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Conventional Cables

A wide range of coaxial cables (approximately Ø 6.5 mm-7 mm) typically used in traditional telecommunications infrastructures.
Tightest coaxial cable: The case driven by the Digital Dividend sets some minimum requirements for the rejection of interfering signals (new LTE / 4G mobile phone services). Therefore, the shielding of these cables is particularly relevant for the final quality of the installation, without forgetting about attenuation.
Protecting people is excluded from liability: therefore our cables meet CPR requirements (Euroclass B2ca - Fca).

Loose tube Microduct Cable
Conventional Cables

Loose tube Microduct Cable

Double Sheathed, Single Armored Fiber Optic Cable
Conventional Cables

Double Sheathed, Single Armored Fiber Optic Cable

Single Jacket - Single Armor Optical Fiber Cable
Conventional Cables

Single Jacket - Single Armor Optical Fiber Cable

Standart Ribbon Slot Cable
Conventional Cables

Standart Ribbon Slot Cable

Product Categories

WTC
Underwater cables were developed as an alternative to metal conductors for transmission in fiber optic communication systems. The rapid and major change in voice, data and image communications has increased the demand for more economical, high qualit

Submarine
Used in lake or river crossing industrial applications. It is used in outdoor applications and is specially designed to protect the optical fiber from unexpected mechanical or environmental factors.

ADSS
Loose tube design (All Dielectric Self-Supported (ADSS)) It works flawlessly even in the most difficult environmental and electrical conditions. It is designed to provide uninterrupted service even on extra high voltage lines. Qualification and accep

OPGW
OPGW is a type of fiber optic cable used in high voltage lines. It has high resistance to wind, ice load and pull forces. OPGW cable has two functions. In the first one, it acts like a normal earth wire and protects the line against lightning effects

Conventional Cables
A wide range of coaxial cables (approximately Ø 6.5 mm-7 mm) typically used in traditional telecommunications infrastructures. Tightest coaxial cable: The case driven by the Digital Dividend sets some minimum requirements for the rejection of