The 9/125um OS2 single mode bend insensitive fiber optic cable has lower attenuation when bent or twisted compared with traditional optical fiber cables. This makes the installation and maintenance of the fiber optic cables much more efficient. It's 2.0mm diameter jacket makes it so that you can also save more space for your high density cabling in data centers, enterprise networks, telecom room, server farms, cloud storage networks, and any places fiber patch cables are needed. Next generation OS2 technology allows for higher transfer speeds and lower data transfer loss than its OS1 relative, making it ideal for today's data-driven world. This LC to LC SM Fiber Cable by is made with a PVC Jacket, making it Flame and Oil resistant. This fiber optic cable is ideal for connecting 1G/10G/40G/100G/400G Ethernet connections. It can transport data for up to 10km at 1310nm, or up to 40km at 1550nm. All of fiber cables are fully tested with 3D Interferometer testing, insertion loss and return loss testing, and connector face inspection for imperfections.
Singlemode fiber optic cables are IEC-61754 and EIA/TIA 604-2 compliant for usage in high speed cabling networks. Your network will be lightning fast, without any lag time between devices.
A investment in your network. With Single mode LCLC fiber, you will be able to enjoy the peace of mind that comes with knowing your singlemode lc to lc fiber patch cables will not fail you when you need them most.
Singlemode lc lc, OS2 bend-insensitive jacket adds a layer of glass around the core results in a lower index of refraction. This allows for small bending radiuses without significant light loss.
Zirconia Ferrules ensure perfect alignment of the fiber after connection to prevent signal loss. 's single mode fiber's flexible jacket designed specifically to make installation a breeze.
We are proud of our ISO 9001-2001 manufacturing facilities that assure consistent quality. Not only do we use the best materials to build all of our cable products, but from polishing paper to epoxy.
