Fiber Optic Cable

Spiktel dominates to only quality products. Since the adventutre of fiber optics spiktel has led the way with innovative cable technologies that deliver exceptional solutions for our customers. Our manufacturing facilities for our cable products include various designs like ADSS, Indoor , Loose tube , OPGW and various Composite designs. Spiktel is hiring a team of highly experienced engineers who carefully analyze each customer’s application, then customize products to best fit those needs. Spiktel resources are available for on-site training and installation oversight to ensure your cable functions reliably for many years to come. Spiktel used to perform various tests for their manufactured cables like Maximum Installation Load Test, Impact Test, Compression test, Repeated bending Test, Cable Bend Test, Temperature cycling Test, Water Penetration Test etc. to ensure the supply of best product in market.

The company is ISO 9001- 2008 certified by UKAS for our guaranteed quality products.

All-Dielectric Self-Supporting (ADSS) Cables

ADSS has a long history of successful installations in a variety of challenging climates. This aerial fiber optic cable contains no metallic components nor does it require support elements or earth bonding when installed. This results in improved safety and simplified installations for high and medium voltage transmission line circuits with span lengths from a few hundred feet to several thousand feet.

Indoor Cables

Indoor cables are manufactured in tight buffered solutions for in-building network installations with strict building code requirements and in high performance applications where connectivity is absolutely essential. Spiktel offers various options such as armored tight buffered, tight buffered indoor and outdoor, sub-unitized premise MicroCore and hybrid fiber/copper.

Loose Tube Cables

Loose tube is a commonly used for aerial lashed and direct bury installations. IN this we offer various constructions like Duct , Unarmored, Armored, Micro cables. The abrasion-resistant sheath material and robust construction make it ideal for conduit pulls between buildings. For those applications requiring a more robust design whereby the cable can withstand harsh chemical exposure or extreme temperatures. Spiktel’s loose tube cable is available in armored and non-armored configurations with various outer jackets to withstand a range of environmental conditions, We have an option to meet your special environmental requirements.

Optical Ground Wire (OPGW)

OPGW runs between high-voltage transmission towers, and optical fibers within the cable are used to transmit data for the purposes of protection, control and/or voice communication. Spiktel is the global leader in OPGW capacity and product diversity and also offers a complete line of attachment hardware for the installation of OPGW, including dead ends, suspensions, splice enclosures and others

Composite Cables

Spiktel’s specialty fiber optic cables for their customized deigns like Fiber with Power cables and Fiber with data cables etc. We offer a perfect solution in high pressure and high temperature applications such as subsea and refineries. We manufactures umbilical component, high temperature downhole and LSZH sensing cables which are available in non-armored, single-armored, harsh environment and high fiber count/density configurations. All of our cable products are made to order to your specifications. With proven reliability, an exceptional product and industry know-how, spiktel is the right choice for your fiber optic cable needs.

This cable is made from extruded glass optical fibre and can transmit a vast amount of information along its glass core offering far greater speed and information carrying capacity (bandwidth) over traditional copper systems. Fibre optic cable and equipment is now replacing copper cable and equipment as a means of communication and signal transmission, spanning long distances between local telephone exchanges and providing a backbone for many network systems. In its simplest form a fibre optic system will consist of a transmitter (produces and encodes the light signals), optical fibre (conducts the light signals over a distance), optical repeater (may be required to re boost the signal over longer distances), and a receiver (receives and decodes the light signals).

Fibre-optics use light pulses to transmit information down fibre cable cores instead of using electronic pulses to transmit information down copper wires.
At one end of the optical system is a transmitter. This is the place of origin for information coming into the optical fibre network. The transmitter accepts coded electronic pulse information as signals and then processes and translates that information into equivalently coded light pulses. A light-emitting diode (LED) or an injection-laser diode (ILD) can be used for generating the light pulses. Using a lens, the light pulses are funnelled into the fibre-optic cable where they transmit themselves down the line.
Light pulses move easily down the optical fibre core due to a principle known as total internal reflection. This principle of total internal reflection states that when the angle of incidence exceeds a critical value, light cannot get out of the glass; instead, the light bounces back in. When this principle is applied to the construction of the fibre-optic strand, it is possible to transmit information down fibre cores in the form of light pulses.
At the other end of the optical system the signal that has been transmitted the length of the fibre optic cable run reaches the receiver which then translates the information back to electronic pulses.At the other end of the optical system the signal that has been transmitted the length of the fibre optic cable run reaches the receiver which then translates the information back to electronic pulses.

Speed:Fibre cable networks operate at high speeds - up into the gigabits.
Bandwidth: Fibre cable systems have a large information carrying capacity.
Distance: Signals can be transmitted via fibre cable further without needing to be "refreshed" or strengthened.
Resistance: Fibre cable systems provide greater resistance to electromagnetic interferences such as radios, motors or other nearby cables.
Maintenance: Fibre optic cable costs much less to maintain.
Higher carrying capacity: Because optical fibres are thinner than copper wires, more fibres can be bundled into a given-diameter fibre cable than copper cable.
Non-flammable: Because no electricity is passed through fibre cable there is no fire hazard