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Fiber Optics Networking

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, cable television services, university campuses, office buildings, industrial plants, electric utility companies and residential compounds.

Fiber optic networks’ high speed of operation, bandwidth, resistance to electromagnetic noise, long signal transmission and low cost of maintenance resulted in Fiber optics being the fastest growing global broadband technology with significant deployments occurring across the globe. Alkan CIT teams of highly qualified engineers and technicians led by finest technology experts, possess the skills and expertise required for implementing and maintaining mega fiber network and FTTX projects as well as providing turnkey solutions and material supply.

 

Survey & Design
  • Verify the best routes for the Fiber Optic link.
  • Verify the existence of infrastructure.
  • End-to-end design for the Fiber Optic Network


Fiber Installation

Cables are either laid using automated or conventional open trenching technique

  • Excavation and back filling of all types
  • Bridges crossings through attachment or existing bridge ducts, road crossings & railway crossing
  • HDD horizontal directional drilling for rivers and water channels crossing
  • Construction and installation of hand holes, man holes and all concrete works
  • Laying HDPE/PVC pipes in trenches, jointing of pipes with water/air tight sockets according to the specs
  • Cable pulling/blowing in pipes
  • Fusion splicing and termination of Fiber Optic cables
  • Testing and commissioning
  • Documentation and as built drawings
 
Fiber Maintenance
  • Regular preventive surveys & environmental faults fixing (corrective maintenance) as per SLAs
  • Teams ready on the move to handle faults around the clock (24/7)
  • Teams along the routes to detect and fix faults within minimal response time



 


     

             

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