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Increase your bandwidth and secure your data: Join the Fibre Optic cabling revolution

As the demand for higher bandwidth and faster internet grows, fibre optic is emerging as a crucial factor in modern infrastructure. Fibre optics cabling supports new and upcoming technologies like 5G, high-definition video streaming, and cloud computing.

With reliable data transmission technology, it is becoming an indispensable constituent of global communications technology.

What is Fibre Optics Cabling?

Fibre optic cabling is a game-changing technology that uses light signals to transmit data through thin strands of glass or plastic, known as optical cable.

Fibre optics can transmit data at lightning-fast speed, making it a preferred choice for multiple industries like telecom service providers, data centres, or any other industry that needs high-speed internet services for seamless communication.

The high-speed communication links, made up of cables, are thinner than human hair and transmit information through infrared light pulses. The high transmission capability can be leveraged for artificial intelligence (AI) systems in cars or drones, for managing the security of construction sites, or for faster delivery of public health services.

Types of Fibre Optics Cable

Single-mode fibre (SMF)

It is designed for long-distance data transmission. Mostly used in telecommunications and internet connectivity, it has a small core of about 8-10 microns in diameter. SMF transmits light in a single path which reduces signal loss, increasing bandwidth for long distances.

Multi-mode fibre (MMF)

This cable is mostly used for short-distance transmission such as LAN (Local Area Network) or data centers. It has a larger core of 50-62.5 microns in diameter, allowing multiple light paths to travel concurrently. It is affordable compared to SMF.

The transmission process of Fibre Optic Cables demystified

  • A transmitter that receives electrical signals converts them into light signals.
  • The light pulses represent binary data (0 or 1).
  • The light pulses then travel through the optical fibre.
  • The receiver uses a photodetector to convert the light pulses to electrical signals.
zachsysFibre Optics

Fibre Optics: Unmatched performance for the digital age

Fibre Optic Cabling services: The clear choice for modern networks

We understand the importance of connectivity. Therefore, our services are designed to meet the business needs, irrespective of its size.

From installing a new network to expanding the existing infrastructure, our experienced technicians are ready to assist you in every step of your endeavour.

Our fibre optic cabling services include:

  • Backbone links
  • Fibre patch panels
  • Sub-contract fibre termination
  • Hazardous/IS area links
  • Fibre containment systems
  • Breakdown and fault-finding
  • Fibre Connectivity and provision are provided to other CCTV, access control, network installers and automation companies on a sub-contract basis.

Say goodbye to slow connections and transform your business with cutting-edge Fibre Optic Solutions

From high-tech companies to healthcare facilities, banks, and real estate to retail, fibre optic is essential to scale new heights with reliable data transfer and faster internet connectivity.

Fibre optics is your best bet if you are also eyeing the future.

CONSULTATION
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Schedule a consultation with our Fibre Optic specialist