German Pavilion - OFC 24
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<strong>OFC</strong> 20<strong>24</strong><br />
<strong>German</strong> <strong>Pavilion</strong><br />
THE GERMAN CAPITAL REGION<br />
excellence in photonics
<strong>German</strong> <strong>Pavilion</strong>@<strong>OFC</strong> 20<strong>24</strong><br />
INFORMATION ....................................................................<br />
Photonics Cluster Berlin - Brandenburg,<br />
c/o Berlin Partner für Wirtschaft und Technologie GmbH<br />
NETWORKING ....................................................................<br />
INFO<br />
N<br />
AEMtec GmbH .................................................................... #37<strong>24</strong><br />
aiXscale Photonics GmbH ............................................... #3619<br />
ALLEGRO Horizon Europe Project, c/o Fraunhofer IZM .... #3621<br />
Fraunhofer Heinrich Hertz Institute (HHI) ........................ #3627<br />
HOLOEYE Photonics AG .................................................. #3728<br />
IHP GmbH ........................................................................... #3619<br />
INGENERIC GmbH ..................................................... #3716<br />
Novoptel GmbH ................................................................. #3718<br />
PolyPhotonics Berlin, c/o Fraunhofer HHI ...................... #3625<br />
QuSinus GmbH .......................................................... #3720<br />
SHF Communication Technologies AG .......................... #3726<br />
Vertilas GmbH ..................................................................... #3617<br />
VI Systems GmbH ...................................................... #3621<br />
VPIphotonics GmbH .......................................................... #3611
#3625<br />
#37<strong>24</strong><br />
#3627<br />
#3728<br />
N<br />
#3627<br />
#3726<br />
#3621<br />
#3720<br />
#3625<br />
#37<strong>24</strong><br />
#3619<br />
#3718<br />
N<br />
#3617 Info #3716
Photonics Cluster Berlin Brandenburg #3716<br />
Photonics Cluster Berlin Brandenburg<br />
- We have a passion for optics and<br />
photonics, microelectronics and<br />
quantum technologies. The Geman<br />
Capital Region is one of the world‘s<br />
most important locations for the<br />
industry. Here, you will find perfect<br />
conditions for concentrated research,<br />
development and production. Berlin<br />
Brandenburg has a highly developed<br />
research landscape, a highly diversified<br />
industrial sector and a high<br />
degree of networking within the<br />
community. Quantum Technologies<br />
benefit from an agile ecosystem like<br />
this as well. The Photonics Cluster<br />
Berlin Brandenburg is working on<br />
becoming a hotspot for this advanced<br />
technology.<br />
The Photonics Cluster in Berlin and<br />
Brandenburg is especially distinguished<br />
by a strong scientific basis:<br />
• 10 universities<br />
• 26 extra-university research<br />
institutions<br />
And a high amount of specialized<br />
small and medium-sized companies:<br />
• more than 400 SMEs with widely<br />
ranged know-how – a perfect<br />
basis for a mutual transfer between<br />
science and industry, which also<br />
supports national and international<br />
cooperation.<br />
Fasanenstr. 85<br />
10623 Berlin, <strong>German</strong>y<br />
Sandra Chabrier<br />
fon: +49 30 46302 355<br />
sandra.chabrier@berlin-partner.de<br />
www.optik-bb.de
AEMtec GmbH #37<strong>24</strong><br />
AEMtec develops, qualifies and<br />
manufactures next level optoelectronic<br />
assemblies in compliance<br />
with highest quality, security and<br />
sustainability standards.<br />
We offer a unique spectrum of highend<br />
chip-level technologies: Wafer<br />
Back-End Services (UBM, SBA,<br />
Dicing), high speed / high accuracy<br />
Die- and Flip Chip Bonding, Au and<br />
Al Wire Bonding, SMT, assembly of<br />
Optical Components, X-Ray,<br />
System Integration and 3D integration.<br />
James-Franck-Str. 10<br />
1<strong>24</strong>89 Berlin, <strong>German</strong>y<br />
Henning Meyer<br />
Brian Gordon<br />
fon: +49 30 6392 7300<br />
info@AEMtec.com<br />
www.AEMtec.com
aiXscale Photonics GmbH #3619<br />
Uniquely enabled ba waferscale<br />
precision glass molding technology,<br />
aiXscale Photonics supplies proprietary<br />
ultra-high precision poptical<br />
glass interposer solutions for reliable,<br />
low loss, and cost-effective<br />
single mode fi ber coupling.<br />
Applications include transceiver<br />
optical subassemblies, co-packaged<br />
optics, bio-photonics, and sensor<br />
applications.<br />
The fi ber coupler components incorporate<br />
beam reshaping, optical<br />
isolation, coarse wavelength division<br />
multiplexing, and polarization<br />
management.<br />
If you are interested please contact<br />
us at: info@aixscalephotonics.com<br />
Campus Boulevard 79<br />
52074 Aachen, <strong>German</strong>y<br />
Dr. Florian Merget<br />
fon: +49 179 5293304<br />
info@aixscalephotonics.com<br />
www.aixscalephotonics.com
ALLEGRO Horizon Europe Project #3621<br />
HALLEGRO - ‘Agile ultra low energy<br />
secure networks’ targets designing,<br />
prototyping, and demonstrating a<br />
novel end-to-end (E2E) solution for<br />
next-generation optical networks.<br />
ALLEGRO integrates packet-optical<br />
transport architecture satisfying four<br />
key pillars for next-generation telecommunication<br />
systems:<br />
• ultra-high-capacity from access to<br />
the core;<br />
• considerable reduction of power<br />
consumption and cost;<br />
• autonomous network control<br />
management exploiting artificial<br />
intelligence / machine learning (AI/<br />
ML) for ultra-high-capacity multi-<br />
domain optical systems; and<br />
• secured and reliable optical<br />
transmission.<br />
c/o Fraunhofer IZM<br />
Gustav-Meyer-Allee 25<br />
13355 Berlin, <strong>German</strong>y<br />
Dr. Tolga Tekin<br />
fon: +49 30 46403 639<br />
tolga.tekin@izm.fraunhofer.de<br />
www.allegro-he.eu
Fraunhofer Heinrich Hertz Institute #3627<br />
Fraunhofer HHI in Berlin, <strong>German</strong>y,<br />
is a word leading research institution<br />
specializing in optical communication<br />
networks, photonic<br />
components and fiber optical<br />
sensor systems. With a focus on<br />
advancing optical technology for<br />
telecommunications, sensing, and<br />
quantum communications, HHI<br />
conducts cutting-edge research<br />
and development in areas such as<br />
fiber optics, integrated photonics,<br />
terahertz spectroscopy, and highspeed<br />
data transmission. Its work<br />
encompasses the design, optimization<br />
and manufacturing of photonic<br />
components for advanced optical<br />
networks, including lasers, modula-<br />
tors, detectors, and more. Through<br />
innovative research, HHI aims to<br />
enhance communication efficiency,<br />
increase data transmission speeds,<br />
as well as improving security and<br />
energy consumption. Thereby,<br />
Fraunhofer HHI drives the development<br />
of next-generation photonic<br />
technologies and enables new<br />
areas of use for like industrial and<br />
medical applications. As a leader in<br />
the field, HHI‘s contributions play a<br />
crucial role in shaping the future of<br />
global telecommunications.“<br />
Einsteinufer 37<br />
10587 Berlin, <strong>German</strong>y<br />
Jörn Falk<br />
fon: +49 30 31002275<br />
joern.falk@hhi.fraunhofer.de<br />
www.hhi.fraunhofer.de
HOLOEYE Photonics AG #3728<br />
HOLOEYEs LCOS microdiplay<br />
technology is successfully implemented<br />
in industrial WSS (Wavelength<br />
Selective Switch)<br />
applications. Besides standard<br />
LCOS microdisplay products,<br />
HOLOEYE offers electronic design<br />
and custom LC design for amplitude<br />
and phase modulating microdisplays.<br />
HOLOEYE Photonics main business<br />
includes diffractive optics and<br />
Spatial Light Modulator products<br />
and services for R&D.<br />
Volmerstr. 1<br />
1<strong>24</strong>89 Berlin, <strong>German</strong>y<br />
Philip Engel<br />
fon: +49 30 4036 938 0<br />
contact@holoeye.com<br />
www.holoeye.com
IHP GmbH #3619<br />
IHP offers research partners and<br />
customers access to its powerful<br />
SiGe:C BiCMOS technologies and<br />
special integrated RF modules.<br />
IHP provides a Multi Project<br />
Wafer and Prototyping Service<br />
with 0.13 SiGe BiCMOS technologies<br />
on 8“ silicon wafers.<br />
Examples are integrated SiGe<br />
HBT transistors with 650GHz<br />
fmax, high performance analog &<br />
mixed signal circuits and space<br />
ASICs.<br />
Tested and reliable process<br />
design kits (PDKs) within state-ofthe-art<br />
electronic design platforms<br />
are available<br />
Im Technologiepark 25<br />
15236 Frankfurt (Oder), <strong>German</strong>y<br />
Dr. René Scholz<br />
fon: +49 335 5625 0<br />
ihp@ihp-microelectronics.com<br />
www.ihp-microelectronics.com
INGENERIC GmbH #3619<br />
INGENERIC - <strong>German</strong> specialist for<br />
standard & customized micro-optics<br />
and lens arrays!<br />
The core competence of INGENERIC<br />
is the development and production<br />
of high-precision micro-optics and<br />
lens arrays for high-end applications,<br />
manufactured using the socalled<br />
„precision molding“ method.<br />
By combining an extensive product<br />
portfolio with innovative manufacturing<br />
technology, INGENERIC has<br />
become one of the leading manufacturers<br />
for different branches like<br />
industrial laser, data- and telecommunication<br />
in recent years.<br />
Worldwide customers benefit from<br />
the high performance and reproducibility,<br />
especially in value production.<br />
Zum Carl-Alexander-Park 7<br />
5<strong>24</strong>99 Baesweiler, <strong>German</strong>y<br />
Dr. Stefan Hambücker<br />
Franziska Inkmann<br />
fon: +49 <strong>24</strong>01 804 70400<br />
contact@ingeneric.com<br />
www.ingeneric.com
Novoptel GmbH #3718<br />
We produce ultrafast optical endless<br />
polarization controllers/demultiplexers<br />
(100 krad/s), also with<br />
phase control and usable for QKD,<br />
polarization scramblers/transformers<br />
(20 Mrad/s), depolarizers<br />
(360 ns, 50 Mrad/s), PMD emulators,<br />
PDL multimeters, polarimeters<br />
(100 MS/s, memory 64 MS), tunable<br />
laser units.<br />
Small size. Low power consumption.<br />
Transmitting 40...1000-Gb/s<br />
PDM?<br />
Testing polarization-agile coherent<br />
transponders?<br />
Capturing rare polarization glitches?<br />
Time- and frequency-resolved<br />
optical component characterization<br />
(Mueller/Jones matrix in >5 us, PDL<br />
0.03...60 dB, PMD 40<br />
dB)?<br />
Great.<br />
Get this from Novoptel!<br />
Novel optics and electronics for telecommunication<br />
Helmerner Weg 2<br />
33100 Paderborn, <strong>German</strong>y<br />
Dr.-Ing. Benjamin Koch<br />
Prof. Dr.-Ing. Reinhold Noe<br />
fon: +49 5251 60 2<strong>24</strong>5<br />
fax: +49 5251 60 5827<br />
info@novoptel.com<br />
www.novoptel.com
PolyPhotonics Berlin #3625<br />
Fraunhofer HHI – a leading<br />
Research Institute for Mobile and<br />
fi xed Communications Networks<br />
and for the Key Applications in the<br />
World.<br />
PolyPhotonics Berlin – A technology<br />
platform for highly functional optical<br />
components<br />
With the PolyPhotonics Berlin<br />
technology platform, a new technology<br />
is emerging on the world<br />
market alongside the established<br />
platforms based on semiconductors<br />
or glass, which is superior to the<br />
established solution approaches in<br />
many respects.<br />
The entrepreneurial vision of the<br />
alliance is to take over the world‘s<br />
leading position in polymer-based<br />
integration technology and, in<br />
addition, to open up and make this<br />
platform available to other technology<br />
platforms, thereby opening up<br />
new fields of application, e.g. in<br />
medical or environmental<br />
technology.<br />
c/o Fraunhofer HHI<br />
PolyPhotonics Berlin e.V.<br />
Einsteinufer 37<br />
10587 Berlin, <strong>German</strong>y<br />
PolyPhotonics Berlin offers profound expertise in new materials, micro<br />
optical elements photonic integration and automated assembly technologies<br />
of optical components for telecom/datacom, analytics, sensing,<br />
and quantum communications applications.<br />
Please contact us - we are looking forward to realizing your ideas.<br />
Dr. Crispin Zawadski<br />
fon: +49 30 31002 6<strong>24</strong><br />
info@polyphotonics-berlin.de<br />
www.polyphotonics-berlin.de<br />
Best of materials .
QuSinus GmbH #3720<br />
We are a young spin-off from the<br />
University of Paderborn and<br />
develop high-precision signal<br />
synthesizers with best-in-class<br />
phase noise and jitter.<br />
We believe that the next generation<br />
of signal generators is based<br />
on opto-electronic technology that<br />
enables previously unattainable<br />
precision, especially in phase<br />
noise, and thus enables progress<br />
in various applications<br />
Am Neuen Markt 9 E-F<br />
14467 Potsdam, <strong>German</strong>y<br />
Dr. Peter Hertenstein<br />
fon: +49 175 4694727<br />
info@QuSinus.com<br />
www.qusinus.com
SHF Communication Technologies AG #37<strong>24</strong><br />
SHF is a leading supplier of T&M<br />
equipment for optical communication<br />
R&D. With our core competence<br />
in microwave electronics we<br />
support our worldwide research and<br />
industry customers.<br />
We enable R&D on ultra-high speed<br />
optical communication by offering:<br />
- PAM4 Generation up to 128<br />
GBaud (256 Gbps),<br />
- Bit Error Rate Tester (BERT)<br />
up to 512 Gbps (up to 128<br />
Gbps serial),<br />
- Arbitrary Waveform Generators<br />
(AWG) with up to 64 GSa/s,<br />
- 40G & 100G Modulator Driver<br />
Amplifiers,<br />
- Digital to Analog Converters<br />
(DAC) up to 64 GBaud<br />
- Multiplexers and Demultiplexers<br />
up to 130 Gbps,<br />
- Passive Microwave Components<br />
(e.g. Bias Tees) and<br />
- Coaxial RF Cables & Adapters.<br />
Wilhelm-von-Siemens Str. 23 D<br />
12277 Berlin, <strong>German</strong>y<br />
Frédéric de Lippe<br />
fon: +49 30 772051 0<br />
fax: +49 30 7531078<br />
sales@shf-communication.com<br />
www.shf-communication.com
Vertilas GmbH #3617<br />
Vertilas InP VCSELs to address<br />
fast growing and novel applications<br />
from 1.3 µm to 2.3 µm<br />
VERTILAS develops and manufactures<br />
innovative long wavelength<br />
VCSELs for over 20 years.<br />
The technology and product portfolio<br />
can be deployed in a wide<br />
range of near infrared (NIR) markets,<br />
such as optical communications,<br />
gas sensing, 3D sensing,<br />
LiDAR, industrial, biotechnology<br />
and medical sensing solutions.<br />
Vertilas offers a broad laser portfolio<br />
and engineering solutions to<br />
meet customers’ requirements and<br />
includes wavelengths from 1270 nm<br />
to 2360 nm with various packaging<br />
options, including cooled and uncooled<br />
TO packages, as well as LC-<br />
TOSAs and pigtails.<br />
Gutenbergstr. 5<br />
85716 Unterschleissheim, <strong>German</strong>y<br />
Christian Neumeyr<br />
fon: +49 89 37156018 0<br />
sales@vertilas.com<br />
www.vertilas.com
VI Systems GmbH #3621<br />
VI Systems GmbH (VIS), is a<br />
developer of components for optical<br />
communication and sensors,<br />
based <strong>German</strong>y.<br />
VIS portfolio includes vertical<br />
cavity surface-emitting lasers (VC-<br />
SELs), photodiodes, reaching record<br />
performance up to 2<strong>24</strong>Gbps<br />
per single-channel and VCSEL<br />
drivers and TiAs working at record<br />
energy efficiency up to 56Gbps in<br />
NRZ modulation.<br />
VIS also offers custom development,<br />
fabless manufacturing and<br />
technology transfer projects.<br />
Hardenbergstrasse 7<br />
10623 Berlin, <strong>German</strong>y<br />
Nikolay Ledentsov Jr.<br />
fon: +49 30 308 314 330<br />
sales@v-i-systems.de<br />
www.v-i-systems.com
VPIphotonics GmbH #3613<br />
VPIphotonics is the industry leader<br />
in end-to-end photonic design<br />
automation, providing cutting-edge<br />
software solutions for integrated<br />
photonics, optoelectronics, fiber<br />
optics, transmission systems, and<br />
networks. Our professional simulation<br />
tools cater to engineers and<br />
scientists, ensuring your projects<br />
achieve exceptional performance<br />
and efficiency.<br />
Our team of experts offers personalized<br />
consulting services to address<br />
your specific design, analysis, and<br />
optimization requirements. We<br />
prioritize knowledge-sharing and<br />
provide comprehensive training<br />
courses, empowering your team<br />
with advanced modeling techniques<br />
and software capabilities.<br />
.<br />
Hallerstr. 6<br />
10587 Berlin, <strong>German</strong>y<br />
Dr. André Richter<br />
fon: +49 30 398058 0<br />
info@VPIphotonics.com<br />
www.VPIphotonics.com
Notes
The joint presentation of <strong>German</strong>y‘s Capital Region is hosted by the local economic<br />
authorities of the states of Berlin and Brandenburg<br />
Senate Department for Economics,<br />
Energy and Public Enterprises<br />
Ministry for Economic Affairs,<br />
Labour and Energy<br />
managed by:<br />
Berlin Partner for Business and Technology<br />
Fasanenstr, 85<br />
10623 Berlin, <strong>German</strong>y<br />
Olav Morales Kluge<br />
Tel. +49 30 46302-454<br />
olav.morales.kluge@Berlin-Partner.de<br />
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