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The European Union’s Chip Act: Empowering Europe’s Semiconductor Industry

The European Union’s Chip Act: Empowering Europe’s Semiconductor Industry


Semiconductors are the backbone of modern technology, powering everything from smartphones to artificial intelligence. As the demand for semiconductors continues to surge, nations worldwide are recognizing the critical importance of developing robust semiconductor industries. In this blog, we will delve into the details of the European Union’s Chip Act, an ambitious initiative aimed at bolstering Europe’s semiconductor capabilities and securing its position in the global tech landscape.

Understanding the Chip Act:

The European Union’s Chip Act, announced in 2022, is a comprehensive strategy designed to strengthen Europe’s semiconductor ecosystem. The act addresses key challenges faced by the European semiconductor industry, including limited domestic production, dependence on foreign suppliers, and a lack of strategic autonomy. By prioritizing semiconductor manufacturing, research and development, and supply chain resilience, the Chip Act seeks to establish Europe as a global leader in advanced semiconductor technologies.

Key Pillars of the Chip Act:

  1. Promoting Investment and Domestic Manufacturing: The Chip Act encourages public and private investments in semiconductor manufacturing facilities within the European Union. By incentivizing companies to establish production plants in Europe, the act aims to enhance domestic manufacturing capabilities, create high-skilled jobs, and stimulate economic growth. These efforts will also contribute to reducing Europe’s reliance on imports, ensuring a more secure supply of semiconductors.
  2. Strengthening Research and Development: Recognizing the importance of innovation, the Chip Act emphasizes the need for increased investment in semiconductor research and development. By fostering collaboration between academia, industry, and research institutions, the act aims to drive technological advancements, develop next-generation semiconductor technologies, and nurture a thriving ecosystem of European semiconductor innovators.
  3. Enhancing Supply Chain Resilience: The Chip Act addresses concerns regarding supply chain vulnerabilities by focusing on enhancing supply chain resilience within the European Union. This includes mapping and analyzing critical semiconductor supply chains, identifying potential bottlenecks, and developing contingency plans to mitigate disruptions. The act also emphasizes diversifying supply sources and building strategic partnerships to ensure a reliable and robust supply of semiconductors.
  4. Strengthening International Cooperation: Recognizing the interconnectedness of the global semiconductor industry, the Chip Act emphasizes the importance of international collaboration. By fostering partnerships with like-minded countries and regions, the act seeks to facilitate knowledge sharing, research collaborations, and joint initiatives that will accelerate semiconductor development and strengthen Europe’s position in the global tech arena.

Opportunities and Implications:

  1. Boosting European Competitiveness: The Chip Act presents a unique opportunity for European companies to enhance their competitiveness on the global stage. Increased investments in domestic manufacturing, research, and development can drive innovation and enable European semiconductor companies to develop cutting-edge technologies, gaining a competitive edge in the global marketplace.
  2. Job Creation and Economic Growth: The act’s focus on bolstering semiconductor manufacturing in Europe will lead to job creation and economic growth. The establishment of semiconductor fabs and associated supply chain activities will generate employment opportunities, attract talent, and stimulate local economies, contributing to Europe’s overall prosperity.
  3. Technological Sovereignty and Strategic Autonomy: By reducing dependence on foreign suppliers and developing a strong domestic semiconductor industry, the Chip Act aims to enhance Europe’s technological sovereignty. Greater control over critical technologies will bolster Europe’s strategic autonomy, ensuring its ability to navigate geopolitical uncertainties and protect its economic and national security interests.
  4. Collaboration and Knowledge Exchange: The Chip Act encourages collaboration among European countries, industry stakeholders, and global partners. This collaboration will foster knowledge exchange, facilitate cross-border innovation, and enable the pooling of resources and expertise, leading to accelerated technological advancements and shared benefits for all participants.

The European Union’s Chip Act is a bold and forward-thinking strategy that aims to strengthen Europe’s semiconductor industry and secure its position as a global tech leader. By promoting investment in domestic manufacturing, boosting research and development efforts, enhancing supply chain resilience, and fostering international collaboration, the act paves the way for Europe to achieve technological sovereignty, create high-skilled jobs, and drive economic growth. As Europe advances on its semiconductor journey, the Chip Act serves as a catalyst for innovation, resilience, and a more prosperous future for the European semiconductor ecosystem.


Navigating China’s Gallium and Germanium Restrictions: Implications and Opportunities

Navigating China’s Gallium and Germanium Restrictions: Implications and Opportunities


China’s growing prominence as a global economic powerhouse has led to its increased influence over key industries and resources. In recent years, the Chinese government has implemented restrictions on the export of certain strategic materials, including gallium and germanium. These restrictions have sparked significant interest and concern among businesses and researchers worldwide. In this blog, we will delve into the details of China’s gallium and germanium restrictions, exploring their implications and uncovering potential opportunities for various stakeholders.

Understanding Gallium and Germanium:

Gallium and germanium are semiconducting elements widely used in various industries. Gallium finds applications in semiconductors, optoelectronics, and solar cells, while germanium is primarily utilized in fiber optics, infrared optics, and electronics manufacturing. These materials are critical components in cutting-edge technologies, including 5G networks, renewable energy systems, and advanced electronics.

China’s Dominance in Gallium and Germanium Production:

China currently dominates the global production of both gallium and germanium. The country’s abundant reserves, low production costs, and well-established supply chains have allowed it to become the primary supplier of these materials. However, recognizing their strategic importance, the Chinese government has implemented export restrictions to safeguard its domestic supply and promote local industry development.

Implications of China’s Restrictions:

  1. Global Supply Chain Disruptions: The restrictions imposed by China have disrupted the global supply chain for gallium and germanium. Businesses outside China, particularly those heavily reliant on these materials, may face challenges in sourcing them, leading to potential delays and increased costs.
  2. Increased Price Volatility: With limited global supply, the price of gallium and germanium may experience increased volatility. Higher prices and uncertain availability can significantly impact industries dependent on these materials, potentially affecting their competitiveness and profitability.
  3. Technological Development: The restrictions on gallium and germanium present an opportunity for countries and businesses to invest in domestic production capabilities and develop alternative materials. This could spur innovation and the development of more sustainable supply chains, reducing dependence on a single source.
  4. Geopolitical Considerations: China’s control over gallium and germanium supply raises concerns about geopolitical vulnerabilities and dependencies. Countries heavily reliant on Chinese supply may look to diversify their sourcing strategies, seeking partnerships and collaborations with other producers or exploring alternative materials altogether.

Exploring Opportunities:

  1. Investment in Domestic Production: The restrictions on gallium and germanium exports provide an incentive for countries to invest in developing their own production capabilities. This can lead to the creation of jobs, technological advancements, and increased self-sufficiency in critical industries.
  2. Diversification of Supply Chains: Businesses heavily reliant on Chinese supply should consider diversifying their supply chains by establishing partnerships with multiple suppliers. Exploring alternative sources and engaging in strategic alliances can help mitigate risks associated with supply disruptions.
  3. Research and Development: The restrictions on gallium and germanium present an opportunity for researchers and scientists to explore alternative materials or develop more efficient production processes. Governments, academic institutions, and private entities should invest in R&D efforts to find innovative solutions that reduce dependence on limited resources.
  4. International Collaboration: Strengthening international collaboration in research, development, and production can help address the challenges posed by China’s restrictions. Governments and businesses should foster partnerships to share knowledge, resources, and expertise, ensuring a more resilient and interconnected global supply chain.

China’s gallium and germanium restrictions have brought significant changes to the global supply chain and prompted stakeholders to explore new opportunities. While these restrictions have raised concerns, they also present avenues for innovation, investment, and collaboration. By diversifying supply chains, investing in domestic production, and fostering international partnerships, stakeholders can navigate the challenges and unlock the potential for sustainable and resilient industries that are less dependent on a single source. As the global landscape continues to evolve, proactive responses and strategic decision-making will be vital in shaping the future of gallium and germanium industries.


Unleash Your Business Potential: Sell Your Excess Inventory with iBuyXS

Unleash Your Business Potential: Sell Your Excess Inventory with iBuyXS


In the fast-paced world of business, staying ahead of the curve is essential. However, sometimes unexpected shifts in demand or changes in market conditions can leave you with excess inventory. Rather than letting it collect dust on your shelves, why not turn it into an opportunity? Introducing, the revolutionary online marketplace that empowers businesses to effortlessly sell their surplus stock. In this article, we’ll explore how can help you unlock the hidden value of your excess inventory and propel your business to new heights.

Embrace Efficiency and Streamline Your Operations:

Managing excess inventory can be a drain on resources and hinder your business’s growth. offers a streamlined platform that connects sellers with a vast network of buyers worldwide. By leveraging this platform, you can efficiently sell your excess inventory, free up valuable warehouse space, and focus on what you do best: driving your business forward.

Reach a Global Audience and Maximize Exposure:

One of the biggest challenges when selling excess inventory is finding the right buyers. With, you gain access to a global marketplace filled with potential customers actively seeking the products you have to offer. Expand your reach beyond traditional boundaries and let expose your excess inventory to a worldwide audience, ensuring maximum exposure and increasing your chances of making profitable sales.

Maintain Control and Protect Your Brand:

Selling excess inventory doesn’t mean compromising on your brand integrity. understands the importance of maintaining control over your products and brand reputation. The platform provides a secure environment where you can set your own pricing, control minimum order quantities, and maintain confidentiality when necessary. Rest assured that your excess inventory will find its way into the hands of reputable buyers who appreciate the value you offer.

Optimize Cash Flow and Improve Profitability:

Sitting on excess inventory ties up valuable capital that could be invested elsewhere in your business. allows you to convert surplus stock into cash, injecting liquidity into your operations and improving your overall cash flow. By optimizing your inventory management through regular sales on, you can achieve greater profitability and keep your business agile in a dynamic marketplace.

Simplify the Selling Process and Save Time:

Managing excess inventory can be time-consuming and detract from core business activities. simplifies the selling process, allowing you to list your products quickly and efficiently. The user-friendly interface, coupled with powerful search and filtering capabilities, ensures that your excess inventory is easily discoverable by potential buyers. Save time, reduce administrative overhead, and let handle the logistics while you focus on driving your business forward.

Don’t let excess inventory hold your business back. Embrace the power of and transform surplus stock into a valuable asset. By streamlining operations, reaching a global audience, maintaining brand control, optimizing cash flow, and saving time, empowers you to unlock the full potential of your business. Embrace this exciting opportunity and join the growing community of successful sellers on today. Get ready to boost your bottom line, increase profitability, and propel your business to new heights of success!


As Chip Shortage Wanes, Price-Capacity Wars Begin: A New Era for the Semiconductor Industry

As Chip Shortage Wanes, Price-Capacity Wars Begin: A New Era for the Semiconductor Industry


In recent years, the global semiconductor industry has faced one of its most challenging periods due to a prolonged chip shortage that disrupted supply chains across various sectors. However, as we enter the year 2023, there is finally a glimmer of hope on the horizon. The chip shortage is slowly starting to wane, and with it comes a new set of challenges for the industry to navigate. One such challenge is the emergence of price-capacity wars, signaling a shift in dynamics that will reshape the semiconductor landscape. In this blog post, we will explore the implications of these price-capacity wars and the potential outcomes for the industry.

The Rise and Fall of the Chip Shortage:

Before delving into the price-capacity wars, let’s quickly recap the chip shortage that plagued the industry for the past couple of years. A confluence of factors, including increased demand for electronic devices, supply chain disruptions, and unforeseen events like the COVID-19 pandemic, created a perfect storm that led to a severe shortage of semiconductors worldwide. This shortage had far-reaching consequences, impacting industries ranging from automotive and consumer electronics to healthcare and telecommunications.

The Dawn of Price-Capacity Wars:

As the chip shortage gradually subsides, attention is now shifting to a new battlefront—the price-capacity wars. With demand still significantly outpacing supply, semiconductor manufacturers find themselves in a position of power, enabling them to dictate terms and prices. The current scenario resembles a classic supply and demand curve, where limited supply and high demand give manufacturers the upper hand.

In response to this newfound leverage, semiconductor companies are exploring their options to maximize profits. One strategy being employed is raising prices, taking advantage of the scarcity to increase profit margins. This move has sparked concerns among various industries that rely heavily on semiconductors, as higher prices could translate into increased costs for end consumers.

On the other side of the battlefield, we have consumers, OEMs, and other companies dependent on semiconductors. They are now searching for alternative suppliers, negotiating contracts, and trying to secure long-term supply commitments at reasonable prices. The price-capacity wars have created a fiercely competitive environment, with companies vying for a slice of the limited chip supply, often resorting to aggressive tactics.

The Shifting Dynamics of the Semiconductor Industry:

The price-capacity wars mark a significant shift in the dynamics of the semiconductor industry. Previously, manufacturers were grappling with supply chain disruptions and struggling to meet demand. Now, the tables have turned, and manufacturers are in a position of strength. This shift has disrupted the delicate balance between supply and demand, forcing stakeholders to adapt to a new normal.

In this new era, collaboration and innovation will be crucial. Companies will need to invest in research and development to enhance chip manufacturing processes and explore alternative materials and technologies. Additionally, partnerships and alliances between semiconductor companies, OEMs, and governments will play a vital role in ensuring stable and affordable chip supplies.


The chip shortage may be receding, but the aftermath presents fresh challenges for the semiconductor industry. The price-capacity wars that have emerged highlight the changing dynamics and power struggle within the industry. As manufacturers flex their pricing muscles, companies across various sectors must navigate this landscape carefully to secure a stable supply of semiconductors without incurring exorbitant costs.

Ultimately, long-term solutions will require increased investment in chip manufacturing capacity, diversification of supply chains, and collaborative efforts to address the growing demand. The price-capacity wars may be a temporary phenomenon, but their impact will leave a lasting impression on the semiconductor industry, influencing future strategies and approaches to supply and demand management.


Japan’s New Semiconductor Export Restrictions Challenge China’s Chip Industry

Japan’s New Semiconductor Export Restrictions Challenge China’s Chip Industry


The global tech war continues to evolve, with recent developments in the semiconductor industry raising eyebrows and generating concerns. Japan, a key player in the global chip market, has imposed new export restrictions on semiconductor manufacturing tools. These restrictions have caused a significant disruption in China’s chip industry, further escalating the ongoing technological rivalry between the two Asian giants. In this blog post, we will explore the implications of Japan’s export restrictions and their potential impact on China’s chip sector.

The Rise of Japan’s Export Restrictions:

Japan, renowned for its advanced technology and semiconductor industry, plays a crucial role in the global supply chain of chip manufacturing equipment. However, in a bid to protect its own technological interests and ensure national security, Japan has tightened regulations on the export of certain semiconductor manufacturing tools to China. These tools are vital for the production and advancement of chips, making Japan’s export restrictions a significant hurdle for China’s chip industry.

Impact on China’s Chip Industry:

China heavily relies on imported semiconductor manufacturing tools, and Japan has been one of the major suppliers of such equipment. The new export restrictions have disrupted the supply chain and procurement of essential tools, potentially hampering China’s chip production capabilities. This setback poses a challenge for China’s ambitions to achieve self-sufficiency in chip manufacturing and reduce its dependence on foreign technology.

China’s Pursuit of Technological Independence:

The imposition of export restrictions by Japan highlights the intensifying rivalry between China and other global technological powers. China has been striving to bolster its domestic chip industry and reduce reliance on imports, particularly from countries that pose geopolitical challenges. The restrictions imposed by Japan serve as a wake-up call for China, prompting the nation to accelerate its efforts towards achieving technological independence and developing a robust indigenous chip manufacturing ecosystem.

Implications for the Global Tech Landscape:

The ramifications of Japan’s export restrictions extend beyond China’s chip industry. The global tech landscape is intricately interconnected, and any disruption in the supply chain can have far-reaching consequences. The shortage of semiconductor manufacturing tools may impact not only China’s chip sector but also other players in the global semiconductor market. It could lead to increased competition and higher demand for limited resources, potentially influencing pricing and availability worldwide.

The Road Ahead:

Japan’s export restrictions on semiconductor manufacturing tools have set the stage for a more intense tech war between China and other global powers. As the competition escalates, it is likely to drive innovation and investment in domestic chip industries across various countries. China, in response to these restrictions, may further invest in research and development, forge new partnerships, and explore alternative sources of chip manufacturing tools. The outcome of this ongoing battle will shape the future landscape of the global semiconductor industry.


Japan’s new export restrictions on semiconductor manufacturing tools have thrown a major spanner in the works for China’s chip industry. As the tech war continues, the repercussions of these restrictions are being felt not only in China but also globally. The race for technological dominance intensifies, and countries are compelled to reevaluate their strategies for achieving self-sufficiency in chip manufacturing. The developments in this arena will undoubtedly have a profound impact on the global tech landscape in the years to come.


Tackling Excess Inventory: The Next Frontier for Supply Chains

Tackling Excess Inventory: The Next Frontier for Supply Chains


In an era defined by rapidly evolving consumer demands and unpredictable market dynamics, supply chains have encountered a new challenge: excess inventory. The traditional notion of maintaining high stock levels to meet customer expectations is being disrupted as companies navigate an increasingly volatile business landscape. This article explores the rising significance of excess inventory as a pressing concern for supply chains, the factors contributing to its proliferation, and innovative strategies to address this challenge.

Understanding the Excess Inventory Conundrum

Excess inventory refers to the surplus stock that accumulates beyond what is required to fulfill immediate customer needs. Traditionally, businesses have viewed higher inventory levels as a sign of operational robustness, ensuring they can promptly meet customer demands and mitigate the risk of stockouts. However, the paradigm is shifting as supply chains encounter new complexities.

Factors Contributing to Excess Inventory

Several factors contribute to the proliferation of excess inventory. Firstly, the growing trend of customization and personalization has made accurate demand forecasting more challenging. As customers seek tailored products and experiences, supply chains must adapt to meet these individualized demands, often resulting in higher inventory levels to accommodate variability.

Secondly, the digital revolution and e-commerce have enabled rapid market expansion and heightened customer expectations. Companies operating in this digital landscape face the pressure of providing a wide range of products, often leading to overstocking as they strive to cater to diverse customer preferences.

Furthermore, disruptions caused by unforeseen events, such as natural disasters or global pandemics, can significantly impact supply chains. These disruptions further compound the challenge of maintaining optimal inventory levels, as they disrupt demand patterns and create uncertainties.

Implications of Excess Inventory

Excess inventory can have detrimental effects on businesses and supply chains. Firstly, it ties up valuable capital and storage space, resulting in increased carrying costs. This ties down resources that could otherwise be invested in innovation, research and development, or strategic initiatives.

Moreover, excess inventory can lead to product obsolescence, particularly in industries with short product lifecycles or rapidly evolving technologies. Outdated or unsold inventory can become a financial burden, requiring markdowns or disposal, thus eroding profitability.

Addressing the Excess Inventory Challenge

To tackle excess inventory, forward-thinking companies are adopting innovative strategies and leveraging advanced technologies. Here are some approaches that can help supply chains overcome this challenge:

  1. Enhanced Demand Sensing and Analytics: Leveraging advanced analytics, artificial intelligence, and machine learning algorithms, companies can improve demand sensing capabilities. This enables them to analyze real-time market data, customer insights, and emerging trends to make more accurate demand forecasts. By aligning production and inventory levels with actual demand, supply chains can reduce excess inventory.
  2. Dynamic Inventory Optimization: Employing dynamic inventory optimization techniques allows companies to maintain leaner inventory levels while ensuring on-time delivery. By adopting demand-driven and just-in-time principles, businesses can strategically position inventory closer to customers, minimizing the risk of stockouts while optimizing costs.
  3. Collaboration and Visibility: Building collaborative relationships with suppliers, distributors, and retailers can enhance end-to-end supply chain visibility. Sharing real-time data and insights facilitates better coordination and responsiveness to changes in demand, reducing the likelihood of overstocking.
  4. Agile Manufacturing and Flexible Production: Implementing agile manufacturing practices enables companies to quickly adapt to changing market dynamics. By embracing modular production systems and flexible manufacturing processes, businesses can respond to fluctuating demands with greater agility, reducing the likelihood of excess inventory buildup.

As supply chains grapple with the evolving demands of the modern business landscape, excess inventory has emerged as a critical challenge. By understanding the factors contributing to its proliferation and implementing innovative strategies, companies can effectively address this issue. Embracing advanced technologies, enhancing demand sensing capabilities, optimizing inventory, fostering collaboration, and adopting agile practices are key steps toward achieving leaner and more efficient supply chains. Successfully tackling the excess inventory conundrum will empower businesses to stay resilient, responsive, and profitable in the face of dynamic market conditions.


Distributors Boost Testing as Counterfeit Risks Rise: Safeguarding Supply Chains in a Digital Age

Distributors Boost Testing as Counterfeit Risks Rise: Safeguarding Supply Chains in a Digital Age


In an increasingly interconnected and technologically advanced world, the risks posed by counterfeit products have become a growing concern for manufacturers, distributors, and consumers alike. The digital revolution has brought forth numerous benefits, but it has also created opportunities for unscrupulous individuals to produce and distribute counterfeit goods, jeopardizing the integrity of supply chains and the trust of consumers. In response to this rising threat, distributors are stepping up their efforts to implement rigorous testing procedures to detect and mitigate counterfeit risks. This blog post explores the growing significance of counterfeit risks and the measures being taken by distributors to ensure the authenticity of products.

The Escalating Menace of Counterfeit Products:

Counterfeit products, including electronics, automotive components, pharmaceuticals, and consumer goods, have plagued industries for years. However, as technology advances, counterfeiters are finding new and sophisticated ways to replicate genuine products, making it increasingly difficult to identify fakes. The consequences of counterfeit products extend beyond financial losses; they can lead to reputational damage, compromised safety, and legal liabilities for companies involved in the supply chain.

The Role of Distributors in Ensuring Authenticity:

Distributors play a pivotal role in the supply chain, acting as intermediaries between manufacturers and customers. Recognizing their responsibility to uphold product integrity, distributors are now investing in advanced testing procedures to detect and prevent counterfeit products from entering the market. These measures not only protect consumers but also safeguard the reputation and credibility of the distributors themselves.

Enhanced Testing Procedures:

To combat the rising tide of counterfeit goods, distributors are leveraging technological advancements to enhance their testing procedures. The use of cutting-edge authentication technologies such as blockchain, artificial intelligence (AI), and machine learning (ML) algorithms helps identify counterfeit products by analyzing various parameters, including product specifications, packaging, and unique identifiers. By integrating these technologies into their supply chain management systems, distributors can efficiently track and trace products throughout their journey, minimizing the risk of counterfeit infiltration.

Collaboration and Regulatory Compliance:

The battle against counterfeiting requires a collaborative effort among all stakeholders involved in the supply chain. Distributors are working closely with manufacturers, industry associations, and regulatory authorities to establish stringent quality control standards and exchange information on counterfeit trends and incidents. Furthermore, distributors are committed to complying with existing regulations, such as the International Organization for Standardization (ISO) standards and government mandates, to ensure that their testing procedures align with industry best practices.

Consumer Education and Awareness:

In addition to implementing robust testing procedures, distributors are also focusing on consumer education and awareness campaigns. By educating consumers about the risks of counterfeit products and providing guidance on how to identify genuine products, distributors aim to empower individuals to make informed purchasing decisions. These initiatives not only protect consumers from the potential hazards associated with counterfeit goods but also foster trust and loyalty towards reputable brands.

Looking Ahead: Future Challenges and Opportunities:

While distributors’ efforts to combat counterfeiting are commendable, the battle is far from over. Counterfeiters continue to evolve their techniques, necessitating constant innovation and adaptation on the part of distributors. As technology continues to advance, the potential for implementing even more sophisticated authentication methods, such as Internet of Things (IoT) devices and nanotechnology, holds promise for the future.


The rise of counterfeit risks poses significant challenges to global supply chains and consumer safety. However, distributors are taking proactive measures to counter this menace by bolstering their testing procedures, fostering collaboration, complying with regulations, and educating consumers. As the digital landscape evolves, distributors must remain vigilant and adaptable to stay one step ahead of counterfeiters. With IBuyXS, we prioritize product integrity and consumer protection as distributors play a crucial role in ensuring the authenticity and trustworthiness of the goods we rely on every day.

OEM Challenges

Securing Capacity is the Next Challenge for OEMs

Securing Capacity is the Next Challenge for OEMs

OEM Challenges

An increase in demand for new high-end electronic devices is expected during the second half of this year, especially for the holiday season. With a rise in demand for these devices right around the corner, OEMs are racing to put themselves in the best position possible. Having preferential access to a designated manufacturer is desired, but seemingly only possible through capacity commitments. If you buy the most, you’ll be guaranteed the stock. Let’s just hope you can sell it.

Large OEMs such as Apple, Samsung, and Lenovo are often favored because of the volume of chips they order and their willingness to pay top dollar. Apple, for example, already has access to Taiwan Semiconductor Co,’s latest 3nm nodes that will be used in the chip to power the iPhone 15Pro. By placing large orders in advance and reserving capacity, Apple represents 25% of TSMC’s revenue.

Locking in the inventory for these large manufacturers may come easy to them, but this leaves smaller OEMs struggling to compete at the same level.

Not all OEM’s can risk orders of such large quantities with the unpredictable state of the semiconductor industry. Most are still trying to recover from having excess inventory on their hands when the chip demand weakened, so it’s quite a risky move to put in large orders now simply based on future predictions. However, if the forecasts are correct, and demand will indeed rise moving toward the year’s end, some risks will have to be taken.

As the chip shortage fades away, the capacity war begins… for now.