Tight buffer indoor cable (i-MIC) / J-VH 2 - Equinsa Networking
Tight buffer indoor cable (i-MIC) / J-VH 2 - Equinsa Networking
Tight buffer indoor cable (i-MIC) / J-VH 2 - Equinsa Networking
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Data sheet<br />
LCXLI2-L50xx-D700 / January 2007<br />
Design<br />
Fibres and <strong>Tight</strong> <strong>buffer</strong>s<br />
• Up to 12 <strong>Tight</strong> <strong>buffer</strong>s: blue, orange, green, brown, grey, white, red, black, yellow, violet, pink, turquoise<br />
• 13 to 24 <strong>Tight</strong> <strong>buffer</strong>s: primary colors plus ring marking<br />
• Fibres:<br />
natur<br />
Cable<br />
• Dielectric central member<br />
• <strong>Tight</strong> <strong>buffer</strong>ed fibers<br />
• Single-layer stranded design ( < 12 fibers)<br />
• Double-layer stranded design ( ≥ 12 fibers, up to 24 fibers)<br />
• Strain relieving elements<br />
• Rip cord<br />
• Flame retardant and zero halogen outer sheath (FRNC), aqua<br />
• Cable marking:<br />
Fibre<br />
Meter - double sinus - CORNING - <strong>cable</strong> designation - Meter<br />
• The fibre is fully compliant to the ITU-T G651<br />
• Optimized for VCSEL coupling conditions<br />
• Warranted min. lengths for 1 and 10 Gigabit<br />
transmission according to IEEE 802.3z and IEEE<br />
802.3ae<br />
Optical Characteristics of fibres G50Sx+/125 InfiniCor® Sx+ OM3:<br />
Attenuation at 850 nm [dB/km] max. 3.0<br />
Bandwidth-length product (OFL= Overfilled Launch) for 1 km at 850 nm [MHz x km] ≥ 1500<br />
Laser Bandwidth-length product (EMB=Effective Modal Bandwidth) for 1 km at 850 nm [MHz x km] ≥ 2000<br />
Guaranteed minimum distances for 1 Gigabit Ethernet at 850 nm m 1000<br />
Guaranteed minimum distances for 10 Gigabit Ethernet at 850 nm m 300<br />
The capability of the fibre will be calculated by „minimum calculated effective modal bandwidth (minEMBc)“ according to IEC 60793-2-10<br />
Type A1a.2 Ed 2.0 and IEC 60793-1-49 Ed.2.0. This measurement method guarantees a future proof application at 10Gbit. The fibre fulfils<br />
all requirements of TIA/EIA 492AAAC-A, OM3 classification according to standard ISO/IEC 11801 (2002) and EN 50173-1 (2003)<br />
Ordering Information:<br />
Type description<br />
J-<strong>VH</strong><br />
2G50Sx+/125 TB3<br />
AQ<br />
J-<strong>VH</strong><br />
4G50Sx+/125 TB3<br />
AQ<br />
J-<strong>VH</strong><br />
6G0Sx+/125 TB3<br />
AQ<br />
J-<strong>VH</strong><br />
8G50Sx+/125 TB3<br />
AQ<br />
Delivery length up to 4000m up to 4000m up to 4000m up to 4000m<br />
Ordering number<br />
Type description<br />
LCXLI2-L5002-<br />
D700<br />
J-<strong>VH</strong> 12G50Sx+/125 TB3<br />
AQ<br />
LCXLI2-L5004-<br />
D700<br />
LCXLI2-L5006-<br />
D700<br />
J-<strong>VH</strong> 16G50Sx+/125 TB3<br />
AQ<br />
LCXLI2-L5008-<br />
D700<br />
J-<strong>VH</strong> 24G50Sx+/125 TB3<br />
AQ<br />
Delivery length up to 4000m up to 4000m up to 4000m<br />
Ordering number LCXLI2-L5012-D700 LCXLI2-L5016-D700 LCXLI2-L5024-D700<br />
Other <strong>cable</strong> and fibres types are possible upon request<br />
Corning Cable Systems GmbH & Co. KG · Rotherstrasse 21 · 10245 Berlin, Germany<br />
TEL: 00800-2676-4641 (00800-CORNING1) · FAX: +49-30-5303-2335 · www.corning<strong>cable</strong>systems.com<br />
Corning Cable Systems reserves the right to improve, enhance and modify the features and specifications of Corning Cable Systems’ products without prior<br />
notification. LANscape is a registered trademark of Corning Cable Systems Brands, Inc. All other trademarks are the properties of their respective owners.<br />
Corning Cable Systems is ISO 9001 certified. © 2006 Corning Cable Systems. All rights reserved. Published in the EU.
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