Indoor Fiber Optic Cable-Products-Bynet

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Tight Buffered Fiber

The tight buffered fiber is made by coating a layer of cushioning materials which is PVC, LSZH, PA, TPU, Hytrel etc. on the surface of the discrete fiber. Bynet Tight Buffered Fiber is a high-quality indoor fiber optic cable designed for reliable data transmission in patch cords, pigtails, and intra-building cabling. Its 900µm tight-buffered design provides excellent mechanical protection, flexibility, and ease of handling. The fiber is suitable for both simplex and duplex configurations and complies with international standards, ensuring high performance and low signal attenuation.

Simplex Optical Fiber Cable

Bynet Simplex Optical Fiber Cable is a high-performance indoor fiber optic cable designed for single-fiber applications. It features a 900µm tight-buffered design that ensures mechanical protection, easy termination, and reliable signal transmission. The cable is filled with aramid yarn as the strength member, the jacket is made of PVC or LSZH materials. Ideal for patch cords, pigtails, and indoor backbone cabling, it delivers low attenuation, high flexibility, and durability, making it perfect for data centers, LANs, and FTTx networks.

Duplex Optical Fiber Cable

Bynet Duplex optical cable is made by two tight buffered fibers as the basic unit, aramid yarn as the strength member, and PVC or LSZH material as the jacket. Bynet Duplex Optical Fiber Cable is an indoor fiber optic solution designed for high-speed and reliable data transmission in network backbones, data centers, and enterprise LANs. With a two-fiber (duplex) construction, it supports simultaneous bidirectional communication, ensuring efficient and stable connections. Its robust design provides excellent mechanical protection while remaining flexible and easy to route.

Invisible Optical Cable

Bynet Invisible optical cable is made by coating a layer of transparent materials which is PA12 or TPU with high hardness and high bending resistance features. Bynet Invisible Optical Cable is a cutting-edge indoor fiber optic solution designed for installations where aesthetic concealment is critical. Its near-transparent outer jacket allows the cable to blend seamlessly with walls, ceilings, or other surfaces, making it ideal for residential, commercial, and office environments. Despite its subtle appearance, the cable maintains high-performance optical transmission and mechanical durability.

Multi-beam Integrated Optical Cable

Bynet Multi-beam Integrated Optical Cable is an advanced indoor fiber solution designed to consolidate multiple optical signals into a single compact cable. This integrated design allows for high-density network deployment while maintaining excellent optical performance. The cable is suitable for data centers, enterprise networks, and modern building backbone installations, offering both reliability and ease of management. 1 to 24 core cable available; Multi-beam integrated cable is composed of multiple micro-beam tubes;

Flexible Steel Tube Armored Cable

Flexible steel tube armored cable takes the discrete fiber as the basic unit, aramid yarn as the strength member, armored tube as the metal anti-side pressure element, LSZH as the out jacket material. Bynet Flexible Steel Tube Armored Cable is a rugged indoor fiber optic cable designed for environments requiring both mechanical protection and installation flexibility. The steel tube armor safeguards the optical fibers against crushing, impact, and rodents, while the cable remains highly flexible for routing through conduits, ceilings, and walls. It is ideal for indoor backbone cabling in data centers, commercial buildings, and industrial facilities.

Wireless Radio Frequency Drawing Unit Optical Cable

Its basic unit is the 2.0mm simplex cables which are stranded with the filling cord, and the out jacket is made of LSZH material. Bynet Wireless Radio Frequency (RF) Drawing Unit Optical Cable is a specialized indoor fiber optic cable engineered for wireless communication networks. It is designed to integrate seamlessly with RF drawing units, providing high-speed and low-loss signal transmission in environments where wireless signals are distributed over optical fibers. Its durable yet lightweight construction ensures easy installation in telecom rooms, antenna hubs, and indoor wireless systems.

Breakout Optical Cable

The simplex cable is the basic unit, non-metallic material is the strength member, the sheath is made of PVC or LSZH. The single cable units are stranded around the non-metallic strength member. Bynet Breakout Optical Cable is a high-performance indoor fiber optic cable designed for applications requiring individual fiber protection and simple deployment. Each fiber within the cable is individually jacketed, providing superior mechanical durability and simplifying termination without the need for additional breakout kits. This cable is ideal for patch panels, horizontal cabling, and indoor backbone networks where ease of installation and robust performance are essential.

Distribution Cable

The multiple tight buffered fibers are the basic unit, aramid yarn is its strength member, PVC or LSZH is the sheath material. (2-24 cores). Branched distribution cable is composed of multi-core sub-unit(single tube distribution cable),KFRP/GFRP central strength member, PVC/LSZH out sheath. The single tube distribution cables are stranded around the central strength member.(above 24 cores)

Mini Cable

For 1-32 core mini cable, the discrete fiber is the basic unit, aramid yarn is the strength member, PVC or LSZH is the out sheath material. Branched mini cable is composed of multi-core sub-unit(single tube mini cable), KFRP/GFRP central strength member, PVC/LSZH out sheath. The single tube mini cables are stranded around the central strength member.

Fiber Ribbon Optical Cable

It takes the fiber ribbon as the basic unit, aramid yarn as the strength member and PVC o LSZH as the jacket. The Bynet Fiber Ribbon Optical Cable is engineered for high-density indoor optical network environments, providing exceptional bandwidth and simplified mass fusion splicing. Its flat ribbon structure groups multiple fibers into organized arrays, significantly improving installation efficiency in data centers, central offices, and building backbone systems. This cable ensures stable optical transmission with outstanding reliability and reduced space requirements.

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