Nanoelectronics
Electronic components and devices at the nanoscale
Nanometrics (Onto Innovation)
Wilmington, United States
Process control metrology and inspection systems for advanced semiconductor manufacturing
Applied Nanotech Holdings
Austin, United States
Developer of nanotechnology applications including sensors, thermal management, and energy solutions
Nanoco Group
Manchester, United Kingdom
Nanoco Group plc stands as a world-leading innovator in the development and manufacture of cadmium-free quantum dots (CFQD), pioneering sustainable nanomaterial solutions for the display, lighting, and biological imaging industries. Founded in 2001 and headquartered in Manchester, United Kingdom, Nanoco emerged from groundbreaking research at the University of Manchester, establishing itself as a publicly-traded company on the London Stock Exchange AIM market under the ticker NANO. The company's proprietary molecular seeding technology enables the production of highly uniform, tunable quantum dots without toxic heavy metals like cadmium, addressing both performance requirements and environmental regulations. Their CFQD quantum dots offer exceptional color purity, brightness, and energy efficiency, making them ideal for next-generation display technologies including QLED televisions, monitors, and mobile devices. Nanoco's quantum dots can be precisely engineered to emit specific wavelengths of light, enabling displays with wider color gamuts approaching 100% of the Rec. 2020 standard. Beyond displays, the company has expanded into infrared sensing applications and biological imaging, where their nanomaterials enable advanced medical diagnostics and research tools. Throughout its history, Nanoco has established strategic partnerships with major electronics manufacturers and has been involved in significant industry initiatives to commercialize quantum dot technology. The company maintains state-of-the-art manufacturing capabilities and continues to invest heavily in research and development to advance nanomaterial science. As environmental regulations increasingly favor cadmium-free alternatives, Nanoco's technology positions the company at the forefront of the sustainable nanotechnology revolution. With over 50-100 employees and public funding, Nanoco represents a crucial bridge between university research and commercial nanotechnology applications, demonstrating how advanced nanomaterials can transform consumer electronics while meeting stringent environmental standards.
Grolltex
San Diego, United States
Grolltex, Inc., founded in 2014 and based in San Diego, California, specializes in the manufacturing of high-quality single-layer graphene and two-dimensional (2D) materials using advanced chemical vapor deposition (CVD) techniques. As a privately-funded company with 10-50 employees, Grolltex has carved out a distinct niche in the graphene market by focusing on large-area, high-quality monolayer graphene and hexagonal boron nitride (hBN) films on various substrates. The company's technology enables the production of wafer-scale graphene with excellent uniformity and minimal defects—critical requirements for electronics and sensor applications where material quality directly impacts device performance. Grolltex's CVD process achieves precise control over graphene growth parameters including temperature, gas composition, and substrate preparation, resulting in reproducible material properties across production batches. The company offers monolayer graphene transferred onto various substrates including silicon wafers, glass, polymers, and metals, providing customers with ready-to-use materials for device fabrication. Beyond graphene, Grolltex produces hexagonal boron nitride films, an insulating 2D material with applications as a dielectric layer in graphene electronics and as a protective coating. The company has developed transfer technologies that move CVD-grown graphene from growth substrates to target substrates while preserving material quality—a technically challenging process critical for commercial viability. Grolltex serves research institutions and companies developing graphene-based electronics, sensors, and photonic devices where monolayer graphene's unique electronic and optical properties are essential. Application areas include transparent conductive electrodes for displays and solar cells, high-frequency transistors, chemical and biological sensors, and photonics components. The company provides customized graphene products tailored to specific customer requirements including patterned graphene, doped graphene, and graphene on specialized substrates. Grolltex has invested in quality control and characterization capabilities including Raman spectroscopy, atomic force microscopy, and electrical testing to ensure materials meet customer specifications. The company collaborates with researchers and device manufacturers to optimize graphene properties for emerging applications, providing technical support throughout the development process. Grolltex represents the specialized segment of the graphene industry focused on high-quality materials for electronics rather than bulk applications, addressing markets where graphene's unique electronic properties justify premium pricing. As graphene electronics transitions from research to commercialization, companies like Grolltex providing reliable sources of device-quality 2D materials play crucial enabling roles, supplying the building blocks for next-generation electronic, sensing, and photonic technologies that leverage graphene's extraordinary properties.
Graphenea
San Sebastian, Spain
Graphenea, S.A., established in 2010 in San Sebastian, Spain, has become a leading global supplier of CVD graphene and graphene oxide for research and industrial applications. With over $20 million in funding and 50-100 employees, Graphenea operates production facilities in Spain and the United States, serving customers across academia, industry, and government research institutions. The company emerged from CIC nanoGUNE research center, translating laboratory graphene synthesis into reproducible commercial production. Graphenea's product portfolio spans the graphene materials spectrum including CVD monolayer graphene on various substrates, graphene oxide dispersions and powders, and reduced graphene oxide. Their CVD graphene products feature large-area single-layer films with high quality and uniformity, suitable for electronics, sensors, and photonics research. The company offers graphene transferred onto silicon wafers, glass, polymers, and other substrates in standard sizes up to 4-inch wafers, with custom sizes available. Graphenea has developed specialized graphene products including graphene field-effect transistor (GFET) chips for sensor applications, where graphene's sensitivity to chemical and biological analytes enables ultra-sensitive detection. These GFET sensors can detect minute quantities of gases, biomolecules, and other analytes, with applications in environmental monitoring, medical diagnostics, and industrial process control. The company's graphene oxide products are widely used in research on composite materials, coatings, energy storage, and biomedical applications. Graphene oxide's oxygen-containing functional groups make it dispersible in water and provide chemical handles for further functionalization, enabling diverse applications. Graphenea maintains rigorous quality control processes including comprehensive characterization of each production batch using Raman spectroscopy, atomic force microscopy, and optical microscopy to verify material properties. The company has established itself as a reliable supplier for researchers requiring consistent, well-characterized graphene materials for reproducible experiments. Beyond materials sales, Graphenea offers custom synthesis services, developing tailored graphene products for specific customer requirements. The company has built strong relationships with academic researchers worldwide, supporting thousands of publications involving their graphene products. Graphenea participates in European research consortia advancing graphene applications, contributing expertise in materials production and characterization. As the graphene research community has grown, Graphenea has scaled production to meet increasing demand while maintaining the material quality essential for meaningful research. The company represents the critical infrastructure supporting graphene research and development, providing the standardized, characterized materials necessary for advancing our understanding of graphene's properties and potential applications across diverse fields.
Applied Nanostructured Solutions
Baltimore, United States
Applied Nanostructured Solutions, LLC (ANS), founded in 2008 and based in Baltimore, Maryland, develops carbon nanotube-infused materials for aerospace and industrial structural applications as a subsidiary of Lockheed Martin Corporation. With a private funding structure and 50-100 employees, ANS has focused on translating CNT technology from research into qualified aerospace materials that meet stringent industry requirements. The company emerged from recognition that carbon nanotubes' exceptional mechanical and electrical properties could enhance fiber-reinforced composites if integration challenges could be overcome. ANS developed proprietary processes for infusing carbon nanotubes directly onto carbon fiber and glass fiber surfaces, creating CNT-infused fibers that serve as drop-in replacements for conventional reinforcement fibers in composite manufacturing. This approach addresses a fundamental challenge in CNT composites—achieving good dispersion and interfacial bonding between nanotubes and the polymer matrix. By growing or depositing CNTs directly on fiber surfaces, ANS creates intimate mechanical interlocking and chemical bonding between nanotubes and matrix resins. The resulting structural composites exhibit enhanced mechanical properties including improved interlaminar strength, fracture toughness, and damage tolerance compared to conventional composites. Additionally, CNT-infused fibers provide electrical conductivity, enabling multifunctional composites with integrated sensing, electromagnetic shielding, and lightning strike protection capabilities. ANS has worked closely with aerospace manufacturers to qualify CNT-infused materials for aircraft structures, demonstrating that nanotube enhancements can be achieved within existing manufacturing processes and quality assurance frameworks. The company's materials have been incorporated into commercial and military aircraft components, representing significant validation of CNT composite technology. Beyond aerospace, ANS targets automotive, wind energy, and sporting goods applications where lightweight, high-strength materials provide competitive advantages. The company's CNT-infused fibers have been used in automotive body panels, wind turbine blades, and high-performance sporting equipment. ANS maintains production facilities capable of treating fibers at scales required for industrial composite manufacturing, with quality control processes ensuring consistent CNT loading and distribution. As a Lockheed Martin subsidiary, ANS benefits from access to aerospace expertise, testing facilities, and customer relationships while maintaining focus on nanomaterial technology development. The company's success in qualifying nanotechnology-enhanced materials for aerospace applications demonstrates that nanomaterials can meet the rigorous performance, reliability, and safety requirements of highly regulated industries. ANS represents an important model for nanotechnology commercialization in structural materials, showing how CNT enhancements can be integrated into existing manufacturing ecosystems rather than requiring entirely new production approaches, facilitating adoption in conservative, high-reliability industries.
OCSiAl
Luxembourg, Luxembourg
OCSiAl Group, founded in 2009 and headquartered in Luxembourg, has achieved the remarkable distinction of becoming the world's largest manufacturer of single-wall carbon nanotubes (SWCNT), enabling mass-market applications through unprecedented production scale and cost reduction. With over $200 million in funding and 500-1,000 employees, OCSiAl operates globally with production facilities in Europe, Asia, and North America, producing its flagship TUBALL SWCNT products measured in tons rather than grams. The company's breakthrough synthesis technology enables continuous, large-scale production of high-quality single-wall carbon nanotubes at costs dramatically lower than previous methods, fundamentally changing the economics of CNT applications. OCSiAl's TUBALL products consist of ultra-long SWCNTs (up to several micrometers in length) with high aspect ratios and excellent electrical conductivity, making them exceptional additives for creating conductive composites, coatings, and energy storage materials. At remarkably low loading levels (typically 0.01-0.1% by weight), TUBALL nanotubes form percolating networks that impart electrical conductivity to polymers, elastomers, and other matrices. The company targets large-volume applications where CNTs can deliver significant performance benefits, including lithium-ion battery electrodes, transparent conductive films, antistatic materials, EMI shielding, rubber compounds, and composite materials. In lithium-ion batteries, TUBALL additives improve electrode conductivity, enabling faster charging, higher power delivery, and better cycle life—critical for electric vehicles and energy storage systems. OCSiAl has established partnerships with major battery manufacturers worldwide, with TUBALL-containing batteries in commercial production for automotive applications. The company has developed application-specific TUBALL formulations including ready-to-use dispersions in various solvents and concentrates optimized for different manufacturing processes, facilitating customer adoption. OCSiAl maintains extensive application development laboratories working with customers to optimize CNT integration into their products and manufacturing processes. The company has achieved regulatory approvals for TUBALL products in multiple jurisdictions, addressing safety and environmental concerns associated with nanomaterials. OCSiAl's remarkable production scale—producing more SWCNTs annually than all other manufacturers combined—has transformed carbon nanotubes from exotic research materials to practical industrial additives. The company's success demonstrates that with appropriate technology and scale, nanomaterials can achieve cost structures compatible with high-volume applications, fulfilling long-standing promises of nanotechnology revolutionizing major industries. As electric vehicles and energy storage demand surge, OCSiAl's position as the dominant SWCNT supplier positions the company at the center of critical technology supply chains.
Zeon Corporation
Tokyo, Japan
Zeon Corporation, founded in 1950 and headquartered in Tokyo, Japan, is a major chemical company that has become a significant producer of super-growth carbon nanotubes (SG-CNT) alongside its traditional synthetic rubber and specialty chemical businesses. Publicly traded on the Tokyo Stock Exchange (TYO: 4205) with over 1,000+ employees, Zeon leverages its extensive chemical manufacturing expertise to produce high-quality carbon nanotubes marketed under the ZEONANO brand. The company entered the carbon nanotube market by licensing super-growth CVD technology developed at Japan's National Institute of Advanced Industrial Science and Technology (AIST), which enables rapid, efficient synthesis of exceptionally long and pure single-wall carbon nanotubes. Zeon's SG-CNT production technology can grow centimeter-length nanotubes with extremely high purity and minimal catalyst residues, resulting in CNTs with superior electrical and mechanical properties. These high-quality nanotubes find applications in transparent conductive films, high-performance composites, energy storage devices, and advanced sensors. Zeon has focused particularly on transparent conductive films where ZEONANO SG-CNTs provide alternatives to indium tin oxide (ITO) for touchscreens, displays, and photovoltaic electrodes. CNT-based transparent conductors offer advantages including mechanical flexibility, stretchability, and potentially lower costs compared to brittle ITO films. The company has developed CNT film manufacturing processes compatible with roll-to-roll production, enabling large-area transparent electrode fabrication for flexible electronics. Beyond electronics, Zeon leverages its core expertise in polymer science to develop CNT-enhanced elastomers and thermoplastics with improved electrical conductivity, mechanical strength, and thermal management for automotive and industrial applications. As a major chemical company, Zeon brings significant advantages to nanotechnology commercialization including established manufacturing capabilities, quality control expertise, global distribution networks, and customer relationships across multiple industries. The company's approach integrates carbon nanotube production within its broader specialty chemicals portfolio, cross-leveraging technologies and market channels. Zeon participates in Japanese government initiatives advancing carbon nanotube applications and collaborates with academic institutions on next-generation CNT technologies. The company's position in Japan—home to significant carbon nanotube research and several major electronics manufacturers—provides strategic advantages in developing applications for Japanese industry. Zeon's involvement in carbon nanotubes exemplifies how established chemical companies are increasingly incorporating nanotechnology into their product portfolios, bringing nanomaterials from research laboratories to commercial chemical production. As carbon nanotube applications mature, companies like Zeon with deep chemical manufacturing expertise and broad market access play crucial roles in scaling production and integrating nanomaterials into diverse industrial products, bridging the gap between specialty nanomaterial producers and end-use applications.
Enovix Corporation
Fremont, United States
Developer of silicon-anode lithium-ion batteries using advanced nanofabrication
Nantero
Woburn, United States
Developer of NRAM nonvolatile memory technology using carbon nanotube fabrics
Everspin Technologies
Chandler, United States
World leader in MRAM (Magnetoresistive RAM) products for enterprise and industrial applications
Imec
Leuven, Belgium
World-leading research and development hub for nanoelectronics and digital technologies
CEA-Leti
Grenoble, France
One of Europe's largest micro and nanotechnology research institutes
IBM Research - Nanotechnology
Yorktown Heights, United States
Pioneering nanotechnology research including carbon nanotube transistors and molecular electronics
Samsung Advanced Institute of Technology
Suwon, South Korea
Samsung's R&D hub for next-generation technologies including QLED displays and nanoelectronics
Intel Labs
Santa Clara, United States
Advanced technology research including nanoscale transistor development and quantum computing
TSMC
Hsinchu, Taiwan
World's largest dedicated semiconductor foundry, leading in advanced nanoscale chip manufacturing
ASML
Veldhoven, Netherlands
World leader in photolithography equipment including EUV systems for sub-7nm chip manufacturing
Lam Research
Fremont, United States
Global supplier of wafer fabrication equipment for semiconductor manufacturing at the nanoscale
KLA Corporation
Milpitas, United States
Leader in process control and yield management for semiconductor manufacturing at nanoscale
Molecular Imprints
Austin, United States
Pioneer in nanoimprint lithography technology for high-volume manufacturing
Tata Institute Nano Sciences
Mumbai, India
Premier research institute in India for nanotechnology and materials science
MIT.nano
Cambridge, United States
MIT's open-access facility for nanoscale research and fabrication
NanoIntegris
Boisbriand, Canada
Producer of high-purity semiconducting and metallic carbon nanotubes
Innova Dynamics
San Jose, United States
Developer of silver nanowire transparent conductors for touch screens and displays
C3Nano
Hayward, United States
Developer of silver nanowire transparent conductive films for displays and touch screens
Nano Dimension
Ness Ziona, Israel
Pioneer in additively manufactured electronics (AME), developing 3D printing systems for multi-layer PCBs and electronic components
DuPont
Wilmington, United States
Materials science company with nanotechnology applications in electronics, protective materials, and specialty products
Merck KGaA
Darmstadt, Germany
Science and technology company supplying nanomaterials through Sigma-Aldrich brand for research and industry
Nyriad
Wellington, New Zealand
Developer of ultra-fast storage technology with GPU-accelerated data processing
Mesolight
Suzhou, China
Producer of perovskite and cadmium-free quantum dots for display and lighting applications
NanoTech Entertainment
San Jose, United States
Developer of ultra-high definition streaming and display technologies
Canatu
Helsinki, Finland
Developer of carbon nanobud technology for transparent conductive films and 3D touch sensors
Hodogaya Chemical
Tokyo, Japan
Japanese chemical company specializing in CNTs for electronic applications
Raymor Industries
Boisbriand, Canada
Canadian producer of single-wall carbon nanotubes using plasma technology
Sixth Element Materials
Changzhou, China
Major Chinese graphene producer with large-scale manufacturing capabilities
Ningbo Morsh Technology
Ningbo, China
Chinese graphene company focused on thermal management and energy applications
Standard Graphene
Ulsan, South Korea
Korean graphene company producing CVD graphene and graphene oxide
Nano Labs Corp
Wuxi, China
Chinese company producing carbon nanotubes for electronics and energy storage
Sensirion
Stafa, Switzerland
Swiss leader in environmental and flow sensors using MEMS technology
Zurich Instruments
Zurich, Switzerland
Swiss developer of lock-in amplifiers and measurement instruments for nanotechnology
Angstrom Engineering
Kitchener, Canada
Canadian manufacturer of thin film deposition and evaporation systems
AJA International
Scituate, United States
US manufacturer of sputtering and evaporation systems for thin film research
Kurt J. Lesker Company
Jefferson Hills, United States
US manufacturer of vacuum deposition systems and components for nanotechnology
Semicore Equipment
Livermore, United States
US manufacturer of PVD thin film deposition equipment
Beneq
Espoo, Finland
Finnish manufacturer of ALD thin film coating equipment and services
Picosun
Espoo, Finland
Finnish pioneer in atomic layer deposition (ALD) equipment
IQE plc
Cardiff, United Kingdom
Global leader in compound semiconductor wafer technology and epitaxy services
WIN Semiconductors
Taoyuan, Taiwan
World's largest pure-play compound semiconductor foundry specializing in GaAs
Rigetti Computing
Berkeley, United States
Quantum computing company building superconducting quantum processors
IonQ
College Park, United States
Leading trapped-ion quantum computing company
D-Wave Systems
Burnaby, Canada
Pioneer in quantum annealing computers with over 5000 qubit systems
Quantum Machines
Tel Aviv, Israel
Developer of quantum orchestration platforms for controlling quantum processors
PsiQuantum
Palo Alto, United States
Developing fault-tolerant photonic quantum computers
Oxford Quantum Circuits
Oxford, United Kingdom
UK quantum computing company with proprietary Coaxmon architecture
SandboxAQ
Palo Alto, United States
Spun out of Alphabet, developing quantum and AI technologies
Pasqal
Palaiseau, France
French quantum computing company using neutral atoms
IQM Quantum Computers
Espoo, Finland
European leader in superconducting quantum computers
FormFactor
Livermore, United States
Leading provider of semiconductor test and measurement equipment
2D Carbon Tech
Changzhou, China
Major Chinese producer of graphene and graphene-based products
SouthWest NanoTechnologies
Norman, United States
Producer of high-quality single-wall carbon nanotubes
II-VI Incorporated (Coherent)
Saxonburg, United States
Leading compound semiconductor and laser optics company
Hansol Chemical
Seoul, South Korea
Korean producer of quantum dots and electronic materials
Seoul Semiconductor
Ansan, South Korea
Major LED manufacturer with unique Acrich and SunLike technologies
Cree (Wolfspeed)
Durham, United States
World leader in silicon carbide semiconductors
Fraunhofer IPMS
Dresden, Germany
German research institute for photonic microsystems and nanotechnology
A*STAR IME
Singapore, Singapore
Singapore's leading microelectronics research institute
SK Hynix
Icheon, South Korea
World's second-largest memory chip maker using advanced nanofabrication
Micron Technology
Boise, United States
Major memory and storage solutions company using nanotechnology
GlobalFoundries
Malta, United States
Leading semiconductor foundry with advanced nanoscale manufacturing
UMC
Hsinchu, Taiwan
Major semiconductor foundry with nanoscale manufacturing capabilities
SMIC
Shanghai, China
China's largest semiconductor foundry
Tower Semiconductor
Migdal HaEmek, Israel
Specialty semiconductor foundry with analog and MEMS capabilities
X-FAB
Tessenderlo, Belgium
European specialty foundry for MEMS and analog semiconductors
Soitec
Bernin, France
World leader in engineered substrates for semiconductor industry
Shin-Etsu Chemical
Tokyo, Japan
World's largest silicon wafer and semiconductor materials producer
SUMCO
Tokyo, Japan
Second-largest silicon wafer producer globally
Siltronic
Munich, Germany
Major European silicon wafer manufacturer
SK Siltron
Gumi, South Korea
Korean silicon wafer and SiC substrate manufacturer
Entegris
Billerica, United States
Leading supplier of advanced materials and process solutions for semiconductor manufacturing
Cabot Microelectronics
Aurora, United States
Global leader in CMP slurries and polishing pads
Versum Materials (Merck)
Tempe, United States
Specialty materials supplier for semiconductor industry
Nanometrics (KLA)
Milpitas, United States
Nanoscale process control metrology acquired by KLA
Nova Measuring Instruments
Rehovot, Israel
Leading provider of metrology solutions for semiconductor manufacturing
Camtek
Migdal HaEmek, Israel
Leading supplier of inspection and metrology equipment for advanced packaging
Exaddon
Zurich, Switzerland
Developer of electrochemical additive manufacturing for metal microstructures
Nano Ink (formerly NanoInk)
Skokie, United States
Pioneer in dip-pen nanolithography technology
NanoSciences
Tokyo, Japan
Japanese manufacturer of nanolithography and patterning equipment
NuFlare Technology
Numazu, Japan
Leading manufacturer of mask writers and e-beam lithography for EUV
NanoFilm Vacuum Coating
Singapore, Singapore
Global leader in nanotechnology surface solutions
Quantinuum
Broomfield, United States
Merged Honeywell Quantum Solutions and Cambridge Quantum, world's largest quantum company
Paragraf
Cambridge, United Kingdom
Large-area graphene and 2D materials manufacturer using proprietary CVD process
2D Semiconductors
Scottsdale, United States
Manufacturer of 2D materials including MoS2, WS2, and other TMDCs
STMicroelectronics MEMS
Geneva, Switzerland
World's largest MEMS manufacturer for consumer and automotive
Bosch Sensortec
Reutlingen, Germany
Major MEMS sensor manufacturer for consumer electronics and IoT
Analog Devices MEMS
Wilmington, United States
High-performance MEMS inertial sensors for industrial and automotive
InvenSense (TDK)
San Jose, United States
Motion sensing MEMS company, now part of TDK Corporation
SiTime
Santa Clara, United States
Leader in MEMS-based timing solutions replacing quartz oscillators
Knowles Corporation
Itasca, United States
Leading MEMS microphone and balanced armature speaker manufacturer
Qorvo MEMS
Greensboro, United States
RF MEMS filters and switches for mobile and 5G applications
Silex Microsystems
Jarfalla, Sweden
Pure-play MEMS foundry for advanced microsystems
Intel Labs Neuromorphic
Santa Clara, United States
Developer of Loihi neuromorphic research chip and Hala Point system
BrainChip
Laguna Hills, United States
Commercial neuromorphic AI processor company with Akida chip
SynSense
Zurich, Switzerland
Neuromorphic vision and AI processor company spun from ETH Zurich
Innatera Nanosystems
Delft, Netherlands
Ultra-low-power neuromorphic sensing and processing company
GrAI Matter Labs
Paris, France
Developer of GrAI VIP neuromorphic processor for edge AI
Rain Neuromorphics
San Francisco, United States
Analog-digital neuromorphic chip for brain-like AI acceleration
Everspin Technologies
Chandler, United States
World's leading MRAM manufacturer using spintronics
Spin Memory
Fremont, United States
Developer of advanced MRAM technology for embedded applications
Avalanche Technology
Fremont, United States
Pioneer in perpendicular STT-MRAM technology
Crocus Technology
Grenoble, France
Spintronics company for MRAM and magnetic sensors
Quantum Biosystems
Tokyo, Japan
Single-molecule electrical sequencing technology
Metalenz
Boston, United States
Metasurface optics for smartphone and AR/VR applications
Carbonics
Los Angeles, United States
Carbon nanotube transistor technology for high-frequency electronics
Nano-C
Westwood, United States
Manufacturer of fullerenes and carbon nanomaterials
nLIGHT
Camas, United States
High-power semiconductor lasers with nanoscale engineering
Lumentum
San Jose, United States
Optical and photonic products with nanoscale precision
ams OSRAM
Premstaetten, Austria
Optical sensing and illumination with nanoscale technology
Atomera
Los Gatos, United States
MST atomic layer engineering for improved transistor performance
Intermolecular
San Jose, United States
High-throughput experimentation for thin film development
Veeco Instruments
Plainview, United States
Thin film deposition and etch equipment for semiconductors
Plasma-Therm
St. Petersburg, United States
Plasma etch and deposition for compound semiconductors
C12 Quantum Electronics
Paris, France
Carbon nanotube-based quantum processors
Alpine Quantum Technologies
Innsbruck, Austria
Trapped-ion quantum computing from University of Innsbruck
Silicon Quantum Computing
Sydney, Australia
Silicon-based quantum computing from UNSW research
QphoX
Delft, Netherlands
Quantum networking and interconnects using nanophotonics
NanoScent
Haifa, Israel
AI-powered nano-sensor platform for scent detection
JSR Corporation
Tokyo, Japan
Advanced materials for semiconductor lithography including EUV resists
Tokyo Ohka Kogyo
Kawasaki, Japan
Leading photoresist manufacturer for semiconductor lithography
Canon Semiconductor Equipment
Tokyo, Japan
Nanoimprint lithography and semiconductor equipment
Samsung Electronics Foundry
Hwaseong, South Korea
Advanced semiconductor foundry with sub-5nm processes
MediaTek
Hsinchu, Taiwan
Fabless semiconductor company using advanced nano nodes
ASE Technology
Kaohsiung, Taiwan
World's largest semiconductor packaging and testing company
Powerchip Semiconductor
Hsinchu, Taiwan
Specialty foundry for memory and logic ICs
BOE Technology
Beijing, China
World's largest display panel manufacturer with quantum dots
BYD Company
Shenzhen, China
Major EV and battery manufacturer with Blade Battery technology
Hangzhou Silan
Hangzhou, China
IDM semiconductor company with MEMS sensors
Infineon Technologies
Munich, Germany
Major semiconductor company with MEMS and power devices
Merck KGaA Electronics
Darmstadt, Germany
Specialty materials for semiconductors and displays
Aixtron SE
Herzogenrath, Germany
MOCVD and deposition equipment for compound semiconductors
NXP Semiconductors
Eindhoven, Netherlands
Major semiconductor company for automotive and IoT
BESI
Duiven, Netherlands
Advanced semiconductor packaging equipment
STMicroelectronics
Geneva, Switzerland
Global semiconductor leader in MEMS, MCUs, and SiC
Comet Holding
Flamatt, Switzerland
RF power and x-ray systems for semiconductor manufacturing
ASML Brion
San Jose, United States
Computational lithography software for advanced patterning
Nova Ltd
Rehovot, Israel
Advanced metrology for semiconductor manufacturing
Nanox Imaging
Neve Ilan, Israel
Digital x-ray source using nanotechnology
Mellanox Technologies
Yokneam, Israel
High-performance interconnect solutions, now part of NVIDIA
Orbotech
Yavne, Israel
PCB and display inspection equipment, now part of KLA
NVIDIA
Santa Clara, United States
Leading GPU and AI chip company using advanced nano nodes
AMD
Santa Clara, United States
Leading CPU and GPU company with advanced node designs
Qualcomm
San Diego, United States
Leading wireless semiconductor company with 5G and AI chips
Broadcom
San Jose, United States
Major semiconductor company for networking and infrastructure
Marvell Technology
Wilmington, United States
Data infrastructure semiconductor company
Micron Technology
Boise, United States
Major memory manufacturer with advanced DRAM and NAND
Western Digital
San Jose, United States
Major flash memory and storage company
Seagate Technology
Dublin, Ireland
Data storage with HAMR and advanced recording technology
Texas Instruments
Dallas, United States
Leading analog and embedded semiconductor company
ON Semiconductor
Phoenix, United States
Intelligent power and sensing solutions
Skyworks Solutions
Irvine, United States
RF semiconductor solutions for mobile and IoT
Onto Innovation
Wilmington, United States
Process control and lithography systems for semiconductors
Ambarella
Santa Clara, United States
AI vision processors with advanced CV and imaging
Lattice Semiconductor
Hillsboro, United States
Low power FPGAs for edge AI and embedded
MaxLinear
Carlsbad, United States
RF and mixed-signal semiconductors for broadband
Wolfspeed
Durham, United States
World leader in SiC and GaN power semiconductors
Cree LED
Durham, United States
High-power LED technology, spun off from Wolfspeed
Navitas Semiconductor
Torrance, United States
GaN power IC pioneer for fast charging and EVs
Transphorm
Goleta, United States
GaN power FETs for high-efficiency power conversion
Efficient Power Conversion
El Segundo, United States
GaN power transistor pioneer
GaN Systems
Ottawa, Canada
GaN power semiconductors for EV and power
Silanna Semiconductor
Brisbane, Australia
Advanced power and UV LED semiconductors
SICC Materials
Jinan, China
Major Chinese SiC wafer manufacturer
TanKeBlue Semiconductor
Beijing, China
SiC and sapphire substrate manufacturer
San'an Optoelectronics
Xiamen, China
Largest Chinese LED and compound semiconductor company
Nano Labs
Hangzhou, China
Distributed computing chip manufacturer
Unisem
Ipoh, Malaysia
Semiconductor packaging and test services
Inari Amertron
Penang, Malaysia
RF and optoelectronic packaging services
Globetronics
Penang, Malaysia
Sensor packaging and electronic manufacturing
Henkel Electronics
Düsseldorf, Germany
Advanced materials for semiconductor packaging
Ajinomoto Build-up Film
Tokyo, Japan
Dominant supplier of ABF substrate materials
Brewer Science
Rolla, United States
Advanced lithography materials including anti-reflective coatings
Dow Electronic Materials
Midland, United States
CMP slurries and specialty materials for electronics
Fujifilm Electronic Materials
Tokyo, Japan
Photoresists and electronic materials for semiconductors
Sumitomo Chemical Electronic Materials
Tokyo, Japan
Photoresists and display materials
Obducat
Lund, Sweden
Nanoimprint lithography systems for semiconductors
REC Silicon
Sandvika, Norway
High-purity silicon materials for solar and electronics
Indian Institute of Science Nano
Bangalore, India
Premier nanotechnology research center in India
Siltronic Singapore
Singapore, Singapore
Silicon wafer manufacturing facility in Singapore
GlobalWafers Singapore
Singapore, Singapore
Major silicon wafer manufacturer
STATS ChipPAC
Singapore, Singapore
Advanced semiconductor packaging and test services
Micron Singapore
Singapore, Singapore
Major memory manufacturing and R&D facility
Hana Micron
Bac Ninh, Vietnam
Semiconductor packaging services in Vietnam
Samsung Vietnam
Thai Nguyen, Vietnam
Major Samsung electronics manufacturing complex
CINVESTAV Nano
Mexico City, Mexico
Mexico's premier advanced studies center with nano programs
KAUST Nano
Thuwal, Saudi Arabia
World-class nanotechnology research at KAUST
XTPL
Wrocław, Poland
Ultra-precise nanoprinting technology for electronics
SemiConductor Laboratory
Chandigarh, India
India's semiconductor fab with MEMS and nano capabilities
ON Semiconductor Czech
Rožnov pod Radhoštěm, Czech Republic
Major semiconductor manufacturing facility
Khosla Ventures Nano
Menlo Park, United States
Major VC investor in nanotechnology startups
Nanosys (acquired)
Milpitas, United States
Pioneer in quantum dot technology, now part of Shoei Chemical
Planar Systems
Hillsboro, United States
Advanced display solutions with micro-LED technology
BOE Varitronix
Hong Kong, Hong Kong
Display solutions for automotive and industrial
Rohinni
Coeur d'Alene, United States
Micro-LED placement technology
PlayNitride
Hsinchu, Taiwan
Micro-LED and Mini-LED display technology
JBD (Jade Bird Display)
Shanghai, China
Micro-LED displays for AR glasses
Plessey Semiconductors
Plymouth, United Kingdom
GaN-on-Silicon micro-LED technology
eMagin
Hopewell Junction, United States
OLED microdisplays for military and consumer AR/VR
Kopin Corporation
Westborough, United States
Wearable display and optics technology
NanoLock Security
Ramat Gan, Israel
Device-level security at the nano-agent level
Intrinsic ID
Eindhoven, Netherlands
Physical Unclonable Function security at nanoscale
QD Laser
Kawasaki, Japan
Quantum dot laser devices for communication and displays
Graphene Flagship
Gothenburg, Sweden
EU's largest research initiative on graphene
INL - International Iberian Nanotechnology Laboratory
Braga, Portugal
Iberian international nanotechnology research
Nanoss (NanoSemi)
Burlington, United States
AI-powered RF semiconductor optimization
NanoBridge Semiconductor
Tsukuba, Japan
Atom switch technology for AI chips
Advantest
Tokyo, Japan
Semiconductor test and measurement systems
SCREEN Holdings
Kyoto, Japan
Semiconductor cleaning and coating equipment
Denka Nano
Tokyo, Japan
Advanced carbon materials including CNTs
CNRS LAAS
Toulouse, France
French national MEMS and nano research center
NanoDetex
San Diego, United States
Nanowire-based explosives detection
NanoIntegris
Montreal, Canada
Sorted carbon nanotubes and graphene
Suzhou Institute of Nano-Tech
Suzhou, China
CAS nanotechnology research institute
Jülich Forschungszentrum Nano
Jülich, Germany
German national nanoscience research center
Metamaterial Technologies
Halifax, Canada
Metamaterial functional films
Echodyne
Kirkland, United States
Metamaterial electronically scanned array radar
NanoLund
Lund, Sweden
Lund University nanoscience center
Chalmers Nano
Gothenburg, Sweden
Chalmers Microtechnology and Nanoscience
NanoDimension
Ness Ziona, Israel
3D printed electronics
Murata Manufacturing
Kyoto, Japan
Solid-state and micro batteries
TDK Corporation Batteries
Tokyo, Japan
CeraCharge solid-state batteries
ASM International
Almere, Netherlands
Leading ALD and epitaxy equipment supplier for advanced semiconductor nodes
Kokusai Electric
Tokyo, Japan
Batch processing equipment for semiconductor deposition and diffusion
Teradyne
North Reading, United States
Automatic test equipment for semiconductors, wireless, and industrial applications
Axcelis Technologies
Beverly, United States
Ion implantation systems for semiconductor doping applications
EV Group
St. Florian, Austria
Wafer bonding, lithography, and nanoimprint equipment for advanced packaging
Renesas Electronics
Tokyo, Japan
MCUs, SoCs, and analog ICs for automotive and industrial applications
Rohm Semiconductor
Kyoto, Japan
SiC power devices, analog ICs, and discrete semiconductors
Microchip Technology
Chandler, United States
MCUs, analog, and FPGA solutions for embedded systems
Analog Devices
Wilmington, United States
High-performance analog, mixed-signal, and digital signal processing
Qorvo
Greensboro, United States
RF solutions including GaN for mobile, defense, and infrastructure
Murata Manufacturing
Nagaokakyo, Japan
MLCCs, sensors, and RF components using advanced ceramic technology
TDK Corporation
Tokyo, Japan
Electronic components including MLCCs, inductors, and sensors
Taiyo Yuden
Tokyo, Japan
MLCCs, inductors, and communication devices using ceramic technology
Vishay Intertechnology
Malvern, United States
Discrete semiconductors and passive components for electronics
Kyocera AVX
Fountain Inn, United States
Advanced electronic components including capacitors and connectors
Yageo Corporation
New Taipei, Taiwan
Passive components including resistors, capacitors, and inductors
Walsin Technology
Taoyuan, Taiwan
Passive components for consumer, industrial, and automotive
Samsung Electro-Mechanics
Suwon, South Korea
MLCCs, camera modules, and IC substrates for electronics
Shin-Etsu Chemical
Tokyo, Japan
Silicon wafers, silicones, and specialty chemicals
GlobalWafers
Hsinchu, Taiwan
Silicon wafers for logic, memory, and power semiconductors
JSR Corporation
Tokyo, Japan
Photoresists, CMP slurries, and display materials for semiconductors
TOK (Tokyo Ohka Kogyo)
Kawasaki, Japan
Photoresists and process chemicals for semiconductor manufacturing
Fujifilm Electronic Materials
Tokyo, Japan
Photoresists, CMP slurries, and cleaning chemicals
Air Liquide Electronics
Paris, France
Ultra-high purity gases and precursors for semiconductor manufacturing
Linde Electronics
Danbury, United States
Electronic specialty gases and on-site gas supply for fabs
Nippon Sanso (Taiyo Nippon Sanso)
Tokyo, Japan
Industrial and specialty gases including electronic grades
SK Materials
Yeongju, South Korea
Specialty gases and materials for semiconductor manufacturing
Dongjin Semichem
Hwaseong, South Korea
Photoresists and display materials for Korean semiconductor industry
Intrinsiq Materials
Farnborough, United Kingdom
Copper nanoparticle inks for printed electronics
Shoei Chemical
Tokyo, Japan
Metal nanoparticle pastes and electronic materials
Heraeus Electronics
Hanau, Germany
Nano-silver sinter pastes and bonding materials for power electronics
Denka Company
Tokyo, Japan
Acetylene black and specialty nanomaterials for batteries
Dow Silicones
Midland, United States
Silicones and thermal interface materials for electronics
NGK Insulators
Nagoya, Japan
Advanced ceramics for automotive and electronics
Kyocera Corporation
Kyoto, Japan
Fine ceramics for semiconductors and electronics
II-VI Advanced Materials (Coherent)
Saxonburg, United States
Infrared materials and compound semiconductors
Heidelberg Instruments
Heidelberg, Germany
Maskless laser lithography for micro/nanofabrication
CNT Company
Incheon, South Korea
Carbon nanotube synthesis and products
AIST (National Institute of Advanced Industrial Science)
Tsukuba, Japan
Japanese national lab with extensive nano research
A*STAR Institute of Materials Research
Singapore, Singapore
Singapore research institute for nanomaterials
Taiwan Semiconductor Research Institute
Hsinchu, Taiwan
Advanced semiconductor and nanoelectronics research
ITRI (Industrial Technology Research Institute)
Hsinchu, Taiwan
Taiwan's largest applied research org with nano divisions
Forschungszentrum Julich
Julich, Germany
German research center with nano/quantum programs
London Centre for Nanotechnology
London, United Kingdom
UCL/Imperial joint nanotechnology center
Murata Manufacturing
Nagaokakyo, Japan
MLCC capacitors with nano-scale dielectric layers
TDK Corporation
Tokyo, Japan
Electronic components with nano-materials technology
AU Optronics
Hsinchu, Taiwan
Display panels with nano-scale thin film transistors
Tianma Microelectronics
Shenzhen, China
Small and medium displays with AMOLED nano-tech
Japan Display Inc.
Tokyo, Japan
High-resolution displays with nano-scale pixels
Sensata Technologies
Attleboro, United States
MEMS sensors with nano-fabrication
Infineon Technologies
Neubiberg, Germany
MEMS pressure sensors and automotive semiconductors
Knowles Corporation
Itasca, United States
MEMS microphones with nano-scale fabrication
Vesper Technologies (Qualcomm)
Boston, United States
Piezoelectric MEMS microphones
Nanusens
Cambridge, United Kingdom
CMOS-MEMS integrated sensors
Hanking Electronics
Shenyang, China
MEMS sensors for automotive and consumer
Goertek
Weifang, China
MEMS microphones and acoustic components
AAC Technologies
Shenzhen, China
MEMS sensors, haptics, and acoustic components
Memsic
Andover, United States
Thermal MEMS accelerometers and magnetic sensors
Senodia Technologies
Shanghai, China
MEMS motion and pressure sensors
Novosense Microelectronics
Suzhou, China
Automotive sensors and signal chain ICs
Cubic Sensor and Instrument
Wuhan, China
NDIR and electrochemical gas sensors
Figaro Engineering
Osaka, Japan
Metal oxide semiconductor gas sensors
Spec Sensors
Fremont, United States
Printed electrochemical gas sensors
Amphenol Advanced Sensors
St. Mary's, United States
Temperature and humidity sensors
TE Connectivity Sensors
Schaffhausen, Switzerland
Pressure, temperature, and position sensors
Vishay Intertechnology
Malvern, United States
Precision resistors and optical sensors
Nichia Corporation
Anan, Japan
Blue LED inventor with nano-scale phosphors
II-VI Incorporated (Coherent)
Saxonburg, United States
Compound semiconductors and photonics materials
Trumpf Photonics
Cranbury, United States
High-power laser diodes and VCSELs
ON Semiconductor
Phoenix, United States
Image sensors and SiC power semiconductors
Sony Semiconductor Solutions
Atsugi, Japan
CMOS image sensors with nano-scale stacking
Samsung System LSI
Hwaseong, South Korea
Image sensors and mobile processors
OmniVision Technologies
Santa Clara, United States
CMOS image sensors for various applications
GalaxyCore
Shanghai, China
CMOS image sensors for mobile and automotive
SmartSens Technology
Shanghai, China
CMOS image sensors for security and automotive
National University of Singapore
Singapore, Singapore
Comprehensive nanotechnology research programs
NanoIntegris
Montreal, Canada
Semiconducting and metallic carbon nanotube separation
Raymor Industries
Boisbriand, Canada
Plasma synthesis of carbon nanotubes and graphene
KLA Corporation
Milpitas, United States
Process control and yield management for semiconductors
Graphene Flagship
Gothenburg, Sweden
EU's largest research initiative for graphene
6Carbon Technology
Shenzhen, China
CVD graphene films and graphene products
Graphene Square
Seoul, South Korea
CVD graphene and graphene devices
BGT Materials
Manchester, United Kingdom
CVD graphene and 2D materials production
Ember Photonics
Boston, United States
Solid-state LiDAR using photonic integrated circuits
SiLC Technologies
Monrovia, United States
FMCW LiDAR using silicon photonics
Scantinel Photonics
Ulm, Germany
FMCW LiDAR for automotive applications
Ayar Labs
San Jose, United States
In-package optical I/O for high-performance computing
Lightmatter
Boston, United States
Photonic computing for AI acceleration
Luminous Computing
Palo Alto, United States
Optical computing for AI at massive scale
LightOn
Paris, France
Photonic co-processors for AI
QuiX Quantum
Enschede, Netherlands
Photonic quantum processors
ORCA Computing
London, United Kingdom
Photonic quantum computing at room temperature
Quandela
Palaiseau, France
Single-photon sources for quantum computing
Photon Spot
Monrovia, United States
Superconducting nanowire single-photon detectors
ID Quantique
Geneva, Switzerland
Quantum-safe security and single-photon detectors
Single Quantum
Delft, Netherlands
Superconducting single-photon detectors
Scontel
Moscow, Russia
Superconducting single-photon counting modules
Quantum Opus
Novi, United States
Superconducting nanowire single-photon detectors
SEEQC
Elmsford, United States
Digital quantum computing with single flux quantum
Qblox
Delft, Netherlands
Scalable qubit control electronics
Keysight Quantum
Santa Rosa, United States
Test and measurement for quantum computing
Tabor Electronics
Nesher, Israel
Arbitrary waveform generators for quantum control
Janis Research
Woburn, United States
Cryogenic systems for low temperature research
Universal Quantum
Brighton, United Kingdom
Million-qubit trapped ion quantum computers
SaxonQ
Leipzig, Germany
Diamond NV center quantum computing
Quantum Brilliance
Canberra, Australia
Room temperature diamond quantum accelerators
Mitsui Chemicals
Tokyo, Japan
Mobility, healthcare, food & packaging, and basic materials
Asahi Kasei
Tokyo, Japan
Diversified materials and healthcare company
Hitachi Chemical
Tokyo, Japan
Electronic materials and energy storage (merged with Showa Denko)
Dongwoo Fine-Chem
Iksan, South Korea
Electronic chemicals and semiconductor materials
ENF Technology
Hwaseong, South Korea
Semiconductor photoresists and process chemicals
LCY Chemical
Taipei, Taiwan
Electronic-grade chemicals and specialty materials
Tianjin Zhonghuan Semiconductor
Tianjin, China
Silicon wafers for semiconductors and solar
Hua Hong Semiconductor
Shanghai, China
Specialty foundry for power and analog ICs
Andes Technology
Hsinchu, Taiwan
RISC-V processor IP cores
SiFive
San Mateo, United States
Leading RISC-V processor IP provider
Codasip
Munich, Germany
Customizable RISC-V processor IP
Esperanto Technologies
Mountain View, United States
RISC-V based AI accelerators
Ventana Micro Systems
Cupertino, United States
High-performance RISC-V for datacenter
Tenstorrent
Toronto, Canada
AI processors using RISC-V and novel architecture
Groq
Mountain View, United States
AI inference accelerators with deterministic performance
Cerebras Systems
Sunnyvale, United States
Wafer-scale AI chips
Graphcore
Bristol, United Kingdom
Intelligence Processing Units for AI
Habana Labs
Tel Aviv, Israel
AI training and inference processors (Intel)
Hailo
Tel Aviv, Israel
Hailo is a pioneering Israeli semiconductor company specializing in high-performance edge AI processors designed for real-time applications across automotive, smart city, industrial, and retail sectors. Founded in 2017, the company has emerged as a leader in delivering energy-efficient AI acceleration at the edge, enabling devices to perform complex deep learning tasks locally without relying on cloud connectivity. Hailo's flagship product, the Hailo-8 AI processor, delivers up to 26 tera-operations per second (TOPS) while consuming minimal power, making it ideal for battery-powered and embedded systems. The architecture employs a novel dataflow approach that optimizes neural network execution by restructuring networks to match hardware capabilities, achieving superior performance-per-watt ratios compared to traditional GPU and CPU-based solutions. The company's newer Hailo-15 vision processor extends these capabilities specifically for automotive applications, supporting advanced driver assistance systems (ADAS) and autonomous driving with multiple camera inputs and sensor fusion. Hailo's technology addresses critical challenges in edge AI deployment, including latency reduction, privacy preservation through on-device processing, bandwidth optimization, and operational cost reduction. The processors support all major deep learning frameworks including TensorFlow, PyTorch, ONNX, and Keras, with a comprehensive software development kit that simplifies model deployment. With over $200 million in funding and strategic partnerships with major automotive OEMs, camera manufacturers, and system integrators worldwide, Hailo is enabling the next generation of intelligent edge devices across industries, from smart cameras and robotics to healthcare devices and industrial automation systems.
Mythic
Austin, United States
Mythic is a revolutionary semiconductor company pioneering analog compute-in-memory technology for artificial intelligence acceleration. Founded in 2012 and based in Austin, Texas, Mythic has developed a breakthrough approach to AI processing that fundamentally differs from traditional digital architectures by storing neural network weights directly in analog flash memory and performing matrix computations using analog circuits. This innovative architecture delivers exceptional energy efficiency and performance density, enabling powerful AI inference capabilities in edge devices with minimal power consumption. The company's flagship M1076 Analog Matrix Processor combines analog computation with digital precision, achieving up to 25 trillion operations per second per watt, orders of magnitude more efficient than conventional digital processors. By eliminating the need to constantly move data between memory and processing units, Mythic's technology overcomes the von Neumann bottleneck that limits traditional computing architectures. The M1076 chip integrates multiple tiles of analog compute arrays, enabling scalable performance for demanding AI workloads including computer vision, natural language processing, and sensor fusion applications. Mythic's solution is particularly suited for edge AI applications in smart cameras, drones, augmented reality devices, automotive systems, and industrial IoT where power constraints are critical. The technology supports standard AI frameworks and models, with a software stack that enables seamless deployment of networks trained on conventional platforms. With over $100 million in funding from leading venture capital firms and strategic investors, Mythic is commercializing analog AI processing for next-generation intelligent edge devices, offering a compelling alternative to power-hungry digital accelerators while maintaining accuracy and flexibility required for production deployments.
Untether AI
Toronto, Canada
Untether AI is a Canadian semiconductor innovator pioneering at-memory compute architecture for artificial intelligence inference acceleration. Founded in 2018 and headquartered in Toronto, the company has developed a revolutionary approach that fundamentally reimagines how AI computations are performed by bringing compute directly to where data resides in memory, eliminating the performance bottleneck of data movement that plagues traditional architectures. Their flagship tsunAImi inference accelerator chip delivers industry-leading performance per watt and performance per dollar for AI workloads in data centers and edge deployments. The tsunAImi architecture features a massively parallel array of processing elements tightly coupled with memory banks, enabling thousands of simultaneous compute operations without the energy-intensive data transfers required by conventional von Neumann designs. This innovative design achieves over 2 petaOPS of AI inference performance while maintaining exceptional energy efficiency, making it ideal for deploying large-scale AI models in cloud infrastructure, autonomous systems, and intelligent edge applications. Untether's runAI software platform provides a complete development environment supporting TensorFlow, PyTorch, and ONNX frameworks, enabling seamless migration of existing AI models to their hardware with minimal engineering effort. The technology addresses critical pain points in AI deployment including inference latency, power consumption, total cost of ownership, and scalability for production workloads. With over $150 million in funding from prominent venture capital and strategic investors, Untether AI is targeting high-performance computing markets where AI inference demands exceed capabilities of conventional GPU and CPU-based solutions, including autonomous vehicles, robotics, natural language processing, computer vision, and large-scale recommendation systems deployed by hyperscale cloud providers and enterprises.
Blaize
El Dorado Hills, United States
Blaize is an advanced edge AI computing company developing programmable graph streaming processor architecture for intelligent edge applications across automotive, smart vision, and enterprise markets. Founded in 2010 and based in El Dorado Hills, California, Blaize has pioneered a unique graph native processing architecture that efficiently executes AI workloads by representing neural networks as computational graphs and streaming data through optimized processing pathways. This innovative approach delivers superior performance, power efficiency, and flexibility compared to traditional AI accelerator designs. The company's Pathfinder P-Series processors are designed for embedded edge AI applications requiring real-time processing with minimal power consumption, supporting advanced computer vision, sensor fusion, and decision-making capabilities. The Xplorer X-Series targets higher-performance edge server and intelligent gateway applications, enabling AI inference at scale for multiple concurrent workloads. Blaize's El Cano software development kit provides comprehensive tools for developing, optimizing, and deploying AI models across their processor family, supporting popular frameworks including TensorFlow, PyTorch, ONNX, and Caffe. The architecture's graph streaming design enables efficient execution of diverse neural network topologies including convolutional networks, recurrent networks, transformers, and hybrid models. Key applications include autonomous vehicles requiring multi-sensor processing, smart retail analytics, industrial robotics and inspection systems, intelligent surveillance and security, and medical imaging devices. With over $200 million in funding and strategic partnerships with tier-one automotive manufacturers and industrial leaders, Blaize is enabling the next generation of edge AI deployments where latency, privacy, bandwidth, and energy efficiency are paramount concerns for production systems.
Recogni
San Jose, United States
Recogni is a specialized semiconductor company developing ultra-high-performance AI vision processors specifically designed for autonomous vehicle perception systems. Founded in 2017 in San Jose, California, Recogni is addressing the massive computational demands of self-driving vehicles that must process data from multiple high-resolution cameras, radar, and lidar sensors simultaneously while making real-time decisions with exceptional accuracy and reliability. The company's proprietary vision AI processor architecture delivers unprecedented performance density, achieving over 1,000 tera-operations per second (TOPS) of AI compute performance optimized specifically for computer vision and sensor fusion workloads critical to autonomous driving. Unlike general-purpose AI accelerators, Recogni's chips are purpose-built for automotive perception tasks including object detection, classification, tracking, semantic segmentation, depth estimation, and multi-sensor fusion across camera, radar, and lidar inputs. The architecture incorporates specialized hardware blocks for image signal processing, vision preprocessing, neural network acceleration, and post-processing operations, creating an efficient end-to-end pipeline from raw sensor data to perception outputs. Recogni's technology enables Level 4 and Level 5 autonomous driving capabilities while meeting stringent automotive requirements for safety, reliability, temperature tolerance, and cost-effectiveness. The processor design incorporates redundancy and functional safety features compliant with ISO 26262 automotive safety standards, essential for production deployment in safety-critical applications. The company's software stack supports leading AI frameworks and provides tools for optimizing perception models developed by automotive OEMs and tier-one suppliers. With over $100 million in funding from automotive-focused venture capital and strategic investors, Recogni is partnering with major automakers and autonomous vehicle developers to deliver the next generation of perception computing for self-driving cars, trucks, and robotaxis.
Cambricon
Beijing, China
Cambricon Technologies is China's leading AI chip designer and one of the world's first companies dedicated exclusively to developing processors for artificial intelligence applications. Founded in 2016 as a spinout from the Chinese Academy of Sciences and headquartered in Beijing, Cambricon went public on Shanghai's STAR Market in 2020, becoming one of the most prominent Chinese AI semiconductor companies. The company designs and develops a comprehensive portfolio of AI processors spanning cloud training and inference, edge computing, and intelligent terminal devices. Cambricon's flagship MLU (Machine Learning Unit) series processors target data center AI workloads, competing with NVIDIA's GPUs and other AI accelerators for training and deploying large-scale machine learning models. The MLU product line includes both training-focused chips like the MLU370 and inference-optimized processors like the MLU270, offering scalability from single-chip solutions to multi-chip clusters for enterprise and cloud deployments. For edge applications, Cambricon offers the Siyuan series of processors designed for intelligent cameras, robots, drones, and IoT devices requiring AI capabilities with constrained power budgets. The company has developed a complete AI computing ecosystem including the Neuware software development platform supporting major deep learning frameworks, optimized neural network libraries, and tools for model compression and deployment. Cambricon's technology is deployed across diverse industries including smart cities, autonomous driving, intelligent manufacturing, healthcare, finance, and consumer electronics. The company serves major Chinese technology firms, cloud service providers, and government agencies implementing AI infrastructure. As China pursues semiconductor self-sufficiency, Cambricon plays a strategic role in developing indigenous AI computing capabilities independent of foreign technology. With over 1,000 employees including leading AI and chip design engineers, Cambricon continues advancing AI processor architectures, software tools, and applications while expanding its market presence domestically and internationally.
Enflame Technology
Shanghai, China
Enflame Technology is a prominent Chinese AI chip company specializing in high-performance processors for AI training and inference workloads in cloud data centers and edge deployments. Founded in 2018 and based in Shanghai, Enflame has rapidly emerged as a major player in China's domestic AI semiconductor industry, developing competitive alternatives to dominant international AI accelerators. The company's flagship CloudBlazer series processors are designed for large-scale AI training in cloud environments, delivering hundreds of teraFLOPS of compute performance optimized for deep learning workloads including large language models, computer vision networks, and recommendation systems. CloudBlazer chips feature innovative architecture incorporating high-bandwidth memory, efficient interconnects for multi-chip scaling, and optimized tensor computation units that accelerate matrix operations fundamental to neural network training and inference. Enflame's DTU (Deep Learning Training Unit) products target enterprise AI infrastructure, providing cost-effective performance for organizations deploying AI at scale across various industries. The company has developed a comprehensive software ecosystem called TopsRider that supports major AI frameworks including TensorFlow, PyTorch, and PaddlePaddle, enabling seamless deployment of existing models with minimal code changes. Enflame emphasizes ease of migration and developer productivity through extensive optimization libraries, debugging tools, and performance profiling capabilities. The technology serves diverse applications including autonomous driving perception and planning, natural language processing and chatbots, recommendation engines for e-commerce and content platforms, intelligent video analytics, and scientific computing simulations. With over $500 million in funding from leading Chinese venture capital firms and strategic investors, Enflame has built a team of over 500 engineers and established partnerships with major cloud service providers, telecommunications companies, and internet giants throughout China. The company represents China's push toward AI semiconductor independence and technological self-reliance in critical computing infrastructure.
Horizon Robotics
Beijing, China
AI processors for intelligent driving
Black Sesame Technologies
Shanghai, China
Autonomous driving AI chips
Iluvatar CoreX
Shanghai, China
GPGPU for AI and HPC
Biren Technology
Shanghai, China
General purpose GPU for AI and datacenter
Moore Threads
Beijing, China
Full-function GPU for gaming and AI
Loongson Technology
Beijing, China
Chinese CPU designer
Phytium Technology
Tianjin, China
ARM-based high-performance CPUs
Zhaoxin
Shanghai, China
x86 compatible processors
Hygon Information Technology
Chengdu, China
Server CPUs based on AMD Zen architecture
Montage Technology
Shanghai, China
Memory interface and server chips
Changxin Memory Technologies
Hefei, China
DRAM memory manufacturer
YMTC (Yangtze Memory)
Wuhan, China
3D NAND flash memory
GigaDevice Semiconductor
Beijing, China
NOR flash and MCUs
UNISOC
Shanghai, China
Mobile and IoT chipsets
Will Semiconductor
Shanghai, China
CMOS image sensors and display drivers
Goodix Technology
Shenzhen, China
Fingerprint and touch sensors
Silergy Corporation
Hangzhou, China
High-performance analog ICs
StarPower Semiconductor
Jiaxing, China
IGBT modules for EVs and industrial
BYD Semiconductor
Shenzhen, China
IGBT and MCU for automotive
Silan Microelectronics
Hangzhou, China
Power and analog semiconductors
NXP Semiconductors
Eindhoven, Netherlands
Secure connectivity for automotive and IoT
STMicroelectronics
Geneva, Switzerland
MCUs, MEMS, and power semiconductors
Diodes Incorporated
Plano, United States
Discrete, analog, and mixed-signal semiconductors
EPC (Efficient Power Conversion)
El Segundo, United States
Enhancement-mode GaN FETs and ICs
Innoscience
Suzhou, China
GaN power devices with IDM model
SANAN IC
Xiamen, China
Compound semiconductor foundry (SiC, GaN)
Nexperia
Nijmegen, Netherlands
Discrete and MOSFET components
Semikron Danfoss
Nuremberg, Germany
Power semiconductor modules
Fuji Electric
Tokyo, Japan
Power semiconductors and industrial systems
Mitsubishi Electric Power Devices
Fukuoka, Japan
Power semiconductor modules
Toshiba Electronic Devices
Tokyo, Japan
Power devices and mixed-signal ICs
Littelfuse
Chicago, United States
Circuit protection and power semiconductors
Allegro MicroSystems
Manchester, United States
Magnetic sensor ICs and power semiconductors
Melexis
Ieper, Belgium
Automotive semiconductor sensors
Elmos Semiconductor
Dortmund, Germany
Automotive mixed-signal semiconductors
Dialog Semiconductor
Reading, United Kingdom
Power management and BLE (now Renesas)
FTDI Chip
Glasgow, United Kingdom
USB connectivity and embedded solutions
Realtek Semiconductor
Hsinchu, Taiwan
Networking, audio, and multimedia ICs
Novatek Microelectronics
Hsinchu, Taiwan
Display driver ICs and SoCs
Himax Technologies
Tainan, Taiwan
Display drivers and AR/VR components
Parade Technologies
Hsinchu, Taiwan
High-speed interface and display ICs
Silicon Labs
Austin, United States
IoT wireless connectivity solutions
Nordic Semiconductor
Trondheim, Norway
Ultra low power wireless solutions
u-blox
Thalwil, Switzerland
GNSS and cellular IoT solutions
Quectel Wireless Solutions
Shanghai, China
Cellular and GNSS modules for IoT
Sierra Wireless
Vancouver, Canada
IoT cellular modules and gateways
Semtech Corporation
Camarillo, United States
LoRa technology and analog semiconductors
Espressif Systems
Shanghai, China
Wi-Fi and BLE SoCs for IoT
Airoha Technology
Hsinchu, Taiwan
Bluetooth audio SoCs
Bestechnic
Shanghai, China
Bluetooth audio chips
Actions Semiconductor
Zhuhai, China
Multimedia and Bluetooth SoCs
Qualtre
Marlborough, United States
BAW MEMS gyroscopes (now Murata)
Menlo Micro
Irvine, United States
MEMS-based ideal switches
Xilinx
San Jose, United States
Adaptive computing (now AMD)
Lattice Semiconductor
Portland, United States
Low power FPGAs for edge AI
Achronix Semiconductor
Santa Clara, United States
High-performance FPGAs and eFPGA IP
Efinix
Santa Clara, United States
Quantum programmable FPGAs
Gowin Semiconductor
Guangzhou, China
Programmable logic devices
Anlogic
Shanghai, China
Chinese FPGA manufacturer
AGM Microelectronics
Shanghai, China
FPGA and PSoC devices
Macom Technology
Lowell, United States
High-performance analog semiconductors
pSemi Corporation
San Diego, United States
RF SOI solutions (Murata)
Vanchip
Hangzhou, China
RF front-end modules
Maxscend Microelectronics
Nanjing, China
RF front-end chips
Lansus Technologies
Wuxi, China
SAW and TC-SAW filters
Akoustis Technologies
Huntersville, United States
Bulk acoustic wave RF filter solutions
Resonant Inc
Goleta, United States
RF filter design software (now Murata)
Ambiq Micro
Austin, United States
Ultra-low power semiconductors for IoT
Atmosic Technologies
San Jose, United States
Lowest power BLE with energy harvesting
Wiliot
Caesarea, Israel
Battery-free IoT tags
Northrop Grumman
Falls Church, United States
Aerospace and defense company with nanotechnology in advanced materials and sensors
Agency for Science, Technology and Research
Singapore, Singapore
Singapore research agency with multiple nanotechnology-focused institutes
Malaysian Institute of Microelectronic Systems
Kuala Lumpur, Malaysia
National R&D center for ICT with semiconductor and nanotechnology research
Sharif University of Technology Nano
Tehran, Iran
Top Iranian technical university with nanotechnology research programs
UNICAMP Nanotechnology
Campinas, Brazil
Brazilian university with semiconductor and nanotechnology facilities
Technion - Israel Institute of Technology
Haifa, Israel
Israel's leading technical university with Russell Berrie Nanotechnology Institute
Tel Aviv University Nano
Tel Aviv, Israel
Major university with Center for Nanoscience and Nanotechnology
National University of Singapore Nano
Singapore, Singapore
Top Asian university with comprehensive nanotechnology programs
National Taiwan University Nano
Taipei, Taiwan
Taiwan's top university with Center for Condensed Matter Sciences
National Tsing Hua University Nano
Hsinchu, Taiwan
Top Taiwan university with Center for Nanotechnology
National Chiao Tung University
Hsinchu, Taiwan
Taiwan electronics university with nano-device research
Tsinghua University Nano
Beijing, China
China's top university with National Center for Nanoscience and Technology
Shanghai Jiao Tong University Nano
Shanghai, China
Major Chinese university with nanomaterials and energy research
Nanjing University Nano
Nanjing, China
Major Chinese university with National Lab of Solid State Microstructures
University of Tokyo Nano
Tokyo, Japan
Japan's top university with Institute of Industrial Science nanotech
Tokyo Institute of Technology
Tokyo, Japan
Japan's top technical university with nanotechnology research
Seoul National University Nano
Seoul, South Korea
Korea's top university with Institute for Basic Science nanotech
KAIST
Daejeon, South Korea
Korea's top technical university with nanofab and research
Sungkyunkwan University Nano
Suwon, South Korea
Samsung-affiliated university with advanced graphene research
ETH Zurich Nano
Zurich, Switzerland
World-class technical university with FIRST lab and nano research
EPFL Nano
Lausanne, Switzerland
Swiss technical university with Center for MicroNanoTechnology
Fraunhofer Society Nano
Munich, Germany
German applied research network with nanotechnology institutes
Technical University of Munich Nano
Munich, Germany
Top German technical university with Walter Schottky Institute
RWTH Aachen Nano
Aachen, Germany
Major German technical university with AMO GmbH nanoelectronics
Imperial College London Nano
London, United Kingdom
Leading UK university with London Centre for Nanotechnology
Semblant
Cambridge, United Kingdom
Plasma nano-coating solutions for electronics and automotive
Nanocomp Technologies
Merrimack, United States
Industrial-scale carbon nanotube sheets and yarns
Meijo Nano Carbon
Nagoya, Japan
High-purity carbon nanotube production in Japan
Carbon Solutions
Riverside, United States
Arc-discharge carbon nanotubes and fullerenes
Nanothinx
Patras, Greece
Greek carbon nanotube producer
NanoIntegris (Raymor)
Boisbriand, Canada
Sorted semiconducting and metallic carbon nanotubes
ASML Holding
Veldhoven, Netherlands
World leader in EUV lithography systems for sub-7nm chip manufacturing
Kulicke & Soffa
Fort Washington, United States
Wire and die bonding equipment for semiconductor packaging
Amkor Technology
Tempe, United States
Leading OSAT for semiconductor packaging and test services
JCET Group
Wuxi, China
China's largest semiconductor packaging and test company
Powertech Technology
Hsinchu, Taiwan
Memory packaging specialist and OSAT provider
ChipMOS Technologies
Hsinchu, Taiwan
Semiconductor assembly and test for memory and drivers
King Yuan Electronics
Hsinchu, Taiwan
Independent semiconductor test house
Shinko Electric Industries
Nagano, Japan
IC substrates and semiconductor packaging materials
Ibiden
Ogaki, Japan
High-density IC substrates and packaging materials
Unimicron
Taoyuan, Taiwan
IC substrates and HDI PCBs for semiconductor packaging
Nan Ya PCB
New Taipei, Taiwan
ABF substrates and PCBs for semiconductor applications
Sumitomo Electric Industries
Osaka, Japan
Compound semiconductors including GaN and SiC substrates
IBM Quantum
Yorktown Heights, United States
Quantum computing hardware and cloud services using superconducting qubits
D-Wave Systems
Burnaby, Canada
Quantum annealing systems for optimization problems
Alice & Bob
Paris, France
Cat qubit quantum computers with hardware-efficient error correction
Q-CTRL
Sydney, Australia
Quantum firmware and error suppression software
Qilimanjaro
Barcelona, Spain
Full-stack quantum computing company in Europe
SpinQ Technology
Shenzhen, China
Desktop and portable quantum computers for education
InvenSense (TDK)
San Jose, United States
MEMS motion sensors and audio sensors (TDK subsidiary)
Murata Manufacturing
Kyoto, Japan
MEMS sensors and passive electronic components
Infineon Technologies
Neubiberg, Germany
MEMS sensors and power semiconductors for automotive and industrial
Chirp Microsystems (TDK)
Berkeley, United States
Ultrasonic MEMS sensors for gesture and ranging (TDK subsidiary)
Sciosense
Eindhoven, Netherlands
Environmental and flow sensors from ams spin-off
MEMSensing
Wuxi, China
Chinese MEMS inertial sensors and accelerometers
Kionix (ROHM)
Ithaca, United States
MEMS accelerometers and gyroscopes (ROHM subsidiary)
Akustica (Bosch)
Pittsburgh, United States
MEMS microphones for consumer electronics (Bosch subsidiary)
Teledyne DALSA MEMS
Bromont, Canada
MEMS foundry and custom sensor development
Coventor (Lam Research)
Cary, United States
MEMS design and simulation software (Lam Research)
MEMSPRO (CSEM)
Neuchâtel, Switzerland
MEMS R&D and technology transfer center
Kyocera Corporation
Kyoto, Japan
Advanced ceramics and electronic components for semiconductors, telecommunications and industrial equipment
Heraeus
Hanau, Germany
Technology group with precious metals, specialty materials and sensors for electronics and healthcare
Furukawa Electric
Tokyo, Japan
Electric wire and cable company with copper foil for lithium-ion batteries and power cables
Solus Advanced Materials
Seoul, South Korea
Advanced materials company with copper foil for batteries and organic materials for OLEDs
Showa Denko Materials
Tokyo, Japan
Advanced materials for semiconductors including photoresists, CMP slurries and battery anode materials
Lumentum Holdings
San Jose, United States
Optical and photonic products for communications, 3D sensing and industrial laser applications
ROHM Semiconductor
Kyoto, Japan
Wide bandgap semiconductors including SiC MOSFETs and power modules for automotive and industrial
Navitas Semiconductor
Torrance, United States
GaNFast power ICs and GeneSiC SiC technology for mobile chargers, EVs and data centers
Aixtron SE
Herzogenrath, Germany
MOCVD equipment for compound semiconductors including GaN, SiC and GaAs epitaxy
Finisar (II-VI/Coherent)
San Jose, United States
Optical communication components including transceivers and VCSELs (now part of Coherent)
Ciena Corporation
Hanover, United States
Optical networking systems and software with coherent optics and WaveLogic technology
Viavi Solutions
Scottsdale, United States
Optical test and measurement, network test and optical security products
First Sensor (TE Connectivity)
Berlin, Germany
Sensor solutions with photodiodes, pressure sensors and custom sensors for medical and industrial
OSI Optoelectronics
Hawthorne, United States
High-performance photodiodes and optical sensors for aerospace, defense and medical applications
Rofin-Sinar (Coherent)
Hamburg, Germany
Industrial laser solutions for cutting, welding and marking applications (now part of Coherent)
Luxtera (Cisco)
Carlsbad, United States
Silicon photonics pioneer with optical transceivers for data centers (acquired by Cisco)
Lightwave Logic
Newark, United States
Electro-optic polymer technology for high-speed photonic devices and modulators
POET Technologies
Toronto, Canada
Optical interposer platform integrating electronics and photonics for data center optics
Innoviz Technologies
Rosh HaAyin, Israel
Solid-state lidar solutions with MEMS-based scanning for automotive OEM production programs
RoboSense
Shenzhen, China
Smart lidar sensor provider with integrated AI perception for autonomous vehicles and robotics
Ibeo Automotive (MicroVision)
Hamburg, Germany
Automotive lidar and perception software pioneer (acquired by MicroVision)
Quanergy Systems
Sunnyvale, United States
OPA-based solid-state lidar for smart city, security and industrial automation applications
AEye Inc.
Dublin, United States
Adaptive lidar with software-defined architecture enabling intelligent perception for autonomous systems
Blickfeld
Munich, Germany
MEMS-based solid-state lidar for volume security, crowd analytics and industrial automation
Fabric8Labs
San Diego, United States
Electrochemical additive manufacturing for high-purity metal micro-parts without powder or lasers
AMD AI
Santa Clara, United States
High-performance computing company with Instinct AI accelerators and EPYC processors
Intel AI
Santa Clara, United States
Global semiconductor leader with AI accelerators and neuromorphic computing research
Google TPU
Mountain View, United States
Custom tensor processing units designed for machine learning workloads
AWS Trainium
Seattle, United States
Amazon's custom AI chips for machine learning training and inference
Cerebras Systems
Sunnyvale, United States
Pioneer in wafer-scale AI chips with world's largest processor
SambaNova Systems
Palo Alto, United States
Dataflow architecture for AI with reconfigurable computing
IBM Research Neuromorphic
Yorktown Heights, United States
IBM's brain-inspired computing research with TrueNorth and successor chips
Rain AI
San Francisco, United States
Brain-inspired computing using analog memristor technology
Qualcomm AI
San Diego, United States
Mobile technology leader with on-device AI acceleration
Apple Neural Engine
Cupertino, United States
Apple's dedicated neural processing units in Apple Silicon chips
MediaTek AI
Hsinchu, Taiwan
Fabless semiconductor company with APU technology for mobile and edge AI
Biren Technology
Shanghai, China
Chinese GPU startup developing high-performance AI chips
Enflame Technology
Shanghai, China
Chinese AI chip company for cloud training and inference
Mobileye
Jerusalem, Israel
Pioneer in vision-based advanced driver assistance and autonomous driving
Tesla AI
Palo Alto, United States
Custom AI chips for autonomous driving and Dojo supercomputer
Esperanto Technologies
Mountain View, United States
Energy-efficient AI computing using RISC-V many-core processors
d-Matrix
Santa Clara, United States
In-memory computing for AI inference with digital processing-in-memory
Rebellions
Seoul, South Korea
Korean AI chip startup developing neural processing units
FuriosaAI
Seoul, South Korea
Korean AI semiconductor company for data center inference
Syntiant
Irvine, United States
Ultra-low-power AI chips for always-on edge applications
Kneron
San Diego, United States
Edge AI processor company with reconfigurable NPU technology
Eta Compute
Westlake Village, United States
Ultra-low-power AI processing for battery-operated edge devices
Flex Logix
Mountain View, United States
Embedded FPGA and AI inference solutions
Lightelligence
Boston, United States
Photonic computing solutions for AI and machine learning
Axelera AI
Eindhoven, Netherlands
In-memory computing for edge AI with breakthrough efficiency
Roviero
Salt Lake City, United States
Neuromorphic AI technology for edge processing and autonomy
Applied Brain Research
Waterloo, Canada
Neuromorphic AI software and brain-inspired computing
Perceive
San Jose, United States
Ultra-low-power AI inference processors for edge devices
AIStorm
San Jose, United States
AI-in-sensor technology eliminating the analog-to-digital conversion bottleneck
Quadric
Burlingame, United States
General-purpose neural processing units for edge AI
AlphaICs
Bengaluru, India
Edge AI processor company from India with Real AI Processor
Xperi DTS AI
San Jose, United States
AI-powered media and entertainment technology including on-device processing
Maxim Integrated AI
San Jose, United States
Ultra-low-power AI microcontrollers for edge applications
NXP AI
Eindhoven, Netherlands
Semiconductor company with edge AI solutions for automotive and industrial
Renesas AI
Tokyo, Japan
Embedded AI solutions for automotive and industrial edge applications
Microchip AI
Chandler, United States
Embedded AI solutions across MCUs, MPUs, and PolarFire FPGAs
Lattice AI
Hillsboro, United States
Low-power FPGA solutions for AI at the edge
Xilinx AI
San Jose, United States
Adaptive computing platform with AI engines in Versal chips
Loft Orbital
San Francisco, United States
Space infrastructure company providing satellite-as-a-service
Accion Systems
Boston, United States
Electric propulsion company for small satellites using ion engines
Space One
Tokyo, Japan
Japanese rocket venture developing Kairos launch vehicle
SpaceX Starlink
Redmond, United States
Satellite internet constellation providing global broadband
AST SpaceMobile
Midland, United States
Building space-based cellular network for direct smartphone connectivity
Lynk Global
Falls Church, United States
Satellite direct-to-cell technology for universal connectivity
Intelsat
McLean, United States
Pioneer satellite operator providing global connectivity
Sumitomo Chemical Advanced Materials
Tokyo, Japan
Diversified chemical company providing advanced materials for electronics and display
Kyocera Advanced Materials
Kyoto, Japan
Technology company specializing in fine ceramics and electronic components
Ilika Technologies
Southampton, United Kingdom
Pioneer in solid-state battery technology for industrial IoT and medical devices
Northrop Grumman Environmental
Falls Church, United States
Aerospace company with environmental remediation and sustainability programs
NVIDIA
Santa Clara, United States
GPU and AI computing platform company pioneering deep learning hardware with advanced semiconductor nanotechnology
Anthropic
San Francisco, United States
AI safety company developing reliable and interpretable AI systems including Claude
Groq
Mountain View, United States
AI inference company developing Language Processing Units for ultra-fast AI inference
Mythic
Austin, United States
AI chip company using analog compute-in-memory for edge AI applications
Hailo
Tel Aviv, Israel
Edge AI processor company with specialized chips for deep learning at the edge
Blaize
El Dorado Hills, United States
Edge AI computing company with graph streaming processors for automotive and industrial applications
ElevenLabs
New York, United States
Voice AI company developing realistic text-to-speech and voice cloning technology
You.com
Palo Alto, United States
AI search engine with integrated AI assistants and productivity tools
Mosaic ML
San Francisco, United States
Databricks company for efficient LLM training and deployment (acquired 2023)
Together AI
San Francisco, United States
AI cloud platform for running and fine-tuning open-source LLMs
Modal
San Francisco, United States
Serverless cloud platform for running AI/ML workloads and data pipelines
Baseten
San Francisco, United States
ML infrastructure platform for deploying and scaling models in production
BentoML
San Francisco, United States
Open-source platform for building and deploying ML-powered applications
Chroma
San Francisco, United States
Open-source embedding database for AI applications
Qdrant
Berlin, Germany
Vector search engine and database for AI applications
Nikon Precision
Tokyo, Japan
Nikon semiconductor lithography systems division using advanced optics for chip manufacturing
Ciena Corporation
Hanover, United States
Network systems and software company providing optical and packet networking solutions
Infinera Corporation
San Jose, United States
Optical networking company with photonic integrated circuit technology
ADVA Optical
Munich, Germany
Adtran company (formerly ADVA) providing optical networking and encryption solutions
First Sensor
Berlin, Germany
TE Connectivity company (formerly First Sensor) providing sensor solutions
II-VI Laser Enterprise
Saxonburg, United States
Coherent Corp laser division providing semiconductor lasers and engineered materials
ON Semiconductor Imaging
Phoenix, United States
onsemi imaging solutions for automotive, industrial, and consumer applications
Samsung ISOCELL
Hwaseong, South Korea
Samsung image sensor division providing ISOCELL sensors for mobile and automotive
STMicroelectronics Imaging
Geneva, Switzerland
STMicro imaging division providing ToF sensors and image signal processors
Thales Group
Paris, France
French multinational providing aerospace, defense, and security systems with advanced materials
Leonardo S.p.A.
Rome, Italy
Italian aerospace and defense company providing helicopters, aircraft, and electronic systems
HEICO Corporation
Hollywood, United States
Aerospace and defense company providing jet engine parts and electronic components
Mercury Systems
Andover, United States
Defense electronics company providing processing and sensor systems
Curtiss-Wright
Davidson, United States
Diversified industrial company providing defense electronics and aerospace components
Block (Square)
San Francisco, United States
Financial services and digital payments company building commerce and financial tools
PayPal
San Jose, United States
Global digital payments platform enabling money transfers and online payments
Revolut
London, United Kingdom
Digital banking app offering multi-currency accounts and cryptocurrency trading
Kraken
San Francisco, United States
Cryptocurrency exchange providing spot and futures trading with staking services
Ethereum Foundation
Zug, Switzerland
Non-profit supporting Ethereum blockchain development and ecosystem growth
Consensys
Brooklyn, United States
Ethereum software company building infrastructure and developer tools for Web3
Polygon Labs
Bengaluru, India
Blockchain scaling platform providing Layer 2 solutions for Ethereum
Ava Labs
Brooklyn, United States
Blockchain company building Avalanche platform for decentralized applications
Solana Labs
San Francisco, United States
Blockchain company building high-performance Solana network for dApps
Chainlink Labs
San Francisco, United States
Decentralized oracle network connecting smart contracts to real-world data
Fireblocks
New York, United States
Digital asset infrastructure platform providing secure custody and transfer solutions
BitGo
Palo Alto, United States
Digital asset custody and security company for institutional investors
Anchorage Digital
San Francisco, United States
Federally chartered digital asset bank providing custody and trading services
Ledger
Paris, France
Hardware wallet company providing secure self-custody solutions for digital assets
Circle
Boston, United States
Stablecoin issuer and payment infrastructure company behind USDC
Marqeta
Oakland, United States
Card issuing platform providing modern card program infrastructure
Fiserv
Brookfield, United States
Financial services technology provider with payments and banking solutions
Bloomberg
New York, United States
Financial data and media company providing terminals, news, and analytics
Ripple Labs
San Francisco, United States
Blockchain company providing enterprise crypto and cross-border payment solutions
Worldpay
Cincinnati, United States
Global payments technology company processing merchant transactions
Johnson Controls
Cork, Ireland
Building technology company providing HVAC, fire, and security solutions
Siemens Smart Infrastructure
Zug, Germany
Smart infrastructure solutions connecting buildings, grids, and cities
Nest Labs
Mountain View, United States
Smart home company making connected thermostats and security devices
Ring
Santa Monica, United States
Smart home security company making video doorbells and cameras
SimpliSafe
Boston, United States
DIY home security system with professional monitoring options
Samsung Electronics
Suwon, South Korea
South Korean conglomerate and world's largest technology company by revenue
Sony Corporation
Tokyo, Japan
Japanese multinational conglomerate in electronics, gaming, and entertainment
Panasonic Holdings
Kadoma, Japan
Japanese electronics corporation with focus on batteries and industrial solutions
Garmin
Olathe, United States
GPS technology company making wearables, aviation, and outdoor devices
Fitbit
San Francisco, United States
Fitness wearables company acquired by Google for health tracking devices
Oura Health
Oulu, Finland
Finnish health technology company making the Oura Ring for sleep and wellness tracking
Sonos
Santa Barbara, United States
Wireless audio company making smart speakers and home sound systems
Bose Corporation
Framingham, United States
Audio equipment company known for noise-cancelling headphones and speakers
Harman International
Stamford, United States
Audio and connected technologies company owned by Samsung
Sennheiser
Wedemark, Germany
German audio company specializing in headphones and microphones
Canon Inc
Tokyo, Japan
Japanese multinational corporation specializing in imaging and optical products
Nikon Corporation
Tokyo, Japan
Japanese optical and imaging company making cameras and precision equipment
TCL Technology
Huizhou, China
Chinese electronics company producing TVs, displays, and mobile devices
TP-Link
Shenzhen, China
Networking products company making routers and smart home devices
Telit Cinterion
Irvine, United States
IoT enablement company providing cellular modules and cloud platforms
Particle
San Francisco, United States
IoT platform company providing hardware, software, and connectivity
Arduino
Turin, Italy
Open-source hardware and software company for prototyping and education
Raspberry Pi Foundation
Cambridge, United Kingdom
Foundation producing affordable single-board computers for education and IoT
Tuya Smart
Hangzhou, China
IoT cloud platform enabling smart device development for manufacturers
Ubiquiti
New York, United States
Network technology company providing WiFi, security, and IoT products
Xiaomi Corporation
Beijing, China
Chinese electronics company making smartphones and IoT ecosystem products
OPPO
Dongguan, China
Chinese consumer electronics company known for smartphones and fast charging
Vivo
Dongguan, China
Chinese smartphone manufacturer with focus on cameras and audio
OnePlus
Shenzhen, China
Chinese smartphone maker known for flagship-killer devices
Asus
Taipei, Taiwan
Taiwanese electronics company making laptops, motherboards, and gaming gear
Acer
New Taipei City, Taiwan
Taiwanese electronics company making laptops, desktops, and gaming products
Razer Inc
Singapore, Singapore
Gaming lifestyle brand making peripherals, laptops, and gaming accessories
Corsair Gaming
Fremont, United States
Gaming peripherals and components company with streaming products
Nintendo
Kyoto, Japan
Japanese video game company creating iconic gaming consoles and franchises
Sony Interactive Entertainment
San Mateo, United States
PlayStation division of Sony creating gaming consoles and exclusive games
Xbox Game Studios
Redmond, United States
Microsoft gaming division producing Xbox consoles and Game Pass service
Electronic Arts
Redwood City, United States
Major game publisher known for sports games and popular franchises
Activision Blizzard
Santa Monica, United States
Game publisher behind Call of Duty, World of Warcraft, and Overwatch
Square Enix
Tokyo, Japan
Japanese game company known for RPGs and iconic franchises
SEGA Sammy Holdings
Tokyo, Japan
Japanese gaming company known for Sonic and arcade games
Valve Corporation
Bellevue, United States
Game developer and operator of Steam digital distribution platform
Tencent Games
Shenzhen, China
World's largest gaming company by revenue with major investments
Krafton
Seoul, South Korea
Korean game company behind PUBG battle royale franchise
Discord
San Francisco, United States
Voice, video, and text communication platform for communities
Cloud9
Los Angeles, United States
American esports organization competing in major game titles
Netflix Games
Los Gatos, United States
Netflix's gaming division offering mobile games to subscribers
Zwift
Long Beach, United States
Indoor cycling and running virtual training platform
STATSports
Newry, Ireland
GPS performance tracking vests for football teams
Getaround
San Francisco, United States
Car sharing platform with instant access technology
Latch
New York, United States
Smart access and building operating system
ButterflyMX
New York, United States
Smart video intercom and access control for buildings
Swiftlane
San Francisco, United States
Facial recognition access control for buildings
CoderPad
San Francisco, United States
Technical interview platform for live coding and pair programming
Samsara
San Francisco, United States
Connected operations cloud platform for fleet and industrial IoT
Enphase Energy
Fremont, United States
Smart solar and battery systems with microinverter technology
ChargePoint
Campbell, United States
Leading EV charging network with hardware and software solutions
Stem Inc
San Francisco, United States
AI-driven clean energy solutions and storage optimization
Netflix
Los Gatos, United States
Global streaming entertainment service with original content
Spotify
Stockholm, Sweden
Leading audio streaming platform for music and podcasts
Roku
San Jose, United States
TV streaming platform and connected TV advertising leader
Vimeo
New York, United States
Professional video platform for businesses and creators
TMRW Sports
Jupiter, United States
Technology-focused sports venture by Tiger Woods and Rory McIlroy
Zebra Technologies Sports
Lincolnshire, United States
RFID player tracking technology for NFL and sports leagues
Sabre Corporation
Southlake, United States
Travel technology company providing GDS and software solutions
Ouster
San Francisco, United States
Digital LIDAR sensor company for autonomous systems and smart infrastructure
Aptiv
Dublin, Ireland
Global technology company developing safer, greener, connected solutions
Bosch Mobility
Stuttgart, Germany
Bosch's mobility solutions division for automotive technology
Nvidia Drive
Santa Clara, United States
NVIDIA's autonomous driving platform and computing solutions
Qualcomm Automotive
San Diego, United States
Qualcomm's automotive technology division for connected and digital vehicles
Renesas Electronics
Tokyo, Japan
Japanese semiconductor company for automotive and industrial applications
Comma.ai
San Diego, United States
Open-source aftermarket advanced driver assistance system
Cerence
Burlington, United States
AI-powered automotive assistants and HMI solutions
Squarespace
New York, United States
Website builder and e-commerce platform for creative entrepreneurs
SES-imagotag
Paris, France
IoT and digital solutions for retail, including electronic shelf labels
Displaydata
Bracknell, United Kingdom
E-paper electronic shelf label solutions for retail
Zippin
San Francisco, United States
Checkout-free technology platform for smart retail stores
Impinj
Seattle, United States
RAIN RFID platform connecting physical items to the digital world
L3Harris Technologies
Melbourne, United States
Defense and aerospace technology
Leidos
Reston, United States
Defense and aerospace IT solutions
Sony Interactive Entertainment
San Mateo, United States
PlayStation gaming division
Xbox Game Studios
Redmond, United States
Microsoft gaming division
Valve Corporation
Bellevue, United States
Gaming platform and developer
Overwolf
Tel Aviv, Israel
In-game creation platform
Mythical Games
Los Angeles, United States
Blockchain gaming platform
Animoca Brands
Hong Kong, Hong Kong
Blockchain gaming and metaverse company
Zebra Technologies Sports
Lincolnshire, United States
RFID player tracking technology
Apple Music
Cupertino, United States
Music streaming service
YouTube Music
San Bruno, United States
Music and video streaming
Amazon Music
Seattle, United States
Music streaming and downloads
Tidal
New York, United States
High-fidelity music streaming
Universal Music Group
Hilversum, Netherlands
Global music company
Sony Music Entertainment
New York, United States
Global recorded music company
Ableton
Berlin, Germany
Music production software and hardware
Focusrite
High Wycombe, United Kingdom
Audio interface manufacturer
Roland
Hamamatsu, Japan
Electronic musical instruments
Shure
Niles, United States
Audio equipment manufacturer
Audio-Technica
Tokyo, Japan
Audio equipment manufacturer
Kisi
Brooklyn, United States
Cloud access control
Booz Allen Hamilton
McLean, United States
Government consulting and technology services
General Dynamics IT
Falls Church, United States
IT services for federal agencies
Axon Enterprise
Scottsdale, United States
Public safety technology and devices
Carahsoft
Reston, United States
IT solutions and contracts for government
Motorola Solutions
Chicago, United States
Public safety communications and software
AWS GovCloud
Seattle, United States
Government cloud infrastructure
Microsoft Azure Government
Redmond, United States
Government cloud platform
Rebellion Defense
Washington, United States
AI software for national security
Pandora
Oakland, United States
Personalized music streaming
Dolby Laboratories
San Francisco, United States
Audio and imaging technology
Geotab
Oakville, Canada
Geotab is the global leader in fleet management and vehicle telematics solutions, providing IoT devices, software platforms, and data analytics that help organizations manage vehicle fleets, improve safety, reduce costs, and optimize operations. Founded in 2000 in Oakville, Canada, and remaining bootstrapped with over 2,500 employees, Geotab has grown to track more than 3 million vehicles worldwide across commercial fleets, government agencies, and various industries. The company's GO device plugs into vehicle diagnostic ports to capture detailed data on location, speed, fuel consumption, engine diagnostics, driver behavior, and maintenance needs. MyGeotab, the cloud-based software platform, transforms this raw data into actionable insights through customizable dashboards, automated reports, and sophisticated analytics. Geotab's fleet optimization features help managers route vehicles efficiently, reduce idle time, improve fuel economy, and maximize asset utilization. The platform's driver safety capabilities monitor harsh braking, speeding, acceleration, and other risky behaviors, enabling coaching programs that reduce accidents and insurance costs. Predictive maintenance alerts notify fleet managers of potential vehicle issues before breakdowns occur, minimizing downtime and extending vehicle life. Geotab's compliance tools help fleets meet regulatory requirements including electronic logging device (ELD) mandates, driver hours of service, and vehicle inspection reporting. The Geotab Marketplace ecosystem includes hundreds of third-party applications and hardware integrations extending platform capabilities for specific use cases and industries. Geotab's open platform philosophy, SDK availability, and data API access enable custom solutions and integrations. With a focus on data accuracy, platform reliability, scalability for enterprise fleets, and continuous innovation in areas like electric vehicle management and sustainability reporting, Geotab has become the foundation for fleet operations worldwide.
Lime
San Francisco, United States
Lime is a global leader in shared electric micro-mobility, operating dockless e-scooters and e-bikes in over 200 cities worldwide to provide affordable, sustainable first-mile and last-mile transportation solutions. Founded in 2017 in San Francisco with over $1 billion in funding and 500+ employees, Lime pioneered the dockless e-scooter industry and has facilitated over 400 million rides globally. The company's electric scooters and bikes are strategically deployed throughout urban areas, accessible through a mobile app that shows nearby vehicles, unlocks them via QR code, and handles per-minute billing. Lime's vehicles feature GPS tracking, cellular connectivity, and IoT sensors that enable operational management, theft prevention, and data collection on usage patterns. The platform uses dynamic pricing and incentive systems to manage vehicle distribution, encouraging users to ride to areas with vehicle shortages or park in preferred locations. Lime's operational excellence includes sophisticated algorithms for fleet rebalancing, charging logistics, and maintenance scheduling that keep vehicles available and functional. The company has shifted toward larger, more durable Gen 4 scooters designed for longevity and improved unit economics. Lime emphasizes sustainability, positioning micro-mobility as environmentally friendly alternatives to car trips that reduce emissions, congestion, and parking demand in cities. The platform partners with municipal governments and transit agencies to integrate into broader transportation networks, often operating under permits and regulatory frameworks. Lime's corporate programs enable businesses to subsidize employee commutes, while accessibility features make micro-mobility available to diverse populations. Despite challenges including vandalism, regulatory restrictions, and path to profitability, Lime has established itself as essential urban transportation infrastructure in cities embracing sustainable, car-free mobility options for short trips.
XPeng
Guangzhou, China
Smart EV company
Samsara
San Francisco, United States
Connected operations platform
NanoDimension
Ness Ziona, Israel
3D printed electronics with nano-inks
Applied Nanotech Holdings
Austin, United States
Nanotechnology solutions and IP licensing
Meijo Nano Carbon
Nagoya, Japan
Single-wall carbon nanotube manufacturer using eDIPS method
NanoIntegris
Montreal, Canada
Separated and purified carbon nanotubes for electronics
Nanometrics Incorporated
Milpitas, United States
Advanced process control metrology for semiconductors
QuantumWise (Synopsys)
Copenhagen, Denmark
Atomistic simulation software for nanoelectronics
COMSOL
Stockholm, Sweden
Multiphysics simulation software for nanoscale modeling
Silvaco
Santa Clara, United States
TCAD software for nanoscale semiconductor simulation
Tiberlab
Rome, Italy
Quantum transport simulation for nanodevices
NanoMaterials Innovation
London, United Kingdom
Nanoparticle inks for printed electronics
Nanovo
Dresden, Germany
Silver nanowire transparent conductive films
Cambrios Technologies
San Jose, United States
Silver nanowire technology for touch displays
C3Nano
Hayward, United States
Silver nanowire transparent conductor technology
Canatu
Helsinki, Finland
Carbon nanobud films for 3D touch surfaces
Nantero
Woburn, United States
Carbon nanotube-based NRAM memory technology
Imec
Leuven, Belgium
World-leading nanoelectronics and nanotechnology research center
Jülich Forschungszentrum Nano
Jülich, Germany
German nanotechnology and quantum research center
INL - International Iberian Nanotechnology
Braga, Portugal
International nanotechnology laboratory in Europe
Minatec
Grenoble, France
European micro and nanotechnology innovation campus
SUNY Poly CNSE
Albany, United States
Advanced semiconductor and nanotechnology research
AU Optronics Nano
Hsinchu, Taiwan
Nanoscale display technologies for panels
BOE Technology Nano
Beijing, China
Nanoscale display manufacturing technology
Tokyo Electron Nano
Tokyo, Japan
Nanoscale semiconductor processing equipment
Advantest Nano
Tokyo, Japan
Semiconductor test and nanoscale metrology systems
Nanometrics (Onto Innovation)
Wilmington, United States
Advanced semiconductor metrology and inspection
Camtek
Migdal HaEmek, Israel
Automated optical inspection for advanced packaging
FormFactor
Livermore, United States
Advanced probe cards for semiconductor testing
Cascade Microtech
Beaverton, United States
RF and DC probe stations for device characterization
SPTS Technologies (KLA)
Newport, United Kingdom
Etch and deposition for MEMS and advanced packaging
Picosun (Applied Materials)
Espoo, Finland
Atomic layer deposition systems
Beneq (Meyer Burger)
Espoo, Finland
ALD equipment for thin film coating
Kurt J. Lesker
Jefferson Hills, United States
Vacuum components and thin film deposition systems
Plassys Bestek
Marolles-en-Hurepoix, France
MBE and e-beam evaporation systems
Riber
Bezons, France
MBE systems for III-V and II-VI semiconductors
NcodiN
Warsaw, Poland
Nano-optoelectronic devices
Nanoacts
Sofia, Bulgaria
Nanogenerators converting waste energy into electricity for IoT
Canon Nanotechnologies
Austin, United States
Nanoimprint lithography equipment and materials for semiconductor manufacturing
Chiral
Zurich, Switzerland
Robotic machines for automated wafer-scale integration of nanomaterials into electronics
PhotonDelta
Eindhoven, Netherlands
Integrated photonics ecosystem driving chip-based photonics
Nano3Dprint
San Jose, United States
Multi-material 3D printers with 50nm resolution for electronics and biomolecules
Whisker Labs
Washington, United States
Electrical hazard sensing for home safety
Synaptec
Glasgow, United Kingdom
Optical nanosensors for power grid monitoring
Sense-secure
New York, United States
Carbon nanotube-based wireless gas sensors
Integrated Device Technology
San Jose, United States
MEMS and nanosensor solutions for IoT applications
Xtalic
Marlborough, United States
Nanostructured metal alloy coatings for corrosion resistance
Nexalus
Dublin, Ireland
Impinging liquid jet CPU cooling technology