Cryogenic CMOS Quantum Control Electronics Market Size & Share 2026-2035

Cryogenic CMOS Quantum Control Electronics Market Size

The global cryogenic CMOS quantum control electronics market was valued at USD 15 million in 2025. The market is expected to grow from USD 30 million in 2026 to USD 175 million in 2031 & USD 409.9 million in 2035, at a CAGR of 33.7% during the forecast period according to the latest report published by Global Market Insights Inc.

The growth of the market is attributed to the increasing investments in quantum computing research and national quantum initiatives, the growing need for scalable qubit control architectures to support fault-tolerant quantum computers, continuous advancements in cryogenic CMOS semiconductor technologies for low-power and low-latency operation, rising demand for integrated control electronics that reduce wiring complexity and thermal load inside dilution refrigerators, and the expanding adoption of superconducting and silicon-based quantum processors requiring high-performance cryogenic control and readout systems.

The market is significantly driven by government spending in quantum computer infrastructure and semiconductor innovation projects. Federal funding in North America, Europe and Asia-Pacific is driving the development of the infrastructure to address technical concerns concerning hardware development such as cryogenic control systems, low-latency readouts systems and coherent scale quantum processor connectivity. Such funding in governments has driven the cryogenic CMOS approach to efficiently address such issues. For instance, in May 2026, the U.S. Department of Commerce (NIST) announced over USD 2 billion in CHIPS and Science Act incentives to accelerate quantum computing technologies, specifically supporting advancements in cryogenic systems integration, control hardware, and ultra-fast readout electronics required for fault-tolerant quantum computers.^{[1]U.S. National Institute of Standards and Technology, nist.gov}

Additionally, increasing the scale of cryogenic CMOS quantum systems require a thousand or tens of thousands of qubits. At a system scale, current room temperature electronics pose signal latency, wiring density and thermal load issues to the system. Controlling thousands to millions of qubits cryogenic CMOS control allows controlling electronic circuits to be located near the quantum processor enabling shorter lines for better signal fidelity and providing for low latency to realize a real-time quantum error correction system. For instance, in June 2026, NIST launched the Quantum Manufacturing Engineering Center (QMEC) with an initial USD 20 million investment to accelerate manufacturing technologies for scalable quantum components, including cryogenic technologies that are essential for next-generation quantum computing systems.^{[2]U.S. National Institute of Standards and Technology, nist.gov}

The cryogenic CMOS quantum control electronics market continues to grow as research and development in low-power cryogenic CMOS integrated circuits for quantum computing accelerates in response to demands of improving the fidelity of these systems and enabling increased qubit counts and speed. The demand for highly integrated cryo-electronics increases as quantum computers progress towards fault-tolerant operation, increasing requirements for minimizing heat dissipation from cryogenic electronics and expanding functionality of cryogenic signals for faster feedback, multiplexed readout and reliable operation of qubits.

Cryogenic CMOS Quantum Control Electronics Market Trends

• The market is experiencing a gradual movement away from off-the-shelf discrete cryogenic control modules towards integrated cryogenic system-on-chip (Cryo-SoC) solutions for consolidating multiple, individual functions such as qubit control, readout, digital signal processing and communications all on one chip. Cryo-SoC helps decrease wiring complexity, reduce heat loads in a dilution Refrigeration (DR) unit, decrease power requirements and enhance integration enabling scalable, high-qubit density of future fault tolerant quantum computing (QC).
• Governments are increasingly emphasizing development of domestic quantum manufacturing ecosystems capable of supporting cryogenic electronics, sophisticated packaging, cryostats, and quantum hardware. This trend is helping to solidify the cryogenic CMOS electronics supply chain and advancing the ease and reliability of quantum manufacturing. For instance, in June 2026, the U.S. National Institute of Standards and Technology (NIST) announced the establishment of the Quantum Manufacturing Engineering Center (QMEC) to accelerate the manufacturing of scalable quantum components and enabling technologies such as cryogenic systems and advanced quantum hardware. This initiative is expected to accelerate commercialization of cryogenic CMOS technologies.
• Increasingly, the industry is also heading towards a standardized framework for fabricating, testing, and qualifying quantum hardware including, but not limited to, cryogenic CMOS electronics. These standardized fabrication and test practices can yield greater interconnectivity, shorten development time, and ease the path to commercializing scale-out quantum solutions. For instance, the U.S. CHIPS Research and Development Office identified quantum manufacturing standards, advanced testing, semiconductor packaging, and domestic cryogenic manufacturing capabilities as priority areas under its Broad Agency Announcement for advancing the U.S. quantum ecosystem.^{[3]U.S. CHIPS Research and Development Office, nist.gov}

Cryogenic CMOS Quantum Control Electronics Market Analysis

Based on integration level, the cryogenic CMOS quantum control electronics market is divided into cryogenic CMOS ASICs & SoCs, discrete cryogenic CMOS ICs, and cryogenic control modules & subsystems.

• The cryogenic CMOS ASICs & SoCs segment led the market in 2025, holding a 44.9% share. Cryogenic CMOS ASICs and SoCs integrated control systems for different quantum operations on a single cryogenic chip in addition to improved connectivity. By using Cryogenic ASIC and SoCs devices, designers significantly simplified the connectivity issue for quantum systems by eliminating all necessary cabling or by integrating the needed cables onto a single cryogenic chip thereby cutting down the heat generated by the operation and cutting back overall latency and allowing the designing of large quantum computers. Large-scale silicon and super conducting technologies utilized by quantum computers are fueling the Cryogenic CMOS ASIC and SOC markets.
• The cryogenic control modules & subsystems segment is anticipated to grow at a CAGR of 34.1% over the forecast period. This growth is driven by growing investment in the modular quantum computing architectures which necessitates full racks for cryogenic control systems along with complete signal conditioning system, Microwave Interface, Readout subsystem, among others for meeting higher number of qubits. Modularity offers better flexibility, easy integration to complex systems, and ease of maintenance to enable research laboratories and commercial quantum computer makers build and scale complex quantum computing solutions on a short timescale.

Based on qubit technology compatibility, the cryogenic CMOS quantum control electronics market is divided into superconducting qubits, semiconductor spin qubits, and others & emerging qubit technologies.

• The superconducting qubits segment dominated the market in 2025 and was valued at USD 9.7 million. The maturity of fabrication process, combined with its high gate fidelity as well as operating speed contributed to the leading overall sales in the semiconductor market. State-of-the-art superconducting qubit systems rely on precise and fast cryogenic CMOS control electronics that provide lower gate latency control, very high-speed data readings & measurements and drastically reduces the wiring complexity and density inside a dilution refrigeration equipment. Hence, cryogenic CMOS solutions are expected to witness a continuous rise in demand owing to the increasing scalability of superconducting quantum processors.
• The semiconductor spin qubits segment is expected to witness growth at a CAGR of 39.1% during the forecast period due to demand for scalable silicon-based quantum processors utilizing CMOS compatible silicon manufacturing technology continues to lead to higher R&D. The Semiconductor Spin Qubits requires cryogenic, low power CMOS integrated circuits, capable of operation at millikelvin temperature range to provide tight control & readout to the qubit while restricting the operating energy to a minimum.

Based on end user, the cryogenic CMOS quantum control electronics market is segmented into quantum computing & technology developers, national laboratories & government research centers, universities & academic research groups, and defense & national security agencies.

• The quantum computing & technology developers segment dominated the market in 2025, accounting for approximately 49% of the market. The segment is driven by substantial investments from quantum hardware companies developing scalable superconducting and semiconductor spin qubit processors that require highly integrated cryogenic control electronics. Continuous advancements in large-scale quantum processor development and increasing commercialization efforts further reinforce the segment's leading market position.
• The defense & national security agencies segment is anticipated to register the fastest CAGR of 36.1% during the forecast period. Growth is supported by increasing government investments in quantum technologies for secure communications, quantum sensing, cryptography, and next-generation defense computing capabilities. National defense organizations are expanding funding for quantum research programs focused on scalable quantum processors and cryogenic electronic architectures to strengthen technological sovereignty and strategic capabilities.

North America Cryogenic CMOS Quantum Control Electronics Market

North America held a share of 32.9% of market in 2025.

• In North America, the market is growing due to substantial public and private investments in quantum computing research, strong government support through national quantum initiatives, and the presence of leading quantum computing companies and semiconductor manufacturers. The region continues to accelerate the development of scalable quantum processors, increasing demand for high-performance cryogenic control electronics capable of operating at ultra-low temperatures.
• Governments, national laboratories and universities of the US and Canada are funding next-generation quantum computing hardware, cryogenic CMOS semiconductor technology, packaging and the manufacturing know-how for future generations. With our participation this would contribute to the growth of the regional quantum ecosystem by providing them with our future cryogenic CMOS ASICs, SoCs and control modules needed for scaling fault-tolerant quantum computers.

The U.S. cryogenic CMOS quantum control electronics market was valued at USD 600 billion and USD 1.2 million in 2022 and 2023, respectively. The market size reached USD 4.7 million in 2025, growing from USD 2.5 million in 2024.

• The expansion of market in the US is mainly because of National Quantum Initiative Act, CHIPS and Science Act and growing investments from government for semiconductor manufacturing and quantum hardware such as cryogenic integrated circuits (IC) based solutions and quantum-classical interface, to build advanced control system for future quantum computer.
• Additionally, cooperative efforts between NIST, DOE, national laboratories, academic institutions and industry is speeding up the development of silicon-based and superconducting quantum computers. With ongoing developments on the quantum error correction technologies, cryogenic CMOS circuitry and advanced semiconductors the U.S. Is set to be major regional player within the region for cryogenic CMOS quantum control electronics.

Europe Cryogenic CMOS Quantum Control Electronics Market

Europe market accounted for USD 6 million in 2025 and is anticipated to show lucrative growth over the forecast period.

• Europe is emerging as a major hub for Cryogenic CMOS Quantum Control Electronics due to strong public investments in quantum technologies, advanced semiconductor research, and collaborative research programs under the European Union. The region benefits from a well-established semiconductor ecosystem, world-class research institutions, and increasing commercialization of superconducting and silicon-based quantum computing platforms. Growing demand for scalable quantum hardware is accelerating the adoption of cryogenic CMOS integrated circuits and control modules across the region.
• Additionally, cooperative efforts between NIST, DOE, national laboratories, academic institutions and industry is speeding up the development of silicon-based and superconducting quantum computers. With ongoing developments on the quantum error correction technologies, cryogenic CMOS circuitry and advanced semiconductors the U.S. Is set to be major regional player within the region for the cryogenic CMOS quantum control electronics.

Germany dominates the Europe cryogenic CMOS quantum control electronics market, showcasing strong growth potential.

• Germany with a strong industrial ecosystem for chip production, well-developed quantum research, and substantial public funding, Germany is the top in Europe for these nascent computing concepts. In fact, the country features premier research facilities, industrial consortia researching superconducting quantum devices, cryogenic electronics, cryogenic packaging and the underlying silicon physics required for quantum, making it a hotspot for this research into cryogenic CMOS technologies.
• Additionally, in May 2023, the German Federal Ministry of Education and Research (BMBF) announced the "Quantum Systems 2.0" research program, allocating significant funding to accelerate the development of quantum processors, enabling electronics, semiconductor technologies, and scalable quantum hardware within Germany. The initiative strengthens collaboration between academia, research institutes, and industry while advancing cryogenic CMOS control electronics essential for fault-tolerant quantum computing.^{[4]German Federal Ministry of Education and Research, quantensysteme.info}

Asia Pacific Cryogenic CMOS Quantum Control Electronics Market

The Asia Pacific market is anticipated to grow at the highest CAGR of 38.4% during the forecast period.

• The Asia Pacific market is witnessing rapid growth due to increasing government investments in quantum computing, expansion of semiconductor manufacturing capabilities, and rising adoption of national quantum technology programs. Countries such as China, Japan, South Korea, Australia, and India are strengthening their quantum research ecosystems through collaborations between research institutes, universities, and semiconductor manufacturers. The growing focus on indigenous quantum hardware development is accelerating demand for Cryogenic CMOS control electronics.
• Additionally, area is also emerging as an international hub for ultra-high-end semiconductor fabrication and the design and creation of quantum hardware. In the past years the investments in cryogenic semiconductor technology, quantum packaging, superconducting and silicon-based Quantum processors on a large scale have helped the commercialization of cryogenic CMOS ASICs, SoCs and Control Modules. Increasingly public and private partnerships help us further develop and contribute to the Quantum value chain globally.

India Cryogenic CMOS quantum control electronics market is estimated to grow with a significant CAGR, in the Asia Pacific market.

• National Quantum Mission launched in 2023, investments rising for indigenous semiconductor development, and a thriving quantum research environment at the country’s top academic institutions – like Indian Institute of Science (IISc), Indian Institutes of Technology (IITs) and national laboratories – India’s emergence as a dominant quantum ecosystem and a significant global market has been expedited. The quest for indigenous Quantum processors, cryogenic capabilities and driving electronics is becoming central in India’s push for a sovereign quantum domain. The growing needs for driving the cryogenic control electronics for high-channel-count quantum systems will boost demand for Cryogenic CMOS controls in India.
• Additionally, in April 2023, the Government of India approved the National Quantum Mission (NQM) with an outlay of ₹6,003.65 crore for 2023–24 to 2030–31 to support the development of quantum computing, quantum communication, quantum sensing, and enabling technologies, including indigenous quantum hardware and associated electronics. This initiative is expected to significantly accelerate research, manufacturing, and commercialization of cryogenic CMOS quantum control electronics in India.^{[5]Press Information Bureau, gov.in}

Middle East and Africa Cryogenic CMOS Quantum Control Electronics Market

Saudi Arabia market to experience substantial growth in the Middle East and Africa.

• Saudi Arabia is experiencing remarkable market growth on account of the soaring investment in advanced technologies as part of the Vision 2030 framework, development of semiconductor sector in the country, and strategic positioning of the country as a hub for next-generation technologies. Rise in investment in the country's R&D sector, digital transformations, and the drive towards building high-performance computing power present conducive environment for the advancement of quantum computing.
• Additionally, government initiatives promoting innovation, international research collaborations, and advanced electronics manufacturing are strengthening the country's quantum technology ecosystem. Increasing adoption of artificial intelligence, cloud computing, and advanced research facilities is expected to accelerate investment in enabling technologies such as Cryogenic CMOS integrated circuits, cryogenic packaging, and quantum-classical interface electronics.

Cryogenic CMOS Quantum Control Electronics Market Share

The Cryogenic CMOS quantum control electronics industry is led by players such as Equal1, Quantum Motion, SureCore, Emergence Quantum, and SemiQon. These five companies cumulatively accounted for 72% market share in 2025. Their competitive position is driven by expertise in cryogenic CMOS design, silicon-based quantum computing, ultra-low-power semiconductor IP, and CMOS-compatible quantum processor development. Their integrated hardware and semiconductor innovations enable scalable, low-latency, and energy-efficient quantum control systems required for next-generation fault-tolerant quantum computers.

Competitive advantage is sustained by Cryogenic CMOS ASICs, cryogenic system-on-Chip (Cryo-SoC) architectures, silicon spin-qubit technology, low-power cryogenics memory and logic IP that are increasingly mature. Partnerships with research universities, silicon foundries and commercial quantum computing vendors, alongside investment into state-of-art packaging and scalable quantum hardware production-support these companies to successfully serve the expanding requirements for Cryogenic CMOS Quantum Control Electronics in commercial, academic, defence and high-performance computing usage.

Cryogenic CMOS Quantum Control Electronics Market Companies

Prominent players operating in the Cryogenic CMOS quantum control electronics industry are as mentioned below:

• Emergence Quantum
• Equal1 Semiconductor
• FrostByte
• Google LLC (Alphabet Inc.)
• IBM Corporation
• IceCirc GmbH
• Intel Corporation
• Microsoft Corporation
• Quantum Motion Technologies
• SemiQon
• SemiWise Ltd.
• Silicon Quantum Computing
• SureCore Ltd.

• Equal1

Equal1 has created Cryogenic CMOS-enabled silicon quantum computing platforms that combine quantum processors and cryogenic control electronics to simplify interconnectivity, decrease latency and enhance scalability towards fault-tolerant quantum computing. “Being at forefront in building power-efficient, highly integrated silicon quantum hardware at CMOS level technology, Equal1 perfectly aligns the European Quantum Valley initiative with the strategic goals set at member and member state level in our Member States”.

• Quantum Motion

Quantum Motion builds silicon quantum processors compatible with the CMOS industrial ecosystem and cryogenic control technologies. The company leverages established silicon manufacturing to demonstrate practical quantum computers in the following months. Quantum Motion leverages cryogenic control with integrated Cryogenic CMOS electronics to make use of spin-qubit devices and achieve reduced power, increased qubit fidelity, and scalable low-cost silicon chip fabrication of multi-qubit processors.

• SureCore

SureCore specializes in ultra-low-power semiconductor IP - memory and digital designs - that are ideal for cryogenic applications. SureCore’s low-leakage SRAM IP and memory compilation, coupled with the company's power-efficient circuit design techniques, address the need to minimize thermal load and power consumption for the control electronics housed inside a dilution refrigerator.

• Emergence Quantum

Emergence Quantum is creating next generation quantum hardware and cryogenic electronic technology improve the performance of its qubit control accuracy, system reliability and to scale quantum processor integrations with its novel quantum-classical interface and cryogenic electronic architectures for fault-tolerant computing.

• SemiQon

SemiQon focuses on silicon spin qubit technology, along with cryogenic CMOS-compatible semiconductors developed using conventional CMOS manufacturing processes. Low-power cryogenic electronics and silicon quantum processor Scalability with a High qubit density ensures energy efficiency.

Cryogenic CMOS Quantum Control Electronics Industry News

• In April 2026, Equal1 partnered with Q-CTRL to integrate autonomous quantum infrastructure into its Bell-1 rack-mounted silicon quantum server. The collaboration combines Equal1's Cryogenic CMOS-enabled silicon quantum computing platform with Q-CTRL's autonomous control software, improving scalability and simplifying deployment of data-center-ready quantum systems.
• In June 2025, SemiQon, in collaboration with Diraq and Emergence Quantum, demonstrated the successful integration of cryogenic CMOS control electronics with silicon spin qubits operating at millikelvin temperatures. The achievement significantly reduces wiring complexity while improving the scalability of silicon-based quantum processors for large-scale quantum computing.

The cryogenic CMOS quantum control electronics market research report includes in-depth coverage of the industry with estimates and forecast in terms of revenue (USD Million) from 2022 – 2035 for the following segments:

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Market, By Integration Level

• Cryogenic CMOS ASICs & SoCs
• Discrete cryogenic CMOS ICs
• Cryogenic control modules & subsystems

Market, By Qubit Technology Compatibility

• Superconducting qubits
• Semiconductor spin qubits
• Others & emerging qubit technologies

Market, By End-User

• Quantum computing & technology developers
• National laboratories & government research centers
• Universities & academic research groups
• Defense & national security agencies

The above information is provided for the following regions and countries:

• North America
  • U.S.
  • Canada
• Europe
  • Germany
  • UK
  • France
  • Italy
  • Russia
• Asia Pacific
  • China
  • India
  • Japan
  • Australia

• Latin America
  • Brazil
  • Mexico
  • Argentina

• Middle East and Africa
  • Egypt
  • Saudi Arabia