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Fraunhofer Institute for Photonic Microsystems IPMS and Fraunhofer Institute for Telecommunications HHI will have a booth at Photonix 2015 (Booth No.: 30-34).
The Fraunhofer IPMS with its 300 employees is dedicated to applied research and development in the fields of photonic microsystems, microsystems technologies, nanoelectronic technologies and wireless microsystems. Direct commissions from industry contribute 50 percent to the annual research budget of 30 million euros.
We offer complete solutions: From conception to component right up to complete systems. This includes sample and pilot production in our 1500 m² (15,000 ft²) clean room (ISO 14644-1 class 4). Fraunhofer IPMS is certified according to the standard DIN EN 9001:2008 for research, development and fabrication.
Dr. Michael Scholles
Fraunhofer Institute for Photonic Microsystems IPMS
Maria-Reiche-Str. 2, 01109 Dresden, Germany
Phone: +49 351 8823 0
Fax: +49 351 8823 266
E-Mail: info@ipms.fraunhofer.de
www.ipms.fraunhofer.de
A major aim of HHI R&D is to apply new technologies for high capacity optical communications. Our world class results include Terabit/s transmission and wireless optical communications using light. The scope of photonic components includes LEDs, Lasers, fast photodiodes, novel InP based THz devices as well as optoelectronic integrated circuits based on HHIs PolyBoard platform.
Mr. Fahim Nawabi
Japan Representative, Fraunhofer Institute for Telecommunications, Heinrich-Herz Institute HHI
Phone: +81-90-4077-7609
www.hhi.fraunhofer.de
PolyBoard is HHI's platform for the hybrid integration of passive planar polymer waveguides, active InP components and thin-film filters for polarization and wavelength handling. It enables the quick and cost-efficient development of optochips. These include, among many others, ONUs and OLTs for WDM-PON, coherent receivers for access and AWGs for structurual health monitoring with FBG networks.
THz is an ideal tool for the analysis of multilayer structures, since many materials are transparent at THz frequencies. The advantage of our optoelectronic approach for HHI's novel continuous-wave THz system is the bandwidth of more than 3 THz. This allows the unambiguous determination of material thicknesses over a range of several meters with micron precision.
Coherent receiver module with integrated beam splitter, 4 balanced photo receivers / detectors and optical 90 degree hybrid
Up to 8 electrical RF-outputs for pos./neg., I/Q and both polarizations
Optical inputs for LO / data signal
Automatic or manually tunable gain and peak detector output in TIA-version
C- and L-band operating wavelength range
3dB cut-off frequencies up to 40 GHz
Four optical extender heads for direct connection to high-bandwidth oscilloscopes
Test and measurement of high-bandwidth optical signals
Simultaneous detection of I-/Q-signal and both polarizations
Optical inputs for local oscillator and data signal
Automatic or manually tunable gain and peak detector output in TIA-version
C and L-band operating wavelength range
3dB cut-off frequency up to 70 GHz
Fraunhofer Representative Office Japan