National Science Foundation

Monstr Sense Technologies develops spectrometers for microscopy and microscopy tools for defect inspection in semiconductors. The company is based in Ann Arbor, Michigan and is dedicated to the advancement and development of coherent spectroscopy and imaging technologies.

ANAFLASH Inc., established in 2017 and headquartered in San Jose, California, specializes in developing energy-efficient AI solutions for edge devices. The company's core product is a test chip demonstrating analog neurocomputing within logic-compatible embedded flash memory, enabling cost-effective processing in devices not connected to the cloud. ANAFLASH's solutions are designed to operate in standard CMOS processes, making them accessible and power-efficient for a wide range of applications. The company is backed by funding from the NSF, DoD, and NASA.

NanoDian is a nanotechnology company focused on developing and commercializing advanced lithium-ion batteries. The company specializes in creating nanostructured materials for battery cathodes, aiming to enhance performance in both portable and stationary energy storage applications, including electric vehicles and microgrids. Utilizing patented laboratory-developed technology, NanoDian addresses key challenges in current battery technology, such as improving life cycles, charge rates, safety, and cost. Through its innovative approach, NanoDian seeks to provide significant benefits to users across various energy storage devices.

Dynamac Microwave is a manufacturer based in Addison, Illinois, specializing in electronic components. The company offers a range of products, including electronic countermeasures, reaction capability equipment, filters and networks, switches, semiconductor devices, and amplifiers. With a focus on developing advanced technology, Dynamac Microwave supports various industries by providing essential hardware that enhances electronic functionality and performance.

Obsidian Sensors is a company based in La Jolla, California, founded in 2017, that specializes in developing glass microelectromechanical systems (MEMS) aimed at enhancing the thermal sensor industry. Their technology utilizes infrared imaging for various applications, including security cameras and autonomous vehicles. By focusing on manufacturing processes that lower costs while maintaining or exceeding industry standards, Obsidian Sensors provides businesses with an efficient alternative to traditional silicon MEMS-based sensors.

Caporus Technologies specializes in the development of innovative thin-film dielectrics designed for high-energy-density capacitors. The company's technology provides reliable capacitive energy storage and filtering, capable of operating at elevated voltages and temperatures. This capability is essential for next-generation power conversion systems, which are crucial for advancing the electrification of transportation and integrating distributed energy resources into the power grid. By addressing the growing demands for efficiency and performance in power conversion, Caporus supports its clients in meeting contemporary energy challenges.

Tagore Technology is a semiconductor company established in January 2011 by a team of experienced professionals in the radio frequency (RF) and wireless technology sectors. The company focuses on the manufacture of radio frequency products aimed at generating integrated IC power for wireless infrastructure and high-power radios. Tagore Technology specializes in designing and developing power management systems, including thermal sensors, voltage references, and comparators, all offered at competitive prices. This approach enables customers to minimize the size and power consumption of their wireless systems.

SkyGig is a communication technology company based in Ann Arbor, Michigan, that specializes in millimeter-wave wireless communications. The company focuses on improving wireless communication through its innovative beamforming technology, which aims to make wireless broadband communication scalable and cost-effective. By providing seamless broadband connectivity, SkyGig enables both businesses and individuals to access high-speed data transmission capabilities, overcoming the limitations of traditional infrastructure.

NextGen Battery Technologies focuses on the development of innovative electric vehicle batteries utilizing proprietary solid-state electrolyte and cobalt-free cathode technology. Their HC series of composite electrolytes effectively merges the advantageous characteristics of ceramic and polymeric materials. This battery technology is designed to facilitate the large-scale adoption of electric vehicles by providing a high-performance energy solution that maintains high ionic conductivity across a range of temperatures. The synthesis of these batteries employs scalable processes, allowing car manufacturers to easily integrate them as drop-in replacements for existing cathode materials.

Future Semiconductor Business specializes in the development of bandgap semiconductors, particularly those used in light-emitting diodes (LEDs). The company focuses on two-dimensional material-based layer transfer technology, which facilitates the epitaxial growth of high-quality single-crystalline semiconductors on graphene. This innovative approach allows for the transfer of semiconductors to a host substrate, enhancing the quality and performance of the final product. Additionally, Future Semiconductor Business has developed a gallium nitride (GaN) substrate that enables the infinite reuse of the parent wafer, offering a cost-effective solution for large-area semiconductor production. Their technology aims to meet the increasing demand for efficient and high-quality semiconductor materials in various applications.

Apogee Semiconductor specializes in semiconductor manufacturing, focusing on the development of radiation-hardened power, analog, and mixed-signal components. The company aims to enhance the accessibility of space technologies by providing solutions that bridge the gap between commercial and high-reliability semiconductor technologies. Apogee Semiconductor offers a range of radiation-hardened processes and integrated circuit designs that are tailored for extreme environments, ensuring reliability and performance. By utilizing cost-effective standard semiconductor processes, the company enables designers to create robust components suitable for applications in challenging conditions, thus supporting advancements in the aerospace sector and beyond.

Iris Light Technologies is an electronics company that focuses on advancing the cloud through innovative on-chip laser technology. It specializes in artificial intelligence, 5G communications, and the Internet of Things (IoT). The company has developed a proprietary and scalable method to deposit multiple lasers onto a single chip, enhancing the bandwidth and energy efficiency of light chips. This technology supports applications in optical communications, optical sensors, and various emerging areas, including IoT sensors, positioning Iris Light Technologies as a key player in the rapidly growing silicon photonics market.

NoMIS Power Group specializes in the manufacturing of silicon carbide power semiconductor devices and packaging architectures. The company develops silicon carbide-based power modules that support the global energy transition by enabling the use of innovative semiconductor devices and power packaging materials. Their offerings aim to help businesses reduce energy costs while promoting electrified transportation and renewable energy infrastructure. In addition to their product line, NoMIS Power provides technical consulting, SiC design services, and research and development support tailored for the electronics sector.

Marel Power Solutions specializes in the development of advanced power inverters and modular power subsystems. Their products are designed to be compact, configurable, and scalable, allowing for high-density power stack platforms that meet the evolving needs of clients. The company emphasizes the reusability and upgradability of its subsystems, which are engineered to withstand die-supply shortages. This innovative approach enables Marel Power Solutions to offer a new generation of power inverters that are both efficient and adaptable to various applications.

Impact Photonics is focused on developing a single photon avalanche diode that is compatible with complementary metal-oxide semiconductor technology, utilizing germanium as the primary material. This innovative device operates at wavelengths that are safe for human eyes, making it suitable for various applications in the fields of photonics and optics. The company emphasizes the importance of the semiconductor growth process in the development of its device structure. Currently, Impact Photonics is operating in stealth mode, suggesting that it is in the early stages of its business operations and product development.

Lelantos is innovating the gas sensing industry by creating advanced IoT-compatible gas sensors designed for various monitoring applications, including threat detection, industrial safety, environmental and air quality monitoring, and medical diagnostics. The company utilizes micro-electromechanical systems (MEMS) resonator arrays integrated into conventional silicon microchips, resulting in sensors that are miniature, low-power, and cost-effective while delivering superior detection performance compared to existing technologies. Lelantos aims to enhance safety, cleanliness, and health for current and future generations through its cutting-edge solutions.

Quintessent Inc., founded in 2019 and based in Santa Barbara, California, specializes in the commercialization of quantum dot-based lasers and photonic integrated circuits. The company focuses on developing optical connectivity technology that enhances large-scale computing systems. By utilizing advanced semiconductor materials and innovative laser architectures, Quintessent's solutions facilitate the scaling of high-bandwidth communication channels within optical networks. This technology supports applications in optical networking, deep learning systems, and sensing, positioning Quintessent at the forefront of advancements in these critical areas.

Serinus Labs, Inc. is a manufacturer of nano-scale silicon gas sensors, established in 2017 and located in Berkeley, California. The company specializes in developing integrated chip-scale gas sensors tailored for various industries, including health and safety, automotive, consumer electronics, and healthcare. Serinus Labs offers custom solutions for both established and emerging gas sensor markets, focusing on applications such as Li-ion battery state-of-health monitoring. Their ultra-low-power trace gas sensors contribute to enhancing battery intelligence, particularly in electric vehicles, addressing critical needs in strategic markets.

Pseudolithic is a developer of semiconductor chipmaking processes focused on the expanding market for RF and mm-Wave technology. The company specializes in a heterogeneous integration process that merges various materials and functionalities onto single chips. This innovative approach allows clients to access advanced silicon chips, enhancing performance and capabilities in their applications.

Airity Technologies is a deep-tech startup focused on power electronics, specializing in the development of advanced power supply units and conversion products. The company is dedicated to creating innovative circuit topologies that lead to extremely compact and power-dense high-voltage sources, offering units that are significantly smaller and more efficient than traditional alternatives. Airity's technology enables the generation of plasma in various environments, including open atmospheres and different gas mixtures under partial and hard vacuum conditions. This innovation serves multiple industries, including semiconductor, aerospace, telecommunications, and medical sectors, providing them with access to compact power supplies that enhance performance and reduce costs.

Amorphyx is an electrical and electronic manufacturing company that specializes in the development of thin-film electronic devices and quantum tunneling electronics. The company employs a fabless research and development model, focusing on licensing its innovative technology to leading manufacturers of consumer electronics displays. Amorphyx's solutions offer alternatives that are not only cost-effective but also enhance mobility, enabling improvements in power conservation, refresh management, and a reduction in mask counts during production. By utilizing amorphous metal electrodes, Amorphyx achieves uniform electric field control and eliminates the need for semiconductors, thereby streamlining the manufacturing process and enhancing switching speeds. This positions Amorphyx as a key player in addressing challenges related to flat panel displays, sensors, and the Internet of Things.

QDIR is a nanomaterials company focused on the development of infrared detectors and imaging arrays for various applications, including industrial and defense sectors. By employing proprietary nanomaterial technology, QDIR aims to deliver high sensitivity and low noise in its products, resulting in enhanced imaging performance compared to conventional infrared detectors. The company's offerings cater to a diverse clientele, encompassing commercial, medical, industrial, and military customers.

Infini Fluidics develops injectable drug delivery systems intended to treat diseases such as cancer and cardiovascular disease. They provide injectable drug delivery systems at an industrial scale on a portable chip, combining microfluidics with semiconductor technology, enabling patients, healthcare providers, and facilities to get access to lifesaving drugs.

Phosio specializes in the development of innovative chemicals and processes that facilitate the creation of metal oxide thin films using UV light at low temperatures. Their products are designed for the manufacturing of high aspect ratio nanostructures and high-refractive-index optical coatings that are transparent and robust. These materials have a wide range of applications across various industries, including semiconductors, batteries, and optoelectronic devices such as displays and solar cells. Phosio's technology supports the tech hardware sector, particularly in the production of advanced components for augmented reality and OLED and LED technologies.

DeepSim specializes in electronic design automation (EDA) technology that enhances the efficiency of chip design and verification processes. The company's innovative solutions facilitate non-electronic circuit simulations, allowing chip designers to detect and address voltage, current, and stress anomalies within their designs. By streamlining these critical aspects of chip development, DeepSim aims to improve the overall reliability and performance of electronic circuits.

NLM Photonics is a semiconductor technology company focused on developing advanced electro-optic modulation technology aimed at enhancing networking, computing, and sensing applications. Originating from over two decades of research at the University of Washington, the company's patented Hybrid Organic Electro-Optic (OEO) Technology facilitates efficient data transfer between electronic components and photonics, which is crucial for applications like fiber optics and LIDAR. This technology addresses the power and bandwidth limitations of existing silicon photonics platforms by enabling low-voltage, low-power integration that can be retrofitted into existing manufacturing processes with minimal disruption. NLM's solutions provide significant improvements in power efficiency and scalable bandwidth, making them attractive to hyperscale data center operators and commercial fabs. The company's growth is supported by strategic partnerships with major industry players, enhancing its position in the rapidly evolving photonics landscape.

Silicon Assurance specializes in hardware security software aimed at enhancing security and trust in silicon chips through a zero trust model. Founded in 2021 and based in Gainesville, Florida, the company offers automated tools designed to streamline the security assessment of chip designs, thereby minimizing the risk of data leakage and protecting revenue for businesses. Silicon Assurance focuses on addressing challenges related to reverse engineering and identifying both intentional and unintentional design flaws in semiconductor components, including system-on-chips (SoCs) and printed circuit boards (PCBs). Their solutions are particularly relevant for the electronics supply chain, supporting the security needs of smart-connected devices such as self-driving cars, Internet of Things (IoT) applications, and smart grid technologies.

Arithmik specializes in providing hardware solutions tailored for artificial intelligence and high-performance computing applications. The company focuses on researching integrated circuits that minimize device and interconnect circuit scaling requirements. By doing so, Arithmik enables manufacturers to utilize advanced integrated circuit technology designed for parallel and distributed computing. This technology is reconfigurable at run-time through a compiler, allowing for greater flexibility and efficiency in computing tasks. Through its innovative approach, Arithmik aims to support the evolving demands of the AI and HPC sectors.

BlueDot Photonics, Inc. is a company based in Kirkland, Washington, that designs, develops, and produces solar panels and various photonic devices. Established in 2019, the company focuses on enhancing solar panel performance and durability through innovative semiconductor materials. By improving the power output of solar panels, BlueDot Photonics aims to make clean energy more accessible and affordable for a broader range of customers.

Avicena Tech specializes in manufacturing advanced optical chip interconnects, operating at ultra-low power and ultra-high speeds (petabit per second). Their innovative technology, based on silicon photonics and other high-volume commercial technologies, enables ultra-dense, low-latency, and low-cost connections between chips. This significantly enhances system performance and efficiency, addressing critical inter-chip communication needs, particularly in applications constrained by traditional electrical interconnects.

Inchfab specializes in custom microchip manufacturing, offering proprietary tools that cater to the microelectromechanical systems (MEMS) market. The company's microfabrication platform enables clients to prototype and produce low volumes of highly customized microchips economically. By focusing on the semiconductor and micromechanical Internet of Things (IoT) chip markets, Inchfab provides essential manufacturing capabilities that facilitate the design and production of specialized devices.

Millimeter Wave Systems, founded in 2016 and headquartered in Amherst, Massachusetts, specializes in millimeter wave and microwave hardware solutions. The company develops a range of products, including subsystems, modules, components, and antennas, as well as advanced technologies such as cryogenic quantum-limited parametric amplifiers and latching junction ferrite circulators. These innovations are utilized in various applications, including medical scanners, sensors, automobile radars, and high data-rate communications. Millimeter Wave Systems aims to provide consistent quality in production while offering customizable solutions tailored to specific industry needs.

Sonata Scientific specializes in the development of advanced air purification and antimicrobial products, as well as the manufacturing of energy specialty materials. The company produces ultra-high purity metalorganic products that are essential for the chemical vapor deposition of various semiconductor materials, including GaN and GaAs. Utilizing proprietary techniques for large-scale synthesis and purification, Sonata Scientific supports customers in creating advanced energy and lighting devices such as LEDs, solar cells, RF chips, and high power transistors. Through its innovative solutions, the company aims to contribute to the fields of air quality improvement and alternative energy technologies.

Nanomatronix operates an engineering platform that specializes in biotechnology, microelectronics, and nanotechnology. The company provides solutions tailored for the healthcare, energy, and defense sectors by facilitating the design, prototyping, packaging, screening, qualification, and production of application-specific integrated circuits, hybrid microcircuits, and fiber optic networking transceivers. Their focus on advanced technologies enables the transition of innovative biomedical, chemical processing, microelectronics, nanomaterials, and photonics technologies, supporting clients in creating effective products suitable for both standard and harsh environments.

AmpX Technologies, founded in 2018 and based in College Park, Maryland, specializes in developing custom power electronics technology aimed at transforming academic research into commercial applications. The company focuses on creating reliable and cost-effective power electronic products that serve the automotive, industrial, and consumer electronics sectors. Additionally, AmpX Technologies designs energy conversion systems for electric vehicles, emphasizing simpler platforms, reduced costs, enhanced efficiency, and increased robustness. This enables clients to create modular and efficient products tailored to their specific needs.

Quicksilver Biosciences is a venture capital-backed biotechnology company focused on developing a CMOS-integrated biosensor platform for rapid genomic identification. This innovative platform employs proprietary sensing techniques intended to achieve target sensitivity levels that surpass existing standards in the field. By providing a portable solution, Quicksilver aims to enhance the efficiency of healthcare professionals, ultimately contributing to reduced patient health costs.

Lux Semiconductors specializes in the development of crystalline thin-film semiconductors aimed at enhancing the integration of semiconductor chips. The company utilizes a proprietary system-on-foil platform that supports heterogeneous integration, allowing for the incorporation of silicon circuitry onto a patterned flexible silicon substrate. This innovative approach enables the production of densely integrated, durable, lightweight, and flexible devices. Lux Semiconductors' technology serves a variety of sectors, including aerospace, defense, clean energy, medical, and consumer internet-of-things electronics, facilitating the fabrication of advanced electronic components that address current industry challenges.

Lelantos is innovating the gas sensing industry by creating advanced IoT-compatible gas sensors designed for various monitoring applications, including threat detection, industrial safety, environmental and air quality monitoring, and medical diagnostics. The company utilizes micro-electromechanical systems (MEMS) resonator arrays integrated into conventional silicon microchips, resulting in sensors that are miniature, low-power, and cost-effective while delivering superior detection performance compared to existing technologies. Lelantos aims to enhance safety, cleanliness, and health for current and future generations through its cutting-edge solutions.

Terecircuits Corporation specializes in the development of materials and processes that facilitate microassembly and mass transfer for displays and advanced electronics. Founded in 2015 and based in Mountain View, California, the company provides a range of advanced polymers, encapsulation materials, and liquid metal interconnects. Its innovations include photo-polymer mass transfer technology specifically designed for MicroLED applications in sectors such as automotive and augmented/virtual reality. Additionally, Terecircuits offers new materials and design frameworks for systems in package manufacturing, targeting the Internet of Things and health technology markets. By serving the display, electronics, and semiconductor industries, Terecircuits enables the creation of low-cost, lightweight, and energy-efficient products, allowing manufacturers to produce IoT devices more efficiently and accurately.

SkyGig is a communication technology company based in Ann Arbor, Michigan, that specializes in millimeter-wave wireless communications. The company focuses on improving wireless communication through its innovative beamforming technology, which aims to make wireless broadband communication scalable and cost-effective. By providing seamless broadband connectivity, SkyGig enables both businesses and individuals to access high-speed data transmission capabilities, overcoming the limitations of traditional infrastructure.

OptiPulse, Inc. specializes in designing and manufacturing wireless communication equipment aimed at enhancing connectivity in both intercity and residential environments. The company is notable for its development of advanced semiconductor laser technology, which facilitates high-speed communication. By employing multidimensional multiplexing in a mesh network, OptiPulse enables innovative connectivity solutions that support various configurations, including inter-city and building-to-building connections. This technology aims to improve communication infrastructure by providing reliable and efficient connections for users.

Third Floor Materials, founded in 2016 and based in Raleigh, North Carolina, specializes in algorithmic technology that enhances infrared spectroscopy and optical components for specialized infrared applications. The company employs various advanced manufacturing techniques, including magnetron sputtering, plasma-assisted molecular beam epitaxy, pulsed laser deposition, resistive and e-beam evaporation, metal-organic vapor phase epitaxy, and chemical solution deposition. These methods enable Third Floor Materials to provide coating services on diverse substrate materials and shapes. Through its innovative technology, the company supports users in photonic design, concept development, and feasibility studies.

Boston Materials, Inc. is a manufacturer of advanced composite materials, specializing in 3D reinforced carbon fiber pre-pregs. Founded in 2016 and based in Bedford, Massachusetts, the company utilizes patented Z-axis Fiber technology, which incorporates vertically aligned carbon fibers to enhance energy transfer properties. Its product line includes Carbon Supercomposite, a magnetically assembled carbon fiber pre-preg, which finds applications across various sectors such as aerospace, automotive, marine, wind energy, and sports equipment. Boston Materials' advanced materials aim to improve thermal, electrical, and mechanical properties, offering a roll-to-roll manufacturing process with in-line quality control and an annual production capacity of one million square meters. These innovations enable industries like semiconductors and electrified vehicles to achieve greater efficiency, reliability, and weight reduction while addressing critical challenges in durability and performance.

Kampanics is a research and development company based in Oak Ridge, North Carolina, specializing in microacoustic devices and piezomems technology. Founded by Kushal Bhattacharjee, the company focuses on assisting clients in areas such as signal processing, sensing, and energy harvesting. By collaborating with academic institutions, corporate partners, and industry experts, Kampanics aims to facilitate the development of innovative products and services in these technological fields.

WildSpark Technologies, founded in 2016 and based in Austin, Texas, specializes in the development of micro and nanoscale plasma devices. The company has created innovative propulsion technology that enables unmanned aerial vehicles (UAVs) to operate without propeller blades, enhancing precision and maneuverability. This technology allows drones and small air vehicles to take off and navigate in confined spaces, significantly reducing the risks associated with traditional propeller contact injuries. WildSpark Technologies aims to contribute to advancements in air taxi services and the broader UAV sector through its cutting-edge solutions.

Obsidian Sensors is a company based in La Jolla, California, founded in 2017, that specializes in developing glass microelectromechanical systems (MEMS) aimed at enhancing the thermal sensor industry. Their technology utilizes infrared imaging for various applications, including security cameras and autonomous vehicles. By focusing on manufacturing processes that lower costs while maintaining or exceeding industry standards, Obsidian Sensors provides businesses with an efficient alternative to traditional silicon MEMS-based sensors.

OWiC Technologies specializes in the development of microscopic optical smart ID tags that seamlessly connect the physical and digital realms. Their innovative tags leverage an integrated circuit to provide enhanced security while maintaining a compact size, akin to that of a small computer. This technology allows clients to utilize a user-friendly, light-based interface for hand-held scanning, easily accessible through a smartphone. By combining advanced security features with affordability and convenience, OWiC Technologies aims to simplify identity verification processes for its customers.

Monstr Sense Technologies develops spectrometers for microscopy and microscopy tools for defect inspection in semiconductors. The company is based in Ann Arbor, Michigan and is dedicated to the advancement and development of coherent spectroscopy and imaging technologies.

Logisic Devices manufactures power semiconductor devices. The company was founded in 2019 and is headquartered in San Jose, California.

Advent Diamond specializes in the development and manufacturing of advanced semiconductor materials and components tailored for applications in telecommunications, power, quantum technologies, and sophisticated sensors. The company focuses on producing semiconducting diamond components by utilizing cleanroom processing, lithography, and surface modification techniques. In addition to its core offerings, Advent Diamond is engaged in creating innovative radiation detectors designed for the defense, commercial, and scientific sectors. Through its cutting-edge technology and expertise, the company aims to support various industries by enhancing their capabilities and fostering innovation.

SuperMEM specializes in the development of a lightweight chip that facilitates the integration of artificial intelligence into various devices. This innovative chip is designed to enhance Internet of Things applications without significantly increasing costs or power consumption. By providing a standard chip interface and simplifying software migration, SuperMEM enables clients to adopt advanced AI technology more easily and affordably. The company's focus on creating accessible solutions positions it as a key player in the transformation of everyday devices into smarter, more efficient tools.

ANAFLASH Inc., established in 2017 and headquartered in San Jose, California, specializes in developing energy-efficient AI solutions for edge devices. The company's core product is a test chip demonstrating analog neurocomputing within logic-compatible embedded flash memory, enabling cost-effective processing in devices not connected to the cloud. ANAFLASH's solutions are designed to operate in standard CMOS processes, making them accessible and power-efficient for a wide range of applications. The company is backed by funding from the NSF, DoD, and NASA.

Quintessent Inc., founded in 2019 and based in Santa Barbara, California, specializes in the commercialization of quantum dot-based lasers and photonic integrated circuits. The company focuses on developing optical connectivity technology that enhances large-scale computing systems. By utilizing advanced semiconductor materials and innovative laser architectures, Quintessent's solutions facilitate the scaling of high-bandwidth communication channels within optical networks. This technology supports applications in optical networking, deep learning systems, and sensing, positioning Quintessent at the forefront of advancements in these critical areas.

SMART Pad is a provider of CMP conditioning-free pads with controlled design rules. The company was founded in 2018 by Sunghoon Lee and is headquartered in Cohoes, New York, United States.

nTact provides services for developed, right-circle die deposition (coating) systems and integrated process solutions for display, microelectronics, alternative energy, and other thin-film-dependent industries. These services include design, development, manufacture, integration, sale, and service.

SandBox Semiconductor specializes in developing software tools aimed at enhancing the manufacturing process for semiconductor production. Their innovative software enables process engineers to identify optimal etch and deposition recipes with significantly fewer experiments, achieving this in one-third of the time and at a reduced cost compared to traditional methods. By streamlining recipe development, SandBox Semiconductor facilitates quicker deployment of new microelectronic devices, thereby improving efficiency and productivity in the semiconductor manufacturing industry.

Mosaic Microsystems LLC is a microelectronics and photonics packaging company based in Rochester, New York. Founded in 2016, the company specializes in using glass and other thin substrates as a platform material for a variety of applications, including logic, memory, analog and power electronics, photonics, RF, MEMS, and sensor technologies. Mosaic Microsystems aims to enable manufacturers to achieve high-volume production of thin glass components, providing innovative packaging solutions that integrate seamlessly into diverse microelectronics applications.

Creathadh Energies, founded in 2018 and based in Ann Arbor, Michigan, specializes in the development of integrated circuit technology aimed at low-power vibration energy harvesting. The company focuses on creating sensor systems that utilize this technology, allowing users to generate energy efficiently and cost-effectively. By concentrating on vibration energy harvesting, Creathadh Energies provides innovative solutions that enhance energy generation capabilities while minimizing power consumption.

NextGen Battery Technologies focuses on the development of innovative electric vehicle batteries utilizing proprietary solid-state electrolyte and cobalt-free cathode technology. Their HC series of composite electrolytes effectively merges the advantageous characteristics of ceramic and polymeric materials. This battery technology is designed to facilitate the large-scale adoption of electric vehicles by providing a high-performance energy solution that maintains high ionic conductivity across a range of temperatures. The synthesis of these batteries employs scalable processes, allowing car manufacturers to easily integrate them as drop-in replacements for existing cathode materials.

easyXAFS offers complete instruments for advanced x-ray spectroscopy. The company was founded in 2015 and is headquartered in Seattle, Washington.

Recon RF specializes in the design and manufacture of monolithic microwave integrated circuits (MMICs), low-noise amplifiers (LNAs), mixers, and transmit/receive (T/R) cells, which are essential for creating integrated microwave assemblies and modules operating from DC to over 140 GHz. The company is known for its advanced GaN solid-state power amplifier (SSPA) design capabilities, allowing for the development of custom ultra-high-efficiency SSPAs in various configurations, including MMIC and Hybrid-MIC forms. Additionally, Recon RF utilizes parallel computing techniques to optimize on-chip component values with electromagnetic (EM) accuracy, facilitating the exploration of design alternatives and the verification of large-scale system performance. This innovative approach enhances product development and amplifier efficiency for their clients.

Astrileux Corporation is a semiconductor R&D company, driven by a desire to make technology faster and more accessible. The future is exciting, and continually seek new ways to advance the state of human kind. Astrileux’s strategy is to design revolutionary advanced engineering technologies that enable high volume manufacturing of next generation integrated circuits (IC) chips. The implications of this development are to accelerate the arrival of next generation computing technology creating faster, smaller more powerful mobile devices and providing evolutionary advances in quality of life for a globally-social electronic community. To implement this strategy Astrileux will strive to champion the market in technology/cost performance, enable new untapped market segments for chipmakers and drive clean tech products.

Sonata Scientific specializes in the development of advanced air purification and antimicrobial products, as well as the manufacturing of energy specialty materials. The company produces ultra-high purity metalorganic products that are essential for the chemical vapor deposition of various semiconductor materials, including GaN and GaAs. Utilizing proprietary techniques for large-scale synthesis and purification, Sonata Scientific supports customers in creating advanced energy and lighting devices such as LEDs, solar cells, RF chips, and high power transistors. Through its innovative solutions, the company aims to contribute to the fields of air quality improvement and alternative energy technologies.

Improving the world for plants, animals and people by commercializing sensors for fine and ultrafine particulate matter detection. Based on MEMS and Thin FBAR technology. Funded by National Science Foundation (NSF) Seed Fund for America, National Aeronautics and Space Administration (NASA), National Institutes of Health (NIH) and others. Finalist NASA Earth Space Air Prize. Winner Cutting Edge Award Shanghai/Yangpu Global Startup Competition. Winner 2019 Red Herring Top 100 North American Companies award.

Axalume is a fabless semiconductor startup focused on developing advanced silicon photonic integrated circuits aimed at addressing interconnect bottlenecks in servers, data centers, and high-performance networking systems. Their proprietary technology integrates silicon photonic circuits with silicon electronics, offering significant improvements in performance metrics. Axalume's upcoming electronic-photonic integrated circuit (EPIC) chipsets are engineered to enhance the efficiency and scalability of data center operations, promising up to a 4.5x increase in density, a 3.5x boost in energy efficiency, and a 2x reduction in latency compared to existing networking components. The company's product offerings will include silicon photonics intellectual property, chipsets, and architectural solutions tailored to optimize internet data centers, making them faster, more cost-effective, and environmentally friendly. With recognition from commercial, academic, and government sectors, Axalume is positioned to play a pivotal role in the evolution of cloud computing infrastructure.

Active Layer Parametrics has created advanced metrology equipment for the semiconductor manufacturing industry, enabling precise measurements of mobility and activated carrier concentration profiles with Angstrom-level resolution. This innovative system provides detailed insights into the depth of electrical activation following implant-anneal processes. By facilitating rapid feedback, the technology allows clients to obtain results in minutes instead of weeks, significantly improving yield and device performance. The company's approach includes tracking process changes and their effects on electronic properties, enhancing the efficiency of process development and manufacturing control. Overall, Active Layer Parametrics offers a unique solution that advances the electrical characterization of semiconductor films, supporting reliable and economically viable production methods.

Uniqarta specializes in the development of advanced technologies for manufacturing small, ultra-thin integrated circuits (ICs) that can be embedded into everyday materials like paper and plastic. By creating Smart Materials, the company eliminates the need for additional RFID labels, facilitating the advancement of the Internet of Things (IoT). Uniqarta's innovative approach employs laser-enabled assembly techniques, which replace traditional pick-and-place methods with a faster, more efficient massively parallel laser process. This technology addresses integration challenges associated with ultra-thin ICs, allowing electronics manufacturers to produce next-generation products effectively.

PQSecure is a security solutions company that specializes in quantum-safe cryptographic technologies. It develops and provides post-quantum cryptographic solutions designed to protect current devices from potential threats posed by quantum-enabled attackers. The company offers a range of services that include classical cryptography, hybrid cryptography, and post-quantum cryptography, which are embedded in smart IoT devices and cloud environments. By focusing on enhancing crypto-agility, PQSecure aims to help clients effectively transition to more secure cryptographic methods as technology evolves.

Labsys, founded in 2011 and headquartered in East Lansing, Michigan, specializes in microelectronics and microfabrication technology. The company collaborates with government agencies, industrial entities, and academic institutions to develop advanced solutions. Its technology is designed for applications such as controlling toxic and explosive gas detectors, as well as for quality control in various sectors. Labsys provides non-destructive evaluation methods to assess the structural integrity of aircraft, integrates microfluidic systems for bio-analysis, and creates bio-mimetic self-adhesives. These innovations enable industries, particularly in aviation, to implement sensors, circuits, and algorithms that identify breaks and corrosion in airframes.

NXM Labs Inc. specializes in the development of security and data integrity software that protects connected devices from cyber threats, including those posed by quantum computing. Founded in 2016 and based in San Francisco, California, the company focuses on enabling seamless collaboration among devices to enhance security and safeguard personal privacy. NXM Labs serves a variety of sectors, including communications, semiconductors, automotive, and enterprise software. Its technology empowers clients to automatically manage security across their operations, from hardware to cloud, ensuring the integrity and versatility of their data. The company has been recognized for its innovative contributions to IoT security, receiving the Frost & Sullivan’s North American Visionary Innovation Leadership Award in 2019.

ActiveMEMS is a technology startup focused on commercializing advanced micro-electromechanical systems (MEMS) technologies developed at the University of Michigan. The company leverages proprietary design and manufacturing innovations to provide solutions for wireless sensing applications across various sectors, including industrial monitoring, vehicle instrumentation, smart buildings, and wearable devices. ActiveMEMS is dedicated to creating high-performance micro transducers and energy harvesters, catering to the growing demand for energy-autonomous wireless sensors and Internet of Things (IoT) devices. To achieve this, the company is developing new microfabrication technologies that allow for the wafer-scale integration of high-quality smart materials into microsystems. Their core technology platform not only supports energy harvesting but also extends to applications such as high-resolution ultrasound transceiver arrays for biomedical imaging, as well as micro-speakers, microphones, and haptic-feedback transducers for consumer electronics.

Tagore Technology is a semiconductor company established in January 2011 by a team of experienced professionals in the radio frequency (RF) and wireless technology sectors. The company focuses on the manufacture of radio frequency products aimed at generating integrated IC power for wireless infrastructure and high-power radios. Tagore Technology specializes in designing and developing power management systems, including thermal sensors, voltage references, and comparators, all offered at competitive prices. This approach enables customers to minimize the size and power consumption of their wireless systems.

AmberWave, Inc. is a research and development company specializing in photovoltaic technology solutions for commercial buildings, as well as semiconductor manufacturing technologies. Founded in 1998, the company has developed a range of advanced materials and technologies, including Strained Silicon, which enhances microchip performance while reducing power consumption, and Aspect Ratio Trapping, used for silicon-based photonics and photovoltaic applications. AmberWave aims to provide high-value products for underrepresented markets and new applications, focusing on substrate engineering for integrated circuits, semiconductor lighting, and photovoltaics. The company is headquartered in Salem, New Hampshire, and was previously known as AmberWave Systems Corporation before changing its name in 2010.

SkyGig is a communication technology company based in Ann Arbor, Michigan, that specializes in millimeter-wave wireless communications. The company focuses on improving wireless communication through its innovative beamforming technology, which aims to make wireless broadband communication scalable and cost-effective. By providing seamless broadband connectivity, SkyGig enables both businesses and individuals to access high-speed data transmission capabilities, overcoming the limitations of traditional infrastructure.

Boston Microtechnology is a semiconductor company that specializes in the development of CMOS-integrated isolated AC/DC conversion. The company was founded in 2014 and is based in Burlington, Massachusetts.

Photon Spot specializes in superconducting nanowire single-photon detectors, their applications, and sub-Kelvin cryogenic systems. The company was founded in 2019 and is based in Monrovia, California.

Advanced Silicon Group is a nanotechnology company established in 2015, focused on commercializing innovative silicon nanotechnology developed by its employees. The company specializes in measuring host cell proteins in biomanufacturing, offering a range of technologies that include photovoltaics, lithium-ion batteries, microfluidics, and micro-electromechanical systems (MEMS). By leveraging silicon nanowire arrays, Advanced Silicon Group aims to enhance the performance of its clients' products while reducing costs, particularly through the development of next-generation biosensors that enable the simultaneous measurement of multiple protein concentrations.

Xidas is a technology company focused on creating advanced micro-scale solutions tailored for various sectors, including IoT, industrial applications, and life technology. Utilizing a proprietary miniaturization approach known as Amalga, Xidas combines innovative manufacturing techniques, design methodologies, and diverse materials to produce products that meet previously unattainable specifications. The company specializes in developing semiconductors, sensors, and 3D micro-devices, employing non-silicon manufacturing processes to deliver microelectronics substrates, micro-actuators, and printed circuit boards. Xidas aims to serve its industrial clients by offering industry-first technologies and highly integrated smart modules and sensors, facilitating their implementation in a wide range of IoT scenarios and enhancing capabilities in biotech and medical device applications.

Gigajot Technology Inc. is a Pasadena, California-based company founded in 2017 by Dr. Saleh Masoodian and Dr. Jiaju Ma. The company specializes in the development of quanta image sensors (QIS) that utilize high-speed single-photon detection to enhance image capture capabilities for both consumers and professionals. Gigajot Technology offers image processing services across various sectors, including scientific imaging, medical imaging, space imaging, security and defense, low-light photography and videography, computational imaging, automotive sensing, and 3D sensing. By focusing on advanced imaging technologies, Gigajot aims to create innovative solutions that address diverse imaging needs.

Ares Materials, Inc. specializes in the development of flexible electronics for various personal devices and applications. The company offers solutions for electrophoretic displays, wearable displays, rollable electronics, smart packaging, and architectural electronics, among others. Ares Materials employs an innovative chemistry platform and artificial intelligence to create customized substrates and novel optical thiol-based polymers, facilitating the advancement of flexible electronics. Its technology enables the fabrication of thin film transistors and supports the commercialization of next-generation electronic products. Founded in 2014, Ares Materials is headquartered in Dallas, Texas, and is committed to addressing the emerging needs of the display industry through its cutting-edge materials and technologies.

Zebra Analytix, Inc. specializes in the development and commercialization of miniature gas chromatography systems utilizing microelectromechanical systems technology licensed from Virginia Tech University. Founded in 2017 and headquartered in Fayetteville, Arkansas, the company offers products such as the Zebra-GC Model L and Modular Zebra-GC Model M, along with micro pre-concentrators. These systems are designed to provide rapid and portable analysis of volatile compounds, making them suitable for applications in various industries including food and beverage quality control, environmental monitoring, pharmaceuticals, and energy sectors. Additionally, Zebra Analytix offers services such as column refurbishment and custom designs tailored for specific research needs. The company's innovative technology features microfabricated chips that allow for multi-channel separations, significantly enhancing the efficiency and versatility of gas analysis.

Telli Technologies develops sensors for SiC and GaN power electronics. The company was founded in 2016 and is headquartered in Charlotte, North Carolina.

AdvancedMEMS develops MEMS-based solutions for bio-photonic imaging applications and offers MEMS and electronics R&D services. The company is headquartered in San Francisco, California.

Aligned Carbon Inc. is a manufacturer of carbon nanotubes (CNTs) specifically designed for the integrated circuit industry. Founded in 2018 and based in Santa Clara, California, the company is the first to offer semiconductor-pure, aligned CNTs on industry-standard wafers at a manufacturing scale. These CNTs are aligned in arrays that cover full semiconductor substrates and can be purified to serve either semiconducting or metallic functions. Aligned Carbon's technology allows semiconductor foundries to move beyond traditional silicon, leading to significant enhancements in processing speed, energy efficiency, and capabilities in signal processing and sensing. The company's CNTs are also utilized as transistor materials in displays and thin film transistors, providing clients with innovative solutions for advanced computing applications.

SMART Pad is a provider of CMP conditioning-free pads with controlled design rules. The company was founded in 2018 by Sunghoon Lee and is headquartered in Cohoes, New York, United States.

Mosaic Microsystems LLC is a microelectronics and photonics packaging company based in Rochester, New York. Founded in 2016, the company specializes in using glass and other thin substrates as a platform material for a variety of applications, including logic, memory, analog and power electronics, photonics, RF, MEMS, and sensor technologies. Mosaic Microsystems aims to enable manufacturers to achieve high-volume production of thin glass components, providing innovative packaging solutions that integrate seamlessly into diverse microelectronics applications.

Momentum Optics is focused on addressing the growing demand for high-quality glass optics through innovative, on-demand manufacturing solutions. Utilizing proprietary technology developed with support from NASA, the company employs a laser-based mechanism combined with machine learning to produce custom lenses with exceptional precision. This approach allows Momentum Optics to manufacture optics ten times faster and at a significantly lower cost than traditional methods, while also achieving superior performance metrics. By enabling researchers and product developers to create multiple lenses simultaneously, Momentum Optics facilitates accelerated discovery, reduces overall costs, and enhances the performance of optical devices, ultimately shortening the time to market for new products.

AmpX Technologies, founded in 2018 and based in College Park, Maryland, specializes in developing custom power electronics technology aimed at transforming academic research into commercial applications. The company focuses on creating reliable and cost-effective power electronic products that serve the automotive, industrial, and consumer electronics sectors. Additionally, AmpX Technologies designs energy conversion systems for electric vehicles, emphasizing simpler platforms, reduced costs, enhanced efficiency, and increased robustness. This enables clients to create modular and efficient products tailored to their specific needs.

Millimeter Wave Systems, founded in 2016 and headquartered in Amherst, Massachusetts, specializes in millimeter wave and microwave hardware solutions. The company develops a range of products, including subsystems, modules, components, and antennas, as well as advanced technologies such as cryogenic quantum-limited parametric amplifiers and latching junction ferrite circulators. These innovations are utilized in various applications, including medical scanners, sensors, automobile radars, and high data-rate communications. Millimeter Wave Systems aims to provide consistent quality in production while offering customizable solutions tailored to specific industry needs.

Quicksilver Biosciences is a venture capital-backed biotechnology company focused on developing a CMOS-integrated biosensor platform for rapid genomic identification. This innovative platform employs proprietary sensing techniques intended to achieve target sensitivity levels that surpass existing standards in the field. By providing a portable solution, Quicksilver aims to enhance the efficiency of healthcare professionals, ultimately contributing to reduced patient health costs.

Serinus Labs, Inc. is a manufacturer of nano-scale silicon gas sensors, established in 2017 and located in Berkeley, California. The company specializes in developing integrated chip-scale gas sensors tailored for various industries, including health and safety, automotive, consumer electronics, and healthcare. Serinus Labs offers custom solutions for both established and emerging gas sensor markets, focusing on applications such as Li-ion battery state-of-health monitoring. Their ultra-low-power trace gas sensors contribute to enhancing battery intelligence, particularly in electric vehicles, addressing critical needs in strategic markets.

COnovate is a startup focused on enhancing lithium-ion battery technology through the development of innovative materials. The company produces bio-sourced electrode materials known as eCOphite, which utilize a graphene monoxide composition to improve energy storage capacity. These carbon-based nanomaterials are designed to integrate seamlessly with existing battery designs, offering a scalable and cost-effective alternative for anode materials. COnovate's products aim to provide higher performance, faster charging capabilities, and improved safety in battery operation, positioning the company as a key player in the advancement of energy storage solutions.

ANAFLASH Inc., established in 2017 and headquartered in San Jose, California, specializes in developing energy-efficient AI solutions for edge devices. The company's core product is a test chip demonstrating analog neurocomputing within logic-compatible embedded flash memory, enabling cost-effective processing in devices not connected to the cloud. ANAFLASH's solutions are designed to operate in standard CMOS processes, making them accessible and power-efficient for a wide range of applications. The company is backed by funding from the NSF, DoD, and NASA.

Molecular Glasses, Inc. specializes in the development of non-crystallized molecular glasses aimed at enhancing the performance and longevity of organic light-emitting diodes (OLEDs) and other organic electronic devices. Founded in 2015 and based in Rochester, New York, the company provides a range of proprietary materials for OLED manufacturers, particularly in automotive electronics and lighting applications. Its product portfolio includes hole-transporting, electron-transporting, ambipolar, fluorescent, phosphorescent, and cross-linkable materials that are soluble in water, alcohol, and green solvents. By offering amorphous and soluble small molecules that prevent the aggregation of dopant emitters, Molecular Glasses helps clients achieve significant improvements in OLED lifespan and reliability, thereby facilitating broader adoption of OLED technology.

Inspirit IoT is a software company established in 2016 and based in Champaign, Illinois, specializing in machine learning solutions for IoT hardware. The company aims to lead in sensor intelligence by providing advanced analytics that enhance the performance of IoT devices. Its offerings include the Xcelo Compiler, SoundGuardian, and DNN Architect, which deliver tools for deep neural network analysis, optimization, and hardware acceleration. By utilizing chip-agnostic high-level synthesis and custom platforms, Inspirit IoT enables clients to improve their hardware deployment efficiency and enhance customer experiences across various markets.

Green Mountain Semiconductor is a design services, consulting, and IP company. They serve the semiconductor industry. Their services include neuromorphic computing, circuit design, physical design, and analog circuit design.

Micro-LAM Technologies, LLC, founded in 2012 and based in Battle Creek, Michigan, specializes in manufacturing precision laser-focused cutting tools. The company's flagship product is the Micro-LAM Optimus T+1, a hybrid laser-diamond cutting tool system designed for ultra-precision machining of advanced engineered ceramics, semiconductors, glass, metals, and other materials. In addition to its cutting tools, Micro-LAM offers feasibility analysis, process development, system customization, and installation and support services. These services include manufacturing setup evaluations, laser absorption tests, hardness reduction tests, sample machining, and value proposition analyses. The company serves a diverse range of industries, including optics, aerospace, defense and armor, semiconductor, and automotive.

SandBox Semiconductor specializes in developing software tools aimed at enhancing the manufacturing process for semiconductor production. Their innovative software enables process engineers to identify optimal etch and deposition recipes with significantly fewer experiments, achieving this in one-third of the time and at a reduced cost compared to traditional methods. By streamlining recipe development, SandBox Semiconductor facilitates quicker deployment of new microelectronic devices, thereby improving efficiency and productivity in the semiconductor manufacturing industry.

Intensivate specializes in advanced chip technology designed to enhance cloud-based analytics and database workloads. The company develops accelerator cards that feature patented cluster central processing units specifically engineered for memory-intensive parallel processing applications. This innovative technology allows clients to significantly improve the performance of distributed workloads in data centers, achieving substantial gains in computing power, cost efficiency, power consumption, and space utilization. Importantly, Intensivate's solutions do not necessitate any modifications to existing application software, making them accessible and beneficial for organizations seeking to optimize their computing infrastructure.

Resonant Link LLC, founded in 2017 and based in Shelburne, Vermont, specializes in the development of advanced wireless charging solutions utilizing innovative coil technology. The company's signature product, the multi-layer self-resonant structure (MSRS), enhances the efficiency and performance of wireless power systems. Serving diverse industries including robotics, drones, and electric vehicles, Resonant Link aims to deliver wireless power solutions that are fast, safe, and reliable. By eliminating costly components found in traditional wireless chargers, Resonant Link's technology not only improves efficiency but also reduces the size, weight, and overall cost of charging systems. This enables a wide range of applications, from large industrial vehicles to compact medical devices.