Pierside Cable

Ship-to-shore communications in a fibre optic cable meeting the requirements of NAVSEA specification 7379173, the cables are designed to be integrated with OCC's Pierside connectors designed to meet NAVSEA 7379171 specification.   Please call Fibre Systems for ordering assistance.

Fibre Systems management guides are designed to route and protect the bending radius of the patch cords.  This accessory can be retrofitted to any 1RU panel without removing the pre-installed racks.

Fibre Systems Pre-Terminated Cable Assemblies deliver custom, high-performance solutions for any fibre installation. With options like Indoor/Outdoor, Tactical Tight Buffer, Loose Tube and Micro Cable, these assemblies suit both ISP and OSP environments. Pre-terminated cables minimise setup time and costs, making them ideal when fast installation is required or on-site terminations aren’t possible. Download our datasheet and use our ordering guide to get a quote.

Fibre Systems CoreSpan™ Indoor/Outdoor LSZH distribution cables are designed for campus links between buildings where runs are short enough for installers to benefit from the lower termination costs of tight-buffered cable. For indoor use, the cable has an LSZH sheath.

Fibre Systems CoreSpan™ Indoor/Outdoor LSZH distribution cables are designed for campus links between buildings where runs are short enough for installers to benefit from the lower termination costs of tight-buffered cable. For indoor use, the cable has an LSZH sheath.

Fibre Systems CoreSpan™ Indoor/Outdoor LSZH distribution cables are designed for campus links between buildings where runs are short enough for installers to benefit from the lower termination costs of tight-buffered cable. For indoor use, the cable has an LSZH sheath.

Fibre Systems CoreSpan™ Indoor/Outdoor LSZH distribution cables are designed for campus links between buildings where runs are short enough for installers to benefit from the lower termination costs of tight-buffered cable. For indoor use, the cable has an LSZH sheath.

Fibre Systems CoreSpan™ Indoor/Outdoor LSZH distribution cables are designed for campus links between buildings where runs are short enough for installers to benefit from the lower termination costs of tight-buffered cable. For indoor use, the cable has an LSZH sheath.

MIL-DTL-83526/16 plugs and /17 receptacles (4 - 12 channel) for Harsh Environment and Military Ground Tactical applications. This high performance tactical/deployable connector system is designed to the latest MIL-DTL-83526/16 & /17 specifications.

Fibre Systems provides a full range of ODVA connectors engineered to surpass ODVA standards. With IP68-rated environmental sealing, these connectors deliver a cost-effective, user-friendly solution for industrial settings, Fibre to the Antenna (FTTA), and other demanding or harsh environments.

Fibre Systems Tactical cable reels provide a simple solution for deploying and retrieving fibre optic and communication cables.

GX design allows for indoor/outdoor installations using a single cable type. Supports multiple routing of multifibre sub-cables, with connectors terminating directly to the fibre.

Fibre Systems Reference Grade Test Lead Sets provide a reliable, high-performance solution for optical link testing. Compliant with AU/NZ standards, they support common singlemode and multimode configurations and are available in simplex and duplex for uni - or bi-directional testing with any compatible test equipment.    

Kimwipes are specially designed paper fibre optic cleaning wipes which can be used for cleaning laboratory equipment and instruments. Can be used in conjunction with Eliminator Fluid    

US Conec’s IBC™ Eliminator™ Cleaning Fluid is designed specifically for fibre optic connector endface cleaning. It is a non-flammable, low odour cleaning fluid that helps to dissolve the stubborn debris found on some optical connector endfaces.    

US Conec IBC™ single fibre cleaners can be used to effectively for SC, ST, FC, E2000 the most popular single fibre cleaner for SC, FC, ST and other 2.5mm based optical connectors    

US Conec IBC™ single fibre cleaners can be used to effectively for SMPTE 304M, SMPTE 358M, MIL PRF 28876 Cleans harsh environment 2.0 mm based connector systems  

US Conec IBC™ single fibre cleaners can be used to effectively cleans harsh environment 1.6 mm based connector systems; cleans through Glenair M38999 test adapters; compact size; includes retractable zipcord  

US Conec IBC™ single fibre cleaners can be used to effectively cleans harsh environment 1.25 mm based connector systems - ARINC 800, ODC series, MXL38999, LuxCis series, MIL PRF 64266 [NGCON], Neutrik opticalCON  

US Conec IBC™ single fibre cleaners can be used to effectively clean various single fibre connectors such as MDC, LC Duplex, LC and SC both residing in an adapter or faceplate and unmated.

LEMO F2 fibre optic contacts are specialised, high performance, Singlemode or Multimode fibre contacts commonly used in #K.93C SMPTE Broadcast applications, 0K-5K and 2B-5B series connectors. They are designed for quick field repairs without epoxy or polishing, ensuring reliable, rapid, on-site termination.

LEMO F2 fibre optic contacts are specialised, high performance, Singlemode or Multimode fibre contacts commonly used in #K.93C SMPTE Broadcast applications, 0K-5K and 2B-5B series connectors. They are designed for quick field repairs without epoxy or polishing, ensuring reliable, rapid, on-site termination.

LEMO F2 fibre optic contacts are specialised, high performance, Singlemode or Multimode fibre contacts commonly used in #K.93C SMPTE Broadcast applications, 0K-5K and 2B-5B series connectors. They are designed for quick field repairs without epoxy or polishing, ensuring reliable, rapid, on-site termination.

"Fibre Systems’ SMPTE 311M Hybrid Fibre cable delivers ultra-low-loss HD video, audio, and data in studio, portable, or harsh environments. High-strength CPE-coated fibres and polyethylene-insulated copper ensure durability, while the flexible, abrasion-resistant TPE jacket withstands indoor and outdoor use.