EASME

Silexica GmbH is a software development company specializing in design automation tools for multicore and manycore systems. Founded in 2014 as a spin-off from RWTH Aachen University, the company is headquartered in Cologne, Germany, with additional offices in the United States, South Korea, Japan, and China. Silexica's SLX Tool Suite includes several innovative products: SLX Mapper, which automates software distribution to multicore platforms; SLX Generator, which creates parallel C/C++ code through source-to-source compiler technology; SLX Parallelizer, which identifies parallelism in legacy code; and SLX Explorer, facilitating hardware design space exploration. The company also offers consulting services to address specific parallel software challenges, optimize performance, and provide custom code generation. Silexica serves various industries, including wireless communication, embedded vision, and automotive, aiming to streamline the development of intelligent products and reduce their time-to-market. In 2021, Silexica was acquired by Xilinx/AMD.

Pixpolar has developed a new revolutionary image sensor technology based on patented MIG (Modified Internal Gate) pixel architecture and delivering superior low light image quality when compared to any other image sensor technology. The manufacturing of MIG image sensors is compatible to existing CMOS processes enabling the readout and digital logic circuitry as well as the MIG pixel matrix to be incorporated into the same chip.

Avantama is a worldwide leader in the development and production of nanomaterials for electronics. The company develops nanoparticle dispersions and formulations for electronic applications, enabling high-quality optical and electronic coatings through established printing and coating techniques. Its technology supports fast proof-of-concepts and focused product development, accelerating time to market. Avantama operates multi-ton-scale production with high standards suitable for the electronics industry. It offers joint development, contract licensing, and customized nanoparticle formulations, as well as off-the-shelf products for displays, OLEDs, quantum dot displays, and solution-processed OPV, helping clients scale production and meet demand.

Blixt designs and manufactures semiconductor-based circuit breakers and household fuses to support smart metering and smart grid services. Its solid-state technology platform includes circuit breakers and next-generation battery system architecture, delivering a more reliable, flexible, and efficient electricity infrastructure and enabling software-defined power through real-time control of currents and voltages.

Hexagem specializes in developing high-quality gallium nitride wafers for radio frequency (RF) applications. Their products feature zero threading dislocations, achieved through nanowire technology, offering improved voltage tolerance and device reliability at a competitive cost.

Qualinx is a wireless radio company established in 2015 as a spin-off from the Technical University of Delft. The company specializes in the development of ultra-low-power radio solutions for portable devices in Internet-of-Things (IoT) applications, utilizing its innovative Digital/Discrete-Time RF (DRF) technology. This patented technology allows for the digital implementation of RF and analog components through advanced circuit, system, and architectural innovations, resulting in high-quality radios that consume minimal power and occupy a small die size. Qualinx’s products are particularly suited for various IoT standards, including Bluetooth, ZigBee, and GNSS, addressing the increasing demand for long battery life in wearable and mobile applications. With support from European funding and TU Delft, Qualinx has made significant advancements in providing CMOS radios and their associated intellectual properties, positioning itself as a key player in the low-energy consumption market.

Solmates B.V. is an innovative company based in Enschede, the Netherlands, specializing in the design, development, and supply of industrial deposition equipment. Established in 2006 as a spin-off from the MESA+ Institute for Nanotechnology, it focuses on pulsed laser deposition (PLD) technology. Solmates provides a range of products, including PbZrTiOx wafers, sol-etchers, sol-cleaners, and various thin film solutions that cater to the needs of developers and industrial users. Its applications extend to miniaturized systems, microphones, ultrasound heads, and band filters. With a team of experts who have extensive backgrounds in the semiconductor industry, Solmates aims to elevate PLD to a mainstream deposition technique, comparable to atomic layer deposition (ALD) and sputtering.

Novagan Sàrl, established in Lausanne, Switzerland in 2009, specializes in the development and fabrication of III-nitride semiconductor epiwafers and optoelectronic devices. The company focuses on creating high-power electronics and ultraviolet-visible optoelectronics solutions, serving industries such as medical imaging, displays, and projection. Novagan aims to build long-term customer relationships by providing timely, reliable, and cost-effective services tailored to market demands.

SMART Photonics specializes in the development and production of integrated photonic chips that utilize light for data transmission, enhancing speed and bandwidth while lowering energy consumption. The company provides a versatile portfolio that includes easy access to Multi-Project Wafer runs, facilitating low-cost and rapid prototyping of photonic integrated circuits. Additionally, SMART Photonics offers engineering services tailored to meet specific customer requirements, along with production development for volume manufacturing of customized products. By focusing on these innovative processes, the company aims to support advancements in various sectors, such as healthcare and mobility, enabling clients to efficiently manage and transmit large volumes of data.

SynSense is a neuromorphic computing company based in Zurich, Switzerland, founded in 2017. The company specializes in developing ultra-low-power vision and biosignal processors, as well as point cloud and always-on auditory processing solutions. These products are designed for artificial intelligence edge computing applications, including autonomous robots, mobile and embedded devices, wearable healthcare systems, security, computing, and IoT applications. SynSense's neuromorphic processors overcome the limitations of traditional von Neumann computers by providing an unprecedented combination of ultra-low power consumption and low-latency performance.

XMOS Limited specializes in designing and manufacturing multicore microcontrollers for demanding, time-critical, and embedded applications. The company's core technology, xcore®, enables developers to create custom system-on-chip solutions quickly and easily by loading software onto its flexible hardware platforms. XMOS' products cater to a wide range of industries, including consumer electronics, industrial automation, and automotive, with applications such as high-quality audio reproduction, motor control, and license plate recognition.

Diramics, established in Zurich, Switzerland, in 2016 as a spin-off from ETH Zurich, specializes in the manufacturing of ultra-low noise transistors, specifically pseudomorphic high-electron-mobility transistors (pHEMT). The company leverages a proven technology that has been successfully utilized in the field for over a decade, focusing on the production of low-noise amplifiers. By employing a cost-effective indium phosphide production method, Diramics aims to enhance communication efficiency and cater to cryogenic applications. This enables clients to access high-quality amplifiers at competitive prices, facilitating advancements in various technological sectors.

Space Submicron Electronic S.L. (2SE) is a Spanish company based in Seville (Spain). The company specializes in the design, development and production of integrated microelectronic circuits in sub-micron CMOS (Complementary Metal-Oxide Semiconduc­tor) technology. Its activity is focused on the development of cutting edge state-of-the-art solutions for the aerospace, defense, industrial and automotive sectors. 2SE’s team of professionals has extensive experience in the development, production and commercialization of mixed signal processing systems with analog-digital / digital-analog interfaces, systems on-chip and application-specific integrated systems (ASICs). Currently, 2SE is investing heavily in the development of state-of-the-art A/D converters and producing complex mixed-signal systems for on-board aerospace applications. These research and development activities are being carried out in close cooperation with universities and research institutions.

Power InnoTech is a technological startup based in Spain that specializes in the design and manufacture of high-performance power electronics. The company focuses on innovative solutions utilizing wide bandgap semiconductor technologies, such as silicon carbide and gallium nitride, alongside planar passive technologies derived from aerospace applications. Power InnoTech serves various industries, including renewable energy, aeronautics, and e-mobility, by developing advanced power topologies and control strategies aimed at enhancing efficiency and reducing operational costs in industrial processes. Through its cutting-edge products and services, Power InnoTech strives to disrupt traditional power technologies and contribute to the evolution of industrial electronics and automation.

Lumitech Production and Development brings together different technological specialties such as electronics, semiconductors, software, and measuring technology. It is a manufacturer of future-oriented LED systems.

Optima Design Automation develops electronic design automation tools and services for the functional safety verification of automotive integrated circuits. Its platform provides fault analysis, performance analysis, and security analysis to help the automotive industry design safer, more reliable chips at an accelerated pace. The company offers Optima-SE, a selective hardening solution that mitigates soft-errors and supports ASIL-B, ASIL-C, or ASIL-D while reducing engineering and silicon costs, and Optima-HE, a hard-error coverage tool designed for ISO-26262 compliance and the development of software test libraries. Its ultra-fast fault-simulation technology enables fault-simulations far faster than traditional RTL and GL approaches, addressing safety-critical applications throughout the semiconductor design cycle.

Another Brain, SA is a Paris-based company founded in 2017 that specializes in the development and manufacturing of bio-inspired chipsets designed for artificial intelligence and robotics applications. These innovative chipsets facilitate autonomous and unsupervised data extraction, enabling embedded pattern recognition and processing without reliance on external databases. They can detect and store multiple patterns simultaneously and learn from previously encountered patterns. The company also offers software tools to assist users in integrating the chipsets and conducting simulations. Another Brain's technology has diverse applications across various industries, including smart sensors, Internet of Things (IoT), smart cars, smart homes, robotics, drones, security, biometrics, defense, and data center optimization. By enhancing the capabilities of AI beyond traditional deep learning approaches, Another Brain aims to revolutionize how information is processed and utilized in numerous sectors.

The Ferroelectric Memory Company (FMC), based in Dresden, Germany, specializes in providing embedded nonvolatile memory solutions to the semiconductor industry. FMC's core technology is based on ferroelectric hafnium oxide (FE-HfO2), enabling ultra-low-power, high-performance, and dense non-volatile storage. This technology, known as FeFET, transforms classical high-k metal-gate transistors into nonvolatile ferroelectric field effect transistors, allowing for easy scaling of microcontrollers from 65nm down to 5nm and beyond. FMC's solutions offer significant advantages, including a 80% reduction in system-on-chip (SoC) cost, a 1000x reduction in write energy per bit, and a 70% overall performance gain. The company's technology is designed to be compatible with cutting-edge technology nodes, making it a future-proof solution for the semiconductor industry.

Chromition Limited, established in 2014 and headquartered in Manchester, UK, specializes in developing and supplying advanced nanoparticle solutions for various commercial applications. The company's portfolio includes Luminspheres, multi-colored photoluminescent polymer nanoparticles used in bio-imaging, anti-counterfeit measures, and lighting; Elecspheres, semiconductor polymer nanoparticle aqueous inks applied in displays, electronics, lighting, solar cells, and sensors; and Dielecspheres, high-k dielectric films that allow electronic devices to function at ultra-low voltages and low power. Chromition's technology originated from research at the University of Manchester and has been commercialized for next-generation optoelectronic products.

Comptek Solutions is a Finnish developer specializing in advanced surface engineering for compound semiconductors. Its Kontrox quantum surface engineering process creates defect-free, crystalline surfaces on III-V materials, enabling higher-quality semiconductor devices used in CMOS manufacturing, radio frequency components, optoelectronics, power electronics, and concentrated photovoltaics. Founded in 2017 and based in Turku, the company also offers passivation technologies that mitigate aggressive oxidation, reducing atomic-level defects and improving device efficiency, reliability and manufacturability. Kontrox has demonstrated substantial performance gains in devices such as microLEDs, and the company provides customized services to fit diverse substrate and fabrication flows, helping clients produce more efficient, reliable, and affordable devices across optoelectronics, RF and power electronics markets.

Spectro Inlets develops gas measurement equipment that allows precise measurement of dissolved gases in liquid environments, supporting electrochemical mass spectrometry analysis. Its instruments provide real‑time data on complex chemical reactions, enabling scientists and researchers to gain insights, optimize processes, and accelerate research and development across multiple scientific fields.

Simune Atomistics provides software and services for atomic-scale materials design, serving industrial, academic and research customers working with semiconductors, energy storage and new compounds. The company trains researchers in atomic-scale simulation techniques, collaborates on complex simulation challenges, and offers professional support to accelerate and optimize the materials design process. It develops quantum mechanical and atomistic simulation tools and modules for industrial applications, enabling clients to reduce costs and tailor solutions for semiconductor, automotive, chemical and green energy needs.

Xnovo Technology ApS is the commercial result of more than 15 years of Synchrotron and Diffraction-Imaging research at the Technical University of Denmark (DTU). Driven by an urge to make 3D crystallographic X-ray technology accessible for a wider range of materials scientists, Xnovo Technology ApS was founded in December 2012 by Senior Scientist Erik Mejdal Lauridsen, DTU-Energy Conversion, and Professor Henning Friis Poulsen, DTU-Physics.

Tensera Networks is a passionate team of engineers with a long history of working together. Their founders, Prof. Ehud Weinstein, Prof. Meir Feder, Dr. Ofir Shalvi and Dr. Daniel Yellin, have a successful track record in building technology start-ups and bringing advanced technologies to mass market adoption.

BactuSense is a company specializing in the development of a real-time, label-free bacteria detection device. This innovative technology addresses the critical delay of 2-3 days typically associated with identifying contamination in food, drinking water, and hospital environments. BactuSense's optical biosensor utilizes silicon-based microchips to rapidly identify live bacteria, distinguishing them from dead ones and specific bacterial strains. By enabling quick diagnosis of pathogens, the device helps prevent costly food recalls and protects the reputation of food producers. Additionally, it provides continuous monitoring for water supplies and patient conditions in hospitals and clinics, enhancing safety and efficiency in various sectors.

Xzero is a Swedish company that has spent 20 years in R&D for a new technology for process water in the micro- and nanoelectronics industries. The basic idea is to recycle the water from waste water into Ultrapure Water. The most recent challenge has been to remove nanoparticles in order to make sure these are not spread in the environment and not enter the Ultrapure Water used in cleaning of the nanoelectronics. Third party tests done by The Royal Institute of Technology and Swedish Environmental Research Institute (Sweden), Clarkson University (US), Manta Inc(US) and Anton Paar (Austria) have confirmed that Xzero technology is more efficient than existing technologies in removing nanoparticles from water. In January 2015, Xzero started to industrialize the technology in co-operation with researchers at the Royal Institute of technology in Stockholm, Sweden and at the leading European organization for microelectronics development – imec in Leuven, Belgium. Testing of the first full scale prototype of the industrialized equipment commenced in August 2016 and final industrialized equipment is slotted to be delivered to imec during the first half of 2019. In order to complement the researchers already working on the project, Xzero is recruiting experienced and professional engineers for the industrialization work and experienced sales people for tha marketing. In the commercialization phaseXzero will continue working with imec. Imec has offices in Belgium, the Netherlands, Taiwan, USA, China, India and Japan and a staff of about 2,400 people including several hundred of industrial residents from leading international nanoelectronics companies. Through imec we will be able to reach the largest part of Xzero’s future customers.

Helic, Inc. is a semiconductor company based in San Francisco, California, specializing in the development of Electronic Design Automation (EDA) software. Founded in 2000, Helic focuses on manufacturing fabless chips, particularly in the areas of analog and radio frequency integrated circuits. The company is known for its cutting-edge technology that helps mitigate the risk of electromagnetic crosstalk in System on Chip (SoC) designs. Helic's products are tailored to meet the needs of engineers working on integrated circuits for applications such as wireless communications, the Internet of Things (IoT), computing, automotive systems, and high-speed networking. Their software enables the synthesis of inductive devices and the precise modeling of electromagnetic and parasitic phenomena, facilitating seamless design flow and interoperability. By using Helic's tools, engineers can optimize die sizes and accurately capture electromagnetic effects across a frequency range that extends up to 110GHz. In 2019, Helic became a subsidiary of ANSYS, Inc.

Fastree3D is a fabless semiconductor company founded in September 2013 as a spin-off from EPFL Lausanne, Switzerland. It specializes in the development of three-dimensional imaging sensors that enable real-time recognition and distance measurement of fast-moving objects, facilitating driving assistance and autonomous navigation. The company employs advanced complementary metal-oxide-semiconductor (CMOS) fabrication processes to create precision sensors suitable for both consumer electronics and industrial applications. Fastree3D's technology allows clients to design vehicles and machines capable of continuously monitoring their surroundings, significantly enhancing their ability to detect and locate fast-moving objects in three dimensions. Additionally, Fastree3D B.V., a subsidiary of the company, collaborates with TU-Delft in the Netherlands to further advance its research initiatives.

Intenanomat manufactures and commercializes nanoparticles and nanocomposites for their application in cosmetics, optoelectronics, media, the environment, and other applications. They also produce metallic nanoparticles, metallic oxides, nanodiamonds, and more.

PreciLabs specializes in developing advanced encoder technology aimed at enhancing the product offerings of key players in the encoder market. The company provides innovative, multi-dimensional, and absolute position measurement solutions that are characterized by their precision and contactless operation. By offering high-speed industrial position sensors, PreciLabs enables clients to achieve lower-cost and higher-performance alternatives to traditional encoder sensors. This technology is designed to support the creation of next-generation competitive products, positioning PreciLabs as a vital partner for companies seeking to improve their market capabilities.

Comcores ApS is a specialized provider of IP cores for communication systems, focusing on the development and customization of digital radio systems for wireless communication. Founded in 2014 by Thomas Gerner Nørgaard, the company delivers both stand-alone IP components and integrated solutions tailored to the specific needs of its clients. Comcores assists organizations in realizing their digital communication objectives by offering a range of customizable products, including components for application-specific integrated circuits and field-programmable gate arrays. Through its design services and expertise in digital radio technology, Comcores supports companies in building advanced electronic devices.

Civan Advanced Technologies is a Jerusalem-based high tech Company specializing in the field of high-brightness, high-power diode and fiber lasers and optical amplifiers. Civan’s products line includes Single Mode (SM) lasers with Continuous Wave (CW) power ranging from 10 Watt to 10 KWatt. Civan leverages its proprietary technology and know-how, combined with its in-house manufacturing infrastructure and expertise, to offer a range of high-power lasers available at a variety of wavelengths from 780 nm to 2.2 micron. The high-power, SM operation at custom wavelengths is unique to Civan. Other advantages of Civan’s lasers include high reliability, customization flexibility, energy saving, low cost, low maintenance and high wall-plug efficiency.

Evince Technology is a UK-based startup focused on the development of innovative electron devices utilizing synthetic diamonds. The company aims to revolutionize the high-frequency electronics industry by introducing a new type of solid-state switch that serves as a foundational element for effective electrical energy control. Its products are designed for various applications, including metrology, healthcare, communications, and advanced manufacturing. By harnessing the superior thermal and electronic properties of diamonds, Evince Technology provides manufacturers and developers with the potential for enhanced performance through its licensed thermionic valve technology.

Founded in 2014, Spectral Engines develops and manufactures miniaturized spectral sensors for various applications. These include moisture measurement in pharmaceutical powders, food composition analysis (protein, fat, sugars), gas detection, and process spectroscopy.

ZeroPoint Technologies specializes in innovative memory compression technology aimed at enhancing data center and smart device efficiency. By removing up to 70% of unnecessary information from microchips, the company enables significantly improved performance, achieving up to 50% more performance per watt. This technology combines ultra-fast data compression, real-time data compaction, and transparent memory management into a single solution, making it distinct in the industry. The company's products allow data centers to maximize performance while minimizing energy consumption, and enable smart device developers to enhance performance and user experience without sacrificing battery life. ZeroPoint's approach is founded on decades of research from a renowned academic group, supported by a robust patent portfolio and a continuous pipeline of innovative ideas. The company delivers hardware intellectual property blocks that clients can integrate into their systems on a chip (SoC) and collaborates closely with industry leaders on advanced technology projects.

Nerve Smart Systems develops battery management and high-power charging technology, centered on its Nerve Switch, a semiconductor-based switch that selectively controls individual battery cells according to health and state of charge to create a dynamic topology for large-scale battery systems. This approach maximizes capacity and can reduce reliance on traditional DC/DC power electronics. The company targets high-efficiency, rapid charging for electric vehicles and maritime sectors, including e-vessels, and supports integration of energy storage, renewable energy, and remote monitoring with software updates. It enables charging during low-cost periods, enhances battery durability through advanced algorithms, and aims to lower infrastructure costs while enabling high-power charging in sites with limited grid capacity. The company has pursued funding programs such as the EU Horizon 2020 program to advance its battery-backed charging solutions.

Minima Processor Oy is a Finnish company, founded in 2016 and based in Oulu, that specializes in developing innovative semiconductor technology solutions aimed at enhancing the energy efficiency of digital processors. The company's technology enables improvements of up to 20 times in energy efficiency compared to traditional solutions, primarily through ultra-low voltage operation and the removal of timing margins at nominal voltages. Minima Processor's self-adapting intellectual property allows digital subsystems to operate effectively at near-threshold voltages while also being capable of scaling up to meet increased computing demands. Their solutions find applications across various industries, including consumer electronics, sensors, communication devices, medical applications, and computing systems, thereby promoting significant reductions in voltage consumption for diverse tasks.

Excillum is a company specializing in high-end microfocus and nanofocus X-ray sources, founded in 2007 by researchers from the Royal Institute of Technology in Stockholm, Sweden. The company launched its first product, the MetalJet, in 2010, which utilizes a unique metal-jet-anode design to achieve more than a tenfold increase in X-ray brightness compared to traditional technologies. Excillum develops and manufactures extreme high-performance X-ray sources based on patented liquid-jet target technology, complemented by in-house developed high brightness electron guns and optics. Its innovative solutions cater to various industries, including semiconductor, automotive, aerospace, and pharmaceuticals, aiming to facilitate advancements in science, medicine, and manufacturing.

Luz WaveLabs is a technology company specializing in millimeter and Terahertz (THz) wave technology for advanced wireless communications. The firm has created a system that significantly enhances signal quality, achieving performance over one million times better than existing THz systems. Luz WaveLabs provides a range of products, including miniature laser controllers, temperature controllers, and photonics instrumentation platforms, which facilitate cost-effective experimental setups for its clients. Through its innovative solutions, the company aims to support next-generation high data rate communication systems.

Composite Recycling Ltd has developed an innovative and commercially viable approach to recycling whole tyres, utilizing molten zinc at 450 °C to recover valuable materials such as pyrolysis oil, carbon black, and steel through a sink-float separation method. This process significantly reduces both capital and operating costs compared to traditional rotary kiln techniques, which require tyres to be shredded prior to recycling. In addition to tyres, the company’s patented and scalable technology can chemically recycle plastics into synthetic oil and effectively handle other non-recyclable materials, including glass fiber plastic composites and lithium-ion batteries. By concentrating metals present in printed circuit boards within their separation chamber, Composite Recycling enables clients to recover critical and special metals, enhancing the overall efficiency and sustainability of the recycling process.

Cardlab is dedicated to enabling card manufacturers, card issuers and their customers to take optimal advantage of the technological developments in miniaturized low power electronics for on-board integration in ISO 7810 cards. Tapping the expertise and knowledge of leading researchers, industry experts, and engineers we focus on developing new exciting functionalities, as well as effectively bridging the gaps between the front lines of technological research, the supply chain and the market.

ARQUIMEA develops electronic, microelectronic, and electro-mechanic systems and components, including smart actuators and mechanisms, sensing systems, integrated circuits (IC) and robotic parts. ARQUIMEA’s products and technologies are suitable for those markets and sectors demanding innovation, quality, high performance and reliability, such as Aerospace, Defence & Security, Industry, Automotive, Medical or Agroindustry. ARQUIMEA is committed to offer its clients products adapted to their needs and expert technical advice, with the goal of collaborating in the progress and development of the society in which we live. Production processes at ARQUIMEA are developed following the strictest and most exhaustive international quality regulations.

EFFECT Photonics is a Netherlands-based company that develops chip technology for photonic integration and optical communications. It aims to make photonic technology smaller, more affordable and easier to use by leveraging full photonic integration, enabling greater interconnectivity and more sustainable bandwidth solutions. The company serves telecoms and data networks, focusing on energy-efficient, scalable, high-speed transmission through photonic integration. Its products and technologies address current needs in 5G and future applications for hyperscalers, with a broader vision to enable emerging industries by reducing complexity and cost. The firm operates from its headquarters in Eindhoven with additional facilities in the United Kingdom, United States and Taiwan and maintains a global network of sales partners.

ARQUIMEA develops electronic, microelectronic, and electro-mechanic systems and components, including smart actuators and mechanisms, sensing systems, integrated circuits (IC) and robotic parts. ARQUIMEA’s products and technologies are suitable for those markets and sectors demanding innovation, quality, high performance and reliability, such as Aerospace, Defence & Security, Industry, Automotive, Medical or Agroindustry. ARQUIMEA is committed to offer its clients products adapted to their needs and expert technical advice, with the goal of collaborating in the progress and development of the society in which we live. Production processes at ARQUIMEA are developed following the strictest and most exhaustive international quality regulations.

Eagleyard Photonics GmbH is a technology company that engages in the design, development, and manufacture of semiconductor laser diodes with wavelengths ranging from 630 to 1120 nanometers for medical, scientific, and industrial applications. The company offers Multimode Single Mode, Single Frequency Laser Diodes, Tapered Amplfier, and Gain Chips for use in display/imaging systems, medical equipment, measurement/instrumentation, and research applications. It markets its products through a network of distributors in North America, the Asia Pacific, Europe, the Middle East, and Africa. eagleyard Photonics GmbH was founded in 2002 and is based in Berlin, Germany. As of January 1, 2013, eagleyard Photonics GmbH operates as a subsidiary of Toptica Photonics AG.

Ray Techniques is an Israeli company that engages in the fabrication of nano-diamonds and nano-diamond compounds.

Genes'Ink is a leading startup in the conductive and semiconductive inks market, focusing on the development of advanced materials for the Internet of Things (IoT) and flexible printed electronics. The company's innovative products enable the creation of thin, flexible devices that enhance conductivity and electrical performance, making them suitable for applications in printed electronics, lighting, and environmental sensors. Genes'Ink is committed to sustainable development and maintains a responsible approach to its operations, emphasizing the importance of environmental stewardship and the well-being of its workforce. By closely collaborating with partners and customers, the company tailors its ink formulations to meet specific requirements, ensuring compatibility with various industrial printing methods and flexible substrates for large-scale production.

SmartKem designs and markets organic semiconductors for displays and related devices. It develops low-temperature, solution-deposited organic semiconductors for transistor backplanes and undertakes design, development, industrialization, and technology transfer of its semiconductor platform. Its TRUFLEX inks enable organic thin-film transistor circuits on low-cost substrates, supporting applications in mini-LED and AMOLED displays, fingerprint sensors, and logic circuits. Revenue comes from sales of TRUFLEX inks and demonstration products, with a focus on partnering with display and electronics manufacturers to enable cost-effective, high-performance organic electronics.

Founded in 2012, HiLight Semiconductor is a fabless chip company specializing in the design and supply of analogue and mixed-signal CMOS ICs for high-speed fiber-optic communications and networking applications. Its product portfolio includes CMOS transimpedance amplifiers, LASER and VCSEL drivers, transceiver ICs with embedded micro-controller and non-volatile memory, and multi-channel chipsets for low power TIAs, CDRs, and VCSEL drivers.

SweGaN develops and produces gallium nitride on silicon carbide (GaN-on-SiC) epitaxial wafers and nitride-based HEMT structures for next-generation high-power and high-frequency devices. It supplies materials to device foundries, manufacturers, and product companies, enabling efficient and high-performance semiconductors. Its custom GaN-on-SiC epitaxial structures are designed to reduce energy consumption and increase capacity in applications such as base stations, helping customers address evolving technology challenges with future-oriented solutions.

Noliac A/S specializes in the design, development, and manufacture of piezoelectric products, including piezo materials, actuators, sensors, generators, transducers, and transformers. The company also provides contract research services, primarily catering to engineers, researchers, and universities in North America, Europe, and Asia. Noliac offers a comprehensive range of piezoelectric solutions, from raw materials to finished applications. Founded in 1997 by Bjørn Andersen, the company emerged from a background in multilayer piezo technology, particularly addressing the needs of the diesel fuel injection industry for large actuators. Based in Kvistgård, Denmark, Noliac distributes its products both locally and internationally, and it operates as a subsidiary of CTS Corporation.

Think Silicon Ltd., established in 2007 and headquartered in Patras, Greece, specializes in designing and developing graphics processing units (GPUs) and display processors for the Internet of Things (IoT), wearable, and broader display devices markets. The company offers a range of graphics IP semiconductor modules, display processors, drivers, API software, SDKs, evaluation kits, and more, catering to fabless chip companies for communication and multimedia applications. Think Silicon operates as a subsidiary of Applied Materials, Inc.

R-DAS is a Slovak company founded in 2009 with the objective of transferring expertise in micro and nanoelectronics into commercial products. Since, the company has been further developed with the intention to commercialize and apply integrated solutions for launched products in several areas. It offers complex solutions in each stage of the development process leading to innovative products as well as business model and marketing strategy creation support. The main activities are research and development of smart electronic systems and their ASIC implementation, applicable in different industrial fields as well as other domains, e.g. quality of life, healthcare, wellness, etc. Additionally, R-DAS offers expertise in several fields that include mainly microelectronics and nanoelectronics, biomedical engineering, healthcare, RFID, smart sensor systems, miscellaneous RF communication systems, and especially, IC design.

Nova Fabrica is a manufacturer and global supplier of thin film process components, specializing in technologies for vacuum and plasma-based process characterization, monitoring, control, and automation. The company offers a diverse range of products, including plasma monitoring and control systems, plasma generators, bias power supplies, magnetron sputtering devices, and various gas analysis systems. Its comprehensive product portfolio allows Nova Fabrica to provide complete package solutions with integrated support. The company's specialist products, such as FloTron process control systems, are distributed worldwide through an extensive sales network. In addition to its product offerings, Nova Fabrica also provides in-house and on-site training courses, enabling plasma processing system manufacturers to access critical subsystems, components, metrology services, and skilled personnel.

SEADM specializes in the design, manufacture, and commercialization of high-sensitivity equipment for the analysis of nanoparticles and trace compounds. The company aims to establish itself as a center of excellence in analytical instrumentation for trace element detection, leveraging the expertise of its technical consultant and co-founder, Juan Fernandez de la Mora, a professor at Yale University. SEADM's technology integrates electro-spray ionization, mass spectrometry, and mobility analysis to provide advanced analytical solutions. The company, located in Boecillo (Valladolid), features a laboratory area of 250 square meters and employs 15 university graduates engaged in manufacturing, research and development, and marketing. Its product offerings include differential mobility analyzers, vapor analysis systems, mobility filters, and low-flow secondary electrospray ion sources, enabling clients to enhance the capabilities of mass spectrometers for effective vapor analysis at a competitive cost.

Founded in 2011, Sofant Technologies specializes in designing and licensing smart antenna and tunable RF solutions for smartphone and tablet manufacturers. Its offerings include compact smart antenna solutions, tunable impedance matching modules, RF MEMS capacitors, and phase shifters, aiming to enhance performance while reducing power consumption and heat.

NanoScale Systems is a manufacturer specializing in force-based nanosensors and transducers, established in March 2005 as a spin-off from Johann Wolfgang Goethe-University in Frankfurt, Germany. The company possesses over 20 years of expertise in the software-controlled production of nanostructures and has successfully introduced new product generations within nanotechnology, microsystem technology, semiconductor technology, and surface technologies. As a leading manufacturer, NanoScale Systems utilizes innovative 3D nano printing techniques via focused electron beam to create silicon-free nanostructures. Their advanced platform produces force, pressure, and strain sensors, providing critical biocompatible technology to manufacturers in the medical sector for further development and research applications.

Kepp EU develops and researches about silicon technologies. The company's research in technologies of float zone (FZ) melting (high-frequency heating 2MHz ) and growth of silicon from melt by the Czochralski method yielded in more than 20 certificates of authorship (analog of patent), and in a similar number of articles and reports. The rapid growth of solar technology in the mid- 2000s made ​​us to address the problems of obtaining not only defect-free crystals, but also high quality raw materials. One of the most important goals for us has always been the availability of raw materials, both in terms of quantity and in terms of prices. In 2007 our research and production team approached to the use of electron beam technology for silicon feedstock production and achieved considerable success in this direction. Our research and development allowed us to successfully apply method nearly unepxloited before in the semiconductor industry and to shift from laboratory experiments to industrial research.

Magnomics is a medical technology company specializing in rapid, portable molecular diagnostic tests applicable to human health, veterinary, and food industries. The company aims to produce affordable, disposable diagnostic cartridges at scale for global distribution. With a team experienced in biotechnology, electronics, and physics, Magnomics has developed a portable PCR device that operates without the need for specialized training. This device utilizes a novel magnetoresistive DNA sensing technology to integrate sample preparation, amplification, and DNA detection in a single cartridge. The company's initial focus is on detecting bovine mastitis, a condition causing significant financial losses in dairy production. The veterinary diagnostics market, valued at approximately €4 billion, presents ample opportunity for innovation with low regulatory barriers. Magnomics has secured seed financing and is actively pursuing additional funds to complete prototyping of its first product. By offering a convenient and efficient solution for pathogen detection directly on the farm, Magnomics aims to address the limitations of existing diagnostic tools and improve treatment outcomes for livestock.

Monozukuri works in the emerging market of early floorplanning for 2.5D and 3D IC integration. Monozukuri was incorporated in 2014 by a team of leading EDA IC and package co-design experts expressly to build a new technology, from scratch, to deal with the I/O planning, and optimization phase of the physical implementation of complex 2.5D and 3D integrated circuits. The management team totals 50+ years of working experience at leading semiconductor and EDA companies, where it has given birth to multiple generation of IC and package co-design tools, methodologies, and flows. Privately held, Monozukuri is based in Rome, Italy and has received funding from both institutional and private investors.

Anvil Semiconductors Ltd is a company specializing in the development of silicon carbide (SiC) materials and devices tailored for the power electronics and LED markets. Established in 2010 as a spin-out from the University of Warwick, Anvil focuses on creating vertical Schottky barrier diodes and MOSFETs using its proprietary 3C-SiC on silicon wafers. The company’s technology aims to deliver SiC-based devices at costs comparable to existing silicon-based solutions while enhancing performance, particularly in operating efficiency. Anvil's products find applications across various sectors, including photovoltaics, consumer electronics, uninterruptible power supplies, electric vehicles, and LED lighting. With its headquarters in Coventry and an additional office in Cambridge, Anvil Semiconductors is positioned to address the growing demand for advanced power electronics, which is projected to expand significantly in the coming years.

Ensurge Micropower develops ultrathin, flexible, and safe energy storage solutions for wearable devices, connected sensors, and other applications. Its solid-state lithium battery technology enables powerful, lightweight, and cost-effective rechargeable energy storage for diverse uses, including hearables, sports and fitness wearables, home and industrial connected devices, and medical wearables. The company combines patented materials and process innovations with roll-to-roll manufacturing to scale production, supported by a state-of-the-art facility in Silicon Valley. With corporate headquarters in Oslo and global headquarters in San Jose, the company targets markets primarily in the United States, Europe, and Asia, reflecting strong demand for advanced, compact energy storage in wearables and connected devices.

EdXact SA is a company that develops and markets electronic design automation tools specifically for physical verification applications in the microelectronics and semiconductor industries. Founded in 2004 and headquartered in Voiron, France, EdXact offers a range of software solutions designed for complex integrated circuit (IC) and system-on-chip (SOC) designs. Its notable products include JIVARO, which focuses on reducing parasitic networks in IC nanometer designs; COMANCHE, which assists in exploring and analyzing large parasitic networks; and VRFJ, aimed at optimizing inductor model netlist reduction and improving RFIC non-linear simulation times. The company maintains a strategic partnership with MediaTek and has established sales offices across Europe, Japan, Korea, Israel, India, and Taiwan. As of June 2016, EdXact operates as a subsidiary of InfiniScale S.A.

Ferdiam is a company dedicated to the development of innovative technologies and products through the use of the diamond. Spin-off the company Dellas S.p.a., leader for over 40 years in the diamond tools for cutting stone, has a high specific know-how in the use of raw materials and the aims mission is to transfer this knowledge in areas as alternatives to those of the company of origin. The technological innovation pursued by Ferdiam reflected on many areas that are used both in the decorative world and in the automotive, respectively trying to make the most of the characteristics of brightness and resistance in the first and thermal conductivity and hardness in the latter.

Kanichi Research Services specializes in developing innovative non-invasive diagnostic systems that analyze exhaled breath to facilitate the rapid detection and diagnosis of various diseases. The company’s flagship product is a cost-effective, disposable point-of-care test designed to identify Helicobacter Pylori, a bacterial infection associated with stomach ulcers and cancer. In addition to its diagnostic offerings, Kanichi Research Services manufactures bespoke electrochemical components, including custom-made electrodes, which enhance advanced sensor systems. These components enable the detection of a wide array of chemical and biological molecules across air, breath, and liquid media.

Arralis Ltd. is a technology company based in Limerick, Ireland, specializing in high-frequency semiconductor chips for the aerospace and security sectors. Founded in 2013, the company is recognized for its expertise in Monolithic Microwave Integrated Circuits (MMICs), packaged component modules, and proprietary antenna technology. Arralis develops custom phased array antenna systems, micro and millimeter-wave technology systems, and various test systems tailored for communications, satellite, and defense markets. Its products are designed for both terrestrial and space applications, ensuring high precision and reliability. Additionally, Arralis collaborates with other leading technology providers to create bespoke, high-performance solutions that align with clients' strategic objectives, thereby enhancing their operational capabilities.

Dolphin Fluidics is a leading-edge startup, developing, producing and selling intelligent and precision fluidics devices based on smart materials actuators and control and communication electronics integration. Dolphin Fluidics acts as a flexible network company integrating new technologies based on an extensive scouting activity and partnership into the market. The close relationship with F-Lab, our sister research and innovation company, allow us to constantly anticipating new trends and introducing emerging technology, bringing you state-of-the-art solutions.

IS-Instruments is a micro-SME company that designs and develops remote sensing instrumentation for clients across Europe that include National Grid, Xstrata, European Space Agency and ABSL Space Products. ISI was set up in early 2010 by it directors Dr Michael Foster and Dr Jonathan Storey with Nicholas Bantin. The directors are world-leading experts in Optical filtering systems and in Laser-enhanced remote sensing instrumentation, as well as Photon Counting Techniques and High-precision interferometry. Together the directors have developed a number of instruments in the field including the Solar Swedish Telescope CRISP instrument. The core business model of the company is to provide for our clients new innovative solutions typically requiring laser based remote sensing instrumentation in difficult environments targeted at the specific problem. The company provides an end to end solution developing instruments from an initial simulated concept through to bench top instrument development and then to the manufacture of a complete instrument. The company has a range of optical, mechanical and electrical design tools including CAD and ray tracing facilities. In addition the company has a fully equipped optical lab and dark room for testing new instrumentation.

NplusT offers ultra-low cost memory tester equipment, data analysis software and test program development and valdation tools to semiconductor product and test engineers for the new product introduction process. Users of NplusT products and services obtain faster time-to-market and increased outgoing quality at lower engineering cost.

SIRC SP ZOO is a high-tech company focused on the design and development of silicon integrated circuits and low-power radar sensors operating in the frequency range of 6 to 120 GHz. The company specializes in creating integrated circuits tailored for radar and communications applications, utilizing silicon germanium (SiGe) bipolar semiconductor technology. SIRC develops a range of components, including transmitters, receivers, and complete transceivers, specifically for frequency-modulated continuous wave (FMCW), synthetic aperture radar (SAR), and phased-array radar systems. The company actively engages in research and development projects, including collaborations with the European Space Agency, to maintain its innovative edge. Additionally, SIRC designs antennas and antenna arrays for microwave and sub-terahertz applications, serving sectors such as security, communications, and aerospace.

Composite Recycling Ltd has developed an innovative and commercially viable approach to recycling whole tyres, utilizing molten zinc at 450 °C to recover valuable materials such as pyrolysis oil, carbon black, and steel through a sink-float separation method. This process significantly reduces both capital and operating costs compared to traditional rotary kiln techniques, which require tyres to be shredded prior to recycling. In addition to tyres, the company’s patented and scalable technology can chemically recycle plastics into synthetic oil and effectively handle other non-recyclable materials, including glass fiber plastic composites and lithium-ion batteries. By concentrating metals present in printed circuit boards within their separation chamber, Composite Recycling enables clients to recover critical and special metals, enhancing the overall efficiency and sustainability of the recycling process.

VI Systems develops and markets optical components and modules, transmission products, and integrated driver circuits and amplifiers. The company offers transmission products, which are based on 850nm and 1310nm wavelength vertical emitting cavity surface laser and photodetector for 790-870nm and 1100-1350nm wavelength, transmitter optical subassemblies (TOSA) and receiver optical subassemblies (ROSA) modules. It also provides integrated driver circuits and amplifiers for up to 40 Gbit/s single channel data transmission. The company primarily offers its transmission and regeneration products to systems and components vendors, as well as to customers in data communications, military, and aerospace industries and consumer electronics. It sells its products and services directly, as well as through international sales representatives and resellers primarily in the United States, Japan, Europe, and China. The company was founded in 2006 and is headquartered in Berlin, Germany.

IBS Precision Engineering has been delivering customers solutions to their measurement, positioning and motion systems demands where ultra-high precision is required. With our expert foundation in metrology, we understand the true meaning of precision and how to help our customers achieve it. With its expert foundation in metrology, they understand the true meaning of precision and how to help our customers achieve it. IBS products and custom solutions can be found at leading companies world-wide serving industries from disk drive to semiconductor equipment, printing and medical systems. In the field of machine tools we serve both builders and users with measurement systems delivering significant bottom-line productivity improvements. For the research community, it provides support from standard ultra-precision components to custom made systems.

Ikon Semiconductor Ltd. is a fabless semiconductor company based in Dublin, Ireland, specializing in the development of integrated solutions for the LED lighting industry. Founded in 2009 by seasoned professionals with extensive experience in semiconductors, the company focuses on innovative LED driver integrated circuits (ICs) designed for the offline LED lighting market. By employing proprietary digital control techniques, Ikon Semiconductor enhances performance and reduces costs in power electronics for LED applications, moving away from traditional analog methods. The company's products aim to meet the growing demand in the residential retrofit lighting market, particularly for bulb replacement applications. Ikon Semiconductor's solutions emphasize high performance, dimmer compatibility, and efficiency, making them a competitive choice for customers in the evolving LED lighting sector.

KDPOF is a Spanish technology company based in Madrid, specializing in high-capacity communication solutions using Large Core Plastic Optical Fiber (POF). The company focuses on developing advanced technologies that encompass everything from system definition to the design of digital integrated circuits. KDPOF's innovative POF communication technology integrates elements from modern digital communications and information theory, resulting in an efficient and adaptable system capable of operating across a wide range of optoelectronics. Its products are designed to meet the demands of various sectors, including home and small office networks, automotive, and industrial applications, by providing optical gigabit connectivity with features such as galvanic isolation, low weight, and cost-effectiveness.

Kation Scientific makes and sells carbon fiber as well as tungsten microelectrodes, iontophoresis pumps, extracellular amplifiers and related products. A unique multibarrel micropipette puller has also been developed to allow pulling of long-tapered multibarrel micropipettes using a two-stage pulling method.

PETsys Electronics is a medical technology company specializing in the development and production of gamma ray detectors for positron emission tomography (PET) scanners. The company's innovative technology is rooted in over a decade of research and development, which involved collaboration with various public and private partners. PETsys Electronics emerged from the R&D PET-Mammography Consortium, which focused on creating advanced imaging solutions, resulting in the creation of Clear-PEM prototypes known for their exceptional image resolution and sensitivity in breast imaging. Founded in 2008, PETsys has since evolved to offer state-of-the-art SiPM-based detector technology, enhancing the performance of PET scanners. Their systems leverage Time of Flight (TOF) techniques, enabling high-resolution imaging while minimizing radiation exposure, thereby facilitating early cancer detection and improving diagnostic capabilities for healthcare professionals.

Mandalon Technologies offers electronic packaging partner from prototype to production. company with special knowledge The company was founded in 1999 with roots in the sensor business S-SENCE at Linköping University. Since then, the company has involved the assembly and wire bonding of sensors, MEMS structures and ASICs and in 2001 Mandalon's first own assembly lab was built. In 2002, Mandalon Corporation and ISO 9001: 2008 certification were active 2008-2015. From 2017 we are certified according to ISO 9001: 2015. Mandalon has been an active member since the start of the Swedish Electronics Industry Association.

IDEAS provides radiation detection and imaging subsystems with proprietary readout technology for harsh environments. It is a privately held, R&D driven, semiconductor company based in Norway.

Eblana Photonics Ltd. is a manufacturer of laser diode products, specializing in applications for the space, medical, sensor, and fiber-optic communications industries. Founded in 2001 by Dr. James O’Gorman and Prof. John Hegarty, the company emerged from advanced research initiatives in photonics at leading Irish universities, particularly Trinity College Dublin. Eblana Photonics focuses on developing scalable laser manufacturing technologies that reduce costs while delivering high-performance, single-wavelength lasers suitable for various mass market applications, including broadband, access, and enterprise markets. In addition to its product offerings, the company provides contract research and development services, leveraging its expertise to meet the specific needs of its clients. Headquartered in Dun Laoghaire, Ireland, Eblana has expanded its presence internationally with offices in France, Germany, the United States, Japan, China, and Taiwan.

Pixpolar has developed a new revolutionary image sensor technology based on patented MIG (Modified Internal Gate) pixel architecture and delivering superior low light image quality when compared to any other image sensor technology. The manufacturing of MIG image sensors is compatible to existing CMOS processes enabling the readout and digital logic circuitry as well as the MIG pixel matrix to be incorporated into the same chip.

Nordic Quantum Computing Group is a developer of platform-agnostic quantum software that leverages advancements in superconducting qubits and photonic quantum computing. The company focuses on creating hybrid quantum-classical algorithms and full quantum applications tailored for the financial services and industrial technology sectors. Its research and development efforts are directed towards achieving quantum advantage in three core areas of quantum information technology: simulation, optimization, and artificial intelligence. Additionally, Nordic Quantum Computing Group is involved in the design of chips aimed at optimizing the performance of quantum algorithms, thus enhancing the efficacy of its software solutions.

Magillem Design Services is a software service company that specializes in providing solutions for seamless integration across Specification, Design, and Documentation processes. The company's software connects all product-related information into a centralized, traceable hub, which is particularly beneficial for large corporations in industries such as semiconductors and embedded systems. By offering tools and services designed to reduce the global costs associated with complex projects, Magillem enables its clients to enhance their operational efficiency. The company's industry expertise is instrumental in helping customers implement new methodologies, leading to significant quality improvements in their projects. Magillem's focus is on empowering clients to leverage their own knowledge and expertise, thereby adding value to their businesses and enabling them to tackle their most challenging initiatives effectively.