optic cables needs, we look forward to working with you.

900um Tight Buffer Fiber Optic Cable

 

A single fiber optic cable wrapped inside a .9 mm (900um) jacket. Available in Singlemode and Multimode fiber. Multiple colors to choose from.  Common use is inside patch panels and wall mounts where space is limited.

Simplex Fiber Optic Cable

 

A single fiber optic cable wrapped inside a .9 mm (900um) jacket, then a Aramid yarn strength member surrounds the buffer, and all in finally wrapped is a Riser, Plenum, or LSZH Jacket.  Available in single mode and multimode, Multiple colors and sizes to choose from. 

 

Duplex Fiber Optic Cable

 

Two fibers, each wrapped inside a .9 mm (900um) jacket, then a Aramid yarn strength member surrounds the buffer, and all in finally wrapped is a Riser, Plenum, or LSZH Jacket.  Available in single mode and multimode, Multiple colors and sizes to choose from. 

Distribution Fiber Optic Cable

 

Multiple fibers, each wrapped inside a .9 mm (900um) jacket, then a Aramid yarn strength member surrounds the buffer, and all in finally wrapped is a Riser, Plenum, or LSZH Jacket.  Available in single mode and multimode, Multiple colors and sizes to choose from. 

Ribbon Fiber Optic Cable

 

12 Fibers, each being 250um fibers that are Matrix-ed together in color code order to create a 12 fiber array.  Then a Aramid yarn strength member surrounds the Ribbon and all in finally wrapped is a Riser, Plenum, or LSZH Jacket.  Available in single mode and multimode.

Indoor/Outdoor Fiber Optic Cable

 

Multiple fibers, each wrapped inside a .9 mm (900um) jacket, then a Aramid yarn strength member surrounds the buffer, and all in finally wrapped is a Riser, Plenum, or LSZH Jacket.  Available in single mode and multimode, Multiple fiber counts and sizes to choose from. 

Dry Loose Tube Fiber Optic Cable

 

Multiple Fiber , each being 250um fibers that are in bundles with a max of 12 fibers per tube,  All is then wrapped in a loose tube, then Aramid yarn is wrapped around the tubes and a central strength member.  All is finally wrapped with Poly jacket.  No water blocking gel.

 

Gel Filled Loose Tube Fiber Optic Cable

 

Multiple Fiber , each being 250um fibers that are in bundles with a max of 12 fibers per tube,   Then a water blocking filling compound.  All is then wrapped in a loose tube, then Aramid yarn is wrapped around the tubes and a central strength member.  All is finally wrapped with Poly jacket.

Armored Fiber Optic Cable

 

Multiple Fiber , each being 250um fibers that are in bundles with a max of 12 fibers per tube,   Then a water blocking filling compound.  All is then wrapped in a loose tube, then Aramid yarn is wrapped around the tubes and a central strength member. Armored layer is added to all and some cases a double layer. All is finally wrapped with Poly jacket.

Differences in Fiber Optic Cable   

    Cable, a quick look to make people think that stuff has scientific and technological content, at a glance reminiscent of communications, or even a look at this word, most people think the telecommunications, mobile this type of company.       

          This is not only reminiscent, cable it should be expensive, high-tech, communications products, large companies use the product. In fact, if you know the cable material itself, I know it will be cheaper. Fiber plays a major role in transmission of information, real information is transmitted by fiber optic cable to complete the inside, then, people may ask, that fiber is expensive it must be, what material it is made ​​of? Fiber, by definition, optical glass fiber. Fiber raw materials in contact with our glass is always the same, but the silica glass fiber purity than the much higher only.    

              Also has data transfer capabilities of the product have communication cable, coaxial cable, UTP wire, these cables from the transmission function is in copper. As the copper as strategic materials, but also a scarce resource, resulting in copper prices continue to rise, so much so that cable prices and costs are constantly rising. Copper, as a good conductor, transport current is a good material, but the transmission of data information, is not the best choice. In comparison with the fiber optic cable, the cable costs more than the cost of fiber optic cable and transmission capacity and much lower than the fiber optic cable. Therefore, no matter from the cost, volume, weight, convenient construction is concerned, the advantages of fiber optic cable is very obvious.

Step-type: fiber core refractive index higher than the cladding refractive index, the entry of a packet of light energy in the core continue to produce total reflection at the interface layer and move forward. The fiber core refractive index is uniform, slightly lower refractive index cladding. Fiber center core to the cladding refractive index of glass is mutation, only one step, so called step-index multimode fiber, referred to as step-index fiber, optical fiber, also known as mutations. A lot of this fiber transmission mode, various modes of transmission path is not the same, the time to reach the finish line after the transmission is not the same, resulting in delay difference, by broadening the optical pulse. Therefore, this fiber mode dispersion is high, not wide band transmission, the transmission rate can not be too high, not ideal for communication, only for short-distance low-speed communications, such as: industrial control. However, single-mode fiber as mode dispersion is very small, so the single-mode fiber are used mutant. This is a kind of optical fiber research and development earlier, is now gradually being phased out.

       Graded-index optical fiber: Fiber step to solve the drawbacks, it has developed, the development of graded-index multimode fiber, short fiber gradient. Center core to the glass fiber cladding refractive index is gradually smaller, make high-order mode propagation of light by sinusoidal form, which can reduce the mode dispersion, improving fiber-optic bandwidth, increased transmission distance, but the cost is higher now than mostly graded multimode fiber optical fiber. Fiber cladding refractive index gradient distribution of step-index fiber, as for the uniform. Gradient refractive index of the center's core optical fiber, the direction along the core radius decreases. Due to the high-order mode and low order modes of light at the interface of different refractive index layer according to the law of refraction refraction, to go into the low refractive index layer, so the direction of travel of light and optical axis angle formed by the gradual change small. The same process occurs constantly, until the light refractive index layer in a total reflection, the light to change direction, toward the center of a high refractive index layer of the road. At this time, direction of travel of light and optical axis angle posed in the refractive index of refraction of each layer once its value increases again, and finally to the refractive index of the largest local center. In this later. And the same process repeats, thus achieving a light transmission. It can be seen, the light fiber in the gradient will be consciously adjusted to the final destination, this is called self-focusing.

What Is the Fiber Optic Color Code?

1= Blue

2= Orange

3= Green

4= Brown

5= Slate

6= White

7= Red

8= Black

9= Yellow

10= Violet

11= Rose

12= Aqua

Multi Ribbon Fiber Optic Cable

 

Multiple 12 Fiber Ribbons, each being 250um fibers that are Matrix-ed together in color code order to create a 12 fiber array.  Then a water blocking filling compound.  All is then wrapped in a loose tube, then a water blocking wrap is installed and a corrugated steel tape in installed.  Two steel wire strength members and all is finally wrapped with Poly jacket.

ADSS (All Dielectric Self-supporting Aerial Cable ) Fiber Optic Cable

 

Multiple Fiber , each being 250um fibers that are in bundles with a max of 12 fibers per tube,   Then a water blocking filling compound.  All is then wrapped in a loose tube, then Aramid yarn is wrapped around the tubes and a central strength member.  A poly sheath is wrapped around and A second water blocking tape is added and finally wrapped with a Poly jacket.

Aerial Fiber Optic Cable (Messenger, Fiber 8)

 

Multiple Fiber , each being 250um fibers that are in bundles with a max of 12 fibers per tube,   Then a water blocking filling compound.  All is then wrapped in a loose tube, then Aramid yarn is wrapped around the tubes and a central strength member.  A poly sheath is wrapped around and A cable is added for aerial support. and finally wrapped all with a Poly jacket.

Reliable, Consistent, Quality

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Reliable, Consistent, Quality

Toll Free (877)-320-3143

Call  (321)-473-8933

Sales@fibertronics.com

Reliable, Consistent, Quality

Sales@fibertronics.com