FutureGuide®-HSC-125ITU-T G.654.E (Extremely reduced attenuation and Optimized MFD (effective area) ) FutureGuide®HSC-125 has extremely reduced attenuation which enables to obtain more network-designing margin, thus allowing many advantages such as advanced modulation format, extension of network spans, improvement of OSNR gain etc. Another noteworthy feature of FutureGuide®HSC-125 is specially optimized MFD (Effective area) which suppresses signal degradation owing to reduced power density in a fiber core. As the combination of the above features, FutureGuide®-HSC-125 will provide various benefits for terrestrial long-haul networks represented by digital coherent transmission, such as higher transmission capacity, network system design flexibility and cost effective implementation. Contact us here for inquiries. contact us Features Characteristics Features Significantly reduced attenuation increases network margins, enabling advanced modulation formats, extended network spans and OSNR gains. Optimized MFD (effective area) according to ITU-T G.654.E reduces power density in the fiber core and suppresses signal degradation. Characteristics Parameters Unit FutureGuide®-HSC-125 Attenuation at 1550nm dB/km ≤0.17 Attenuation at 1625nm dB/km ≤0.20 Mode Field Diameter at 1550nm µm 12.3±0.5 Effective area (Aeff) µm2 125 (Typical) Macrobending R=30mm, 100 turns at 1625nm dB ≤0.1 Cable Cut-off Wavelength nm ≤1520 Chromatic Dispersion at 1550nm ps/(nm·km) ≤23 Chromatic Dispersion at 1625nm ps/(nm·km) ≤26 Dispersion Slope at 1550nm ps/(nm2·km) ≤0.070 Uncabled fiber PMD coefficient (Free Tension Condition) ps/√km ≤0.1 Link design value PMDQ ps/√km ≤0.04 Proof Level GPa ≥0.7 * All the data above are the characteristics of the optical fiber. Please contact us for the specification of optical cords and cables. Contact us here for inquiries. contact us
