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Low-Attenuation ITU-T G.652.D Single-Mode Communication Fiber – Full-Spectrum Transmission for Metro, FTTx, and Long-Haul Networks
Winner low-attenuation G.652.D single-mode fiber complies fully with ITU-T G.652.D and IEC 60793-2-50 B1.3 standards, delivering optimized performance across the entire 1260–1625 nm spectrum—including the E-band—with minimal water peak absorption.
High-Speed Single-Mode Bare Optical Fiber for 5G Networks – 250μm Coated, Low Dispersion, Wide Temperature Range (-40°C to +85°C)
Winner high-speed single-mode bare optical fiber delivers ultra-low attenuation and tightly controlled chromatic dispersion for next-generation 5G infrastructure, metro networks, and data center interconnects requiring reliable multi-gigabit transmission.
Bend-Resistant Single-Mode Specialty Fiber at 1310nm – Ultra-Low Microbending Loss for Sensing and Laser Applications
Winner bend-resistant single-mode specialty fiber at 1310 nm features an advanced waveguide structure engineered to suppress both macrobending and microbending losses, making it ideal for space-constrained or mechanically stressed optical systems.
Industrial-Grade 10Gbps Single-Mode Bare Optical Fiber – Wide Temperature Range (-40°C to +85°C), Low Dispersion for Harsh Environments
Winner industrial-grade single-mode bare optical fiber is engineered for mission-critical applications in extreme environments, delivering stable performance from -40°C to +85°C with ultra-low attenuation and controlled chromatic dispersion.
9 Micron Single-Mode Bare Optical Fiber – ITU-T G.652.D/G.654.E/G.655 Compliant for High-Speed Transmission
Winner single-mode bare optical fiber offers precise geometric control and ultra-low attenuation, supporting reliable high-speed data transmission in long-haul, metro, and data center networks.
Low-Dispersion 250 Micron Single-Mode Bare Optical Fiber – ITU-T G.652.D/G.655 Compliant for High-Speed Long-Haul Transmission
Winner low-dispersion single-mode bare optical fiber offers precisely engineered chromatic dispersion characteristics to support high-bit-rate transmission over long distances with minimal signal distortion in telecom, data center, and 5G networks.
250 Micron Single-Mode Bare Optical Fiber Reel – ITU-T G.652.D Compliant, Low Attenuation for 10G/100G/400G Networks
Winner 250-micron single-mode bare optical fiber delivers ultra-low attenuation and exceptional geometric precision for high-speed, long-distance communication across telecom, data center, and industrial networks.
High-Speed OM1 Multimode Bare Optical Fiber – 62.5μm Core, Low Non-Circularity, Bend-Insensitive Design
Winner high-speed OM1 bare multimode optical fiber features a 62.5μm core with precision geometry control, low non-circularity, and bend-insensitive design to ensure reliable signal transmission in legacy and modern structured cabling systems.
50 Micron OM5 Wideband Multimode Optical Fiber Spool – Optimized for SWDM and 100G/400G Transmission
Winner OM5 wideband multimode optical fiber enables cost-effective high-speed transmission using shortwave wavelength division multiplexing (SWDM) across 850–953 nm, supporting 100G/400G applications over extended distances with reduced fiber count.
High-Performance OM4 Multimode Optical Fiber Spool – 50/125 μm, 4700 MHz·km Bandwidth
Winner high-performance OM4 multimode optical fiber delivers industry-leading bandwidth and transmission reach for next-generation data centers and high-speed enterprise networks, supporting 40G/100G up to 150 meters and 400G-SR8 up to 100 meters.
50 Micron OM3 Multimode Optical Fiber Spool – Low Attenuation, Laser-Optimized for 10G/40G/100G Networks
Winner OM3 laser-optimized multimode optical fiber delivers exceptional bandwidth and low attenuation for high-speed networks up to 100 Gb/s over short distances, ideal for modern data centers, enterprise backbones, and campus infrastructure.
OM1 Bare Multimode Optical Fiber Spool 62.5μm Core
OM1 bare multimode optical fiber spool with 62.5μm core diameter, designed for seamless data transmission in telecommunications, enterprise networks and data centers, featuring low attenuation and high signal integrity.