Diamond Semiconductor Substrate Market (2023 - 2030)_Sample Extract

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TABLE OF CONTENTS Topics Slide No Chapter 01: Diamond Semiconductor Substrate Market Overview Chapter 01: Diamond Semiconductor Substrate Market Overview - 004 Chapter 02: Diamond Semiconductor Substrate Market Executive Summary Chapter 02: Diamond Semiconductor Substrate Market Executive Summary - 021 Chapter 03: Diamond Semiconductor Substrate Market Comparative Analysis Chapter 03: Diamond Semiconductor Substrate Market Comparative Analysis - 026 Chapter 04: Diamond Semiconductor Substrate Market Forces Chapter 04: Diamond Semiconductor Substrate Market Forces - 034 Chapter 05: Diamond Semiconductor Substrate Market Strategic Analysis Chapter 05: Diamond Semiconductor Substrate Market Strategic Analysis - 044 Chapter 06: Diamond Semiconductor Substrate Market - By Diamond Type Chapter 06: Diamond Semiconductor Substrate Market - By Diamond Type - 051 Chapter 07: Diamond Semiconductor Substrate Market - By Product Form - 054 Chapter 08: Diamond Semiconductor Substrate Market - By Thickness - 057 Chapter 09: Diamond Semiconductor Substrate Market - By Application Chapter 09: Diamond Semiconductor Substrate Market - By Application - 062 Chapter 10: Diamond Semiconductor Substrate Market - By End User Chapter 10: Diamond Semiconductor Substrate Market - By End User - 076 Chapter 11: Diamond Semiconductor Substrate Market - By Geography Chapter 11: Diamond Semiconductor Substrate Market - By Geography - 105 Chapter 12: Diamond Semiconductor Substrate Market Entropy - 131 Chapter 13: Diamond Semiconductor Substrate Market Company Profiles Chapter 13: Diamond Semiconductor Substrate Market Company Profiles - 133 Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Chapter 14: Diamond Semiconductor Substrate Market Manufacturing Scenario - 156 Chapter 15: Diamond Semiconductor Substrate Market Start Up Company Scenario - 175 Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

1.1 DEFINITIONS AND SCOPE (1/7) Definition • Diamond semiconductor substrates refer to the use of diamond material as a substrate for semiconductor devices. Diamond has unique properties, including excellent thermal conductivity, high carrier mobility, and a wide bandgap, which make it attractive for certain semiconductor applications. • The diamond semiconductor substrates market may see growth in emerging technologies such as quantum computing. Diamond's properties could be advantageous in the development of quantum processors, where stable and coherent qubits are essential. • Diamond substrates are explored for high-power and radio frequency (RF) electronics due to their exceptional thermal properties. The ability to dissipate heat efficiently is crucial for power devices and RF components to maintain optimal performance. • Diamond semiconductor substrates could find applications in advanced sensing technologies, such as high- sensitivity sensors for detecting electromagnetic fields, radiation, or chemical species. The unique properties of diamond may enhance the performance of sensors in harsh environments. • Collaborations between research institutions, diamond manufacturers, and semiconductor companies may play a vital role in advancing the commercial viability of diamond semiconductor substrates. Funding and Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC support for research initiatives could accelerate technological developments. Source: IndustryARC Analysis, Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

1.1 DEFINATIONS AND SCOPE (3/7) Segment Outlook Diamond Semiconductor Substrates Market By Diamond Type By Product Form By Thickness By Application By End User Single Crystal Diamond Less than 20µm Wafers Electronics Telecom Polycrystallin e Diamond 20µm to 100µm Optoelectron ics Aerospace and Defence Films Thermal Management Devices 100µm to 300µm Energy and Power Electronics & Semiconduct or Above 300µm Medical & Scientific Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Others Source: IndustryARC Analysis, Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

1.1 DEFINITIONS AND SCOPE (5/7) Diamond Type ❖ Single Crystal Diamond and Polycrystalline Diamond are types of diamond semiconductor substrates. ❖ Single crystal diamond's uniform properties make it suitable for high-frequency electronic applications. Growth in the telecommunications, radar, and high-frequency device sectors may drive demand for single-crystal diamond substrates. ❖ Polycrystalline diamond substrates are often more cost-effective to produce than single-crystal diamonds. ❖ Industries seeking cost-efficient solutions, such as some sensors and electronic components, may drive growth in the polycrystalline diamond market. ❖ The improved usage in high-power density applications is also being driven by the growing adoption of polycrystalline diamond substrates in aerospace and defense applications, driven by the need for reliable and high-performance semiconductor solutions. Product Form ❖ Wafers and Films are included in the product form segment. ❖ Diamond thin films may find applications in microelectronics, where a thin layer of diamond can enhance the performance of electronic devices. ❖ Growth in telecommunications and optical technologies could contribute to the demand for diamond thin films. Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC ❖ The demand for high-power transistors, amplifiers, and other electronic components could drive the growth of diamond wafers. Source: IndustryARC Analysis, Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

1.1 DEFINITIONS AND SCOPE (6/7) Thickness ❖ The thickness segment includes Less than 20µm, 20µm to 100µm, 100µm to 300µm and Above 300µm. ❖ Diamond substrates with micrometer-scale thickness may find applications in microelectronics. ❖ Growth in industries where efficient thermal management is crucial, such as in power electronics and high-performance computing, could drive the adoption of diamond substrates with micrometer thickness. ❖ Diamond coatings with micrometer thickness can be applied to optical components for improved hardness and wear resistance. Application ❖ Application includes Electronics, Optoelectronics, Thermal Management Devices and Others. ❖ The breakdown or segmentation of the market based on different methods or approaches used for the application of diamond semiconductor substrates market. ❖ Diamond semiconductor substrates may find applications in optoelectronic devices due to their transparency and unique optical properties. Applications include high-performance optical components, sensors, and imaging devices. ❖ Diamond's excellent thermal conductivity makes it suitable for high-power electronic devices, such as transistors and amplifiers. ❖ Applications in detecting electromagnetic fields, radiation, and specific chemical species for environmental monitoring, industrial safety, and scientific research. ❖ Continued exploration of diamond's excellent thermal conductivity for heat spreaders in electronic devices. Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Source: IndustryARC Analysis, Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (1/9) Research Methodology Flowchart Market Scope & Definition Preliminary Research Data Gathering Data Triangulation Data Synthesis Data Analysis Data Validation Verification Quality Assurance Preliminary Research In the initial stage of research, the scope of the Diamond Semiconductor Substrates Market is defined. In this preliminary stage, the key data points in the market are identified which can be used to estimate the market to the best extent. The scope of this report Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC primarily focuses on the revenue generated from the products provided by the major players. To better gauge the market, the secondary focus is on different layers of the Diamond Semiconductor Substrates Market, such as products catering to disparate segments like applications, and end users. Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (2/9) For this market, the volume of Diamond Semiconductor Substrates Market as well as the varying price points were identified as key informational conjectures for market estimation in 2022. Market performance and trending market dynamics are some of the key questions that are studied during this stage. It also involves studying market factors and changing trends that are expected to affect the market in the future. Data Gathering Based on the scope of the market and the key data points, several secondary sources have been utilized for data gathering. The data gathering stage comprises a team of analysts who gather data by researching secondary research resources, accessing proprietary databases, and with primary research reaching out to key industry participants and opinion leaders (Sales and marketing Directors, Services, Managers, Market Intelligence Directors as well as Technical Experts and Administrators) throughout the Diamond Semiconductor Substrates market ecosystem including end-use environments forming a crucial aspect of the value chain. The key sources for estimations remained the investments made by end-user verticals along with the sales figures of services suppliers in the market. Also, various trade bodies and associations were taken into consideration to understand the dynamics of each industry vertical and their respective investment scenarios. Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (3/9) Data Synthesis Stakeholders In this stage, a team of analysts incorporates the data that has been gathered by corroborating with various sources. These sources include industry participants, In- Research & Development house models, regulatory bodies key opinion leaders in the market ecosystem, and databases. In this stage, Diamond Semiconductor Substrates Producers patterns in historical data are identified and compared with the current scenario. Based on the Macro and Micro Regulatory Bodies/Testing Authorities factors prevalent in various geographies, various data models are used to assess the key countries for the Distributors market. The analysis also includes the identification of new companies that have entered the market scenario End User Segments and their impact on the market dynamics in the future. The data regarding end users is gathered from various Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC secondary sources (given towards the end of the presentation). Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (4/9) Data Analysis After the corroboration of data, the team of analysts moves toward understanding how the market has evolved over the years. The overall market size is gathered after analyzing various segments and verticals of the market. An impact analysis is also carried out to see which factors will affect the market in the next few years. These factors have been researched concerning prominent economies across different geographic regions to understand their corresponding impact on the market. Verification Data verification is carried out at all stages of research. This stage, however, is dedicated to a more thorough check of all data points, which have been incorporated and rechecked against various data sources. Various C-level executives and key opinion leaders are contacted for verification of the data. The total market for the Diamond Semiconductor Substrates Market is verified through the capital expenditure of various industry verticals. The market is also estimated for various key players in each of the service categories, offering another way of cross-validating the data. The data is then summarized and the key findings are disseminated. Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (5/9) Forecast Methodology Further, time series forecasting methodology is applied based on various factors such as the service replacement, propensity to buy a service, suppliers, and distribution margins along with the trade dynamics of the leading countries across the region. Average weighted ASPs are also considered while estimating the market value in the report. The estimates are further revalidated with the suppliers and Services operating in the market. However, some macroeconomic factors like inflation are not considered. The forecasting model is an iterative tool and is backed by historical trends of the market along with a regressive mathematical model that assesses the value based on factors such as capital expenditure, services, R&D investments, and so on. Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (6/9) Assumptions & Research Methodology for Diamond Semiconductor Substrates Market Diamond Semiconductor Substrates Market Description • Nominal values (i.e. values are not adjusted w.r.t inflation) are considered in the market estimation • The base year is 2022 and 2023 is estimated year. The forecast period is between 2023 and 2030. Historic and Forecast Value Average weighted selling prices of the Diamond Semiconductor Substrates Market with respect to their diversified application are considered while arriving on the market in terms of value. Pricing Average year USD exchange is considered for the estimation of historic values and average five years exchange rate is considered for forecast values. Exchange Rate Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (7/9) Assumptions & Research Methodology for Diamond Semiconductor Substrates Market S.NO SECONDARY SOURCES 1 Semiconductor Industry Association (SIA) 2 International Technology Roadmap for Semiconductors (ITRS) 3 IEEE Electron Devices Society 4 Materials Research Society (MRS) 5 American Vacuum Society (AVS) 6 European Semiconductor Industry Association (ESIA) 7 Japan Electronics and Information Technology Industries Association (JEITA) 8 International Association of Nanotechnology (IANT) Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC 9 China Semiconductor Industry Association (CSIA) 10 Annual Reports, News articles & magazines, Research papers Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (8/9) Primary Sources: Diamond Semiconductor Substrates Market S.No Designation Company/Organizations 1 Element Six (De Beers) Production Lead 2 IIa Technologies Senior Finance Manager 3 Applied Diamond Inc R&D Director 4 EDP Corporation Investments & M&A Specialist 5 Otto Chemie Sales Director 6 SP3 Diamond Technologies Director of Business Development 7 Advanced Diamond Technologies, Inc Project Engineer 8 Seki Diamond System Director Copyright ©2024 IndustryARC MTI Corp. Copyright ©2024 IndustryARC 9 Sales Manager 10 Coherent Corp. Vice President & General Manager Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

RESEARCH METHODOLOGY (9/9) HeXa-Grid Paradigm: 6. Data Presentation Data Analysis, Summarization, Key Finding & Reporting is done for efficient dissemination of information 5. Data Triangulation & Validation After data compilation, it is validated with various key opinion leaders 4. Data Interpretation & Assessment Based on the macro and micro factors prevalent in various geographies, proprietary data models are used to assess the key countries for the market 1. Scope Definition: Defining the scope of the Report: Analyzing its diamond type, service, product form, thickness, application, end- user and activities related to the installation and production of industrial flooring solutions Market Assessment Competitive Landscape 2. Secondary Research: Based on the scope and segmentation, secondary research is done using public, private and subscribed sources 3. Primary Research: Reach out to all the stake holders involved in ecosystem: Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Industry Experts insights taken to gauge and validate key data points Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

CHAPTER - 02 DIAMOND SEMICONDUCTOR SUBSTRATE MARKET EXECUTIVE SUMMARY Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

2. EXECUTIVE SUMMARY (1/4) Diamond Semiconductor Substrate Market, 2022-2030 (US$ Th) 10000.00 9000.00 8000.00 7000.00 Revenue($Th) 6000.00 5000.00 4000.00 3000.00 2000.00 1000.00 0.00 2022 2023 2024 2025 2026 2027 2028 2029 2030 ❖ The Diamond Semiconductor Substrate Market is estimated to grow at a CAGR of 9.36% during the forecast period (2023-2030) and reach US$8,711.6 Thousands by 2030, from around US$4,210.4 Thousands in 2022. ❖ The Diamond Semiconductor Substrate market growth is fueled by the increasing demand for advanced semiconductors in applications like telecommunications, aerospace, and electronics, where the superior performance of diamond substrates is a significant advantage. Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC ❖ The market's expansion is attributed to technological advancements and also fueled by strategic collaborations and partnerships within the industry. Key players are actively engaging in research and development activities, exploring innovative applications for diamond substrates. Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

2. EXECUTIVE SUMMARY (2/4) Diamond Semiconductor Substrate Revenue Share, By Diamond Type 2022 (%) Diamond Semiconductor Substrate Revenue Share, By Product Form, 2022 (%) Single Crystal Diamond Wafers Polycrystalline Diamond Films ❖ Single Crystal Diamond segment dominated the Diamond Semiconductor Substrate with a market share of approximately 82% in 2022. The dominance of the Single Crystal Diamond segment in the Diamond Semiconductor Substrate market is owing to its superior material properties and performance characteristics. Single crystal diamonds exhibit exceptional thermal conductivity, high electrical insulation, and outstanding mechanical strength, making them ideal for semiconductor applications. ❖ By Product Form, Wafers segment dominated the Diamond Semiconductor Substrate with a market share of approximately 77% in 2022. The Wafers segment's dominance is driven by factors such as the scalability of wafer production, allowing for cost- Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC effective manufacturing processes. Additionally, wafers offer a uniform surface for the deposition of semiconductor materials, ensuring consistency in the fabrication of electronic components. Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

4.1. DRIVERS - IMPACT ANALYSIS (1/3) Diamond Semiconductor Substrates Market - Drivers Short Term Long Term Medium Term (2025-2027) Drivers (2023-2025) (2027-2030) Growing Demand for Power Electronics in the Diamond Semiconductor will Positively Impact the Market Growth Advancements In Quantum Computing Leading to the Adoption of Diamond Semiconductor Substrates is Analyzed to Drive the Market Growth in the Forecast Period The emergence of GaN and SiC-Based Devices is raising demand to boost market growth. Growing Need for High-Frequency Electronics is a Key Driver Enhancing the Growth of the Market Low High Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Source: IndustryARC Analysis & Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

4.1. DRIVERS - IMPACT ANALYSIS (1/3) Growing Demand for Power Electronics in the Diamond Semiconductor Substrates Market will Positively Impact the Market Growth ❖ The increasing demand for power electronics in various industries, including automotive, electronics, and renewable energy, is a key driver for the diamond semiconductor substrates market. ❖ Diamond substrates offer exceptional thermal conductivity and high breakdown voltage, making them ideal for power semiconductor devices such as diodes and transistors. ❖ The surge in demand for power electronics, driven by the proliferation of electric vehicles, renewable energy systems, and advanced electronics, is propelling the adoption of diamond semiconductor substrates. Diamond's superior thermal conductivity addresses the heat dissipation challenges associated with high-power applications, ensuring the reliability and efficiency of power semiconductor devices. ❖ As industries transition towards energy-efficient solutions, the unique properties of diamond substrates position them as a vital component in the development of robust and high-performance power electronic devices. ❖ In February 2022, II-VI Inc and Element Six expanded diamond substrate manufacturing, II-VI Inc and Element Six are collaborating to expand II-VI’s diamond platform, accelerating the development of applications by licensing Element Six’s single-crystal diamond technology. Applications of advanced power and RF electronics, including for 6G wireless components, as well as other emerging applications in life sciences, sensing, thermal management, and quantum computing, are expected to drive the adoption of single-crystal diamonds for their optical, mechanical, thermal, and electrical properties. ❖ Through this collaboration, II-VI is licensing from Element Six its intellectual property and equipment necessary to produce high-quality single-crystal diamonds, thus expanding its core competency in diamond technology ahead of anticipated market opportunities. Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

CHAPTER - 05 DIAMOND SEMICONDUCTOR SUBSTRATE MARKET STRATEGIC ANALYSIS Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

5.1. VALUE CHAIN ANALYSIS (1/2) Diamond Semiconductor Substrate Market Value Chain Diamond Mining and Extraction Diamond Processing and Synthesis Semiconductor Device Fabrication Integration into Electronic Devices Wafer Testing and Quality Control Manufacturing • Sensors • High Power Electronics • Others • • • • Cutting Polishing Sizing Others Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Source: IndustryARC Analysis and Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

5.1. VALUE CHAIN ANALYSIS (2/2) ❖ The value chain analysis explores each activity involved in the processing of a product and finally delivering it to the end users. Each stage of the product or service's value chain is linked to the generation of monetary value. The value chain of a product or service can enable a company to examine each activity along the value chain and identify the steps that must be eliminated or modified. ❖ The value chain of the Diamond Semiconductor Substrate Industry Market is composed of six modules: Diamond Mining and Extraction, Diamond Processing and Synthesis, Wafer Manufacturing, Semiconductor Device Fabrication, Testing and Quality Control, and Integration into Electronic Devices.. ❖ The Diamond Semiconductor Substrates Market value chain is a meticulously orchestrated sequence of stages, beginning with the mining and synthesis of diamond materials. In this phase, advanced techniques like chemical vapor deposition (CVD) are employed to produce high-quality diamond semiconductor substrates. The synthesized diamonds then undergo precise cutting and polishing processes, transforming them into wafers. ❖ Quality control and testing are integral elements of the value chain, ensuring the reliability and performance of the diamond semiconductor devices. Rigorous measures are implemented to meet the stringent standards required in the semiconductor industry. ❖ The final leg of the value chain involves integrating these diamond semiconductor devices into end-use products. Whether it's Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC electronic components, sensors, or other applications, the unique properties of diamond substrates play a pivotal role in enhancing the overall functionality and efficiency of the end products. Source: IndustryARC Analysis and Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

CHAPTER - 06 DIAMOND SEMICONDUCTOR SUBSTRATE MARKET - BY DIAMOND TYPE Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

6.1. SINGLE CRYSTAL DIAMOND (1/2) ❖ In 2023, Diamond Foundry (DF) of San Francisco has achieved a Single Crystal Diamond : Diamond Semiconductor Substrates Market Revenue, 2022-2030 ($Th) groundbreaking milestone by producing the world's first 100mm single-crystal diamond wafer, utilizing three decades of technological advancements in scalable substrates, large-area diamond ingot 8000.00 growth, singulation, and precision-surface processing. 7000.00 ❖ Continuous technological developments in scalable substrates, 6000.00 diamond ingot growth, singulation, and surface processing are Revenue($000) 5000.00 driving the growth of single-crystal diamonds in the diamond 4000.00 semiconductor substrate market. 3000.00 ❖ According to the U.S. International Trade Commission, global 2000.00 semiconductor sales surged to a record $574 billion in 2022, with 1000.00 projections anticipating a surpassing of $1 trillion by 2030. Rising 0.00 2022 2023 2024 2025 2026 2027 2028 2029 2030 demand for semiconductors with superior properties boosts the adoption of single-crystal diamond, which outperforms silicon and silicon carbide in terms of figure of merit. ❖ Single Crystal Diamond segment of the Diamond Semiconductor Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Substrates Market generated a revenue of $3469.51 Th in 2022 and is projected to reach a revenue of $7345.76 Th by 2030 growing at a CAGR of 9.68% during 2023-2030. Source: IndustryARC Analysis, Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

6.2. POLYCRYSTALLINE DIAMOND (2/2) Polycrystalline Diamond : Diamond Semiconductor Substrates Market Revenue, 2022-2030 ($Th) ❖ The increasing demand for high-performance devices in fields such as 5G communication, aerospace, and defense, which require materials with high thermal and electrical properties. This enhances the growth of 1600.00 Polycrystalline diamonds in the Diamond Semiconductor Substrates 1400.00 Market. 1200.00 ❖ The utilization of diamond heteroepitaxy, enabling the creation of single- Revenue($000) 1000.00 crystal diamonds on scalable substrates, contributes significantly to the 800.00 expansion of polycrystalline diamond applications. These initiatives will 600.00 also help the Diamond Semiconductor Substrates market grow. 400.00 ❖ The rising demand for high-performance semiconductor materials, driven 200.00 by advancements in electronics and technology, propels the adoption of 0.00 2022 2023 2024 2025 2026 2027 2028 2029 2030 polycrystalline diamond due to its superior properties. ❖ The increasing focus on environmentally sustainable materials in semiconductor manufacturing aligns with polycrystalline diamond’s synthetic production, presenting it as a viable and eco-friendly alternative in the market. This new trend is expected to push the market of Diamond Semiconductor Substrates forward. ❖ Polycrystalline Diamond segment of the Diamond Semiconductor Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Substrates Market generated a revenue of $740.93 Th in 2022 and is projected to reach a revenue of $1365.92 Th by 2030 growing at a CAGR of 7.79% during 2023-2030. Source: IndustryARC Analysis, Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

11.3.1. CHINA ❖ The Diamond Semiconductor Substrate Market in China has witnessed China: Diamond Semiconductor Substrate Market Revenue, 2023-2030 ($Th) significant trends and growth drivers in recent times. One notable trend is the increasing demand for diamond substrates in electronic 2500.00 applications, driven by their exceptional thermal conductivity and high durability. As China continues to advance its semiconductor industry, 2000.00 the adoption of diamond substrates has surged, especially in power Revenue($Th) 1500.00 electronics and high-frequency devices. ❖ Additionally, the market has seen a growing emphasis on research and 1000.00 development, with Chinese companies and the government investing in innovative manufacturing processes to enhance the quality and 500.00 affordability of diamond semiconductor substrates. The integration of 0.00 diamonds in electronic components has become crucial for enhancing 2022 2023 2024 2025 2026 2027 2028 2029 2030 performance and reliability, influencing market dynamics. ❖ For instance, In September 2023, China announced a new state- backed investment fund to raise about $40 billion for its semiconductor sector. The fund is intended to help China catch up with the US and other rivals. ❖ China Diamond Semiconductor Substrate Market generated a revenue Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC of $1,035Th in 2022 and is projected to reach a revenue of $2,165Th by 2030 growing at a CAGR of 9.51% during 2023-2030. Source: IndustryARC Analysis, Expert Insights Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

CHAPTER - 13 DIAMOND SEMICONDUCTOR SUBSTRATE MARKET COMPANY PROFILES Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

13.1 ELEMENT SIX (1/3) Element Six Ltd : Product Portfolio Product Name Description DNV-B1 is our first widely available, general-purpose quantum-grade material ideal for those interested in researching nitrogen-vacancy (NV) ensembles for quantum demonstrations, masers, detection of RF radiation, gyroscopes, sensing, and further projects. Business Overview DNV-B1 Element Six Ltd Description 1946 Established Year The Diafilm ETC700 delivers the exceptional heat dissipation of diamond combined with minimized resistive and RF losses, enabling smaller and more reliable high-power devices without impeding electrical performance. Didcot, United Kingdom Headquarters Diafilm ETC700 1,900 Employees (2022) $391 Million Revenue(2023) The Dialfilm OP Diamond combines the highest thermal conductivity with high transparency in the infrared optical range, making it the ideal window material for high-power infrared lasers. Website https://www.e6.com Dialfilm OP The DNV-B14 , its newest general-purpose chemical vapour deposition (CVD) quantum-grade diamond, an ideal material for quantum technologies such as magnetic field devices, RF sensors, solid-state gyroscopes and room temperature masers. DNV-B14 Financials: Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC The financials of De Beers Group, the parent of Element Six are given. Source: Company Website Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

13.1 ELEMENT SIX (2/3) De Beers Group, Revenue 2020-2022 (US$B) Financials 6.6 7.00 5.6 6.00 Revenue (US$ Billion) 5.00 4.00 3.3 3.00 2.00 1.00 0.00 2020 2021 2022 De Beers Group, Revenue Share, By Business Segment, 2022 (%) De Beers Group, Revenue Share By Geography, 2022 (%) 10% 33% Botswana 40% 25% Canada Diamonds Namibia Mining 60% South Africa Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC 32% Source: Company Website and Press Release Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

13.1 ELEMENT SIX (3/3) Developments Date Approach Description Element Six (De Beers PLC) collaborated with Amazon Web Services Inc. to make diamonds for quantum networks. They aim to introduce essential quantum communication concepts while exploring diamond's role in quantum networking nodes. Element Six, part of the De Beers Group, has launched DNV-B14 , its newest general-purpose chemical vapor deposition (CVD) quantum-grade diamond, an ideal material for quantum technologies such as magnetic field devices, RF sensors, solid-state gyroscopes, and room temperature masers. Element Six UK Ltd formed a partnership with the University of Warwick to develop the next generation of synthetic diamond-enabled technologies. As part of this collaboration, the company leveraged its advanced material solutions expertise and capabilities. Element Six, part of the De Beers Group, is launching its first commercially available, general- purpose chemical vapor deposition (CVD) quantum-grade diamond, DNV-B1 . DNV-B1 , the first solution in Element Six’s new DNV Series, is an ideal starting material for those interested in researching nitrogen-vacancy (NV) ensembles for quantum demonstrations, masers, detection of RF radiation, gyroscopes, sensing, and further projects. Building on the company’s extensive experience and a unique, patented process to develop bespoke CVD diamond solutions, DNV-B1 is the first widely available, general-purpose quantum-grade material. April 2023 Collaboration September 2021 Launched July 2021 Partnership June 2020 Launched Copyright ©2024 IndustryARC Copyright ©2024 IndustryARC Source: Company Website and Press Release Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

Diamond Semiconductor Substrate Market (2023 - 2030)_Sample Extract

Diamond Semiconductor Substrate Market (2023 - 2030)_Sample Extract

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