₹17 per meter (premium pricing reflecting advanced bend-insensitive G.657A2 fiber and compact design, suitable for high-performance indoor applications in commercial settings).
Specifications
Fiber Type: Single-mode, G.657A2 standard
G.657A2 is an advanced bend-insensitive single-mode fiber, offering improved performance over G.657A1 (used in Paramount’s cable) with an even lower bend radius.
Supports 1310nm and 1550nm wavelengths, ideal for high-speed data transmission in indoor enterprise networks.
Attenuation: 0.33 dB/km at 1310nm
Lowest attenuation among the compared cables (Transoptic: 0.35 dB/km, Paramount: 0.34 dB/km, Aks: 0.35 dB/km), ensuring superior signal quality for indoor applications.
Bend-Insensitivity: Ultra-low bend radius of 7.5mm
Allows for extremely tight bends without signal loss, making it perfect for complex indoor installations with constrained spaces or sharp corners.
Jacket: Not specified (typically flame-retardant, UV-resistant for indoor cables)
Likely designed with a flame-retardant sheath to meet safety standards for indoor commercial environments.
Tensile Strength: 1000N (Newtons)
Matches Transoptic’s tensile strength, sufficient for indoor installations but lower than Paramount (1200N) and Aks (1500N), reflecting its focus on flexibility over ruggedness.
Diameter: 5mm
Slimmest among compared cables (Transoptic: 6mm, Paramount: ~6-7mm, Aks: ~8-10mm), enhancing ease of installation in tight conduits or cable trays.
Fiber Count: 2 fibers (2f)
Supports duplex communication or redundancy, ideal for connecting floors or rooms in commercial buildings.
Best For
Indoor Applications Like Connecting Floors in a Commercial Building
Optimized for multi-floor commercial environments, such as offices, malls, or hospitals, where cables must navigate tight spaces, corners, or vertical risers.
Ideal for indoor FTTO (Fiber to the Office) or enterprise LANs, delivering high-speed connectivity for business-critical applications.
Suited for urban commercial hubs in India, where compact, high-performance cabling is essential for modern infrastructure.
Ultra-Low Bend Radius: The G.657A2 fiber’s 7.5mm bend radius (tighter than Paramount’s 10mm G.657A1) ensures reliable performance in compact indoor setups with complex routing.
Lowest Attenuation: At 0.33 dB/km, it offers the best signal quality among compared cables, minimizing loss in high-bandwidth applications like video conferencing or cloud computing.
Compact Design: The 5mm diameter is the slimmest, making it easy to install in crowded cable trays, conduits, or vertical risers in commercial buildings.
High Flexibility: The combination of bend-insensitivity and slim design simplifies installation in tight spaces, reducing labor time and costs.
Reliability for Indoor Needs: Tailored for indoor commercial environments, it supports high-speed, low-latency connectivity for modern enterprise networks.
Safety Compliance: Likely equipped with a flame-retardant jacket (standard for indoor cables), ensuring compliance with fire safety regulations in commercial buildings.
Applications
Multi-Floor Connectivity: Perfect for linking floors in commercial buildings, supporting high-speed data transfer for servers, workstations, and IP phones.
Enterprise LANs: Ideal for local area networks in offices, enabling seamless connectivity for cloud services, VoIP, and data sharing.
Smart Building Infrastructure: Supports IoT devices, security systems, and building management systems requiring stable, high-bandwidth connections.
Indoor FTTO Deployments: Facilitates last-mile fiber connectivity within commercial complexes or multi-tenant buildings.
Comparison with Transoptic, Paramount, and Aks Cables
Fiber Standard: Optronix’s G.657A2 is the most advanced, with a 7.5mm bend radius, surpassing Paramount’s G.657A1 (10mm) and Transoptic/Aks’s G.652D (standard, not bend-insensitive).
Attenuation: Optronix’s 0.33 dB/km is the lowest (vs. Paramount: 0.34 dB/km, Transoptic/Aks: 0.35 dB/km), offering the best signal quality.
Tensile Strength: Optronix’s 1000N matches Transoptic but is lower than Paramount (1200N) and Aks (1500N), as it prioritizes flexibility over ruggedness.
Protection: Optronix likely uses a flame-retardant jacket for indoor safety, unlike Aks’s armored, water-resistant jacket (outdoor), Paramount’s rodent-proof jacket (urban offices), or Transoptic’s UV-resistant jacket (urban FTTH).
Diameter: Optronix’s 5mm is the slimmest, compared to Transoptic (6mm), Paramount (~6-7mm), and Aks (~8-10mm), ideal for tight indoor spaces.
Price: Optronix is the most expensive at ₹17/m (vs. Paramount: ₹16/m, Transoptic: ₹15/m, Aks: ₹6.9/m), reflecting its advanced G.657A2 fiber and compact design.
Use Case: Optronix excels in indoor commercial buildings, Paramount in small urban offices, Transoptic in urban FTTH, and Aks in rural outdoor connections.
Additional Considerations
Compliance: Meets ITU-T G.657A2 standards, ensuring compatibility with modern optical equipment and enterprise-grade networks.
Environmental Suitability: Designed for controlled indoor environments, with likely flame-retardant properties to meet commercial building safety codes.
Scalability: Supports high-bandwidth applications and future network upgrades, accommodating growing data demands in commercial settings.
Installation Ease: The slim 5mm diameter and ultra-low bend radius simplify installation in tight spaces, reducing complexity in multi-floor setups.
