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Extron Fibre Optic Cables - 2LC OM4 MM4 P and 2LCSMP

Extron 2LC OM4 MM P

LC to LC Laser Optimized Multimode Finished Fiber – Flame Retardant

This is an image of Extron 2LC OM4 MM P

Extron 2LC OM4 MM P Multimode duplex finished fiber offers selectable lengths ranging from 1 m to 60 m. Extron laser-optimized multimode fiber is suitable for medium to long range transmission up to 2 km, providing excellent bandwidth and Ensure perfect pixel transmission of high resolution video, audio and control signals. The 2LC OM4 MM P is also a bend-insensitive fiber with a very low bend radius that minimizes bending losses and simplifies installation. The laser-optimized OM4 performance ensures that the AV fiber optic cable construction supports the highest resolution.

  • Laser optimized OM4 multimode
  • FiberBending is not sensitive
  • FNP flame retardant jacket
  • Durable duplex zipper cable construction
  • Industry standard LC connector termination
  • Available in lengths ranging from 1 m to 60 m
 MODELPRODUCT MANUALProduct number  
 2LC OM4 MM P/11 m (3.3′)26-671-01   
 2LC OM4 MM P/22 m (6.6′)26-671-02   
 2LC OM4 MM P/33 m (9.8′)26-671-03   
 2LC OM4 MM P/55 m (16.4′)26-671-05   
 2LC OM4 MM P/1010 m (32.8′)26-671-10   
 2LC OM4 MM P/1515 m (49.2′)26-671-15   
 2LC OM4 MM P/2020 m (65.6′)26-671-20   
 2LC OM4 MM P/3030 m (98.4′)26-671-30   
 2LC OM4 MM P/4040 m (131′)26-671-40   
 2LC OM4 MM P/5050 m (164′)26-671-50   
 2LC OM4 MM P/6060 m (197′)26-671-60

Extron 2LC SM P

LC to LC bend-insensitive single-mode Finished fiber – Flame Retardant

This is an image of Extron 2LC SM P

Extron 2LC SM P bend-insensitive single-mode finished fibers offer selectable lengths ranging from 1 m to 60 m. This bend-insensitive fiber has a very low bend radius that minimizes bending losses and simplifies the installation process. The low-loss characteristics of single-mode fiber provide excellent performance for ultra-long-range video and audio signal transmission up to 30 km.

 

The main Features     

  • Bend insensitive single mode fiber    
  •  OFNP flame retardant jacket     
  • Durable duplex zipper cable construction     
  • Industry standard LC connector termination
  • Available in lengths ranging from 1 m to 60 m
 Modelproduct manualProduct number  
 2LC SM P/11 m (3.3′)26-670-01   
 2LC SM P/22 m (6.6′)26-670-02   
 2LC SM P/33 m (9.8′)26-670-03   
 2LC SM P/55 m (16.4′)26-670-05   
 2LC SM P/1010 m (32.8′)26-670-10   
 2LC SM P/1515 m (49.2′)26-670-15   
 2LC SM P/2020 m (65.6′)26-670-20   
 2LC SM P/3030 m (98.4′)26-670-30   
 2LC SM P/4040 m (131′)26-670-40   
 2LC SM P/5050 m (164′)26-670-50   
 2LC SM P/6060 m (197′)26-670-60

Fibre Optic Cables

Fiber optic cable Optical fiber communication is one of the important ways of modern information transmission. It has the advantages of large capacity, long relay distance, good confidentiality, no electromagnetic interference and copper saving. The report uses the market data collected by the long-term tracking of the fiber optic cable industry market to structure the analysis system from the overall height of the industry. The report mainly analyzes the development status and prospects of China’s fiber optic cable industry; the pattern and concentration of fiber optic cable industry; the technical status of fiber optic cable industry.

 
A fiber optic cable is a communications cable consisting of two or more glass or plastic fiber cores that are placed in a protective coating and covered by a plastic PVC outer casing. Signal transmission along the internal fiber typically uses infrared. A dielectric waveguide that transmits light waves. An optical fiber is a fiber composed of two layers of transparent media that are concentric. The most widely used dielectric material is quartz glass (SiO2). The inner layer of media is called the core and has a higher refractive index than the outer layer of media (called the cladding). The refractive index of the core or cladding is adjusted by doping impurities such as bismuth, phosphorus, fluorine, boron, etc. in quartz glass. The transmission wavelength of the communication optical fiber is mainly near-infrared light of 0.8 to 1.7 μm. The core diameter of an optical fiber varies from type to type, usually from a few micrometers to 100 micrometers, and most of the outer diameter is about 125 micrometers. It has a plastic coating on the outside. The fiber optic cable (Figure 2) is made up of a single or multiple fibers combined and enhanced and protected. Cables can be used in a variety of environments. The cable is manufactured in a similar manner to a cable.
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