Optical network telecom consulting service

Optical Networking

The process of designing optical networks starting from drafting preliminary technical specifications and requirements for optical fiber and optical transceiver system to be followed during network deployment, selecting the optimum optical network path, give assurance of optical network quality and optimizing the overall performance

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Customer Tailored

We can analyze your individual requirements, consider your network architecture peculiarities and unique demands, in order to offer you the best results and the optimum performance.

Optical Networking is one of the major MCNS consultancy services including:

Optical network preliminary technical specifications to be followed on next phase of optical network firmware procurement as well as subcontractor’s optical network deployment and constructions.
Initial stand-alone optical network planning with optimum optical path
Initial LTE/5G optical network backhaul/fronthaul planning for capacity/coverage analysis.
Optical network design including main and secondary rings with redundant paths for fault recovery
Optical network optimization with quality of service sustainability and performance analysis including throughput, capacity and multiplexing (DWDM)

Our Optical Networking consulting services comprise a full technical report with all necessary parameters and requirements/restrictions to facilitate the optical network deployment and minimize the network implementation and deployment cost.

For further info please refer to projects

Based on customer requirements we consult on:

Specification Report: Technical report for preliminary specifications fitting to the customer requirements. These technical specification include all technical details for the optical fiber, the optical transceiver, repeaters, optical underground vaults and optical splicing cassetines

Optical Network Planning: Initial optical network planning including a detailed network path on Google Earth with proper excel tool calculators to facilitate optical network analysis on shortest route and appropriate number of equipment (repeaters, splicing locations etc)

Optical Backhaul/Fronthaul: Optical network planning for LTE/5G Cloud RAN, vRAN and Open RAN architectures with proper excel tool calculators to facilitate network capacity estimations and throughput

Optical Network Design: Assuring the network operability and functionality by proper main and redundant optical network paths. Redundancy is supported using either optical rings or MW links. Proper capacity planning is also provided to estimate the (%) of capacity reduction in case of path reconfiguration due to fault detection

Optical Network Optimization: Assuring the network performance for high throughput support and excellent QoS. The use of excel calculators will support the optimization procedure with or without the use of DWDM

FAQ's

What is optical fiber transmission?

Fiber optical transmission consists of flexible and transparent thin fibers medium which is able to waveguide light signals over long distances with insignificant loss of strength.

How is an Optical network beneficial for data transport?

Fiber optic connectivity is faster compared to cable and DSL, flexible and scalable with enormous capacity. Signal transmission over optical fibers relies on fast light signal reflection. Unlike copper cables, it does not rely on electric current transmission, nor is it limited by wire gauge, electrical conduction, and distances. Moreover the capacity of an optical network is huge and can be bundled, resulting in a greater capacity to transmit signals. Finally an optical signal inside an optical fiber is not affected by environmental conditions or electromagnetic interference that causes electric signal degradation or signal loss.

what is a passive optical network?

The type of optical networking in which only fiber optical deployment exists building a typical point-to-point connection is called the passive optical networking.

what is an active optical network?

When optical network deployment relies on active optical network components (amplifiers, regenerators, repeaters, switched, routers etc) based on electrically powered network equipment to distribute the signal, is known as active optical network

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Optical Networking

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