Sinyal ve Kontrol Kabloları
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Çinko / Zn
Kurşun / Pb
Optik Fiberler
FutureGuide®-SR15E-200 NEW ITU-T G.657.A1 (+ 200µm Coating Diameter)
Ürün Kodu RATM4G
Optical fiber networks in urban areas demand more effective utilization of available space by installing high density and more fiber-count cables underground. Especially, such demand is increasing in access network. Employing our innovative fiber coating technology in FutureGuide®-SR15E we launch a new ITU-T G.657.A1 fiber with 200μm coating diameter named FutureGuide®-SR15E-200. The fiber has drastically reduced coating diameter, while keeping microbend characteristics equivalent to conventional fibers. The 200μm coating diameter with tolerable microbend performance allows around 40% reduction of cable cross-section area. This new fiber strongly contributes to not only more effective utilization of available space but also saves costs of manufacture, transportation and installation of cables.
- Reduced coating diameter down to 200μm with tolerable microbend performance
- Improved macrobend performance complying with ITU-T G.657.A1
- 12 fiber mass fusion splicing
- Zero(low)-water peak attenuation complying with ITU-T G.652.D
Specifications
FTTH (Fiber to the Home) is the hottest topic in Today's telecommunication industry. For compact storage in tight space of a building, Fujikura has developed FutureGuide®-SR15E, allowing smaller fiber bending radius compared to the standard G652 fiber without reducing the signal. FutureGuide®-SR15E is suitable for aerial drop cable, indoor cable, patch cord or any FTTx application cable.
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Multi Mode Fiber with 62.5µm of Core Diameter Short-Reach Optical Transmission for LAN in Offices and Premises
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Multi Mode Fiber with 50µm of Core Diameter (OM-3) For 10 Gigabit Ethernet Optical Transmission for LAN in Offices and PremisesFuture: Full complying with 10Gbase-SR,SW for IEEE 802.3ae. Link length for 10Gigabit Ethernet is 300m.
Ürün Başarıyla Sepete Eklendi
Fujikura's large core optical fibers are made of silica glass, thus have excellent transmission characteristics over the selected wavelength range, one is from UV to VIS, the other is from VIS to NIR. Moreover with its large core size it also can transmit high energy density of laser beam, which is demanded for applications of laser processing, laser therapy, optical sensors and spectral analyzers of weak light.
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