وصلة ربط بصرية من الألياف الضوئية مع G657A1 G652D وضع واحد OM2 OM3 متعدد الأوضاع وسترة LSZH لشبكة إيثرنت
GYXTW كابل ألياف ضوئية مرسوحة ذات وضع واحد من 2 إلى 12 قاعدة فولاذية مع G652D PE للاتصالات LAN
GYXTW optical cable, central tube type (2~12 cores), the tube contains fiber core and grease, plus steel tape armor, and PE outer sheath prevents two reinforced parallel steel wires. Suitable for duct or overhead applications. Tubes contain optical fibers that are color-coded according to a color-coding scheme. Generally speaking, G652D single-mode fiber is more widely used. Application This cable is ideal for in long distance and inter office communication in strong current
معيار صناعي للكابلات الضوئية ذات الكثافة العالية
Product Introduction The 48 Core GYTS cable is a high-capacity, armored outdoor fiber solution designed for the backbone of modern telecommunication grids. It features a Stranded Loose Tube design, which provides the most stable mechanical protection for high fiber counts. Wrapped in a heavy-duty Corrugated Steel Tape (PSP) armor and a high-density PE jacket, this 48-core cable is the ideal choice for operators who need a balance between massive data throughput and extreme
GYTA33 Submarine Fiber Optic Cable 48 96 144 Cores Under Water Optical Fiber Cable
Product Overview The GYTA33 fiber optic cable is designed for critical outdoor networks in rivers, wetlands, and rocky terrains where maximum mechanical protection is required. This double-armored cable combines an aluminum tape layer with heavy-duty galvanized steel wires, providing outstanding resistance to rodent attacks, crushing forces, and long-term water immersion. Its stranded loose tube structure ensures excellent optical performance and stability in the most severe
G652D نوع الألياف الجوية GYFTY كابل الألياف الضوئية 2-144core سترة HDPE غير مدرعة لدعم الذات
GYFTY Cable- Outdoor optical cable for communication with nonmetallic(FRP) reinforced member, loose tube stranding with filler and polyethylene outer sheath. GYFTY Cable Characteristic: 1.Select high-quality optical fiber to ensure excellent transmission performance. 2.Control the excess length of optical fiber to ensure that the optical cable has excellent mechanical characteristics and temperature characteristics. 3.Strict process and raw material control to ensure stable
