About Single Mode Unarmoured Fiber Optic Cable
Single Mode Unarmoured Fiber Optic Cable is outdoor cable available with different fiber counts. It comes in durable structure with sturdy jacket materials to ensure to provide excellent performance in different plant applications like ducts, conduit, etc. It is ideal to be used in data communications, networking and other spaces to ensure maximum efficacy. This is a low smoke, zero halogen and fire-resistant Single Mode Unarmoured Fiber Optic Cable widely used in varied needs.
Low Attenuation and High BandwidthThe cable provides exceptionally low transmission loss, with attenuation values of 0.36 dB/km at 1310 nm and 0.22 dB/km at 1550 nm. This feature ensures optimal signal integrity and high bandwidth, making it suitable for reliable, high-speed networking across expansive distances without signal degradation.
Robust and Flexible ConstructionWith a non-armoured, UV-resistant LSZH or HDPE jacket, this cable is both resilient against environmental stressors and easy to handle. The available tight-buffered or loose tube buffer strengths, combined with its flexibility and lightweight design, facilitate straightforward installation and maintenance in demanding settings.
Versatile Application RangeIdeal for a broad spectrum of uses, the cable supports telecommunication, FTTH, metropolitan networks, broadband internet, and data center connectivity. Its customizable length, core count (148), and compatibility with multiple installation typesdirect, duct, or overheadenhance adaptability for diverse project requirements.
FAQs of Single Mode Unarmoured Fiber Optic Cable:
Q: How is the Single Mode Unarmoured Fiber Optic Cable typically installed?
A: This fiber optic cable is suited for direct, duct, or overhead installation. Its flexible, lightweight form allows for easy handling, while its minimum bending radius ensures safe routing during both installation (20x cable diameter) and operation (10x cable diameter). It is suitable for both indoor and outdoor deployment.
Q: What are the key benefits of using this cable for long-distance data transmission?
A: The main advantages include low signal attenuation (0.36 dB/km @ 1310 nm, 0.22 dB/km @ 1550 nm), high mechanical strength, UV and moisture resistance, and excellent durability. Combined, these qualities ensure stable, high-bandwidth performance over distances, ideal for telecommunications and broadband applications.
Q: Where can this fiber optic cable be effectively used?
A: This cable is ideal for telecommunication networks, Fiber to the Home (FTTH), data center connections, broadband internet, and metropolitan area networks. Its durable, lightweight, and flexible nature also makes it suitable for indoor/outdoor, direct burial, or overhead installations.
Q: What process is involved in maintaining the cables long service life?
A: Thanks to its robust materials (HDPE/LSZH jacket, waterproof design, and step-index silica glass fiber), minimal regular maintenance is required. Periodic inspection for physical damage along the route ensures continued optimal performance, as does following recommended bending radius and tensile force specifications during installation and operation.
Q: What fiber counts and lengths are available for this cable?
A: The cable is customizable in both fiber core count (available in 1, 2, 4, 6, 12, 24, up to 48 cores) and length (common standards are 1 km, 2 km, or specified as needed). This allows flexibility for varying capacity and layout requirements in different networking scenarios.
Q: How does the cable perform under harsh environmental conditions?
A: Designed for resilience, the cable withstands a wide temperature range (-40C to +70C), up to 100% humidity at 60C, and temporary high pulling and crush forces. Its UV-resistant and moisture-proof characteristics help maintain performance even in exposed or challenging environments.
Q: What makes the insulation and jacket materials suitable for networking environments?
A: The cable features a Low Smoke Zero Halogen (LSZH) or HDPE jacket that is both flame retardant and halogen free, reducing fire hazard risks and toxic emissions. This makes it particularly appropriate for installation in public buildings and areas with strict fire safety regulations.