Daetwyler Cables - Information and Communication technology

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Information and Communication technology, Safety cable systems, Building automation, Elevator cable systems, Cable harnessing, logistics and support

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U-151 Informations Accessories Systems Copper unscreened Communication technology . Geometrical and mechanical performance corresponds the relevant international standards.7 600 1. Coating concentricity error Coating Proof test [µm] [%] [µm] [%] [µm] [µm] [µm] [kpsi] 0. 1300 550 Wavelength 850 Link length [m] 275 300 Description Laser-bandwidth RML (Restricted Mode Launch) measurement used characterise indermediate performance laser (typically GbE) 850nm. (cabled) Attenuation max.3z 10GBase-SR/SW 10GBase-LX4 850 1300 300 Link length achieved via 1300nm „Wide“ WDM using channels (lanes) 2,25 GbE Lane 1269,0 1282,4 nm, Lane 1293,5 1306,9 Lane 1318,0 1331,4 nm, Lane 1342,5 1355,9 Additional Link length 300m request.0 1. (cabled) OFL-Bandwidth per TIA/EIA 455-204 and IEC 60793-1-41 RML-Bandwidth per TIA/EIA 455-204 and IEC 60793-1-41 Refractive index [nm] [dB/km] [dB/km] [MHz km] [MHz km] 850 2.8 3.Multimode fibre (MMF) G62,5/125/250 OM1 IEC 60793-2-10 Type A1b/ISO/IEC 11801:2002 OM1/EN 50173:2002 OM1 Coating Cladding Core Product information Copper screened Fibre MMF, OM1 1108/e Main areas application Applications for Premises- (FTTD Fibre the Desk), LAN- and Backbone-Infrastructure for short transmission distances and medium transmission rates the 850nm and 1300nm wavelengths (typically GbE).6 0. Transmission characteristics Wavelength Attenuation typ.491 Fibre optic Geometry and mechanical characteristics Numerical aperture Core max.496 1300 0. Core non-circularity Cladding max.3z 1000 Base-LX IEEE 802.5 125 +/- 1.5 245 +/- 100 Application Gigabit Ethernet IEEE 802.3 Series 1000 Base-SX IEEE 802.275 +/- 0.015 62,5 +/- 2. Cladding/Core concentricity error max. Technical changes reserved.0 200 220 1. Cladding non-circularity max