• OSRAM Opto Semiconductors GmbH

    Regensburg 93055

    COMPANY OVERVIEW

    About OSRAM Opto Semiconductors GmbH

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    Leibnizstr 4
    Regensburg 93055
    Germany
    http://www.osram-os.com
    49-941-850-1700
    49-941-850-3302

    More Info on OSRAM Opto Semiconductors GmbH

    Manufactures high-tech applications based on semiconductor technology, such as infrared or laser lighting, to smart and connected lighting solutions in buildings and cities.

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    Ams Osram
    ALIYOS technology enables mini-LEDs to be applied onto a thin, flexible, transparent substrate.
    Ams Osram
    The OSLON Optimal Red 640 nm LED is designed for horticultural lighting applications.
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    Industry collaboration opens the door for autonomous solutions to thrive within various environments.
    (Courtesy of ams OSRAM)
    ams OSRAM’s Vegalas RGB laser module prototype cuts the size of a projection light engine in half, and could someday make AR smart glasses a reality for consumers.
    New lasers can cut projection light engine size in half, allowing lightweight compact designs for smart glasses.
    Ams Osram
    The metal can PLT5 522FA_P-M12 is a 514 nm off-the-shelf semiconductor laser emitter, designed as an alternative to argon-ion lasers.
    Photo 237017308 © Penchan Pumila | Dreamstime.com
    Dreamstime Xl 237017308
    It’s time to recap all the photonics business news that was announced in June 2022.
    FIGURE 1. Topics for consideration when designing the visual technology for AR glasses.
    Despite the lack of mainstream acceptance and a lag in widespread adoption, the demand for augmented reality (AR) technology continues to grow. Increasingly, companies are investing...
    Ams Osram
    The TSL2585 ambient light sensor offers UV-A light detection, even under low-transmissivity materials and OLED displays.
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    For the fourth straight year, Laser Focus World held its Innovators Awards program, which celebrates the disparate and innovative technologies, products, and systems found in ...
    Dominik Schulten, Director of Business Development at Vixar.
    In this ninth showcase, we highlight Dominik Schulten, director of business development at Vixar.

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    Additional content from OSRAM Opto Semiconductors GmbH

    Osram
    Two infrared LEDs are offered at 850 (SFH 4171S) and 940 nm (SFH 4181S).
    Osram
    The 550 aperture PowerBoost vertical-cavity surface-emitting laser (VCSEL) emits light via individual apertures.
    FIGURE 1. The blue laser-diode wavelength range expands options for entertainment lighting.
    Blue laser diodes continue to evolve, leading to new opportunities in applications from medical and stage lighting to manufacturing and automotive.
    (Courtesy of Osram)
    FIGURE 1. The beam profile of a 488 nm laser diode made by Osram is very smooth and Gaussian, but slightly asymmetric (a). A single-transverse-mode 488 nm laser diode (inset) with a 2 nm spectral bandwidth has a clean beam well suited for biological imaging (b).
    High beam quality, many visible wavelengths, and compact size enable laser diodes to miniaturize medical instrumentation, leading to consumer versions.
    Fraunhofer ILT
    Significant increases in energy efficiency and output power for laser bars are the result of the EKOLAS research project.
    The Efficient High-Performance Laser Beam Sources (EffiLAS) association has a project, EKOLAS, aimed at producing next-gen laser bars.
    Osram
    The SPL DP90_3 single-channel pulsed infrared laser from provides 65 W at 20 A and is designed for short-range lidar applications to capture vehicle surroundings in autonomous...
    Osram
    The PLPT9_450LA_E multimode laser diode is mounted in a hermetically sealed TO90 metal can package.
    FIGURE 1. Absorption spectra of various functional groups (molecules). A broad spectrum is required for spectroscopic characterization due to overlapping absorption areas. A working range between 0.7 and 2.5 µm is ideal for the detection of organic components; many applications can be realized in the region between 0.7 and 1.0 µm.
    An LED with a tailored near-infrared phosphor provides an even spectrum for transmission spectroscopic measurements; compact multi-use spectrometers will result.
    (Courtesy of Yole Développement)
    The VCSEL market forecast is expected to grow at a CAGR of 31% from $1.247 million in 2019 to $3.775 million in 2024.
    The final panel of the Lasers & Photonics Marketplace Seminar presented markets and trends for the vertical-cavity surface-emitting lasers (VCSELs), one of the fastest-growing...
    FIGURE 1. This 905 nm four-channel surface-mount laser provides >480 W peak power.
    A four-channel laser and ultrafast driver delivers more than 480 W peak power in 2 ns pulses.
    OSRAM
    An output spectrum (left) as a function of temperature is shown for an example OSRAM true-green laser diode (right).
    The 30 and 50 mW laser diodes have the correct visual green color for projectors and light shows.
    GaN Systems
    The four-channel laser driver.
    The laser driver has a 1 ns pulse rise time and drives all four channels at 40 A each to deliver 480 W peak power.
    (Courtesy of Blackmore)
    FIGURE 1. Four Blackmore lidar sensors are mounted atop a BMW X5 test vehicle on the road.
    The overlap is large between automotive lidar and familiar names in the photonics industry.
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    The Synios P2720 LED provides 940 nm output so that an infrared camera can take a photo for facial recognition in smartphones or tablets.
    FIGURE 1. The Osram PLT5 488 nm laser diode uses a direct emitting design to enable simpler, more cost-effective designs in biomedical applications.
    Direct green laser diodes emitting at 488 nm are replacing more complex DPSS lasers in flow cytometry systems and will enable more low-cost, highly portable cytometers and diagnostic...
    (Courtesy Osram Opto Semiconductors)
    Optical components designed in IBELIVE will enable a new generation of head-up displays.
    Project to develop extremely compact and low-profile optical components for data visualization or illumination.
    (Courtesy of OSRAM Opto Semiconductors)
    FIGURE 1. These unmounted pump laser-diode chips made by OSRAM Opto Semiconductors include high-power quasi-continuous-wave (QCW) bars (top left), low-fill-factor CW bars (top right), high-power CW bars (bottom left), and tailored mini-bars (bottom right).
    Laser diodes are efficient, narrowband, bright, and long-life, making them the ideal laser-pump source, and can be made to produce extremely high optical powers.
    (Image credit: LeddarTech)
    Osram is investing in LeddarTech and its solid-state lidar technology, which uses IR light to sense distances and location of objects for autonomous driving applications.
    To strengthen its position in the autonomous driving sector, Osram acquired a strategic share in LeddarTech.
    (Photo courtesy Quanergy)
    Startup Quanergy presented its S3 LIDAR module without moving parts at CES2017. Full scale manufacturing is scheduled for later this year.
    Smarter cars were the stars of CES2017—as were optical sensors.
    (Image: Osram)
    Prototype of a high-power laser bar, as developed by Osram Opto Semiconductors in the IMOTHEB project.
    4.8 W/(mm*mrad) brightness enables 10% increase in pump-module output power for fiber-laser pumping.
    Osram
    With a height of 0.6 mm, a footprint of 5.4 mm2, and a typical optical output of 1200 mW, the SFH 4770S is currently the most-compact high-power LED with a wavelength of 850 nm, according to Osram, its maker.
    (Image credit: DARPA)
    FIGURE 1. Short-range Wide-field-of-view Extremely agile Electronically steered Photonic EmitteR (SWEEPER) technology provides non-mechanical beam steering on a chip-scale semiconductor platform towards the development of miniature lidar systems. These tiny lidar sensors could be placed on moving vehicles or warfighters to relay real-time information regarding the location and size of potential security threats.
    LIDAR is becoming ubiquitous for infrastructure monitoring, surveillance, and a host of other tasks that even unmanned drones can perform.
    Osram
    High power output and compactness of the Osram Oslux SFH 4780S makes it ideal for iris scanning.
    IREDs from Osram are being used as the light source to unlock mobile devices by scanning the iris of the user.
    Osram
    Luminous flux and efficacy are shown as a function of operating current for an InGaN-based green LED and an InGaN-based phosphor-conversion LED.
    Two types of indium gallium nitride (InGaN) LED created by Osram Opto Semiconductors (Regensburg, Germany) have achieved the highest luminous efficacies (measured in lumens per...
    Osram Opto Semiconductors
    The integrated sensor SFH 7050 features three LED emitters and a photodiode in a compact unit for fitness monitoring.
    Osram Opto Semiconductors has launched the SFH 7050—its first integrated optical sensor for automatic fitness tracking.
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    The low-profile rectangular shape of the Synios E4014 LED allows light to be injected into light guides for flexibility of design.
    Osram
    A view in the clean room shows an assembly system transporting a 6-in. wafer; 4-in. wafers can be seen on the left.
    Regensburg, Germany--Osram Opto Semiconductors is switching its fabrication of red, orange, and yellow LEDs, which are made from indium gallium aluminum phosphide (InGaAlP), from...
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    The 1 mm2 infrared chip prototype has achieved efficiency of up to 72% at 100 mA using thin-film technology.
    Osram Opto Semiconductors
    The 850-nm-emitting chip has an efficiency of up to 72% and a quantum efficiency that remains around 65% for currents of up to 1 A.
    Regensberg, Germany--A 1 mm2 infrared (IR)-emitting prototype chip from Osram Opto Semiconductors has reached an efficiency of up to 72% at a 100 mA current at room temperature...
    (Courtesy Osram Opto Semiconductors)
    Osram Opto Semiconductors has introduced two green laser diode products with wavelengths from 510-530 nm and power levels between 30 and 50 mW for picoprojection, pointing, RGB, and other applications.
    Regensburg, Germany--Green 510-530 nm laser diodes are now available from Osram for picoprojection and other RGB or green-laser applications.
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    The Oslon signal LED uses thin-film chip technology and emits bright blue light, providing signal lighting for police and emergency vehicles.
    Osram
    Osram is fabricating GaN-based LEDs on 6 inch Si-wafer substrates (one of which is shown), with the project currently in the pilot stage; the company is also experimenting with GaN-LED fabrication on 8 inch wafers.
    Sunnyvale, CA--Researchers at Osram Opto Semiconductors have figured out how to manufacture high-performance gallium nitride (GaN)-based blue and white LEDs on 150-mm-diameter...
    Stacked OLEDs have improved output characteristics and longer lifetime than conventional single-active-layer OLEDs
    Engineers at Osram AG have developed a stacked organic light-emitting diode (OLED) architecture that improves output characteristics and increases lifetime compared to conventional...
    Image courtesy of Visteon/OSRAM/CCS
    Student designers at the College for Creative Studies (CCS) collaborated with OSRAM Opto Semiconductors and Visteon to research and develop new LED-based designs for exterior automotive lighting and styling concepts.
    Detroit, MI--As part of the College for Creative Studies' (CCS's) ongoing Corporate Sponsorship program, 18 CCS Transportation Design seniors researched areas of innovation focused...
    OSRAM
    In lab tests, OSRAM achieved 32 lumens per Watt for its flexible, steel-foil-backed OLED—a new peak value.
    Munich, Germany--OSRAM developed a steel-foil-backed, flexible OLED that reached a record efficiency of 32 lm/W.
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    The ChipLED SFH 4053 infrared emitter is designed for use with optical touch-screens.
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    Osram Opto Semiconductors' active development of automotive LED technology is paying off handsomely.
    Sunnyvale, CA--Osram Opto Semiconductors plans significant capacity expansion at two of its indium gallium nitride (InGaN) fabrication facilities. The InGaN chips are used for...
    (Photo courtesy of Osram)
    Representing the entire research team, Stephan Lutgen, Désirée Queren and Adrian Avramescu (left to right) received the Beckurts Prize for development of a direct green semiconductor laser for projection applications.
    Sunnyvale, CA--Scientists at Osram Opto Semiconductors have been honored by the Karl Beckurts Foundation for their work in developing a direct green-emitting semiconductor laser...
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    A warm white LED prototype is designed for general illumination applications. It provides a color temperature of 3000 K and a color rendering index of 82.
    (Courtesy of Osram)
    A red LED reaches a luminous efficacy of 136 lm/W at a current of 70 mA, and 119 lm/W at 350 mW (the latter achievement is more important, as the total output in lumens is much higher at 350 mW).
    Developers at Osram Opto Semiconductors have succeeded in increasing the efficiency of red thin-film LEDs by 30%.
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    The SFH 5712 is a low-voltage digital ambient light sensor that converts light intensity to digital signal output capable of direct inter-IC bus interface.
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    For the first time in a production car, LEDs are being used as low- and high-beam headlamps, in addition to daytime running lights. The LED headlamps in the new Audi A8 are electronical...
    Osram Opto Semiconductors (Sunnyvale, CA and Regensburg, Germany) has developed a direct green-emitting indium gallium nitride (InGaN) laser diode at an optical output of 50 mW...
    FIGURE 1. Vehicles equipped with near-infrared night-vision systems powered by LEDs deliver high-resolution images of hazards in the road that drivers could not see with standard headlights.
    Optoelectronics technology is equipping cars with "active" safety features that work as hard as drivers to prevent accidents.
    FIGURE 1. Laser-based rear-projection TVs (left) utilizFIGURE 1. Laser-based rear-projection TVs (left) utilize compact solid-state lasers (red, green, and blue) to achieve superior image brightness, color gamut, and resolution compared to conventional lamp-based projection TVs (right).e compact solid-state lasers (red, green, and blue) to achieve superior image brightness, color gamut, and resolution compared to conventional lamp-based projection TVs (right).
    Rear-projection TVs now offer superior image quality, but price is still a sticking point.
    Motor vehicles have already begun to incorporate near-IR ­vision systems to enhance nighttime driving safety.
    By extending visible light-emitting-­diode (LED) and laser technology into the near-IR spectrum, developers of solid-state lighting systems are also expanding the capabilities...
    Doped transport layers in red, green, and blue OLEDs make the devices highly efficient.
    German researchers have achieved encouraging results in research on organic light-emitting diodes (OLEDs), giving rise to the hope that European companies might someday capture...
    Regensburg, Germany--OSRAM Opto Semiconductors has announced new packaging technology for its infrared (IR) emitter diodes and detectors. The surface-mount technology (SMT) devices...