
Single-mode SC/PC pigtail, 0.9 mm coating, 2 m length, set of 12 colors

Single-mode SC/APC pigtail, 0.9mm coating, 2m length, set of 12 colors.

Fiber optic cable storage frame 600x600x100mm

Cable supply rack 800x600x100mm

Indoor outlet, OUT-4 4xSC/APC with single-mode cable in CPR: B2ca

Wall Outlet allows mounting of 4xSC simplex/LC duplex

Empty subscriber socket, allows installation of 2xSC simplex/LC duplex

Repair closure for DAC cable

144J Fiber Optic Splice Closure equipped with 4 round ports

96J fiber optic coupler equipped with 4 round ports

48J Fiber Optic Splice Closure equipped with 3 round ports

19″ 1U Fiber Optic Distribution Panel, 24x SC simplex/LC duplex, Equipped
Fiber Optic Cables are a modern solution for data transmission in LAN, WAN, and other telecommunication installations. Thanks to their unique properties, fiber optics have become a key element of internet infrastructure, enabling fast data transfer over long distances with minimal signal loss. Fiber optic cables are made of glass fibers, allowing the transmission of light pulses, effectively eliminating electromagnetic interference and crosstalk. Fiber optic cables consist of one or several thin fibers, surrounded by protective layers, ensuring high resistance to mechanical damage. Fiber optics enable data transmission at very high speeds, even up to terabits per second, making them an ideal choice for applications requiring high bandwidth, such as HD video transmissions, large file transfers, and the development of 5G networks.
As one of the few manufacturers in the world, we control the entire production process, from the creation of the fiber to the moment the cable comes off the production line. The most advanced production lines in Haaksbergen (Netherlands) and Rawicz (Poland) ensure excellent quality and reliability of the cables, confirmed by numerous certificates from the Institute of Telecommunications and OrangeLabs.
We manufacture cables based on the advanced G657.A1 fiber, which features a reduced bending radius, low attenuation, and high resistance to bending. It is fully compatible with G.652.D fibers, making it ideal for modern FTTH installations and other applications within fiber optic infrastructure.