Booklet-Cover, Co-Exhibitor German Pavilion, OFC 2023
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
<strong>OFC</strong> <strong>2023</strong><br />
Berlin Brandenburg <strong>Pavilion</strong><br />
THE GERMAN CAPITAL REGION<br />
excellence in photonics
<strong>German</strong> <strong>Pavilion</strong>@<strong>OFC</strong> <strong>2023</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 .................................................................... #4525<br />
aiXscale Photonics UG ..................................................... #4616<br />
Fraunhofer Heinrich Hertz Institute (HHI) ........................ #4519<br />
Fraunhofer IPMS ................................................................ #4620<br />
HOLOEYE Photonics AG .................................................. #4529<br />
IHP GmbH ........................................................................... #4527<br />
Novoptel GmbH ................................................................. #4616<br />
MASSTART Project, c/o Fraunhofer IZM .................... #4618<br />
PolyPhotonics Berlin, c/o Fraunhofer HHI ...................... #4517<br />
SHF <strong>Co</strong>mmunication Technologies AG .......................... #4628<br />
Sicoya GmbH ...................................................................... #4626<br />
Vertilas GmbH ..................................................................... #4624<br />
VPIphotonics GmbH .......................................................... #4039
#4525<br />
#4624<br />
#4529<br />
#4628<br />
Info<br />
N<br />
#4620<br />
#4527<br />
#4626<br />
N<br />
#4618<br />
#4525<br />
#4624<br />
#4519<br />
#4616<br />
#4517<br />
#4616
Photonics Cluster Berlin Brandenburg #4618<br />
Optical Technologies and Microsystems<br />
Technology – Future Key<br />
Technologies<br />
In order to further promote the technological<br />
development of the region<br />
the Cluster Photonics was built. It<br />
provides companies and research<br />
institutions access to resources,<br />
such as knowledge and capital, at<br />
both local and international level in<br />
the fields of:<br />
• Laser Technology<br />
• Lighting Technology<br />
• Optics for <strong>Co</strong>mmunication and<br />
Sensors<br />
• Optical Analytics<br />
• Biomedical and Ophthalmic<br />
Optics<br />
• Microsystems Technology<br />
The Photonics Cluster in Berlin<br />
and Brandenburg is especially<br />
distinguished by the strong scientific<br />
basis (10 universities and 26 extrauniversity<br />
research institutions)<br />
and the high amount of specialized<br />
small and medium-sized companies<br />
(overall 390 SMEs) with widely<br />
ranged know-how – a perfect<br />
basis for a mutual transfer between<br />
science and industry leading to<br />
national and international 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 #4525<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 offers a unique spectrum of<br />
high-end chip-level technologies:<br />
Wafer Back-End Services (UBM,<br />
SBA, Dicing), high speed / high<br />
accuracy Die- and Flip Chip Bonding,<br />
Au and Al Wire Bonding, SMT,<br />
assembly of Optical <strong>Co</strong>mponents,<br />
X-Ray, Box-Build and 3D integration<br />
James-Franck-Str. 10<br />
12489 Berlin, <strong>German</strong>y<br />
Jim Ohneck,<br />
Henning Meyer<br />
fon: +49 30 6392 7300<br />
info@AEMtec.com<br />
www.AEMtec.com
aiXscale Photonics UG (hb) #4616<br />
Uniquely enabled by waferscale<br />
precision glass molding technology,<br />
aiXscale Photonics supplies<br />
proprietary ultra-high precision optical<br />
glass interposer solutions for<br />
reliable, low loss and cost effective<br />
single mode fiber coupling.<br />
Applications include transceiver<br />
optical subassemblies, co-packaged<br />
optics, bio-photonics, and sensor<br />
applications.<br />
The fiber coupler components incorporate<br />
beam reshaping, optical<br />
isolation, coarse wavelength<br />
division multiplexing and<br />
polarization management.<br />
If you are interested please contact<br />
us at: info@aixscalephotonics.com<br />
32 channel singel mode fiber to PIC<br />
coupler (aiXscale photonics OI32SM90)<br />
Virchow Str. 14<br />
50935 <strong>Co</strong>logne, <strong>German</strong>y<br />
Dr. Florian Merget<br />
fon: +49 179 5293304<br />
info@aixscalephotonics.com<br />
www.aixscalephotonics.com
Fraunhofer Heinrich Hertz Institute #4519<br />
Fraunhofer HHI a world leader in<br />
the development of mobile and optical<br />
communication networks and<br />
systems, fiber optical sensor systems<br />
as well as the processing and<br />
coding of video signals.<br />
The HHI develops optoelectronic<br />
semiconductor components as well<br />
as integrated optical circuits for data<br />
transmission.<br />
Another focus is on infrared sensor<br />
systems, terahertz spectroscopy<br />
and high-performance semiconductor<br />
lasers for industrial and medical<br />
applications.<br />
A further research focus are highperformance<br />
optical transmission<br />
systems for use in in-house,<br />
access, metropolitan, wide-area and<br />
satellite communication network.<br />
The focus is on increasing the<br />
capacity as well as improving<br />
security and energy efficiency.<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
Fraunhofer IPMS #4620<br />
The Fraunhofer Institute for<br />
Photonic Microsystems IPMS is<br />
your access to know-how, expertise<br />
and R&D infrastructure for<br />
Silicon Photonics and Photonic<br />
Integrated Circuits, especially<br />
programmable / reconfigurable<br />
devices and functions based on<br />
Liquid Crystal Waveguides on<br />
silicon as well as silicon nitridebased<br />
photonic devices for optical<br />
communication and sensor applications.<br />
We provide customized<br />
device designs for specific applications<br />
and are able to manufacture<br />
low and medium volumes<br />
on 200-mm-wafers. Fraunhofer<br />
IPMS is one of 76 institutes of<br />
the Fraunhofer-Gesellschaft, the<br />
leading organization for applied<br />
research in Europe.<br />
.<br />
Maria-Reiche-Str. 2<br />
01109 Dresden, <strong>German</strong>y<br />
fon: +49 351 8823 0<br />
pr@ipms.fraunhofer.de<br />
www.ipms.fraunhofer.de/en.html
HOLOEYE Photonics AG #4529<br />
HOLOEYEs LCOS microdisplay<br />
technology is successfully<br />
implemented in industrial WSS<br />
(Wavelength Selective Switch)<br />
applications.<br />
Besides standard LCOS microdisplay<br />
products, HOLOEYE offers<br />
electronic design and custom LC<br />
design for amplitude and phase<br />
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 />
12489 Berlin, <strong>German</strong>y<br />
Sven Krueger<br />
fon: +49 30 4036 938 0<br />
contact@holoeye.com<br />
www.holoeye.com
IHP GmbH #4527<br />
IHP offers research partners and<br />
customers access to its powerful<br />
SiGe:C BiCMOS technologies and<br />
special integrated RF and silicon<br />
photonics modules. IHP provides a<br />
Multi Project Wafer and Prototyping<br />
Service with 0.13 and 0.25µm SiGe<br />
BiCMOS technologies on 8“ silicon<br />
wafers.<br />
Examples are integrated SiGe HBT<br />
transistors with 500GHz fmax, high<br />
performance analog & mixed<br />
signal circuits, space ASICs,<br />
passive and active optoelectronic<br />
devices for optical communication<br />
and for optical-electronic mixedsignal<br />
applications.<br />
Tested and reliable process design<br />
kits (PDKs) within state-of-the-art<br />
electronic and optical 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-solutions.com
MASSTART Project, c/o Fraunhofer IZM #4618<br />
H2020 MASSTART project intends<br />
to establish a new assembly and<br />
test paradigm for next generation<br />
800G and 1.6T transceivers,<br />
including On-Board configuration,<br />
using robust, low-cost, and highthroughput<br />
packaging and test<br />
techniques.<br />
MASSTART aims to provide a<br />
holistic transformation to the<br />
assembly and characterization of<br />
high-speed photonic transceivers<br />
towards bringing the cost down<br />
to €1/Gb/s or even lower in mass<br />
production.<br />
Gustav-Meyer-Allee 25<br />
13355 Berlin, <strong>German</strong>y<br />
Dr. Tolga Tekin<br />
fon: +49 30 464 03639<br />
tolga.tekin@izm.fraunhofer.de<br />
www.masstart.eu
Novoptel GmbH #4616<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 2245<br />
fax: +49 5251 60 5827<br />
info@novoptel.com<br />
www.novoptel.com
PolyPhotonics Berlin #4515<br />
Fraunhofer HHI – a leading<br />
Research Institute for Mobile and<br />
fixed <strong>Co</strong>mmunications 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 />
Einsteinufer 37<br />
10587 Berlin, <strong>German</strong>y<br />
Dr. Crispin Zawadski<br />
fon: +49 30 31002 624<br />
info@polyphotonics-berlin.de<br />
www.polyphotonics-berlin.de
Sicoya GmbH #4626<br />
Sicoya develops and produces<br />
silicon photonics-based optical<br />
transceiver solutions for 400Gb/s<br />
connections and beyond.<br />
Sicoya‘s technology is based on a<br />
cointegration process that is<br />
capable of manufacturing both the<br />
analog electronics and the optics<br />
on the same silicon chip.<br />
With this cointegration process, cost<br />
of electronics and power loss by the<br />
on-chip electronics is significantly<br />
reduced, while high-speed performance<br />
is greatly enhanced.<br />
Carl-Scheele-Straße 16<br />
12489 Berlin, <strong>German</strong>y<br />
Mirjam Spark<br />
fon: +49 30 6392 6970<br />
Info@sicoya.de<br />
www.sicoya.com
SHF <strong>Co</strong>mmunication Technologies AG #4628<br />
SHF is a leading manufacturer of<br />
T&M equipment for optical<br />
communication R&D. With our core<br />
competence in microwave<br />
electronics, we support our worldwide<br />
research and industry<br />
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 <strong>Co</strong>nverters<br />
(DAC) up to 128 GBaud (e.g.<br />
for 256 Gbps PAM4),<br />
- Digital to Analog <strong>Co</strong>nverters<br />
(DAC) up to 64 GBaud,<br />
- Multiplexers and Demultiplexers<br />
up to 130 Gbps,<br />
- Passive Microwave <strong>Co</strong>mponents<br />
(e.g. Bias Tees) and<br />
- <strong>Co</strong>axial 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 #4624<br />
VERTILAS GmbH develops and<br />
manufactures single mode laser<br />
diodes from 1.27µm to 2.3µm for<br />
optical communications and<br />
near-infrared NIR gas detection.<br />
The lasers are available in a wide<br />
range of packaging options, incl.<br />
LC-TOSAs and pigtails.<br />
VERTILAS tunable lasers are well<br />
suited for TDLS open path and<br />
point sensor applications.<br />
For communications markets,<br />
VERTILAS high data rate<br />
InP VCSELs can be directly<br />
modulated up to 40Gbps and<br />
enable customers to develop<br />
high-performing parallel optical<br />
modules with very low power<br />
consumption.<br />
Daimlerstr. 11d<br />
85748 Garching, <strong>German</strong>y<br />
Christian Neumeyr<br />
fon: +49 89 37156018 0<br />
info@vertilas.com<br />
www.vertilas.com
VPIphotonics GmbH #4039<br />
VPIphotonics sets the industry<br />
standard for end-to-end photonic<br />
design automation comprising<br />
design, analysis and optimization<br />
of components, systems and networks.<br />
We provide professional simulation<br />
software supporting requirements<br />
of integrated photonics, optoelectronics<br />
and fiber optics applications,<br />
optical transmission system<br />
and networks, as well as link<br />
engineering and equipment<br />
configuration.<br />
A wide range of interfaces to the<br />
tools used by peers, third-party<br />
software, laboratory equipment, and<br />
existing databases are available.<br />
We enable corporations to manage<br />
intellectual property and reduce<br />
operating expenses by streamlining<br />
processes, from R&D to technical<br />
sales and marketing.<br />
Our solutions support the seamless<br />
information exchange of component<br />
characteristics and system requirements,<br />
as well as engineering rules<br />
and topology configuration within a<br />
team or between corporations.<br />
Carnotstr. 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
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 />
Supported by:
Change language