Fiber Optic Cable

Fiber Optic Cable

All-Dry Fiber Microcable improves safety and productivity.

While improving safety and productivity, MiDiaÂ-® Dry FX microcable helps reduce fiber cable installationÂ- expense. Fibers emerge from buffer tubes ready for fusion splicing or optical testing, eliminating need for cleaning products. Available in 3 constructions containing up to 144 fibers, product comes with bend-insensitive AllWaveÂ-® + fiber. Entirely dry cable technology replaces...

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Fiber Optic Cable

Optical Cable supports Thunderbolt and Thunderbolt 2 devices.

OWC Thunderbolt™ Cable, in lengths of 10, 20, and 30 m, allow noisy storage appliances to be moved into equipment closet to promote quiet and productive work environment. In addition to supporting 10 Gbps Thunderbolt and 20 Gbps Thunderbolt 2 devices, cables support 4K video transfers and 4K display capabilities via DisplayPort 1.2. Cables allow for daisy-chaining of up to 6 Thunderbolt devices...

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Fiber Optic Cable

AEPONYX Showcases Easiest and Most Future Proof WDM-PON Solution with 40 Channels on a Single Fiber at OFC/NFOEC 2013

BREA, Calif., MONTREAL and DAEJEON, South Korea - AEPONYX inc. will be showcasing at the OFC/NFOEC2013 Exposition in Anaheim on March 19-21, 2013 the industry's easiest and most future proof, long-reach, single fiber, 40 channels WDM-PON solution. AEPONYX has achieved another world first; a truly standalone single fiber WDM-PON Solution composed strictly of WDM-PON Passives and small form...

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Fiber Optic Cable

Bend-Optimized Fibers enable smaller cables, higher fiber count.

Without compromising fiber strength or long-term reliability, AllWaveÂ-® FLEX and FLEX+ Bend-Optimized Single-Mode Fiber withÂ- 200 micron coatingÂ- enable MiDiaÂ-® 2FX microcables to minimize cabled diameters for use in congested duct networks. AllWave FLEX maintains low bending loss across full usable spectrum of wavelengths, from 1,260–1,625 nm, and can be coiled...

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Fiber Optic Cable

Fiber Optic Cables are suited for commercial aircraft systems.

FlightLink™ 50 Â-µm OM3 can support 100 Gbit Ethernet up to 100 m. For applications that require single mode performance, FlightLink Bend Optimized Single Mode offersÂ- enhanced bend performance combined with standard-sized mode field. Incorporating OFS fibers, buffer, braided strength members, and outer jacket, all avionics cables are qualified to 200Â-

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Fiber Optic Cable

AFL Signs Distribution Agreement with Tri-Ed / Northern Video

AFL and Tri-Ed / Northern Video Distribution have signed an agreement for the distribution of AFL's fiber optic products including fiber optic cable, connectivity, Fujikura fusion splicers and NOYESÂ-® test equipment. Tri-Ed / Northern Video is North America's largest independent distributor of surveillance, low voltage, home automation and network infrastructure products. Tri-Ed / Northern...

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Active Optical Cable Assemblies operate up to 10 Gbps/lane.
Fiber Optic Cable

Active Optical Cable Assemblies operate up to 10 Gbps/lane.

Designed with internally terminated optics, PARALIGHT QSFP+ cable assemblies have passively cooled design and fully integrated optical engines. Cable management is facilitated via 3.0 mm dia and tight bend radius. Electrical-optical and optical-electrical conversion are built into connector shell. Cables feature 7 transmit and 4 receive channels for InfiniBand standard SDR, DDR, and QDR...

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Fiber Optic Cable

Aluminum Hybrid Feeder Cable targets remote radio heads.

HYBRIFLEX combines optical fiber and DC power for Remote Radio Heads in single lightweight aluminum corrugated cable. Composite fiber and power cable directly integrates grounding function, and allows operators to connect up to 3 sectors. Designed according to standard RF feeder diameter, product is compatible with RFS CELLFLEX LCF Â-½ in. and LCF 7/8 in. feeder accessories.

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Basalt America Announces Stronger, Lighter, and Corrosion-Free FRP's (Fiber Reinforced Polymers)
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Basalt America Announces Stronger, Lighter, and Corrosion-Free FRP's (Fiber Reinforced Polymers)

Fiber Reinforced Polymers (FRP), represents a truly groundbreaking advancement in structural reinforcement. Lightweight, strong, and green, they are changing the way the construction industry thinks about rebar. Unlike steel, FRPs don't rust and are far stronger than standard rebar. To learn why Fiber Reinforced Polymers are poised to change the way the world builds, see our video.

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