Fiber optic cables for installation
Fiber optic installation cables for indoors, outdoors & FTTx
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Item no. 54412.1L-CPR
INFRALAN® U-DQ(ZN)BH OS2 12E (1x12) Dca 1750N LSZH black 7.0mm G657A1Item no. 54512.2L-CPR
INFRALAN® U-DQ(ZN)BH OM4 12G (1x12) Dca 1750N LSZH black 7.0mmItem no. 54512.1L-CPR
INFRALAN® U-DQ(ZN)BH OM3 12G (1x12) Dca 1750N LSZH black 7.0mmItem no. 55412.1
A-DQ(ZN)B2Y OS2 12E (1x12) Fca 1750N PE black 7.1mm G657A1Item no. 54448.1L-CPR
INFRALAN® U-DQ(ZN)BH OS2 48E (4x12) Eca 5000N LSZH black 11.2mm G657A1Item no. 55448.1
A-DQ(ZN)B2Y OS2 48E (4x12) Fca 5000N PE black 11.2mm G657A1Item no. FTTH-DROP-4
FTTH Indoor Drop Cable 2,65mm LSOH, 4 fiber G.657.A2, CPR DcaItem no. 54548.2L-CPR
INFRALAN® U-DQ(ZN)BH OM4 48G (4x12) Eca 5000N LSZH black 11.2mmItem no. 54204.1L-CPR
INFRALAN® U-DQ(ZN)BH OM2 4G (1x4) Dca 1750N LSZH black 7.0mmItem no. 54304.1
U-DQ(ZN)BH OM1 4G (1x4) Dca 1750N LSZH black 7.0mmItem no. 56324.2OS2-CPR
INFRALAN® I-B(ZN)BH OS2 24E (2x12) B2ca 3000N LSZH yellow 8.3mm G657A1Item no. 54524.1OM5-CPR
INFRALAN® U-DQ(ZN)BH OM5 24G (1x24) Dca 1750N LSZH black 7.5mmItem no. 55002.1
I-V(ZN)HH Breakout OM2 2G (2x1) Eca 600N LSZH orange 2.8mmItem no. FTTH-DROP-2
FTTH Indoor Drop Cable 3mm LSOH, 2 fiber G.657.A2, CPR DcaItem no. 56312.1OS2-CPR
INFRALAN® I-B(ZN)BH OS2 12E (1x12) B2ca 1500N LSZH yellow 6.5mm G657A1Item no. 55102.1
I-V(ZN)HH Breakout OM1 2G (2x1) Eca 600N LSZH orange 2.8mmItem no. 54548.1L-CPR
INFRALAN® U-DQ(ZN)BH OM3 48G (4x12) Eca 5000N LSZH black 11.2mmItem no. 55902.1
I-V(ZN)HH Breakout OS2 2E (2x1) Eca 600N LSZH yellow 2.8mm G657A1Item no. 54408.3LOM4-CPR
INFRALAN® U-DQ(ZN)BH OM4 8G (1x8) B2ca 5000N LSZH black 11.2mmItem no. 55002.1OM4
I-V(ZN)HH Breakout OM4 2G (2x1) Eca 600N LSZH erica violet 2.8mmTypes of fiber optic installation cables in our online portfolio
The following fiber optic types are available from us for fiber optic installation cables:
Single-mode fiber optic cables that transmit signals over very long distances with minimal attenuation. Used, for example, in wide area networks and urban networks.
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Multimode optical fibres that are typically used for short distances in local area networks (LANs) and support a bandwidth of up to 1 Gbit/s over distances of up to 275 meters. Ideal for older networks that have not yet been upgraded to higher standards.
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Multimode fibers that offer a higher data transmission rate than OM1, with speeds of up to 1 Gbit/s over distances of up to 550 meters. Suitable for medium ranges in office buildings and data centers.
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High-performance multimode optical fibers designed for data rates of 10 Gbit/s over distances of up to 300 meters. They are often used in data centers and for backbone connections and also support applications such as 40G and 100G Ethernet over shorter distances.
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Further development of OM3 fibers; enables 10 Gbit/s transmissions over distances of up to 550 meters and is also suitable for 100G Ethernet applications up to 150 meters or 200G up to 70 meters.
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Latest development in the field of multimode fibres, are optimized for the highest data transmission rates, especially for applications that use wavelength multiplexing. Future-proof solution for demanding network applications.
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Fiber optic indoor cables for laying inside buildings
Robust fiber optic outdoor cables with protection against external influences
Fiber optic universal cables for indoor & outdoor use
Fiber optic connection to the desk thanks to FTTx cable
Further information about FTTx
Further information about FTTx
Pre-assembled fiber optic installation cables & cable assemblies made to measure by EFB-Elektronik
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Buy fiber optic cables and everything you need for your fiber install online at EFB-Elektronik
A short guide to fiber optic installation
- Safety First: Review and follow safety guidelines for fiber optic installation, wearing proper safety gear.
- Route Planning: Map out cable paths in advance, ensuring minimal exposure to hazards. Use extra protection in risky areas, keep conduit runs under 100 feet, and limit to two 90-degree bends.
- Cable Support: Avoid hanging or sharp-edge contact by using conduits for support, particularly where fiber optic cables face stress or sharp turns.
- Bending Limits: Adhere to the minimum bend radius, usually 10 times the cable diameter, to prevent kinks.
- Smooth Conduit Transitions: Ensure conduits have smooth interior transitions to protect cables. Opt for flexible conduits when possible.
- Tensile Limits: Follow the maximum tensile loading values for fiber optic cables and consult us if unsure.
- Impact and Crushing Prevention: Install fiber optic cables in quality conduits to shield against crush or impact damage, and use soft ties for storage.
- Vertical Rise Compliance: For vertical fiber optic installations, do not exceed the cable’s maximum vertical rise value.
- Load Monitoring: Keep an eye on tensile loads during pulls, especially in vertical installations, starting from the top.
- Regulatory Compliance: Ensure adherence to local and national regulations and obtain necessary permits.