Fiber Optic Cables

fiberoptik kablolar

Fiber Optic Cables

 

 mini-breakout fiber optik kablo Mini-Breakout Fiber Optik Kablo

 armoured multitigt fiber optik kablo Armoured Multitight F.O Kablo

 

   Aerial Type Fiber Optik Kablo

 

 fiber optik kablo Duct Type Fiber Optik Kablo
 

fiber optik cables Direct Burial Type F.O Kablolar
 

 fiber optik cables Tight Buffer Type F.OKablolar

fiber optik cables Indoor/Outdoor Unitube Type Fiber Optik Kablolar

 

 

 Fiber optic cable price list

 

 

Cable Types

  

Unit Price USD / MT.

SM-9/125 Central tube steel armored external fiber optic cable

4

core

  

0,43$

8

core

  

0,53$

12

core

  

0,66$

24

core

  

1,04$

48

core ( Multi Tube)

  

1,93$

SM-9/125 Central tube steel armored internal / external LSZH fiber optic cable

4

core

  

0,60$

8

core

  

0,75$

12

core

  

0,90$

24

core

  

1,45$

MM-50/125 OM2 Central tube steel armored external fiber optic cable

4

core

  

0,63$

8

core

  

0,81$

12

core

  

1,06$

24

core

  

1,85$

MM-50/125 OM2 Central tube steel armored internal / external LSZH fiber optic cable

4

core

  

0,83$

8

core

  

1,01$

12

core

  

1,21$

24

core

  

1,93$

MM-50/125 OM3 Central tube steel armored external fiber optic cable

4

core

  

0,90$

8

core

  

1,31$

12

core

  

1,73$

24

core

  

2,78$

MM-50/125 OM3 Central tube steel armored internal / external LSZH fiber optic cable

4

core

  

1,10$

8

core

  

1,55$

12

core

  

2,01$

24

core

  

3,57$

MM-62,5/125 OM1 Central tube steel armored external fiber optic cable

4

core

  

0,76$

8

core

  

1,06$

12

core

  

1,37$

24

core

  

2,53$

MM-62,5/125 OM1 Central tube steel armored internal / external LSZH fiber optic cable

4

core

  

0,97$

8

core

  

1,29$

12

core

  

1,60$
24 core   2,74$

MM-50/125 OM4 Central tube steel armored external fiber optic cable
4 core   1,27$
8 core   2,13$
12 core   2,96$
24 core   4,68$

MM-50/125 OM4 Central tube steel armored internal / external LSZH fiber optic cable
4 core   1,68$
8 core   2,33$
12 core   3,19$
24 core   5,89$

Fiber optic Cables

There are two types of Optical Fiber. Single Mode Fiber and Multi Mode Fiber.

 
a-) Single Mode Fiber: All traveling light travels on a single path. The information in the high capacity is better transmitted than the multimode fiber. Because the signal does not propagate and multiply by CLAD.
 
b-) Multi Mode Fiber: The traveling light travels through multiple paths. Data reception and transmission is slower and shorter than single mode fiber

Multimode cables

   Demand for systems such as Internet access, communication systems, video communication and voice over IP is increasing day by day. Such applications require more bandwidth due to the requirements, and therefore more bandwidth-enabling solutions. Multimode fibers have a physical structure that can be used in local applications and is approved by different standards.

 
Low System Costs
 
 
    In local networks, the transmitter is an important part of the total cost. Multimode fibers offer the possibility of lower cost receiver use such as LEDs and VCSELs.
Easy Connection
 
    Local networks are a structure that allows many users to connect to the network at the same time. This leads to the need for easy and powerful connections in the system. Thanks to multimode fibers, it is possible to obtain easy, reliable and low-cost connections at the same time.
compatibility
 
    Multimode fiber is compatible with industrial fiber optic network protocols such as FDDI, Ethernet, Fast Ethernet, Token Ring and ATM.

Single mode cables

Single mode fiber is the most preferred cable among the fiber cables laid every year in the world.

Single mode cabling is also available in High Bandwidth

Single-mode fiber optics can also be used at 1550 nm wavelength, although they are designed for the most efficient 1310 nm wavelength use. For this reason, SM Light is designed to operate at wavelengths up to 1625 nm in order to allow transmission of many wavelengths over long distances.

Compatibility in single mode cables

    Single mode fiber optics have the largest share of fiber optic applications around the world. The data collected over the years shows that single mode fiber is fully compatible with other fibers and optical products.

Excellent PMD
 
    SM Light is currently setting the PMD value of the ITU-T G.652 standard because it gives a very low PMD value.
 
Fiber Coating
 
    SM Light also uses the state-of-the-art NeonPlus coating. This coating provides excellent protection against bending, temperature and mechanical effects.

Fiberoptic cable advantages

-There are no electrical conductivities.
-Fiberoptic cable is not affected by electromagnetic bombs and nuclear weapons.
-Fiberoptic cable is resistant to radioactive radiation.
-Fiberoptic cable's physical dimensions are small and light.
-Fiberoptic cable The channel capacity can be increased four times by communicating in four separate wavelengths within a single fiber.
-Fiberoptik cable In the local network networks, services such as TV, telephone, internet ... can be transmitted through a single fiber at the same time.
-Fiberoptic cable can not be entered as Leak.
-Fiberoptic cable is indispensable to be able to rest from the outside, especially for military communication is an indispensable tool.
-The spacing between Repeaters is high on flexible cabling.
-Fiberoptik cables do not have a problem of dumping, they are not affected by lightning.
-Resistant to external conditions in flexible cabling. (radiation, rain, extreme temperature ..)
-Fiberoptik cables Have solid insulation.
-Fiberoptik cables cost less per channel. Instead of -900 double copper wire 6 double fiber optic cable is sufficient.
-The content of the Fiberoptic cables is unlimited. (soil)
 

 optic cable Disadvantages:

-Fiber optical cabling is not easy to attach to the tip.
-Fiber optical cables require additional maintenance meticulousness.
-Fiber optic cables are not yet attractive in local distribution networks.
-Fiber optical cables are not yet standardized.
-Fiber-optic communication is more expensive in terms of economy.

 optic cable

Another factor that affects the type of optical cable is the "distance" and "transmission speed" between the center of the cables. Fiber cables are produced in two different features as "multimode" and "singlemode". Multimode fiber cabling has the advantage of making multiple communications at the same time. But multimode fibers can not be used at very long distances for this advantage. This is the disadvantage of multimode cabling. So if the cable is more than a certain distance between the towers, we have to use singlemode cables.

OPTICAL FIBERS USAGE AREAS

Optical communication systems; Due to the availability of great facilities, we have found very wide use areas in a short time. The various areas where this system is used are listed below.
• On the grounds that the attenuation is low, the bandwidth is large, the cost per channel is low, in large-capacity communication systems with long distances and small-
• Because it provides both analog and digital transmission and can provide broadband service, especially in inter-station (juncture) connection,
• Low loss, high speed in the transmission systems inside the building (with plastic fibers)
• In closed circuit television systems,
• In data transmission,
• In connection with electronic devices,
• In the field of aeronautics (radar), high-speed inter-device and aircraft interior equipment,
• In railway electrification and signaling applications,
• By inserting fiber veins into the high-voltage conductors, the conductors are able to communicate at the same time when the energy is transferred,
• In traffic control systems,
• In the ad panel,
• In medical devices,
• Nuclear power plants and radioactive rays are used in places where communication is disturbed.

Click For Fiber Optic Cable Price list

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