Fire-resistant network cables, with improved specifications to prevent potential human injuries and damages, are utilized to prevent potential damages and human injuries in case of fire. These cables are environmentally friendly and, due to the absence of halogen elements in their structure, prevent the emission of toxic gases and self-ignition during combustion.

Parsian Fiber Communication Company has endeavored to produce fire-resistant network cables that comply with global standards and prioritize safety measures in their production, in accordance with network cable standards.

In fact, such a cable is referred to as one that can withstand a specified temperature (850 degrees Celsius) when exposed to direct flame for a certain period of time.

Therefore, rigorous tests and examinations are conducted in this regard. There are numerous standards such as IEC, BS, VDE, EN, etc., among which the most important is the IEC standard. These standards focus on examining the construction, operation, and testing procedures of these cables.

In selecting a cable, the most important point is the compatibility of the structure and characteristics of its components with the intended use and expected conditions.

The primary expectation from these cables is to maintain communication integrity during a fire outbreak.
Another crucial requirement for these cables is their reliability in exchanging signals between devices and equipment. Environmental noise factors such as proximity to power cables, magnetic fields, and their effects on the passing signals may potentially disrupt the cable’s performance.

In these conditions, it is essential that the electrical performance of the cable remains unaffected. To achieve this, all fire-resistant network cables produced are classified into three classes: CAT5e, CAT6, and CAT6A, according to electrical standards such as IEEE 10/100/1000 and TIA 568 B-C2.