Application And Transmission Use
Fibre optic cables for data networks, telecom infrastructure, industrial communication and long-distance transmission.
- Telecom networks
- Data centers
- Industrial communications
- FTTx
Optical fiber cable
Fibre Optic Cables
Fibre optic cables for data networks, telecom infrastructure, industrial communication and long-distance transmission.
Cable construction
Fibre Optic Cables
Technical reference for cable construction, sheath finish, screening and cross-section review.
Cable Construction
- Single-mode or multimode optical fibres
- Loose tube, tight-buffered, breakout, ADSS, drop or microduct construction
- Aramid yarn, FRP, steel tape or steel wire protection options
- LSZH, PE, HDPE or tracking-resistant outdoor jacket
Standards And Protocol References
- IEC 60794
- ITU-T G.652.D
- ITU-T G.657.A1/A2
- ISO/IEC 11801
Fibre Optic Selection Data
| Fibre type | OS2 single-mode, OM3 multimode, OM4 multimode and bend-insensitive drop fibre options |
|---|---|
| Fibre count | 1 to 288 fibre references depending on cable construction |
| Cable design | Tight-buffered, breakout, loose tube, armoured, ADSS, FTTH drop, microduct and data-center trunk |
| Installation | Indoor, indoor/outdoor, duct, direct burial, aerial, microduct, FTTH and data-center routes |
| Protection | Dielectric yarns, corrugated steel tape, steel wire armour, ADSS tensile yarns or flat drop strength members |
| Sheath / jacket | LSZH, PE, HDPE, direct burial PE or tracking-resistant PE jacket |
| Optical data | Attenuation, wavelength, tensile load, crush resistance, OD guide and bend radius by exact reference |
| Standards | IEC 60794, ITU-T, ISO/IEC 11801 and TIA/EIA-598 colour code references |
Find The Exact Cable Size
Open a cable construction page, then select the voltage, conductor material, core layout and cross-section row that matches your enquiry. Each row opens a cable specification sheet for quote preparation.
Protocol, Pair And Shielding Cable Types
Data cable selection should compare pair count, impedance, capacitance, shielding, jacket material and installation environment.
Indoor Tight Buffered LSZH Fibre Optic Cable
Indoor Tight Buffered LSZH Fibre Optic Cable is an optical fibre cable construction for Building backbones, Data rooms, Telecom closets, using OS2 or OM3 or OM4 fibre, tight-buffered distribution cable, aramid yarn strength member, non-armoured dielectric construction and lszh indoor jacket.
View technical data →Indoor Breakout LSZH Fibre Optic Cable
Indoor Breakout LSZH Fibre Optic Cable is an optical fibre cable construction for Direct connector termination, Patch fields, Equipment rooms, using OS2 or OM3 or OM4 fibre, breakout subunit fibre cable, aramid yarn around each subunit, individually jacketed subunits and lszh breakout jacket.
View technical data →Indoor Outdoor Universal LSZH Fibre Optic Cable
Indoor Outdoor Universal LSZH Fibre Optic Cable is an optical fibre cable construction for Campus links, Building entry, Indoor/outdoor transition, using OS2 or OM3 or OM4 fibre, gel-free loose tube universal cable, water-blocking glass yarn strength member, dielectric water-blocked construction and uv resistant lszh indoor/outdoor jacket.
View technical data →Outdoor Loose Tube Duct Fibre Optic Cable
Outdoor Loose Tube Duct Fibre Optic Cable is an optical fibre cable construction for Telecom backbones, Campus networks, Outdoor duct routes, using OS2 or OM3 fibre, stranded loose tube duct cable, frp central strength member, water-blocking yarn and tape and uv resistant pe outdoor jacket.
View technical data →Corrugated Steel Tape Armoured Fibre Optic Cable
Corrugated Steel Tape Armoured Fibre Optic Cable is an optical fibre cable construction for Rodent-risk duct routes, Campus backbones, Industrial outdoor fibre, using OS2 or OM3 fibre, loose tube armoured optical cable, frp central strength member, corrugated steel tape armour and pe outdoor jacket.
View technical data →Steel Wire Armoured Direct Burial Fibre Optic Cable
Steel Wire Armoured Direct Burial Fibre Optic Cable is an optical fibre cable construction for Direct burial telecom routes, Utility fibre backbones, Industrial sites, using OS2 or OM3 fibre, loose tube direct burial optical cable, frp central strength member with water blocking, galvanised steel wire armour and double pe direct burial jacket.
View technical data →ADSS Self Supporting Aerial Fibre Optic Cable
ADSS Self Supporting Aerial Fibre Optic Cable is an optical fibre cable construction for Aerial telecom routes, Power utility communication, Long span pole lines, using OS2 fibre, adss all-dielectric self-supporting cable, aramid yarn tensile strength member, all-dielectric tracking-resistant protection option and pe or tracking-resistant pe aerial jacket.
View technical data →FTTH Flat Drop Fibre Optic Cable
FTTH Flat Drop Fibre Optic Cable is an optical fibre cable construction for FTTH subscriber drops, Building access, Facade routes, using OS2 fibre, ftth flat drop cable, frp or steel strength members, flat drop tensile members and lszh or pe drop jacket.
View technical data →Microduct Air Blown Fibre Optic Cable
Microduct Air Blown Fibre Optic Cable is an optical fibre cable construction for FTTx access networks, Microduct routes, Urban telecom ducts, using OS2 fibre, microduct air-blown fibre cable, dielectric strength element, water-blocked compact micro cable and low-friction hdpe microduct jacket.
View technical data →Data Center MTP MPO Trunk Fibre Optic Cable
Data Center MTP MPO Trunk Fibre Optic Cable is an optical fibre cable construction for Data centers, High-density patching, MTP/MPO trunk routes, using OS2 or OM3 or OM4 fibre, data center trunk optical cable, aramid yarn strength member, compact subunit or round trunk construction and lszh data-center jacket.
View technical data →Cable Type References
Available Options
- OS2 fibre optic cable
- OM3 fibre optic cable
- OM4 fibre optic cable
- Armoured fibre cable
- ADSS cable
- FTTx drop cable
- Microduct fibre cable
- LSZH fibre cable
FAQ
Fibre Optic Cables — common questions
What are fibre optic cables?
Fibre optic cables for data networks, telecom infrastructure, industrial communication and long-distance transmission. They are built to IEC 60794, ITU-T G.652.D, ITU-T G.657.A1/A2, ISO/IEC 11801.
Which standards do fibre optic cables comply with?
UE Cable fibre optic cables are manufactured and tested to IEC 60794, ITU-T G.652.D, ITU-T G.657.A1/A2, ISO/IEC 11801. The exact standard for each construction is stated on its specification sheet.
What sizes and configurations are available?
10 construction families are catalogued under fibre optic cables, each offered across a range of conductor sizes and core or pair counts. Open any specification sheet for the exact conductor size, voltage, operating temperature, current rating, overall diameter and weight.
Can fibre optic cables be custom-made, and how fast is a quote?
Yes. UE Cable manufactures to customer specification — conductor, insulation, screen, armour, sheath, colour, printing and packing. Send your requirement through the inquiry list and we typically reply within 6 hours with price, lead time and test documentation.
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