Applications

• LC-LC interface device interconnection in single-mode communication scenarios, meeting 1310nm/1550nm dual-wavelength long-distance transmission requirements, suitable for precision cabling scenarios such as data centers and enterprise server rooms with high requirements on signal transmission stability

• Systems such as long-distance communications and campus networks with strict fiber attenuation and return loss control, especially suited to cabling scenarios with low smoke zero halogen (LSZH) requirements

• Scenarios such as carrier-grade device interconnection and backbone transmission with high requirements on fiber performance and mechanical strength

Standards

• Uses Corning G.657.A1 fiber, complying with the single-mode fiber industry standard
• The low smoke zero halogen (LSZH) outer jacket complies with relevant flame-retardant and environmental specifications

Features

• LC-LC connector design with UPC-UPC polish for simplex single-mode interconnection, meeting the high-stability transmission requirements of LC-interface devices

• Uses Corning G.657.A1 OS2 9/125μm single-mode fiber, supporting 1310nm/1550nm dual-wavelength transmission with attenuation ≤0.36dB/km at 1310nm and ≤0.22dB/km at 1550nm, ensuring long-distance signal quality

• Low smoke zero halogen (LSZH) outer jacket with cable inner/outer diameter 7.0/2.0mm, minimum bend radius 20D dynamic / 10D static, suitable for general cabling environments; armored branch length 0.03/0.34m at the A/B ends for enhanced mechanical protection

• Insertion loss ≤0.3dB and return loss ≥50dB, providing excellent signal transmission accuracy and stability

• Reliable mechanical performance with tensile strength 400N long-term / 200N short-term and crush resistance 1100N long-term / 2200N short-term, adapting to a wide temperature range (operating -20~70°C, storage -40~80°C)

Structural Specifications

Delivery Length

Custom lengths are available based on actual device interconnection distances, covering a variety of application scenarios from short-distance to long-distance.