Micronano Core Funding, Investors & Competitors

NVIDIA is a US semiconductor and accelerated-computing company headquartered in Santa Clara, California. It was founded on 5 April 1993 by Jensen Huang, Chris Malachowsky and Curtis Priem, and Huang remains president and CEO. The company designs GPUs (GeForce, RTX), data-center AI accelerators and networking, system-on-chip processors and the CUDA software platform. For fiscal 2026 (year ended 25 January 2026) it reported revenue of US$215.9 billion, net income of US$120.1 billion and data-center revenue of US$193.7 billion, with about 42,000 employees. It is listed on Nasdaq (NVDA) and on 29 October 2025 became the first company to reach a US$5 trillion market capitalisation. NVIDIA is also an active strategic investor, taking part in 67 venture deals in 2025 against 54 in 2024, while its NVentures fund made 30 deals in 2025. Its largest commitments include up to US$10 billion in Anthropic (November 2025) and participation in funding rounds of OpenAI, xAI, Mistral AI and Cursor.

Micron Technology is a semiconductor manufacturer headquartered in Boise, Idaho. The company designs, develops and manufactures memory and storage technologies used in electronic equipment. Its principal technologies include dynamic random-access memory, NAND flash and NOR memory, which support the storage and retrieval of digital information. Customers use its products in data centres, personal computers, smartphones, vehicles and other connected equipment. Micron earns revenue from sales of memory and storage products to equipment manufacturers and other business customers. Founded in 1978, it developed from a small semiconductor design company into an international manufacturer with fabrication, assembly, testing and research operations. Its manufacturing footprint spans the United States and multiple Asian locations, while design centres and customer laboratories support product development and applications. The company operates under the Micron Technology name and maintains its corporate base in Boise.

Advanced Micro Devices is a United States semiconductor company founded in 1969 and headquartered in Santa Clara, California. It designs central and graphics processors, data-center accelerators, adaptive computing products and related system-on-chip technology for computer makers, cloud operators, enterprises and embedded-system customers. Revenue comes from sales of chips and computing platforms, intellectual-property arrangements and long-term supply relationships. AMD historically manufactured many of its own processors but later separated fabrication into GlobalFoundries and became primarily a fabless designer. Its products compete in personal computers, gaming consoles, servers, artificial-intelligence infrastructure and industrial applications. Advanced Micro Devices serves B2B and B2C customers through activities spanning Semiconductors, AI Chips & Hardware and Artificial Intelligence.

SK Hynix is a semiconductor memory manufacturer with around 60%-70% of its revenue from DRAM and 30%-35% of its revenue from NAND. The company is both the second-largest DRAM and NAND supplier globally, with a 33% and 21% market share, respectively, as of 2024. SK Hynix increased its market position in NAND from fourth to second, after acquiring Intel's NAND business in 2021. SK Square, an investment management company spun off from SK Telecom, is SK Hynix's largest shareholder and currently holds 20% of the company's shares.

Arm Holdings is the IP owner and developer of the ARM architecture, which is used in 99% of the world’s smartphone CPU cores, and it also has high market share in other battery-powered devices like wearables, tablets, or sensors. Arm licenses its architecture for a fee, offering different types of licenses depending on the flexibility the customer needs. Customers like Apple or Qualcomm buy architectural licenses, which allow them to modify the architecture and add or delete instructions to tailor the chips to their specific needs. Other clients directly buy off-the-shelf designs from Arm. Both off-the-shelf and architectural customers pay a royalty fee per chip shipped.

Qualcomm is a San Diego semiconductor, software and wireless-technology company founded in 1985. It designs modem, radio-frequency, connectivity, automotive and computing platforms used by device manufacturers and network operators worldwide. The company develops and licenses a large portfolio of patents essential to cellular standards and earns revenue through chip sales and technology licensing. Its Snapdragon platforms combine processors, connectivity, graphics and artificial-intelligence capabilities for smartphones, vehicles, personal computers and connected devices. Qualcomm also invests in and acquires technologies that extend its wireless intellectual-property base into adjacent markets. At the time of the HaloIPT transaction, its European Innovation Development group was pursuing wireless-power systems for electric vehicles. Qualcomm acquired substantially all HaloIPT technology and hired its team in November 2011 while establishing a continuing research relationship with Auckland UniServices. The company is publicly traded on Nasdaq and primarily serves manufacturers, carriers and enterprise customers.

Marvell Technology is a fabless chip designer focused on wired networking, where it has the second-highest market share. Marvell serves the data center, carrier, enterprise, and consumer end markets with processors, optical and copper transceivers, switches, and storage controllers.

Astera Labs Inc designs and delivers semiconductor-based connectivity solutions for cloud and AI infrastructure. Its Intelligent Connectivity Platform integrates semiconductor technology, microcontrollers, sensors, and software to enhance performance, scalability, and data management. The company offers products such as integrated circuits (ICs), boards, and modules, catering to hyperscalers and system OEMs. The company's solutions focus on data, network, and memory management in AI-driven platforms. Geographically, the company operates in Singapore, China, Taiwan, and United States, of which maximum revenue is derived from United States.

Shanghai Enflame Technology Co Ltd is engaged in the research, design and sales of cloud-based AI chips and related products.

Cerebras Systems Inc is an AI company. It designs the world's fastest AI infrastructure for training and inference. The company builds the world's largest semiconductor as well as the AI systems to power, cool, and feed the processors data. It develops software to link these systems together into industry-leading supercomputers that are simple to use even for the most complicated AI work, using familiar ML frameworks like PyTorch. Customers use its supercomputers to train industry-leading models. The company uses these supercomputers to run inference at speeds unobtainable from alternative commercial technologies. It delivers these AI capabilities to its customers on-premise and via the cloud. The company generates the majority of its revenue from the USA.

Etched is a privately held artificial-intelligence hardware company building chips and rack-scale systems for model inference. It co-designs custom accelerators, interconnects, memory systems, cooling, software and manufacturing processes for large transformer and mixture-of-experts workloads. The company's Sohu architecture is designed specifically for transformer inference rather than general-purpose graphics processing. Etched targets cloud providers, model developers and other enterprise customers that require high throughput, low latency and lower power consumption when serving artificial-intelligence models. Its operations include engineering and prototyping work in San Jose as well as manufacturing activity in Taiwan. The business has assembled a team with experience from semiconductor, cloud-computing and artificial-intelligence companies. Etched expects to earn revenue from sales of chips, accelerator cards, racks and associated computing systems rather than from consumer subscriptions or advertising.

Fractile is a London-based startup that designs specialized AI inference chips using an in-memory compute architecture built to run large AI models faster and more cheaply than conventional GPUs. Founded in 2022, the company targets up to 100 times faster model execution and 10 times lower costs, or 20 times better performance per watt, and has hired senior engineers from Nvidia, ARM, and Imagination. Fractile positions its hardware to compete with the GPU-based AI infrastructure of incumbents such as Nvidia.

PsiQuantum is a quantum computing company that builds fault-tolerant, utility-scale quantum computers on photonic qubits. It was founded by Jeremy O'Brien, Terry Rudolph, Peter Shadbolt and Mark Thompson, who developed the approach as academics in the United Kingdom. The company manufactures its silicon photonic chips in a commercial semiconductor foundry, GlobalFoundries, rather than in a research fab, and designs the cryogenic cooling, networking and control systems needed to link very large numbers of qubits. It is headquartered in Palo Alto, California, and is building large quantum computing sites in Brisbane, Australia and Chicago, Illinois. Customers and partners are governments, national laboratories and large enterprises that want access to quantum machines for chemistry, materials science, drug discovery and other simulation work. The company earns money from government agreements and development contracts and expects to sell access to its systems once they are commercially useful.

Lightmatter is a Boston-headquartered designer of photonic computing chips that accelerate matrix multiplications for AI inference and training using silicon photonics. The Passage interconnect links GPU clusters with optical switches, while Envise processors target data center workloads in cloud and telecom sectors.

GTA Semiconductor is a Shanghai specialty-process semiconductor manufacturer founded in 2017 around Huada Semiconductor. It develops and runs wafer fabrication lines for automotive electronics, industrial control and high-end consumer electronics, producing microcontrollers, analog circuits, power devices and sensors for chip designers and integrated device makers. Its processes include BCD, IGBT, MOSFET and silicon carbide devices on 6-inch, 8-inch and 12-inch wafers, and it also offers mask, test and multi-project wafer services together with design kits. The company operates fabs in the Lingang area and in Xuhui, Shanghai. It took the Hong Kong-listed Shanghai Advanced Semiconductor Manufacturing Corporation private through a merger by absorption, which gave it a long-established analog foundry. It has financed expansion through state-backed and industry investor rounds and is privately held.

SiFive designs customizable RISC-V processor cores and IP for embedded systems, IoT devices, automotive, and datacenter applications. Its Freedom platform includes microcontrollers, high-performance CPUs, and vector extensions with associated EDA toolchains. Santa Clara-headquartered SiFive licenses cores to Samsung, Western Digital, and Andes Technology. Founded in 2015, the company shipped over a billion RISC-V cores by 2023, powering chips from Qualcomm and NVIDIA partners.

Sunrise is a Shenzhen-based developer of high-performance GPUs for AI training, edge computing, and graphics processing. The company designs chips like the Sunhope series with up to 512 tensor cores, targeting data centers and autonomous vehicles. Manufacturing through TSMC processes, Sunrise supplies modules to Chinese hyperscalers and exports to Southeast Asia. Founded in 2018, it competes in the domestic semiconductor market amid US export restrictions.

Machxin Technology is a semiconductor company based in Shanghai, China, founded in 2026. The company designs integrated circuit chips and the software platforms that run on them. Its products are built around custom dynamic dataflow architectures aimed at AI workloads and edge-computing applications. The company targets automotive-grade inference hardware, matching chip layout to algorithms to improve scaling efficiency for transportation and other commercial uses. Revenue is expected to come from chip sales and related technical services.