EIC Accelerator

Founded in 2020 by Aron Kirschen and Kai-Uwe Demasius, SEMRON specializes in developing advanced AI inference chips. Utilizing proprietary technology, the company creates energy-efficient chips with a minimal footprint without compromising computing power.

Hummink is a company specializing in additive manufacturing technology, focusing on nano-printing solutions that enable precise design and manufacturing at the nanoscale. Founded in 2020 in Paris by Amin M'barki, Pascal Boncenne, Lydéric Bocquet, Alessandro Siria, and Antoine Nigues, Hummink utilizes a patented technology that integrates a nanometric pen with an oscillating microresonator. This innovative approach allows for the capillary deposition of various liquids, equipping clients in the semiconductor and molecular diagnostic industries with the capability to create large objects while maintaining exceptional resolution and precision on substrates ranging from millimetric to centimetric scales.

SemiQon is a Finnish startup spun out from VTT Technical Research Centre. It specializes in developing silicon-based quantum processors using novel semiconductor qubit technology, aiming to advance the scalability and sustainability of quantum computing.

Delft Circuits manufactures specialized hardware for quantum engineers and industries. They offer in-house cleanroom fabrication, cryogenic high-frequency laboratories, and expertise in microwave design, engineering, and superconducting materials to enable customers to achieve scalable, high-performance Input/Output (I/O) solutions.

Quobly develops semiconductor-based technologies for large-scale quantum computing, aiming to unlock the full potential of quantum technologies. The company focuses on a fault-tolerant approach using established semiconductor fabrication methods.

Codasip Ltd. is a processor technology company based in Brno, Czech Republic, founded in 2006. The company specializes in providing intellectual property (IP) and electronic design automation (EDA) tools that facilitate the adoption of application-specific instruction set processors (ASIPs). Codasip's offerings include Codix, RISC-V, and custom processors, allowing system-on-chip developers to customize their products for competitive advantage. Through its design automation tools and an open architecture licensing model, Codasip enables clients to leverage the benefits of the RISC-V instruction set architecture. The company's technology is utilized in billions of devices worldwide, with a diverse customer base that includes notable names such as AMD, Mobileye, and Sigma Designs. Codasip has established strategic partnerships with various organizations, enhancing its capabilities and market reach.

Quobly develops semiconductor-based technologies for large-scale quantum computing, aiming to unlock the full potential of quantum technologies. The company focuses on a fault-tolerant approach using established semiconductor fabrication methods.

Delft Circuits manufactures specialized hardware for quantum engineers and industries. They offer in-house cleanroom fabrication, cryogenic high-frequency laboratories, and expertise in microwave design, engineering, and superconducting materials to enable customers to achieve scalable, high-performance Input/Output (I/O) solutions.

Hummink is a company specializing in additive manufacturing technology, focusing on nano-printing solutions that enable precise design and manufacturing at the nanoscale. Founded in 2020 in Paris by Amin M'barki, Pascal Boncenne, Lydéric Bocquet, Alessandro Siria, and Antoine Nigues, Hummink utilizes a patented technology that integrates a nanometric pen with an oscillating microresonator. This innovative approach allows for the capillary deposition of various liquids, equipping clients in the semiconductor and molecular diagnostic industries with the capability to create large objects while maintaining exceptional resolution and precision on substrates ranging from millimetric to centimetric scales.

Cerabyte develops a ceramic-based data storage technology designed for long-term archival preservation. Its hardware utilizes ceramic nano memory technology to store data with high density and durability, resisting environmental factors. This enables organizations to maintain digital records indefinitely without media replacement, data migration, or ongoing energy consumption.

InSpek develops biological and chemical monitoring systems using integrated photonics. The company aims to democratize access to chemical analysis thanks to integrated optics. Its sensors make the most of micro and nano-optical chip technologies to maximize light-matter interactions and improve chemical detection.

RAAAM Memory Technologies Ltd. specializes in innovative on-chip memory solutions designed for the semiconductor industry. The company has developed a high-density memory technology that significantly enhances memory capacity, providing up to 50% greater density compared to traditional options without incurring additional costs, complexity, or performance drawbacks. RAAAM's technology serves as a drop-in replacement for static random access memory (SRAM) in system on chips (SoCs), allowing semiconductor companies to achieve area and power reductions while utilizing standard CMOS manufacturing processes. This advancement enables clients to maximize on-chip memory capacity within a smaller silicon die size, streamlining production and improving efficiency.

Nearfield Instruments B.V. is a company based in Rotterdam, the Netherlands, that specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems for the semiconductor industry. Founded in 2016, Nearfield Instruments focuses on enhancing process control in semiconductor manufacturing by enabling atomic-scale resolution in the analysis of integrated circuits. Their innovative technology allows for detailed scanning of chip surfaces during fabrication, which significantly improves production yields and the functionality of microchips. By offering advanced metrology solutions, Nearfield Instruments contributes to the production of smaller and more efficient electronic devices, marking a notable advancement over traditional metrology methods.

InSpek develops biological and chemical monitoring systems using integrated photonics. The company aims to democratize access to chemical analysis thanks to integrated optics. Its sensors make the most of micro and nano-optical chip technologies to maximize light-matter interactions and improve chemical detection.

LightSolver is a pioneering technology company that has developed the first pure laser-based processing unit (LPU), which leverages the unique physical properties of light to address complex computational challenges. Founded in 2020 by Dr. Ruti Ben Shlomi and Dr. Chene Tradonsky, both physicists from the Weizmann Institute, the company has assembled a team predominantly composed of PhD holders in mathematics and physics. The LPU operates solely on all-optical coupled lasers, eliminating the need for electronics, and is designed to be as compact as a traditional desktop computer. This innovative computing method offers exceptional scalability, low power requirements, and operates at room temperature, positioning it to potentially surpass the capabilities of quantum and supercomputers. LightSolver's technology harnesses the natural attributes of light, such as deep connectivity and massive parallelism, to optimize performance for various applications.

RAAAM Memory Technologies Ltd. specializes in innovative on-chip memory solutions designed for the semiconductor industry. The company has developed a high-density memory technology that significantly enhances memory capacity, providing up to 50% greater density compared to traditional options without incurring additional costs, complexity, or performance drawbacks. RAAAM's technology serves as a drop-in replacement for static random access memory (SRAM) in system on chips (SoCs), allowing semiconductor companies to achieve area and power reductions while utilizing standard CMOS manufacturing processes. This advancement enables clients to maximize on-chip memory capacity within a smaller silicon die size, streamlining production and improving efficiency.

Nearfield Instruments B.V. is a company based in Rotterdam, the Netherlands, that specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems for the semiconductor industry. Founded in 2016, Nearfield Instruments focuses on enhancing process control in semiconductor manufacturing by enabling atomic-scale resolution in the analysis of integrated circuits. Their innovative technology allows for detailed scanning of chip surfaces during fabrication, which significantly improves production yields and the functionality of microchips. By offering advanced metrology solutions, Nearfield Instruments contributes to the production of smaller and more efficient electronic devices, marking a notable advancement over traditional metrology methods.

SPHERICAL is a technology company focused on advancing space exploration by innovating in semiconductor design. It specializes in creating complex electronic systems for aerospace applications, with a unique approach that involves manipulating electronic circuits at the individual transistor level. This precision enables the company to deliver highly configurable, reliable, and compact systems for next-generation space missions.

Phaseform develops innovative adaptive optics systems using proprietary optofluidic microsystem technology called Deformable Phase Plate (DPP). This compact, high-efficiency solution enables transparent wavefront modulation across various applications such as life science microscopy, vision science, material science, and amateur astronomy. The company aims to make adaptive optics affordable, practical, and accessible.

AltraTech designs biosensors and semiconductor chips for DNA testing to support food traceability in the agriculture sector. Incorporated in 2013 and based in Shannon, Ireland, the company also develops a portable viral detection device that combines enrichment and semiconductor techniques to match the sensitivity and specificity of PCR in a compact form, enabling rapid and accurate measurement of viral DNA, RNA, antigens, or antibodies for diagnostics.

ioTech specializes in advanced additive manufacturing technology capable of processing a wide range of industry-certified materials at high resolution and speed. Its innovative approach enables the production of complex designs previously inaccessible, offering an eco-friendly alternative to traditional manufacturing methods in electronics.

SPHERICAL is a technology company focused on advancing space exploration by innovating in semiconductor design. It specializes in creating complex electronic systems for aerospace applications, with a unique approach that involves manipulating electronic circuits at the individual transistor level. This precision enables the company to deliver highly configurable, reliable, and compact systems for next-generation space missions.

Cerabyte develops a ceramic-based data storage technology designed for long-term archival preservation. Its hardware utilizes ceramic nano memory technology to store data with high density and durability, resisting environmental factors. This enables organizations to maintain digital records indefinitely without media replacement, data migration, or ongoing energy consumption.

EYE4NIR specializes in developing advanced image sensor technology. They offer sensors capable of detecting both visible and short-wave infrared (SWIR) light, enabling applications such as hyperspectral imaging.

Last Mile Semiconductor is a semiconductor startup that has developed a novel 5G wireless chipset that is non-cellular and allows for safe, extensive Internet of Things applications. Inspired by a future in which technology permeates every aspect of our lives—homes, workplaces, public areas, and healthcare—Last Mile Semiconductor works to maximize resource and energy use while achieving global digital sovereignty. Based on the ground-breaking NR+ noncellular private 5G protocol, Last Mile Semiconductor is now working on a low-cost, ultra-low-power 5G wireless chipset to achieve this goal.

Pharrowtech specializes in designing advanced solutions for fixed-wireless access, wireless VR/AR, and ultra-high capacity wireless links. With over a decade of top-tier R&D experience from imec, Belgium's renowned research hub, the company focuses on algorithm, chip, and antenna design for millimeter-wave systems to deliver products with superior performance, power efficiency, and cost-effectiveness.

Quantum Transistors specializes in the development of advanced quantum chips tailored for solid-state quantum processors. The company's technology integrates sophisticated solid-state qubits with cutting-edge photonics, aiming to enhance fidelity and scalability in quantum computing. By focusing on these innovations, Quantum Transistors seeks to facilitate broader adoption of quantum technology across various industries, ultimately increasing the impact and accessibility of quantum computing systems. Their efforts are directed towards creating powerful computing solutions that leverage the unique properties of quantum particles, positioning them as a key player in the evolution of computing technology.

ArgoSemi is a fabless semiconductor business that offers radio frequency (RF) solutions for 5G cellular sub-6GHz infrastructure, including small-cell base stations and macro-cell radio units. The business has created technologies that enable the implementation of sub-6 5G massive MIMO networks at a reasonable cost. The company provides cutting-edge performance and power efficiency with its feature-rich RFIC devices and ultra-slim antenna arrays.

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.

Cerabyte develops a ceramic-based data storage technology designed for long-term archival preservation. Its hardware utilizes ceramic nano memory technology to store data with high density and durability, resisting environmental factors. This enables organizations to maintain digital records indefinitely without media replacement, data migration, or ongoing energy consumption.

AltraTech designs biosensors and semiconductor chips for DNA testing to support food traceability in the agriculture sector. Incorporated in 2013 and based in Shannon, Ireland, the company also develops a portable viral detection device that combines enrichment and semiconductor techniques to match the sensitivity and specificity of PCR in a compact form, enabling rapid and accurate measurement of viral DNA, RNA, antigens, or antibodies for diagnostics.

Last Mile Semiconductor is a semiconductor startup that has developed a novel 5G wireless chipset that is non-cellular and allows for safe, extensive Internet of Things applications. Inspired by a future in which technology permeates every aspect of our lives—homes, workplaces, public areas, and healthcare—Last Mile Semiconductor works to maximize resource and energy use while achieving global digital sovereignty. Based on the ground-breaking NR+ noncellular private 5G protocol, Last Mile Semiconductor is now working on a low-cost, ultra-low-power 5G wireless chipset to achieve this goal.

ArgoSemi is a fabless semiconductor business that offers radio frequency (RF) solutions for 5G cellular sub-6GHz infrastructure, including small-cell base stations and macro-cell radio units. The business has created technologies that enable the implementation of sub-6 5G massive MIMO networks at a reasonable cost. The company provides cutting-edge performance and power efficiency with its feature-rich RFIC devices and ultra-slim antenna arrays.

ioTech specializes in advanced additive manufacturing technology capable of processing a wide range of industry-certified materials at high resolution and speed. Its innovative approach enables the production of complex designs previously inaccessible, offering an eco-friendly alternative to traditional manufacturing methods in electronics.

Quantum Transistors specializes in the development of advanced quantum chips tailored for solid-state quantum processors. The company's technology integrates sophisticated solid-state qubits with cutting-edge photonics, aiming to enhance fidelity and scalability in quantum computing. By focusing on these innovations, Quantum Transistors seeks to facilitate broader adoption of quantum technology across various industries, ultimately increasing the impact and accessibility of quantum computing systems. Their efforts are directed towards creating powerful computing solutions that leverage the unique properties of quantum particles, positioning them as a key player in the evolution of computing technology.

Pharrowtech specializes in designing advanced solutions for fixed-wireless access, wireless VR/AR, and ultra-high capacity wireless links. With over a decade of top-tier R&D experience from imec, Belgium's renowned research hub, the company focuses on algorithm, chip, and antenna design for millimeter-wave systems to deliver products with superior performance, power efficiency, and cost-effectiveness.

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.

LightSolver is a pioneering technology company that has developed the first pure laser-based processing unit (LPU), which leverages the unique physical properties of light to address complex computational challenges. Founded in 2020 by Dr. Ruti Ben Shlomi and Dr. Chene Tradonsky, both physicists from the Weizmann Institute, the company has assembled a team predominantly composed of PhD holders in mathematics and physics. The LPU operates solely on all-optical coupled lasers, eliminating the need for electronics, and is designed to be as compact as a traditional desktop computer. This innovative computing method offers exceptional scalability, low power requirements, and operates at room temperature, positioning it to potentially surpass the capabilities of quantum and supercomputers. LightSolver's technology harnesses the natural attributes of light, such as deep connectivity and massive parallelism, to optimize performance for various applications.

EYE4NIR specializes in developing advanced image sensor technology. They offer sensors capable of detecting both visible and short-wave infrared (SWIR) light, enabling applications such as hyperspectral imaging.

Phaseform develops innovative adaptive optics systems using proprietary optofluidic microsystem technology called Deformable Phase Plate (DPP). This compact, high-efficiency solution enables transparent wavefront modulation across various applications such as life science microscopy, vision science, material science, and amateur astronomy. The company aims to make adaptive optics affordable, practical, and accessible.

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.

DeFacTo Technologies is a chip design software company focused on design-for-test (DFT) and testability for integrated circuits and system-on-chips. Its tool suite supports planning, analysis, insertion, and debug for RTL and IP cores, delivering RTL testability, DFT verification, and signoff capabilities. The flagship products include HiDFT-SIGNOFF, an RTL scan-insertion tool, and HiDFT-STAR, a customizable RTL-to-RTL editing platform for IP cores and SoC blocks. Founded in 2003 and headquartered in Moirans, France, the company maintains a presence in Sunnyvale, California, with sales offices across Asia, Europe, and beyond. DeFacTo Technologies serves industries such as automotive, mobile, virtual reality, and artificial intelligence by enabling more functional, higher-performance, and lower-power SoCs through enhanced integration and testability.

IQM Quantum Computers, founded in 2018 and headquartered in Espoo, Finland, specializes in developing and manufacturing hardware systems for quantum computing. The company focuses on scalable hardware solutions utilizing superconducting technology to build quantum processors for universal quantum computers. By concentrating on practical applications, IQM aims to enhance quantum computing capabilities and address challenges faced by various industries and society. As a spin-out from Aalto University and the VTT Technical Research Centre of Finland, IQM has achieved significant advancements in areas such as thermal management, which are crucial for improving computational speed and information accuracy. The company's innovations position it as a leader in the global pursuit of large-scale quantum computing solutions. IQM also offers access to its hardware for research laboratories and supercomputing centers, helping businesses reduce error rates that currently limit computing performance.

Vexlum specializes in high-brightness semiconductor laser technology, focusing on high-power and spectral tailoring applications. The company leverages its expertise in molecular beam epitaxy to develop vertical external cavity surface emitting lasers, offering broad wavelength coverage, multi-watt power, and tunable narrow-linewidth operation with high beam quality. This enables businesses to enhance quality control and swiftly respond to customer demands, particularly in the realm of quantum technology.

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.

Lubis EDA is a technology company that specializes in developing software and services for semiconductor developers. Its primary mission is to accelerate the development of reliable, bug-free microchips. Lubis EDA offers a cloud-based formal verification platform that enables clients to verify their digital design blocks, such as CPUs and graphics cards, ensuring they are free of bugs. This platform includes formal attestation for high-risk IP blocks, a multi-level training course for digital design verification, and software to optimize verification efforts by generating formal verification IP. By utilizing Lubis EDA's services, clients can bring their products to market faster and with enhanced reliability.