RKTPL offers a wide range of optical fibres for a variety of applications in telecommunication networks. RKTPL range of optical fibres delivers superior performance and are ready for long haul to Fibre To The Home network.RKTPL offers Low Water Peak Bend Improved Single-Mode Optical Fiber with better performance in optical transmission systems operating over any part of the entire wavelength range from 1260 nm to 1625 nm compared with conventional single-mode fiber and fully compatible with ITU T.G652D & ITU T.G67A1 ideal for use in backhaul, metropolitan, and FTTX networks.
Low Water Peak Single Mode Optical Fibre [ITU T.G652D]
RKTPL offers Single Mode Optical Fibres compatible with ITU T .652 C & D for high bandwidth, long distance transmission on access, metro and FTTx applications. These Fibres are operated in the whole wavelength region from 1260nm to 1625nm offering very low attenuation at water peak region. RKTPL single-mode fibres offers very low and stable attenuation and polarization mode dispersion (PMD), as well as tight geometry tolerances for low-loss connections and splices
Low Water Peak Single Mode Optical Fibre [ITU T G.657A1]
Low Water Peak Bend Improved Single-Mode Optical Fiber has better performance in optical transmission systems operating over any part of the entire wavelength range from 1260 nm to 1625 nm compared with conventional single-mode fiber. This Fibre is fully compatible with ITU T.G652D & ITU T.G67A1 which is ideally designed for use in backhaul, metropolitan, and FTTX networks. This Fiber intermixes seamlessly with the installed base of single-mode fibers with a nominal mode field diameter of 9.2μm, which enables seamless splicing, testing, and faster network turn-up.
NZDS Single Mode Optical Fibre
Low Water Peak (LWP) Fibers [ITU T G.655]
Low Water Peak (LWP) Fibre is a nonzero dispersion fibre (NZDF) designed to accommodate today's lower channel counts and tomorrow's full-band capabilities in metropolitan, regional, and long haul optical transmission. With its optimized dispersion values and dispersion slope, which reduce the need for complex and expensive dispersion compensation, it enables the lowest total systems cost for both single and DWDM channels for erbium doped fibre amplified (EDFA) networks.
REACH Fibers [ITU T G.656]
REACH fibre provides maximum performance for today's optically amplified systems over longer distances and with higher capacity. Optimized for Raman amplification, the fibre minimizes the need for complex dispersion and dispersion slope compensators and additional amplification. With fully matched dispersion compensation modules available in the C-, L-, and S-bands, REACH fibre enables the highest performance and minimal system cost for 10 and 40 Gb/s transmission systems.
LA Low Water Peak (LWP) Fibers [ITU T G.655]
LA LWP Fiber offers low dispersion values and an effective area of 72 μm2 to accommodate today's lower channel count 10 G networks. It is an excellent choice for the extension of networks containing other large area G.655 fibers.
62.5 μm graded index OM1
62.5 μm OM1 Multimode Fibres best suited in data communications where high reliability, high data capacity and ease of connectivity are required. With its robust and easy to connectorize, 62.5 μm Fiber promotes ease of installation even under the most stringent conditions. Fibers are protected with Flex-10 Coating, a dual-layered acrylate coating system that provides the industry's best protection against water, temperature and humidity extremes, yet still strips cleanly and easily.
50 μm graded index OM2
50 μm OM2 fiber is Bend-Insensitive, providing significantly lower macrobend loss at bends down to 7.5 mm radius, compared to conventional 50/125 fiber. Fibers are protected with Flex-10 Coating, a dual-layered acrylate coating system that provides the industry's best protection against water, temperature and humidity extremes, yet still strips cleanly and easily.
Flex Fibre (OM3/OM4)
FLEX Fiber is a 50 micron laser-optimized multimode fiber design to enhance fiber management in data centers, high performance computing and enterprise LANs.FLEX Fiber offers extremely low bending loss at both the 850 and 1300 nm operating windows, while maintaining excellent long term fiber strength and reliability. The fiber can be installed in loops as small as 7.5 mm radius with less than 0.2 dB bending loss at 850 nm and 0.5 dB at 1300 nm.
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