GJYXFCH FTTH Drop Cable: Complete Guide to Specifications, Materials & Installation
As the backbone of fiber-to-the-home (FTTH) networks, GJYXFCH drop cables play a pivotal role in delivering high-speed broadband to end-users. GJYXFCH FTTH drop cable is a preferred solution for last-mile fiber deployments where reliability, ease of installation, and cost control matter most. Designed with durable materials and stable optical performance, this indoor FTTH drop cable helps operators and contractors reduce installation time, minimize maintenance, and achieve long-term network stability. For procurement teams seeking a dependable, standards-compliant fiber solution, GJYXFCH drop cable delivers consistent quality at a competitive total cost of ownership.
GJYXFCH cables are defined by their precise technical parameters that ensure reliable signal transmission. Typically featuring a 2.0×5.0mm cross-section (±0.2mm tolerance), they support 1-12 fiber cores with single-mode options including G.652.D and bend-insensitive G.657.A1/A2 fibers . The optical performance is exceptional: attenuation ≤0.4dB/km at 1310nm and ≤0.3dB/km at 1550nm, with a cable cut-off wavelength ≤1260nm . Mechanically, they withstand short-term tensile strength of 600N and long-term 300N, with crush resistance up to 2200N/100mm—critical for outdoor deployment . Operating temperature ranges from -60℃ to +70℃, enabling performance in extreme climates . All specifications comply with international standards including IEC 60794, ISO, and CE.
The durability of GJYXFCH cables stems from premium materials. The outer sheath uses low-smoke zero-halogen (LSZH) plastic, which is flame-retardant, UV-resistant, and environmentally friendly . Two parallel phosphated steel wires act as strength members, providing structural integrity without adding excessive weight (cable weight is approximately 20kg/km) . For indoor variants, FRP (fiber-reinforced plastic) rods replace steel for non-conductive safety . These materials undergo strict quality control—JERA LINE, for example, uses ISO 9001:2015-compliant raw materials processed in its dedicated plastic molding workshop.
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Installation Best Practices
Efficient installation is key to maximizing GJYXFCH performance. The cable’s self-supporting design allows aerial deployment via poles or walls, with a minimum bending radius of 20mm (static) and 40mm (dynamic) . For midspan termination, use compatible splice closures with IP67 sealing to protect connections from moisture. Pre-terminated patch cords (SC/APC or SC/UPC) from JERA LINE simplify installation, reducing on-site labor time. Ensure proper slack storage and use manufacturer-approved clamps—JERA LINE’s complementary steel clamps and brackets enhance stability . Avoid over-tensioning during installation and use laser-marked components for easy identification.
Why Choose JERA LINE for GJYXFCH Cables?
Chinese manufacturer JERA LINE is a trusted partner for global FTTH projects, offering end-to-end solutions backed by extensive production capabilities. With 12 specialized workshops (including fiber optic cable extrusion, CNC machining, and product assembly), they control the entire manufacturing process—from mold design to final testing . Their cables undergo rigorous testing: temperature cycling, mechanical impact, and fiber reflection tests ensure reliability . JERA LINE provides customization (sheath color, fiber count, connectors) and cost-effective OEM/ODM services, with competitive pricing as a direct factory . Certified to ISO, CE, and CPR standards, their products have been deployed successfully in Eastern Europe, Africa, and beyond—supporting grid modernization in countries like Poland and Ukraine . Fast delivery (3-5 days for stock, 15-20 days for custom orders) and free sample provision further enhance their value proposition.
For FTTH projects demanding quality, compliance, and cost-efficiency, GJYXFCH cables from JERA LINE deliver unmatched performance. Their combination of technical excellence, robust materials, and professional support makes them the ideal choice for reliable last-mile connectivity.
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