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Entwicklungen für die nächste Mobilfunk-Generation
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Die bisherigen Frequenzbereiche der Mobilfunk-Kommunikation (5G) werden mit den künftig steigenden Datenvolumen an ihre Grenzen stoßen. Dies macht den Sub-Terahertz (THz)-Bereich ab 100 GHz mit…
Was tun bei Fachkräftemangel?
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Nachwuchs für Hightech-Berufe in der Photonik oder Mikroelektronik zu gewinnen ist nicht leicht. Im Berliner Aus- und Weiterbildungsnetzwerk Hochtechnologie (ANH Berlin) wird seit mehr als zehn…
UVphotonics to showcase custom UV LEDs and modules at Photonics West
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The versatile light sources are configurable to various application requirements
UVphotonics to showcase custom UV LEDs and modules at Photonics West
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UVphotonics will present novel UV LED developments with emission wavelengths from 330 nm to as low as 230 nm at Photonics West 2020. The versatile light sources are configurable to various…
Miniaturized fiber-coupled diode lasers for spectroscopy
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The Ferdinand-Braun-Institut Leibniz-Institut fuer Hoechstfrequenztechnik (FBH) has developed compact laser modules emitting watt-level power in the yellow spectral range, wavelengths from 532nm to…
Custom UV LEDs and modules in the 320 to 233nm band
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Together with the Ferdinand-Braun-Institut, UVphotonics has developed UV LEDs emitting in the UVB and UVC wavelength regions for sensing, phototherapy and plant growth lighting.
Ultra-narrow linewidth diode laser modules are space-compatible
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Researchers at the Ferdinand-Braun-Institut have developed space-compatible, ultra-narrow linewidth diode laser modules and systems along with further III-V components for satellite applications.
Collaborative German project to deliver power UV LEDs by 2020
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Last February was launched "UV Power", a collaborative project funded by the German Federal Ministry of Education and Research (BMBF), bringing together five German research institutes and companies…
Improved thermal management of InP high-power transistors
/en/research/research-news/improved-thermal-management-of-inp-high-power-transistors
InP HBT technology is an ideal candidate for microwave applications in the terahertz range. The FBH uses a transfer substrate process to successfully suppress significant parasitic effects. For…
Berlin und Brandenburg: Zentrum der Photonik
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Clusterkonferenz Optik und Photonik