Products
Cat6 Shielded Patch Cable Manufacturer - 2-Core Outdoor Single-Mode Duplex DLC-DLC Fiber Optic Patch Cable Branch - AIXTON
We are happy to answer any questions, please send us your inquiries and orders.
product detail
Details: The fiber optic patch cable to the remote base station antenna consists of duplex LC with a matte outer jacket to withstand harsh environmental conditions when used outdoors. It features a round duplex long-range transmission cable (aramid fibers that block water and an opaque, UV-resistant jacket), sometimes with a pull-out design. Its open LC baffle allows easy access to the SFP module for single-path BBU to RRU. Features: 1. Standard duplex LC connector, compatible with standard LC adapters. 2. Single-mode and multi-mode options available. 3. IP67 protection: salt spray, moisture, and dust resistant. Low insertion/return loss, consistent optical transmission. 4. Lightweight, waterproof, dustproof, and moisture-proof with a durable metal housing. Applications: FTTH. Parameters Fiber Count Cable Dimension mm Cable Weight kg/km Tensile Strength N/100 mm Min. Bending Radius mm Temperature Range Long Term Short Term Long Term Short Term Dynamic Static 2 7.0 42.3 200 400 1100 2200 20D 10D -30-+70 4 7.0 42.3 200 400 1100 2200 20D 10D -30-+70 8 7.0 42.3 200 400 1100 2200 20D 10D -30-+70 Note: 1. All values in the table, which are for reference only, are subject to change without notice; 2. The dimension and weight of the cable are subject to the simplex cable of 2.0 outer diameter or 0.9 mm of adjusted damping. 3. D is the outer diameter of the round cable. 1. A single-mode fiber core cladding buffer. Item Unit Specification Attenuation dB/km 1310nm≤0.4 1550nm≤0.3 Dispersion Ps/nm.km 1285~1330nm≤3.5 1550nm≤18.0 Zero dispersion wavelength Nm 1300~1324 Zero dispersion slope Ps/nm.km ≤0.095 Fiber cutoff wavelength Nm ≤1260 Modal field diameter Um 9.2±0.5 Modal field concentricity Um = 50db Fiber Mode Single Mode 9/125 Operating Wavelength 1310nm, 1550nm Test Wavelength 1310nm, 1550nm Repeatability