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EFFICIENT LIGHT COUPLING BETWEEN OPTICAL FIBERS AND PHOTONIC INTEGRATED CIRCUITSTech for Transfer TTO 24-01-2016 Efficient coupling of light from optical fibers into photonic integrated circuits (PIC) for optical telecommunications with a robust design architecture that is highly tolerant to alignment mismatches. Fiber Optics Optoelectronics Optical Communications Waveguides Tell me more |
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ROTATION-SENSITIVE SEMICONDUCTOR RING LASER DEVICE FOR USE IN NAVIGATION SYSTEMSTech for Transfer TTO 25-01-2016 Novel method of increasing sensitivity in ring laser devices based on the Non-Linear Sagnac Effect maintains ring size and has an increased sensitivity slope of 100-1000 over current methods. Lasers Non-Linear Optics Semiconductors Tell me more |
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HIGH-POWER QUANTUM-CASCADE LASERSTech for Transfer TTO 25-01-2016 Compact laser array capable of generating high-power, coherent light in the mid-infrared by scaling the power of quantum-cascade (QC) lasers through an active photonic crystal structure fabricated in the QC material. Lasers Photonic Crystals Tell me more |
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OPTICAL INTERCONNECT FOR HIGH BANDWIDTH INTER-CHIP COMMUNICATIONSTech for Transfer TTO 28-01-2016 Optical interconnect architecture with a very small footprint that is also easy to fabricate. The system can be used for intrachip or interchip optical communication with high coupling efficiency, low power consumption and improved bandwidth over conventional single wavelength optical communication channels. Optical Computing Optoelectronics Waveguides Photodetection Tell me more |
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COMPLETELY INTEGRATED MICROWAVE RECEIVERTech for Transfer HiTech 03-02-2016 Miniaturized microwave receiver that can be integrated on a chip. With only a single multilayer of thin-film material, it can achieve the same performance as a conventional EM wave receiver. The device can also operate without external power supply, as it can convert EM energy into a DC voltage. Optoelectronics Thin-Film Materials Tell me more |
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OPTICAL REMOTE NODE EXTENDS FIBER OPTIC NETWORKSTech for Transfer HiTech 08-02-2016 Communications node for fiber-optic passive optical networks that prevents any impact on the quality of the transmitted signals when a new node is inserted at some point of the network. New sections can be easily integrated in a previously installed network, providing the means for network growth. Fiber Optics Optical Communications Tell me more |
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INTEGRATED DOWNCONVERTER FOR COHERENT OPTICAL RECEIVERTech for Transfer HiTech 08-02-2016 New polarization diversity network that is much less sensible to small manufacturing errors than previous designs allows to integrate in a single chip an entire optical receiver, using the same technology currently employed to integrate only part of it, significantly lowering the fabricating costs. Optoelectronics Optical Communications Tell me more |
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IMPROVED OPTICAL PROXIMITY CORRECTION FOR MANUFACTURING OF INTEGRATED CIRCUITSTech for Transfer HiTech 18-05-2016 New system to perform Optical Proximity Correction (OPC) that efficiently considers process variations (such as focus and dosage) during the evaluation of silicon images. OPC is a key step between the design and manufacturing of integrated circuits at nanometer scales. Nanophotonics Optical Engineering Optoelectronics Semiconductors Tell me more |
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SYNTHESIS OF LARGE SINGLE-CRYSTAL GRAPHENETech for Transfer HiTech 19-05-2016 Method for synthesizing large single-crystal graphene films by suppressing evaporative substrate loss in chemical vapor deposition. Thin-Film Materials Tell me more |
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CREATING A PRINTED CIRCUIT BOARD TO REDUCE THE ATTENUATIONTech for Transfer OTC 19-07-2016 This new technique helps to effectively integrate optical waveguides into a printed circuit board that can be used for intrachip and interchip communication. Glass & other optical materials Optical Components & Devices Waveguides Tell me more |
