Optical Fibre Solutions in UK | Optical Fibre Products| STL Tech
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Optical Connectivity Solutions

In this era of digitization, data has the power to change the world.
While data continues to fuel innovation and technological
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growth in internet connectivity.

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Enterprises across the globe are looking to build converged data
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Optical Fibre

In today’s connected world, effective transmission of data is very important. Fibres have been the medium of data communication. Earlier it was metallic wires and in the recent times it is optical fibre. Read More..

What is an optical fibre and how does it help transmit data?

An optical fibre is the medium that sends light signals down fibres. These light signals are able to carry tremendous amount of data without much loss to quality. The technology concerned with application of optical fibre is called fibre optics. The optical fibre are hair thin strands of fibre made of pure glass or plastic. The light is passed through the centre of the fibre, which is called the core. Cladding, which is an outer encasement to the core helps keep the light trapped in the core, using a technique called total internal reflection.

Advantages of fibre optic:

Optical fibres have mostly replaced copper wire communication in the UK. The advantages of optical fibre:

  • Very high bandwidth. This means volume of data transmitted is very high.
  • Longer distance signal transmission with negligible loss.
  • Negligent electromagnetic interference.

STL are leaders in fibre optic technology. STL Tech brings a series of optical fibre products in UK, with bend insensitive fibre. STL’s optic fibre solutions cater to a wide range of applications:

  • StellarTM Series: StellarTM the installer’s fibre is the world’s first G.657.A2 macro-bend insensitive fibre. Stellar Seriesis legacy networks compatible consisting of G.657.A1 and G.652D. StellarTM Fibre is used in many sections of a data communication network –namely, core, metro and/oraccess.
  • BOW-LITETM Series : STL's BOW-LITETM series optical fibreproducts are industry leading bend insensitive single mode fibres, suitable for FTTx (fibre to the x) applications and high fibre density cables.
  • OH-LITE® Series: STL offers variations in G.657.A1 and G.652.D type optical fibre which take into consideration enhanced attenuation, geometry, dispersion and macro-bend loss properties. This accentuates better performance in wide application areas like long haul, metro-city, access and CATV networks.
  • DOF-LITETM Series :This series of Non-Zero dispersion shifted single mode optical fibrecomplying with ITU-T G.655 recommendations, is mostly suitable for long-haul and metropolitan networks. DOF-LITE (LEA) is for the long-haul, and DOF-LITE (METRO) is appliedfor metro network.

Let us understand a bit more about optical fibre:

What are types of optical fibre?

Optical fibre isprimarily of two types– Single mode and multimode fibre. Here’s an over view of single mode vs multimode fibre:

Single mode fibre has

  • a smaller core, about 8-9 microns, and carries the light signal straight down the fibre.
  • Lower loss and distortion, unlimited bandwidth and applied for long distance transmission of data. It is used for telecommunication network, internet, CATV, remote offices, undersea.
  • Is lesser in cost than multimode fibre.
  • Types of single mode fibre cable are: Standard single mode fibre (G.652), Cutoff shifted fibre (G.654), Low water peak fibre (G.652), Dispersion shifted fibre (G.653), Non-zero dispersion shifted fibre (G.655), Bend insensitive fibre (G.657)

The multimode fibre has

  • a five to six times larger core (approximately 50-60 microns) and the light signals follow various paths travelling within the core
  • It is mainly for short distance transmission of data. Used mostly for LED sources, slower local area networks and connecting computer networks.
  • More expensive than single mode fibre
  • Types of multimode fibre cable are om1 fibre, om2 fibre, om3 fibre, om4 fibre, om5 fibre.

How does optical fibre work?

When data has to be transmitted through a fibre, it starts as electrical energy, converts into photons or light rays, travelling in waves through inner core of the fibre. The core of the optical fibrecarry the light rays to transmit data through principle of total internal reflection. The photons (light particles) bob up and down the fibre core. An outer layer, called the cladding keeps the light in the core secure, without letting it escape. When the light particles reach the other-end an optical receiver decodes and converts it back to electrical energy, which then the receiving device is able to read and display as data for the user.

Optical fibre in UK

Wireless communications and cloud computing are gaining importance, however, presently the majority of data in voice and video signals are still transmitted through optical fibrenetwork. According to various reports,

  • Fibre optic broadband is already available to 96% of UK properties, although many users are still considering switching.
  • By end of 2020, additional 3.2 million homes and businesses in hard to reach, remote parts of UK are ready to be connected with gigabit ready full fibre broadband.

STL’s contribution in the fibre optics space:

STL has been contributing in the fibre optics space, getting series of optical fibre products through innovative measures, to its users. STL Opticonn, the Optical Connectivity Solution is constructed to allow telecom operators, ISPs, citizen networks and large organizations to roll out networks faster, better and cost efficiently. The solution offers end-to-end capability ranging from optical fibre products, pre-connectorized kits to post-sales support. The optical products offered by STL include:

  • Bend insensitive range of optical fibres
  • World’s 1st backward compatible G.657.A2 fibre.
  • Range of High-Density Ribbon and Loose Tube optical fibre cable suitable for Aerial, Duct and Underground Installation.

To build exceptional optical fibre, STL employs its core strengths and carefully orchestrates the following:

Chemical Vapor deposition – Closely inspected deposition of glass particles to create soot preform.

High precision sintering – constructing the soot preform in a solid form of high-quality pure glass.

Ultra-pure glass pre-form – glass preforms are transformed into best quality optical fibre.

Optical fibre drawing – state of art machinery employed by STL, along-with its expertise helps produce variety of ace grade optical fibre.

Some other STL related products on offer are –

  • Optical Interconnect Products: Increasing data demands need to create new fibre deep networks and data centres, which would encourage faster 5G and FTTH adoption. STL considers a wide range of optical interconnect devices with bespoke designs suitable for several applications. Solutions like patch cords, fibre termination boxes, joint closures and fibre management systems are what STL offers to ensure compatibility across network bandwidths.
  • Optical and Specialty Cables
  • Glass Preform – Glass Preform is the basic material for optical fibres. STL starts with silicone metal and transforms it into high quality glass preforms.

Read Less..

StellarTM Series

StellarTM The installer’s fibre is the world’s 1st G.657.A2 macro-bend insensitive fibre which is compatible with fibre which is compatible with legacy networks comprising of G.657.A1 and G.652D. StellarTM Fibre finds use in almost all sections of a data communication network - Core, Metro and Access


BOW-LITETM Series

STL's BOW-LITETM series Optical Fibre products exceeding ITU-T G.657 recommendation, are industry leading bend insensitive single mode fibres suitable for FTTx applications and high fibre density cable designs.


OH-LITE® Series

STL offers different varieties of G.657.A1 and G.652.D type Optical Fibre which accommodate enhanced attenuation, geometry, dispersion and macro-bend loss properties, enabling superior performance in wide application areas like long haul, metro-city, access and CATV networks


DOF-LITETM Series

Non-Zero dispersion shifted single mode Optical fibre complying with ITU-T G.655 recommendations, is the most suitable for long-haul and metropolitan networks whereas DOF-LITE (LEA) is ideal for long-haul, and DOF-LITE (METRO) is ideal for metropolitan network


Want to know more?


Optical fibre networks are the networks built to connect people and devices across cities, counties and even several nations. These networks are complex installations of wired networks with appliances to transmit large amounts of data over hundreds and thousands of kilometres. Optical fibre networks are typically laid by telecommunication companies worldwide; however, as the data demand grows significantly, more and more governments and other tech organisations.

Optical fibre is used to carry information between two destinations using optical or light-based technology. Be it data transfer requirements within four walls of an enterprise or accessing data from servers that reside in different continents, optical fibre is some of the most common means of data transmission across long distances.Itis used to transmit light between the two ends of the fibre and are widely used in fibre optic communications. Their popularity as long-distance data carriers of choice is owed to the higher bandwidths and data transfer rates.

There are three key types of optical fibre: single mode fibre, multimode graded-index or multimode fibre, and multimode step-index fibre. The difference between the three lies in how light travels down the fibre, which in turn depends both on the wavelength of the light and the mechanical geometry of the fibre.

In a single mode fibre, a light beam travels straight through the fibre with no reflections from the core-cladding sidewalls at all. Because of this, only the fundamental zero-order mode is transmitted. This also eliminates modal dispersion, which is often the cause for pulse overlap. It has a tiny core of 5-10 microns in diameter, which means that the signals are able to travel without interference. This kind of fibre is used for internet and telephone connectivity. On the other hand, multimode fibres have much bigger core diameters, resulting in higher-order modes being propagated. Multimode fibres are often used to transmit information over short distances, which is why it is used for linking computer networks together.

While fibre optics are safer than copper wires in the sense that they don’t carry any electricity, however it is recommended that fibre optics is handled with care, especially for people involved in the installation.

Most advanced technologies in communication such as 4G and 5G heavily rely on a superior network of fibre optics. Technology such as 5G need fibre optic network to offer ultra low latency, higher speeds and denser coverage. Since 5G is still in its infancy and5G applications are yet to mature, optical fibre continues to be a promising medium required for 5G. A lot of 5Gspeed and low-latency promises are still in the theoretical stage and only time will tell if they’ll be able to surpass the speed and simplicity offered by optical fibre.

We are all used to WiFi connections everywhere, which may make you wonder if optical fibre is any better than all ubiquitous WiFi connections. The short answer is yes. Optical fibre usually offers much faster speeds when compared with wireless transmission in the form of WiFi communication. However, WiFi networks also tend to slow down when multiple users are connected to the same network and can lead to congestion. Fibre optic network, on the other hand, can continue offering a consistent experience despite handling multiple users. Moreover, when it comes to connecting at a distance, WiFi suffers from range constraints and you start to lose the connection as you move further. For fibre optics, you’ll have to lay physical lines in order to connect at a distance.





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