12 cores FTTH drop cable designed and manufactured for indoor|outdoor using. This drop cable consists of a loose tube and water blocking glass strength members for rodent resistance. The indoor|outdoor drop cable is offered in white or black color with Low smoke Zero Halogen (LSZH) and Polyethylene (PE) jackets. Offered with G652D, G655D, G657A1, G657A2, G657B1 with 250um fiber, the indoor|outdoor drop cable could be ensuring low signal loss, long transmission distance, and compatibility with standard FTTH network devices. Ideal for FTTH (Fiber to the Home) last-mile connections, connecting central offices or distribution points directly to residential or commercial buildings.
Loose-Tube 250um FTTH Drop Cable can not only meet the flame retardant requirements of indoor use, but also meet the needs of outdoor use. This fiber drop cable structure is putting 2-24 of 250um bare fibers in a PBT loose tube. And the Kevlar yarn is requested as reinforcement to enhance tensile resistant. Or it could be using glass yarn for rodent resistance. The standard sheath is made of low-smoke, halogen-free, flame-retardant materials. PE jacket is also available to choose.
Fiber Optical Drop Cable has a larger capacity for data transmission with single mode fiber, which allows for faster and more efficient communication compared to traditional copper cables. The 250um bare fiber drop cable with 5.0/6.0 diameters is lightweight and compact, making it easy to install and handle. Also, this optic drop cable has good mechanical properties by using Aramid yarn or glass yarn as a strength member, such as high tensile strength and good resistance to bending and crushing, ensuring its reliability in harsh environments. By using flame retardant LSZH jacket, the fiber drop cable is safty using in indoor|outdoor of the building.
Loose-tube 250um fiber optic drop cable is designed for both indoor and outdoor deployment. 12core fiber drop cable performs reliably in outdoor conditions including overhead installations, conduit runs, and direct burial (when properly protected), while seamlessly transitioning to indoor such as building corridors, equipment rooms, and residential units. The fiber optic drop cable could eliminate the hassle and cost of using separate fiber optic cables for different segments of your FTTH network. No more splicing or adapting between indoor and outdoor fiber optic cables, one kind of fiber drop cable for end to end connectivity.
It features a UV-resistant, water-proof PE outer jacket that protects the fiber core from sun damage, rain, and moisture. This design ensures stable performance even when exposed to harsh outdoor conditions for long periods.
Yes, it supports universal compatibility with most ISP gear. It comes with industry-standard connectors (SC, LC, or FC—varies by model).
It performs reliably in a wide temperature range: -40°C to 70°C. This makes it suitable for cold climates and hot environments without performance drops.
We offers single-mode G652D, G657A1, G657A2, G657B1or ect. and Multimode OM1, OM2, OM3, OM4, OM4.
I’ve used dozens of FTTH drop cables, and this one stands out for its flexibility. It bends easily around corners without kinking, which saves so much time during setup. The connectors also lock securely, so I don’t worry about loose connections later.
Installed this drop cable in a commercial space where we needed multiple fiber runs. No variation in speed or connection quality, highly reliable for business use.
Bought totally 300drum, and it’s been perfect for 3 months. Carries our 10Gbps fiber connection without any signal loss, even when run alongside power cords. Build quality feels tough, not like the flimsy ones I’ve tried before.
This drop cable has held up great outdoors and indoor, we ran it along the side of our house, exposed to rain and sun, and there’s zero degradation in speed. The PE UV-resistant jacket really does its job, which is a huge relief for long term use.
As a telecom technician, I recommend this FTTH drop cable to clients all the time. It meets all industry standards for fiber transmission, and the low insertion loss means consistent speed for end-users. Never had a client complain about it.
