Nanotransistors
Advanced transistor technologies including FinFET, GAA, and beyond
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
WIN Semiconductors
Taoyuan, Taiwan
World's largest pure-play compound semiconductor foundry specializing in GaAs
UMC
Hsinchu, Taiwan
Major semiconductor foundry with nanoscale manufacturing capabilities
SMIC
Shanghai, China
China's largest semiconductor foundry
Rain Neuromorphics
San Francisco, United States
Analog-digital neuromorphic chip for brain-like AI acceleration
Atomera
Los Gatos, United States
MST atomic layer engineering for improved transistor performance
Silicon Quantum Computing
Sydney, Australia
Silicon-based quantum computing from UNSW research
MediaTek
Hsinchu, Taiwan
Fabless semiconductor company using advanced nano nodes
Powerchip Semiconductor
Hsinchu, Taiwan
Specialty foundry for memory and logic ICs
Infineon Technologies
Munich, Germany
Major semiconductor company with MEMS and power devices
NXP Semiconductors
Eindhoven, Netherlands
Major semiconductor company for automotive and IoT
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
Texas Instruments
Dallas, United States
Leading analog and embedded semiconductor company
Lattice Semiconductor
Hillsboro, United States
Low power FPGAs for edge AI and embedded
MaxLinear
Carlsbad, United States
RF and mixed-signal semiconductors for broadband
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
Nano Labs
Hangzhou, China
Distributed computing chip manufacturer
ASM International
Almere, Netherlands
Leading ALD and epitaxy equipment supplier for advanced semiconductor nodes
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
Taiwan Semiconductor Research Institute
Hsinchu, Taiwan
Advanced semiconductor and nanoelectronics research
AU Optronics
Hsinchu, Taiwan
Display panels with nano-scale thin film transistors
Sharp Display Technology
Sakai, Japan
IGZO displays with nano-crystalline oxide semiconductors
Graphene Square
Seoul, South Korea
CVD graphene and graphene devices
Hua Hong Semiconductor
Shanghai, China
Specialty foundry for power and analog ICs
Andes Technology
Hsinchu, Taiwan
RISC-V processor IP cores
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.
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.
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
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
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
Nexperia
Nijmegen, Netherlands
Discrete and MOSFET components
Mitsubishi Electric Power Devices
Fukuoka, Japan
Power semiconductor modules
Toshiba Electronic Devices
Tokyo, Japan
Power devices and mixed-signal ICs
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
Parade Technologies
Hsinchu, Taiwan
High-speed interface and display ICs
Silicon Labs
Austin, United States
IoT wireless connectivity solutions
Espressif Systems
Shanghai, China
Wi-Fi and BLE SoCs for IoT
Airoha Technology
Hsinchu, Taiwan
Bluetooth audio SoCs
Bestechnic
Shanghai, China
Bluetooth audio chips
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
pSemi Corporation
San Diego, United States
RF SOI solutions (Murata)
Vanchip
Hangzhou, China
RF front-end modules
Ambiq Micro
Austin, United States
Ultra-low power semiconductors for IoT
ChipMOS Technologies
Hsinchu, Taiwan
Semiconductor assembly and test for memory and drivers
ROHM Semiconductor
Kyoto, Japan
Wide bandgap semiconductors including SiC MOSFETs and power modules for automotive and industrial
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
Qualcomm AI
San Diego, United States
Mobile technology leader with on-device AI acceleration
MediaTek AI
Hsinchu, Taiwan
Fabless semiconductor company with APU technology for mobile and edge AI
FuriosaAI
Seoul, South Korea
Korean AI semiconductor company for data center inference
Flex Logix
Mountain View, United States
Embedded FPGA and AI inference solutions
Lattice AI
Hillsboro, United States
Low-power FPGA solutions for AI at the edge
Hailo
Tel Aviv, Israel
Edge AI processor company with specialized chips for deep learning at the edge
Ledger
Paris, France
Hardware wallet company providing secure self-custody solutions for digital assets
Renesas Electronics
Tokyo, Japan
Japanese semiconductor company for automotive and industrial applications
Xbox Game Studios
Redmond, United States
Microsoft gaming division
Silvaco
Santa Clara, United States
TCAD software for nanoscale semiconductor simulation
Tiberlab
Rome, Italy
Quantum transport simulation for nanodevices