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Precise Optical Signal Control in Fiber Optic Networks with Silicon-Liquid Crystal Waveguides

Scientists at the Fraunhofer IPMS developed a unique concept of on-chip integrated liquid crystal waveguides, which – wh…

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Sensuron Spins Out of 4DSP, Introduces Compact Fiber Optic Sensing To Solve Global Problems

Sensuron systems monitor materials in demanding engineering environments to encourage the sustainable development, operation and maintenance of equipment and enhance industry innovations.

Using existing techniques for monitoring equipment, engineers are struggling to keep up with industry developments. Howe…

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Smaller, faster, cheaper

Researchers at ETH Zurich have now developed a modulator that is a hundred times smaller than conventional models

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Yokogawa expands optical test system with attenuation and switch modules compatible with GA50 Multimode Fibers

Multimode optical fiber has a much larger core diameter than single-mode fiber, which simplifies connections and allows …

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Lumentum Debuts as an Independent Publicly-Traded Company Following Completion of Its Spinoff From JDSU

An industry leader in optical communications and commercial lasers, Lumentum will commence trading on the NASDAQ Stock Market on August 4, 2015

An industry leader in optical communications and commercial lasers, Lumentum will commence trading on the NASDAQ Stock M…

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NATURE: Compact Optical Data Transmission

Component for Energy-efficient Optical Communication between Silicon Chips Presented in “Nature Photonics.“ / Micrometer-size Component fast Converts Electrical Signals into Optical Signals

Compact optical transmission possibilities are of great interest in faster and more energy-efficient data exchange betwe…

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Fujikura launches the world’s smallest, lightest active V-groove splicer

The 22S is designed for high-end FTTH splicer applications in FTTX, Data Centre

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ORC researchers manufacture record length of high-performance photonic bandgap fibre

The breakthrough was made possible due to an improved understanding of fibre properties deriving from various new numeri…

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Electrical engineers break power and distance barriers for fiber optic communication

Photonics researchers at the University of California, San Diego have found a way to increase the distance that informat…

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Ekinops Enables Orange to Set Record in Optical Transmission

Orange Transported 38.4 Terabits-per-Second over a Distance of 762 km

This full-scale multi-terabit transmission, which took place on the Orange optical fiber infrastructure of its operation…

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Leoni supplies radiation resistant multimode fibers for computer tomography

Minimised radiation-induced increases in attenuation

High data rates are generally no problem for glass fibers, but unwanted radiation-induced attenuation occurs in the fibe…

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JGR Optics Introduces New MS08B benchtop platform

With its 8-slot capacity, the MS08B will allow users to combine single-mode and multimode MS12 modules with large MS7 sw…

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Fujikura introduces new optical fibre identifiers with world’s highest signal-detection sensitivity

The FID-30R includes an optical power meter and succeeds the FID-25R while the FID-31R, the updated standard model, repl…

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Sumix Releases Next Generation MAX Interferometers

Fiber Optic Technology Leader Introduces High-Speed USB 3.0 Devices

The MAX series of devices are capable of testing single-fiber patch cords and pigtails, bare ferrules and bare fiber

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Infinera Selected by Facebook for World's Longest Terrestrial Multi-Terabit Route

The new route spans 3,998 kilometers and is deployed without any regeneration. Eight terabits of data transmission per s…

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Compact High Power Isolators/Collimators

With the dramatic increases in laser output powers, especially in the 1040nm to 1090nm wavelength range, the need to pre…

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Going beyond the Limits of Optical Fibers

More than 100 spatial channels realized with 36 multimode cores, the world's highest number of cores

In the research reported here, NICT successfully demonstrated an experiment in which optical signals in the communicatio…

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AMETEK ECP Unveils New S-Bend Ceramic Feedthrough Design for High-Speed Transmission Applications

The S-Bend Ceramic Feedthrough is a new high-speed transmission design for receiver and modulator applications. The pate…

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Mitsubishi Electric Develops DFB Laser Diode for 25Gbps Optical-fiber Communication in 100Gbps Systems

Will contribute to low power consumption, high performance, and simplified design for optical-fiber communication transceivers

Four DFB laser diodes can be mounted on 100Gbps high-speed communication transceivers for optical fiber communication to…

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Black phosphorus is new ‘wonder material’ for improving optical communication

In a new study, researchers from the University of Minnesota used an ultrathin black phosphorus film—only 20 layers of a…

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Optical Networks & Fibers Archive