Epic consortium Members Directory: 213 members

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Technobis group is a developer and supplier of high-tech instruments and modules for OEM companies around the world. Technobis tft-fos is specialized in the development and supply of fibre optic sensing systems and applications. All developments are spectrometry and or interferometry based. Starting with free-space optics 17 years ago, nowadays all new developments are based on integrated photonics. Application Specific Photonic Integrated Circuits: ASPICs allow custom and highly dedicated system designs for a versatile range of improved performance requirements. Technobis ipps is a specialized solution provider for ASPIC packaging by supplying dedicated and mid-range volume packaging services. As ASPIC packaging requires complex dedication, our key values are thermal: and mechanical stability, high performance, low-noise, low power consumption, easy but versatile integration, reliable and repeatable quality. Technobis mechatronics is specialized in carrying out complete product development projects, going from an idea to a successful turnkey product, prototype or series product. www.technobis.nl

Funded Research Projects Experience .

• SARISTU: Smart Intelligent Aircraft Structures www.saristu.eu

• TAPAS: Thermoplastic Affordable Primary Aircraft Structure Consortium www.tapasproject.nl

Tematys provides a complete range of services to companies and public organizations in the fields of optics, photonics, sensors and material Engineering. Our clients are companies of any size, from international groups to SMEs and start-up. We have also developed a special expertise in R&D valorization and marketing of emerging technologies for Research Organizations and Laboratories. We provide strategic views on optics and photonics markets for publics for clusters and publics agencies. www.tematys.com


Thorn Lighting part of the Zumtobel Group, is a globally trusted supplier of both outdoor and indoor luminaires and integrated controls. Thorn ‘smart’ and sustainable lighting solutions create comfortable, fulfilling environments for people to live and work in more than 100 countries around the world. From roads to cityscapes, sports facilities to buildings and their surrounds, Thorn has built a strong reputation for reliability, functionality and technically advanced design. www.thornlighting.com
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Time-Bandwidth Products: TBP manufactures high-performance, reliable, turn-key picosecond and femtosecond lasers for demanding industrial and scientific applications. Key application areas include cold-ablation micro-processing, microscopy: multi-photon imaging, nano-surgery, test & measurement, high-energy physics, spectroscopy, and telecommunications. TBP products cover a broad range key laser parameters, including wavelengths such as 1064nm in the infrared, 532nm in the green, and 355nm in the ultraviolet, as well as into 1550nm telecommunication range, with pulse widths from below 50fs to above 500ps, pulse repetition rates from single shot to above 10 GHz, and pulse energies ranging to above 1 mJ. www.time-bandwidth.com
Funded Research Projects Experience .

  • ULTRAFAST_RAZIPOL: Ultrafast Lasers with Radial and Azimuthal Polarizations for High-efficiency Micro-machining Applications

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TNO is an independent Dutch organisation for applied scientific research with approximately 5400 employees. Research themes include: Healthy Living, Industrial Innovation, Defence/Safety/Security, Energy, Transport and Mobility, Built Environment, Information Society. www.tno.nl
Funded Research Projects Experience .

  • FIREFLY: Multilayer Photonic Circuits made by Nano-Imprinting of Waveguides and Photonic Crystals

  • PHOTOSENS: Large-area Nano-photonic Chemical Sensors

  • Plat4M: Photonic Libraries And Technology for Manufacturing

  • SSL-ERATE: Accelerate SSL Innovation for Europe

TOPTICA develops and manufactures high-end laser systems for scientific and industrial applications. The portfolio includes diode lasers, ultrafast fiber lasers, terahertz systems and frequency combs. The systems are widely used in quantum optics and spectroscopy, biophotonics and microscopy, as well as test and measurement. www.toptica.com

The Torbay Hi Tech Forum was established in 2010 to promote and support Torbay’s photonics, electronics and related industry sectors. With a membership comprising of worldwide market leading companies to small and medium sized enterprises the forum continues to seek opportunities for collaboration, ongoing sector development and inward investment. Torbay’s particular strengths are in R&D, design, new product development, prototyping of; tuneable lasers, opto-electronics, fibre optics, photonics packaging, global positioning & navigation test and semiconductors. Torbay is also home to much advanced manufacturing in some of these areas. Our companies are operating in the telecoms, aerospace, military & defence and healthcare sectors and have research and development laboratories with dedicated teams working on addressing cutting edge solutions to industry, such as the area of space photonics. We have established links to leading research and expertise in photonics and graphene at both Plymouth University and University of Exeter.

For more detail on the Torbay Hi Tech Forum please visit – http://www.torbaydevelopmentagency.co.uk/networking-and-events/torbay-hi-tech-forum

For more detail on locating/expanding into Torbay please visit - http://www.torbaydevelopmentagency.co.uk/invest-in-torbay
Tridonic has for almost 60 years been a successful innovation driver on the lighting market. This pioneer of digital lighting control is now focusing its attention increasingly on LEDs as the technology of the future. The broad offering for creating semiconductor-based and conventional lighting solutions ranges from individual components to complete systems. The focus is on LED systems comprising light sources and converters. An extensive portfolio of conventional control gear for different lamp types and light management systems rounds off the programme. Solutions based on components and systems from Tridonic meet the highest quality requirements for indoor and outdoor lighting in reference installations throughout the world. Tridonic GmbH & Co. KG has its headquarters in Dornbirn in Austria. It is a subsidiary of the Zumtobel Group and has offices or partners in more than 70 countries. www.tridonic.com
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The interdepartemental Centre of Nanophotonics: CNP at TU Berlin comprises laboratories for growth, processing and analysis of semiconductor materials, structures and devices. Growth activities focus on atomically layered semiconductor materials: III-V-compounds: arsenides, nitrides, antimonides and phosphides using low pressure metal organic chemical vapor deposition machines. Processing facilities comprise clean rooms: class 10 – 1000 with dry etching, electron microscopy, metal and insulator deposition, oxide aperture fabrication and more. Target devices are edge and surface emitting lasers and semiconductor optical amplifiers for energy efficient and ultrahigh bit rate communication as well as single/entangled q-bit emitters on demand for quantum communication and nanoflash memories. Another center of gravity are deep UV light emitters, LEDS and lasers based on nitrides. www.physik.tu-berlin.de
Funded Research Projects Experience .

  • RAMPLAS: Silicon-based, integrated Optical RAM enabling High-Speed Applications in Computing and Communications

  • COMANDER: Converged Optical-Mobile Access Networks with Dynamic and Efficient Resource allocation. Revolutionizing Next Generation’s Fiber-Wireless Networks.

The Tyndall National Institute, University College Cork is one of Europe’s leading centres for Information, Communications and Technology: ICT research and development. It is the largest facility of its kind in Ireland. Tyndall, formally known as the National Microelectonics Research Centre, was established in 2004 to provide a critical mass of researchers that would support the growth and development of a smart knowledge based economy in Ireland. www.tyndall.ie
Funded Research Projects Experience .

  • FIREFLY: Multilayer Photonic Circuits made by Nano-Imprinting of Waveguides and Photonic Crystals

  • Plat4M: Photonic Libraries And Technology for Manufacturing

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The Photonics Group in the Electronic and Electrical Engineering Department of University College London: UCL is involved in R&D of opto-electronic devices, sub-systems and systems ranging from semiconductor lasers and liquid crystal wavelength division multiplex filters to millimetre-wave over fibre broadband access systems. We are a major contributor to the London Centre for Nanotechnology. With the University of Cambridge, University College London: UCL has established a world leading Centre for Doctoral Training in Photonic Systems Development, leveraging their current strong collaborations in research and innovation. We are looking for industry to suggest research topics for our Masters of Research: MRes and PhD students related to photonic systems development with MRes projects running from Nov-May and May-August each year and PhD projects starting every September. www.ee.ucl.ac.uk/research/photonics

University “Mediterranea” of Reggio Calabria Department of Information Engineering Infrastructure and Sustainable Energy (DIIES). The main mission of the MicroOptoElectronics Laboratory (MOEL) is the research and education in the field of Silicon Photonics, microelectronic full-custom integrated circuits (IC) design and, more in general, in the broad area of high performing technologies for ICT systems. The integration on a single CMOS microchip of self-energised and ultra-low power electronic modules, sensors and photonic devices is the target of the research. We exploit amorphous Silicon (a:Si:H) and related alloys as the cheapest technology to allow the rapid deployment of an active photonic layer on top of standard microchips with a back-end approach.
Funded Research Projects Experience .

  • DOMUS: Home automation systems for cooperative energy brokerage service

  • HELIOS: Photonics Electronics functional Integration on CMOS

  • GELMINCAL: Generatore Eolico a Levitazione Magnetica in Calabria

  • FINGERIMBALL: Tecnologie e materiali anticontraffazione e applicazioni nanotecnologiche per l’autenticazione e la tutela delle produzioni agro-alimentari di eccellenza

  • WISENET: WIreless Sensors for Environmental NETworks

  • WEBS: Multifunctional Wireless System for the Integrated Management of Electric Energy, Comfort and Safety within Buildings

  • High Efficiency, High Concentration, Highly Innovative and Integrated, Grid Connected Photovoltaic Systems Equipped with Solar Tracking Devices, Diagnostic and Energy Management

The University of Barcelona, in particular its departments of Applied Physics, Optics and Electronics regularly participate in photonic projects. These projects span from the development and study of materials and devices for LEDs and solar cells, to the application of advanced techniques in material and device characterization. Our activities include image processing, optical communications and design/fabrication/characterization of nanophotonic structures, either using inorganic and organic based-materials. www.el.ub.es
Funded Research Projects Experience .

  • SINERGIA: Si nanocrystals and erbium co-doped glasses for optical amplifiers

  • IMPACT: Fabrication of light emitting diodes with Si technology

  • PHOLOGIC: Photonic Logic Gates

  • LANCER: Light Amplifiers with Nanoclusters and Erbium

  • HELIOS: PHotonics ELectronics functional Integration on CMOS

  • NASCENT: Silicon Nanodots for Solar Cell Tandem

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The University of Nottingham’s expertise and facilities include III-V epitaxy, nanofabrication, electron beam lithography, surface science, high resolution microscopy, optical and electrical test, microelectronics and micromachining, experimental and numerical studies of optical waveguides, lasers and amplifiers and nano-scale photonic circuits. Theoretical simulation includes direct access to cluster computing facilities. Programmes of research cover photonic integrated circuits at various wavelengths, graphene and spintronic devices, wide bandgap nitride semiconductors and Raman spectroscopy applied to biomedical imaging. Laser materials processing work includes cutting, drilling, cladding, surface melting, heat treatment and additive manufacture. We manufacture and characterise mid-infrared glass fibres and waveguides as well as optical switches and photonic integrated circuits, GaN-based optoelectronic devices and high power semiconductor lasers. The CAMERA centre houses PIV and ESPI systems and expertise, IBIOS applies state of the art developments in optical imaging technology to research in cellular biology. Other innovative laser based characterisation techniques include laser-generated surface acoustic waves. Our internationally recognised activity in high-power laser diodes, including simulation/design and degradation physics has been supported by 6 EC and 2 industrial grants. www.nottingham.ac.uk
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The research group System and Circuit Technology of University Paderborn and Heinz Nixdorf Institute in Paderborn works on nano-/microelectronic ICs for communications and sensing applications. Research is specifically focused on high-speed IC design for broadband communications (up to more than 100 Gbps) and wireless communications and sensing (up to 300 GHz), Silicon Photonics IC design, and mixed analog-digital IC design. We have access to cutting-edge semiconductor technologies (nano-meter CMOS, SiGe BiCMOS, silicon photonics). Our broadband / RF measurement lab allows for S-parameter measurements up to 125 GHz and digital signal measurement up to more than 100 Gb/s. www.hni.uni-paderborn.de/en
Funded Research Projects Experience .

  • BOOM (EU FP7)

  • OptcialLink (Eurostars)

  • 100GET (CELTIC)

  • RF2THZ SISOC (Catrene)


  • OMEGA (EU FP7)

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u²t Photonics is the leading supplier of ultra high speed optical components for 40G and 100G applications in modern optical telecommunication networks. Headquartered in Berlin, u²t sets the benchmark for high performance of optical devices in the market. Advanced modulation formats such as differential phase shift keying: DPSK, differential quadrature phase shift keying: DQPSK and dual-polarization quadrature phase shift keying: DP-QPSK require integrated receivers in order to build economically feasible communication systems. u²t’s developments have shifted the limits and resulted in timely new product offerings for transponder and system developments. u²t is permanently optimizing its portfolio and meanwhile offering modulator technology complementing its photonic product range. www.u2t.com
Funded Research Projects Experience .

  • IPHOBAC-NG: Integrated Photonic Broadband Radio Access Units for Next Generation Optical Access Networks

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vario-optics, founded in 2009 as a spinoff of the well-known Varioprint AG, with location in Heiden (Switzerland) is a leading supplier of Electro Optical Circuit Boards (EOCB). With this new technology, vario-optics ag has made significant investments, not only in the product technology but also in the

development of the production process technology and the necessary infrastructure. The products are sold globally, to all major markets, such as telecom, industry, medical, automotive, military and aerospace. www.vario-optics.ch

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VERTILAS develops, produces and distributes innovative laser diodes for optical communications technology, sensor engineering and measurement methods. VERTILAS laser diodes emit normal to the wafer surface, hence the name Vertical-Cavity Surface-Emitting Lasers. These VCSEL diodes stand out for their high-speed data transfer capabilities: up to 10 Gbit/s, as well as for their small structural shape, low current threshold and low power consumption. Long wavelength VCSELs constitute a core component of future laser-optic communication networks through which fiber-to-the-home plans are being made possible in a cost-effective manner. With its newly-developed laser diodes having a wavelength range of 1.3 µm to 2 µm, VERTILAS is one of the leading global providers in the field of long-wavelength VCSELs. www.vertilas.com
Funded Research Projects Experience .

  • NEMIS: New mid-infrared sources for photonic sensors

  • Subtune: Widely Tunable VCSEL using Sub Wavelength Gratings

  • Gigawam: Giga Bit Access Passive Optical Network Using Wavelength Division Multiplexing

  • Firefly: Multilayer Photonic Circuits made by Nano-Imprinting of Waveguides and Photonic Crystals

  • Phoxtrot: Photonics for High-Performance, Low-Cost & Low-Energy Data Centers, High Performance Computing Systems:Terabit/s Optical Interconnect Technologies for On-Board, Board-to-Board, Rack-to-Rack data links

  • RAPIDO: Revolutionary Advances in Photonics Integration Being Applied for Optical Communication

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VI Systems: VIS is a fabless developer and producer of optical engines for data transmission at ultrahigh bit rates and the related electro-optic components for applications in data communications and access networks. An interconnect capable of the speed while allowing cost- and power efficiency and at a very small footprint will be successful in the market, the VIS device concept fulfils these requirements. www.v-i-systems.com
Funded Research Projects Experience .

  • ADDAPT: Adaptive Data and Power Aware Transceivers for Optical Communications

VLC Photonics is a photonic design house who provides its expertise in optical chip design and fabless manufacturing and packaging of custom photonic integrated circuits. VLC Photonics closely works with all mayor photonic foundries and optical materials: Silica: SiO2, glass/PLC, Silicon Photonics: Silicon-on-Insulator, SOI, TriPleX: Si3N4/SiN, InP/GaAs, etc. Additionally, VLC Photonics can provide optical chip characterization and testing services, high-level optical engineering services and process design kit development. www.vlcphotonics.com
Funded Research Projects Experience .

  • ePIXnet: European network of excellence on photonic integrated components and circuits

  • PARADIGM: Photonic Advanced Research And Development for Integrated Generic Manufacturing

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