Optical network

If in 1970, when researchers made an optical fiber with an cruical attenuation limit of less than 20 dB / km, was still uncertain whether the "glass" to enter the telecommunications. After a few years later, it was quite clear, because the fiber produced with attenuation limit 4dB / km, wherein at the same time carried out the development of of semiconductor devices, the transmitter and receiver.

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Optical fiber, or “light tube”, as a medium for the transmission of information, it is much faster, more reliable and secure than copper cables, because it does not transmit electrical signals.
It transmits light signals, which are immune to electromagnetic interference and have a huge amount of bandwidth.
    

Today, optical cables main carrier of telecommunications, a largely enter our homes, introducing passive optical networks based on FTTH.

Neša Stream doo is equipped with technical and human resources for the implementation of projects and types of work in the field of Optical networks, in accordance with applicable regulations and standards.

Also, we are able to offer potential investors a complete solution and optical network by the design-build system:
What is “fiber optic network design-build system?” Fiber optic network design-build system refers to the specialized project deleivery system with a processes leading to a successful installation and operation of a fiber optic network. It includes determining the type of communication system(s) which will be carried over the network, the geographic layout (premises, campus, outside plant (OSP, etc.), the transmission equipment required and the fiber network over which it will operate. Next we have to consider requirements for permits, easements, permissions and inspections. Once we get to that stage, we can consider actual component selection, placement, installation practices, testing, troubleshooting and network equipment installation and startup. Finally, we have to consider documentation, maintenance and planning for restoration in event of an outage.

Most reliable passive equipment we have worked with comes from: Draka, FKS, TKF, Reichle & De-Massari, Petermann, etc.

Our most important reference in the field of optical networks are:

 

  • Holcim Srbija (now CRH),planning, design and build of: three independent optical networks for office, security and plant purposes,

  • Jotel Niš, permisions, technical control, and build of optical networks for Paraćin, Jagodina and Zaječar, build participatingand technical control of optical networks Niš, Ćićevac andVranje

  • Municipality Paraćin, metro opticalnetwork, design and build

  • South Stream doo Novi Sad, technical control of international and magistral optical network on Republic Serbia teritory,

  • NIS (Gasprom Njeft) a.d. Novi Sad, optical networks design for security systems of petroleum product warehouses: central warehous Smederevo, Aeroservis Belgrade, Turija and Elemir,

  • City of Zaječar, metro optical network, design and build,

  • SFS Paracin,campus optical network, design and build

  • Niska pivara, campus optical network, design and build

  • Polet Paracin, campus optical network, design and build

  • Norma Group Subotica, campus optical network design, for security purposes,

  • Cokolend Paraćin, campus optical network, design and build

  • JEP Toplana Kraljevo, optical network design for heat station automation control,

  • Municipality Despotovac, metro optical network, design,

  • Health center of Paracin, campus optical network, design and build

  • Health center of Cuprija, campus optical network design

  • 9 Septembar Paracin, FTTH optical cable installation

  • Nesa Stream, FTTH optical cable installation

  • Telefon Kragujevac, splicing, meausurement, and technical documentation for Telekom Srbija optical cables,

  • Telefon Kragujevac, splicing, meausurement, and technical documentation for Forma Ideale optical cables,