With the growing digital platforms, our lives have become very convenient and amusing. We are an evolving species, continually evolving into a better version of ourselves, and adapting to the world of technology. It’s likely to say that our lives wouldn’t be the same without these digital platforms. It would be a wicked question to ask, can you imagine yourself living with no digital or electrical devices? No, right? Well, you can’t deny the obvious statistics.
Not only playing, but these devices are an essential part of professional and students’ lives as well. These electrical and digital devices, like smartphones, laptops, iPads, electrical equipment, appliances, and many more, are controlled by a small electrical chip, called a Semiconductor.
Semiconductors are located between the conductor and insulator to provide the minimal amount of necessary electricity for our devices to function smoothly, and are used by the best electronics company in the world.
Over the past years, semiconductor companies have evolved into brilliant functioning and power with affordable, cheap rates. Because of the advancements made by the companies, semiconductors have become the foundation of the digital developing world and function conveniently.
Top Semiconductor Companies
Over the past few months, the world has been facing a shortage of semiconductors because of the increasing demand. This has resulted in long waiting periods across many industries, such as cars, appliances, and electronics. Many products have also increased their prices because of this issue. Now that you know how valuable semiconductors are, this article will list the 16 largest semiconductor companies in the world.
DRAM, NAND flash, and high-performance memory for AI and servers
DRAM, NAND, HBM (High Bandwidth Memory)
NVIDIA
Company Name
NVIDIA
Revenue
$60.9 billion (2024)
Headquarters
California, United States
Market Cap
$1.123 trillion
Top 15 Semiconductor Companies – NVIDIA
NVIDIA is a leading IT company that is dominating the market with its artificial intelligence hardware and software products. It is one of the largest producers of powerful graphics processing units (GPUs) and is well known for developing integrated circuits. NVIDIA has more than 50 offices worldwide, which hold the strength of 26,916 employees. Its GPUs are used to develop accurate automated solutions for manufacturing semiconductors.
Taiwan Semiconductor Manufacturing Co. Ltd. involves working through an independent pure-play foundation that also formulates integrated circuits. It delivers great quality products and services. This Taiwanese company is also among the leading semiconductor manufacturing companies by market cap. It had 73,090 employees at the end of 2022.
Samsung
Company Name
Samsung Electronics
Revenue
$207.6 billion (2024)
Headquarters
South Korea
Market Cap
$359.15 billion
Top Semiconductor Companies – Samsung
Samsung Electronics is counted among the largest chip manufacturing companies in the world. It works with around 270,320 employees worldwide. Samsung Electronics ranked first on Forbes World’s Best Employer for 2022. Its semiconductors are brilliantly functioning and are usually used in tablets and smartphones, especially Samsung devices.
Broadcom
Company Name
Broadcom
Revenue
$51.6 billion billion (2024)
Headquarters
San Jose, California
Market Cap
$358.12 billion
Top Semiconductor Companies – Broadcom
Broadcom offers a wide range of semiconductors and products based on software infrastructure. It is the largest semiconductor manufacturer with a product line that provides tons of services for networking, wireless, storage, broadband, data centers, and the industrial market. It has 20,000 employees in 30 countries around the world. It delivered the world’s first 50G Automotive Ethernet Switch and announced the availability of the world’s first Wi-Fi 7 Ecosystem Solutions. The semiconductor industry in world is rapidly growing, driven by increasing demand for AI chips, memory, and advanced electronics across multiple sectors.
ASML
Company Name
ASML Holding Semiconductors Company
Revenue
$30.5 billion (2024)
Headquarters
Veldhoven, Netherlands
Market Cap
$242.74 billion
Best Semiconductor Companies in the World – ASML
ASML stands for Advanced Semiconductor Material Lithography, which signifies its specialization in the development and manufacturing of photolithography machines that are used to produce computer chips. It is the largest supplier of semiconductors in the world and the sole supplier of extreme ultraviolet lithography (EUV) photolithography machines. These machines are required to manufacture the most advanced chips.
AMD
Company Name
Advanced Micro Devices
Revenue
$25.8 billion (2024)
Headquarters
Santa Clara, California
Market Cap
$174.03 billion
Top Semiconductor Companies in World – AMD
AMD (Advanced Micro Devices) is an incredible semiconductor manufacturing company that works in computer processing. This company also develops other computing devices such as motherboard chipsets, flash memory, graphics processors, and others.
Intel
Company Name
Intel
Revenue
$$53.1 billion (2024)
Headquarters
Silicon Valley, California
Market Cap
$162.11 billion
Top Semiconductor Companies – Intel
Intel is a popular semiconductor manufacturing company that works with more than 131,900 employees in 46 countries. Intel develops semiconductors with the finest manufacturers of the x86 series of microprocessors that work best in PCs and laptops. Talking of diversity, of its total workforce, 25.9% are female and 17.7% URM.
Texas Instruments
Company Name
Texas Instruments
Revenue
$15.641 billion (2024)
Headquarters
Dallas, Texas
Market Cap
$149.23 billion
Top Semiconductor Companies – Texas Instruments
Texas Instruments is one of the oldest yet biggest semiconductor companies in the world. With its incredible 90 years of journey, it is obvious with the trends. It produces some of the best and most delicate semiconductors that work incredibly well for customers, and the best electronics companies in the world currently use it.
It is also rated as one of the best companies to work for. Its 15 manufacturing sites worldwide produce 80,000 products for over 100,000 customers.
QUALCOMM
Company Name
Qualcomm
Revenue
$$38.96 billion (2024)
Headquarters
San Diego, California
Market Cap
$125.70 billion
Top Semiconductor Companies – Qualcomm
Qualcomm is quite a remarkable company that works in manufacturing semiconductors and markets wireless communication products. Several telecommunication companies around the globe use Qualcomm’s patented CDMA technology. Qualcomm has been a crucial part of the development of wireless communications and semiconductors.
Applied Materials
Company Name
Applied Materials
Revenue
$27.18 billion (2024)
Headquarters
Santa Clara, California
Market Cap
$120.94 billion
Top Semiconductor Companies – Applied Materials
Applied Materials has grown exponentially over the years. It also provides semiconductors for flat-screen TVs, computer chips, and solar devices and has become a top semiconductor manufacturer over the years. The company handles some exclusive complex processing to form these products and delivers great service.
Analog Devices
Company Name
Analog Devices Inc.
Revenue
$9.4 billion (2024)
Headquarters
Wilmington, Massachusetts
Market Cap
$87.78 billion
Top Semiconductor Companies – Analog Devices
Analog Devices Inc. is a prominent American multinational semiconductor company that works in the areas of data conversion, signal processing, and power technology. The company is popular for constructing analog, mixed-signal, and digital signal processing (DSP) integrated circuits (ICs) used in electronic equipment. These techniques are used to regulate “real-world” functions such as temperature, speed, sound, and electrical current. ADI has 24,450 employees who are dedicated to ensuring the growth of the company.
Lam Research
Company Name
Lam Research
Revenue
$14.905 billion (2024)
Headquarters
Fremont, California
Market Cap
$87.28 billion
Top Semiconductor Companies – Lam Research
Lam Research is a leading company that manufactures advanced semiconductors. It works around the globe, including Japan, China, Taiwan, Korea, and Europe. Besides this, it also delivers some great products such as wafer cleaning, film deposition, and more. It had 17,200 employees in 2023, an 8.2% decline from 2021.
Micron Technology
Company Name
Micron Technology
Revenue
$25.11 billion (2024)
Headquarters
Boise, Idaho, US
Market Cap
$77.60 billion
Top Semiconductor Companies – Micron Technology
Around the globe, Micron Technologies is the only company that manufactures semiconductors based in Idaho. It specializes in data storage and data processing for computers. Over the years, this company has remained at the top as it has developed some incredible and impressive products. Micron Technology has 40,000 employees in 17 countries.
Synopsys
Company Name
Synopsys
Revenue
$6.127 billion (2024)
Headquarters
Mountain View, California
Market Cap
$71 billion
Top Semiconductor Companies – Synopsys
Synopsys is a well-known electronic design automation (EDA) company that supplies tools and services to the semiconductor design and manufacturing industry. The company focuses on silicon design and verification, silicon intellectual property, and software security. Synopsys has a widespread network around the globe with its offices located across 18 European countries and employs 19,000 employees worldwide.
Tokyo Electron
Company Name
Tokyo Electron
Revenue
$12.09 billion (2024)
Headquarters
Minato City, Tokyo
Market Cap
$66.87 billion
Top Semicon Companies – Tokyo Electron
Tokyo Electron Limited (TEL) is one of the world’s largest manufacturers of semiconductor production equipment. Tokyo Electron has a brand reputation as a supplier of the best fabricated integrated circuits, photovoltaic cells, and flat panel displays. Tokyo Electron Devices (TED), a subsidiary company of TEL, is popular for its specialization in semiconductor devices, electronic components, and networking devices. TEL has 26 group companies with over 15,140 employees worldwide.
‘Semiconductor Manufacturing Process’ Explained | ‘All About Semiconductor’ by Samsung Semiconductor
SK Hynix
Company Name
SK Hynix
Revenue
$45.97 billion (2024)
Headquarters
Icheon, South Korea
Market Cap
≈ $157 billion
Top Semiconductor Companies – SK Hynix
SK Hynix is the world’s second-largest memory chip maker after Samsung, supplying DRAM, NAND flash, and multi-chip packages used in PCs, servers, smartphones, and consumer electronics. The company holds over 20% of the global DRAM market and is already mass-producing advanced 128-layer and 176-layer 4D NAND flash chips. With major fabs in South Korea and China, it also provides specialty foundry services for image sensors and display driver ICs. SK Hynix has committed $97 billion to fab expansions and upgrades through 2025, while also expanding into high-performance and AI-driven memory to support the fast-growing demand from cloud, data centers, and next-generation devices.
Conclusion
Life without electronic devices is hard to imagine. They have become an important part of our lives to make every task handy. Technology is evolving every day, and to keep up with that, the right semiconductor is required in our electronic devices. Through this article, we presented the top 15 biggest semiconductor companies in the world that provide the best facilities and advanced features to meet the increasing demand for semiconductors.
FAQs
Is the semiconductor industry dying?
In 2019, the global semiconductor industry suffered, and its revenue fell 12% to $412 billion but it returned to growth in 2020. In 2021, global semiconductor sales reached $595 billion and grew to $618 billion in 2022.
How big is the semiconductor industry?
The global market size of the semiconductor industry was $618 billion in 2022 and is expected to reach $596 billion in 2023 (a fall of 3.6%).
Which company manufactures the most semiconductors in the world?
Taiwan Semiconductor Manufacturing Co. TSMC manufactures the most semiconductors in the world. TSMC has emerged over the past several years as the world’s most important semiconductor company, with enormous influence over the global economy.
The newly-appointed Intel CEO Lip-Bu Tan is redoing the company’s leadership structure, a month after taking over the job. His goal, set in a recent internal memo, is to eliminate bottlenecks in the company’s huge, unwieldy structure and to encourage it to do what it has always claimed it can do: innovate. Tan moved a number of top executives around and put the major chip divisions, data center, AI, and PC processors, directly under him. That was a clear signal that he wants to speed decision-making and cut through red tape.
Tan stressed that the company’s innovative edge has suffered because of delays and too many silos. He made it clear that across-the-board, fast communication is necessary if the company is to compete well in the ever-changing, big-tech landscape. Working closely with Intel’s core engineering and product groups, Tan intends to get a first-hand look at the sorts of problems that need solutions.
Veteran Executives Brought Closer to the Top
Reorganizing the hierarchy means that three seasoned technical leaders, Rob Bruckner, Mike Hurley, and Lisa Pearce, will now report directly to Tan. Bruckner, Hurley, and Pearce have all been at Intel long enough to have a hand in many of its key chip products over the years. Bruckner, for instance, was a key architect for the Itanium processor. Likewise, Hurley has had a hand in several major Intel chips, and has also worked on the successor to Moore’s Law, a project that could have major implications for Intel’s future. For the uninitiated, the company’s success has mostly been about the team working under Lisa Pearce for years.
Tan remarked that this action fortifies his objective of transforming Intel back into a corporation where engineering is in the driver’s seat. Moreover, it gives him much-improved sightlines into what’s necessary for Intel to compete effectively across the many markets in which it plays, and particularly in the most important of these at the moment: AI, cloud computing, and consumer hardware.
Sachin Katti Takes on Expanded Role in AI and Technology
In a significant promotion, Intel has moved networking chip chief Sachin Katti to the position of Chief Technology and AI Officer. Katti is also a professor at Stanford. He replaces Greg Lavender, who retired from the post. Katti’s new job description includes a long list of important development tasks for the company.
Katti has the ideal mix of experience in academia and industry to help Intel drive its future. He not only knows how to develop breakthrough computing technologies, but also knows how to partner with startups and the broader developer ecosystem to ensure those technologies have impact. I look forward to seeing how Katti’s work in next-generation computing extends Intel’s leadership.
The memo also revealed that Intel is looking for a new leader to run its government affairs team, who will report directly to Tan. This is considered a critical position, with the global semiconductor business becoming ever more affected by government policies, everything from export controls to public-private R&D funding.
Lip-Bu Tan is well-known for implementing strategic plans and leadership in the technology and semiconductors domains. As the newly appointed CEO of Intel, Tan brings his expertise and forward-thinking approach to one of the world’s most influential tech companies.
In addition, his appointment leads to a new chapter for Intel as it brings the fast-changing scenario of semiconductors, artificial intelligence, and global competition. He has played a pivotal role in shaping the future of technology as an investor, entrepreneur, and executive for more than three decades.
His leadership at Intel is expected to drive innovation, strengthen the company’s market position, and address the challenges of an increasingly complex industry.
Lip-Bu Tan – Biography
Name
Lip-Bu Tan
Born
November 12, 1959, in Muar, Johor, Malaysia
Nationality
Malaysian-American
Education
B.S. in Physics, Nanyang University, Singapore, M.S. in Nuclear Engineering, Stanford University, MBA, University of San Francisco
Occupation
Chairman of Walden International, Founding Managing Partner of Walden Catalyst Ventures, CEO of Intel Corporation, Business Executive, Investor
Lip-Bu Tan was born in 1959 in Malaysia and is deeply interested in science and technology. He earned a degree in physics at Nanyang University before his higher studies at the Massachusetts Institute of Technology (MIT), where he earned a Master’s degree in nuclear engineering.
Tan later completed an MBA at the University of San Francisco once he recognized the importance of business acumen in the tech industry,
Lip-Bu Tan – Early Career and Rise to Leadership
Tan’s career began in the engineering sector, where he worked on advanced technologies and gained hands-on experience in the semiconductor industry. However, his true calling lay in the intersection of technology and investment.
In the early 1990s, Tan transitioned into venture capital, joining Walden International, a global l firm focused on technology investments. At Walden International, Tan quickly rose with the help of ranks, eventually becoming the firm’s Chairman and CEO.
Under his leadership, Walden International became one of the most influential venture capital firms, investing in groundbreaking companies such as Cadence Design Systems, SINA Corporation, and SMIC (Semiconductor Manufacturing International Corporation).
Tan’s ability to identify and nurture innovative startups earned him a reputation as a visionary investor. Tan’s success in venture capital was not limited to financial returns.
He played a pivotal role in shaping the global semiconductor industry by investing in companies that pushed the boundaries of technology. His deep understanding of the semiconductor ecosystem and ability to foresee industry trends made him a sought-after advisor and leader in the tech world.
Upon his appointment, Tan outlined a strategic vision to revitalize Intel:
Operational Restructuring: Tan plans to overhaul Intel’s manufacturing processes, focusing on artificial intelligence (AI) chip production. He aims to streamline operations by reducing middle-management layers to enhance decision-making efficiency.
Workforce Optimization: In response to financial challenges, including a reported $19 billion loss, Tan has indicated that “tough decisions” are imminent, suggesting potential layoffs to improve operational efficiency.
Market Performance: Following the news of Tan’s appointment, Intel’s stock experienced a significant surge, reflecting investor confidence in his leadership. However, recent fluctuations indicate ongoing market volatility.
Lip-Bu Tan – The Road Ahead for Intel (2025 Update)
As Lip-Bu Tan enters as CEO of Intel in 2025, the tech giant is undergoing a transformative phase under his leadership. The semiconductor industry continues to evolve at a breakneck pace, with advancements in artificial intelligence (AI), quantum computing, and advanced chip manufacturing reshaping the global tech landscape.
Tan’s strategic vision and hands-on approach have positioned Intel to not only make these changes but also to lead the charge in innovation and sustainability.
Lip-Bu Tan – Intel and Achievements
Taking the Helm at Intel
In 2025, Lip-Bu Tan was appointed CEO of Intel, succeeding Pat Gelsinger. His appointment came at a critical time for Intel, as the company faced intense competition from rivals like AMD, NVIDIA, and TSMC, as well as the need to innovate in areas such as AI, quantum computing, and advanced semiconductor manufacturing.
Tan’s leadership is expected to bring a fresh perspective to Intel, focusing on strategic partnerships, R&D investment, and global expansion. His deep understanding of the semiconductor ecosystem and his experience in venture capital make him uniquely qualified to steer Intel through the challenges of the 21st century.
Strategic Vision for Intel
Under Tan’s leadership, Intel has seen a resurgence in its financial performance. In 2025, the company reported record revenues, driven by strong demand for its AI chips, data center solutions, and consumer electronics.
Intel’s stock price has also seen significant gains, reflecting investor confidence in Tan’s strategic vision and the company’s ability to execute its goals. The following are some of Intel’s goals under Tan’s leadership:
Accelerate Innovation
Tan has urged investors to invest in cutting-edge technologies, including AI, machine learning, and quantum computing. He aims to position Intel as a leader in these fields and ensure the company remains at the forefront of technological advancement.
Strengthen Manufacturing Capabilities: Recognizing the importance of semiconductor manufacturing, Tan has prioritized expanding Intel’s fabrication facilities and improving its production processes. This includes investing in next-generation chip technologies and reducing reliance on external foundries.
Global Expansion: Tan is focused on expanding Intel’s presence in key markets, particularly in Asia, where demand for semiconductors is rapidly growing. He has also emphasized the importance of building strong relationships with governments and industry partners to secure Intel’s position in the global supply chain.
Sustainability and Corporate Responsibility: Tan has committed to making Intel a leader in terms of sustainability, with a key focus on reducing the company’s carbon footprint and promoting ethical business practices.
Navigating Industry Challenges
The semiconductor industry faces unprecedented challenges, including supply chain disruptions, geopolitical tensions, and increasing demand for advanced chips. Tan’s strategic vision and leadership are expected to help Intel navigate these challenges and ensure the company remains competitive in a rapidly changing landscape.
Lip-Bu Tan – Wealth and Influence
Lip-Bu Tan’s wealth primarily stems from his successful career in venture capital and his leadership roles in the tech industry. As the CEO of Intel, he is one of the highest-paid executives in the semiconductor sector, with a compensation package that includes salary, bonuses, and stock options.
Beyond his financial success, Tan wields significant influence in the tech industry. He sought after for his insights on technology trends, investment strategies, and the future of the semiconductor industry. His leadership at Intel is expected to improve the global tech ecosystem, influencing everything from AI development to supply chain dynamics.
Lip-Bu Tan – Awards and Recognitions
Lip-Bu Tan has received numerous awards and honors throughout his career, recognizing his contributions to the technology and venture capital industries. Some of his most notable accolades include:
Ernst & Young Entrepreneur of the Year (2005): Awarded for his outstanding contributions to the tech industry.
Global Semiconductor Alliance (GSA) Leadership Award (2012): Recognized for his leadership and impact on the semiconductor industry.
Forbes Midas List (Multiple Years): Named one of the top venture capitalists in the world for his successful investments in tech startups.
IEEE Robert N. Noyce Medal (2020): Awarded for his exceptional contributions to the microelectronics industry.
Lip-Bu Tan – Interesting Facts
Venture Capital Pioneer: Before joining Intel, Tan was one of the most successful venture capitalists in the tech industry, with investments in over 100 companies.
Global Perspective: Tan’s international background and experience give him a unique perspective on global markets, making him well-suited to lead Intel in an increasingly interconnected world.
Commitment to Innovation: Tan has consistently emphasized the importance of innovation, both in his venture capital career and as CEO of Intel.
Philanthropy: Tan is actively involved in philanthropic efforts, particularly in education and technology, supporting initiatives that promote STEM education and innovation.
Leadership Style: Tan is well-known for his collaborative and forward-thinking leadership style, he is respected for his ability to bring together diverse teams to achieve common goals.
Lip-Bu Tan – Famous Quotes
Lip-Bu Tan is known for his insightful and forward-looking statements on technology, leadership, and innovation. Here are some of his most memorable quotes:
“Innovation is the lifeblood of the tech industry. Without it, we cannot move forward.”
“The future of technology lies in collaboration—between companies, industries, and nations.”
“Leadership is not about being the smartest person in the room; it’s about bringing out the best in others.”
“The semiconductor industry is the backbone of modern technology. We must invest in it wisely.”
“Sustainability is not just a buzzword; it’s a responsibility we owe to future generations.”
Conclusion
Lip-Bu Tan’s journey from a young engineer in Singapore to the CEO of Intel is a testament to his vision, resilience, and leadership. Lip-Bu Tan’s leadership at Intel has been marked by bold initiatives, strategic partnerships, and a relentless focus on innovation.
As the semiconductor industry continues to evolve, Tan’s ability to anticipate trends and adapt to challenges has positioned Intel as a key player in the global tech ecosystem.
With a clear vision for the future and a commitment to sustainability and social responsibility, Tan is leading Intel into a new era of growth and success. The road ahead for Intel is bright, and under Lip-Bu Tan’s guidance, the company is well-positioned to shape the future of technology for years to come.
FAQs
Who is Lip-Bu Tan?
Lip-Bu Tan is a prominent figure in the technology industry, with involvement in venture capital and board positions, and has been involved with Intel. He is also the new CEO of intel.
What is Lip-Bu Tan’s vision for Intel?
His vision emphasizes a connected and sustainable world through technological advancements.
How does Lip-Bu Tan’s expertise benefit Intel?
His experience in the semiconductor industry can provide valuable insights and connections for Intel’s growth.
A media report claims that when Lip-Bu Tan, Intel’s new CEO, takes charge this week, he is ready to make “tough decisions” like layoffs and a major overhaul of the company’s artificial intelligence policy. In an effort to revitalise the faltering tech giant, which recorded a $19 billion deficit in 2024—its first annual loss since 1986—the 65-year-old former CEO of Cadence wants to address what he sees as a “bloated middle management layer” while modernising manufacturing operations and AI programs. According to individuals briefed on the meeting, Tan told staff members that tough decisions would need to be made during a recent town hall meeting. According to semiconductor specialist Dylan Patel, Pat Gelsinger, the former CEO, was “too nice” and hesitant to fire middle management when necessary.
The New Business Strategies of Intel
One of Tan’s main goals is to revamp Intel Foundry, which currently manufactures chips for outside customers like Nvidia. The company wants to aggressively pursue new clients while restarting manufacture of AI server chips and expanding into software, robotics, and AI foundation models. Tan left the board of Intel last August due to disagreements with the company’s leadership, but he later returned as CEO after ten years of mistakes that saw Intel lose out on opportunities in AI processors and smartphones, letting Arm Holdings and Nvidia take the lead in these markets. His plan seems to be an improvement on Gelsinger’s original plan, which aimed to turn Intel into a contract chip maker competing with Taiwan Semiconductor Manufacturing Co., rather than a radical departure from it.
Future of Intel’s Business
Strong sales of Intel’s upcoming Panther Lake chips, which will have AI capabilities and make use of the company’s new “18A” manufacturing technique, are crucial to the company’s financial recovery this year. Industry watchers believe Intel’s contract manufacturing unit might succeed if Tan wins at least two significant customers. According to reports, Nvidia, Broadcom, and Advanced Micro Devices are expressing interest in Intel’s enhanced production techniques, which could indicate that Tan’s recovery efforts are getting off to a good start.
More Focus on AI Chip Manufacturing
Tan principally wants to focus on increasing Intel’s chip-making division. Previously, the tech company only produced its own chips, but now it also produces them for Nvidia and other businesses. Tan wants to strengthen this aspect of the company and attract more clients. He also aims to increase Intel’s AI initiatives. In the development of AI chips, the company has lagged behind rivals such as Nvidia. Tan aspires to revive Intel’s AI initiatives and diversify into fields such as robotics, software, and intelligent AI systems.
With the launch of ChatGPT in November 2022, the focus on generative AI has increased. If there’s a talk about Generative AI around you, you might notice OpenAI or one of its products, say ChatGPT, being mentioned. Generative AI is a type of artificial intelligence that focuses on generating new data that is similar to existing data. This is typically done using deep learning algorithms such as generative adversarial networks (GANs) or variational autoencoders (VAEs).
I’m quite impressed by what generative AI has achieved so far, especially in generating high-quality images, videos, audio clips, and natural language text.
Multi-billion dollar business [processes] are being rewritten thanks to generative AI, says Shobhit Varshney, IBM Consulting.
The ability of generative AI models to learn complex patterns and relationships between inputs and outputs makes it possible to produce diverse and highly accurate outputs that can be used in various fields including entertainment, education, advertising, marketing, finance, healthcare, and scientific research, to name a few.
Generative AI models have achieved what was considered impossible five-six years ago. Creative labor which was once under the realm of humans, has been surpassed by machines. Machines can now create things entirely new – write code, poetry, and stories, design 3D products, and create images and videos with little to no human help. It is a rapidly evolving domain that has many potential applications and benefits for various industries and sectors. It is also a challenging and complex field that requires a lot of research and development.
The impact of generative AI on our day-to-day life can be summed up by this response given by an employee at OpenAI answering the question “What would your life look like if we didn’t have OpenAI?”, ‘I wouldn’t know how to code’ (was the answer).
This person might have studied computer science at school for instance but that’s not the point we are trying to make. Generative AI tools like ChatGPT can provide help with complex tasks at hand.
However, there are concerns surrounding privacy, safety, fairness, bias, explainability, interpretability, accountability, and security when deploying generative AI systems.
Generative AI has the potential to significantly transform our lives in numerous ways (good and bad). For example, generative AI algorithms can generate synthetic information from input data, creating realistic fake news reports, social media posts, deep fake videos, manufactured terrorist evidence, artificial radioactivity levels & nuclear reactor core temperature readouts influencing geopolitical decisions. By processing huge amounts of data, some call it “artificial general intelligence,” enabling them to handle problems as humans do.
More worrisome is, “Hyperrealism in video manipulation” i.e., video manipulation with the use of technology to create videos that are so realistic that they are indistinguishable from real life. People should be worried.
As deep fakes advance, people might eventually reach a point where they’re unable to discern whether certain types of information were generated by machines, resulting in misinformation spread more effectively, intensifying polarization trends previously magnified by filter bubbles’ reinforcement during post-truth era Facebook pivot to messaging monopoly (which is also a worrying trend). It is therefore essential to continue researching these issues to help balance the benefits of generative AI against potential risks and ensure their responsible use.
Overall, generative AI shows great promise and holds significant potential, opening doors to new possibilities in many industries and disciplines.
Let’s look at this list of the top 10 Generative AI companies dedicated to the research and development of Artificial Intelligence and Deep Learning:
Elon Musk, Sam Altman, Ilya Sutskever, Greg Brockman, Wojciech Zaremba, and John Schulman
Founded
December 11, 2015
Headquarters
San Francisco, United States
Top AI Generative Companies – OpenAI
OpenAI is renowned for its work on generative language models and is quite popular with its overnight hit ChatGPT AI chatbot which amassed 1 million users within 5 days of its launch. Its GPT (Generative Pre-trained Transformer) series, including GPT-3 and GPT-4, has gained attention for its ability to generate human-like text and engage in natural language conversations. Before ChatGPT, OpenAI developed InstructGPT which became the basis of ChatGPT, a chatbot model, capable of taking user instructions that were absent in its GPT models.
OpenAI’s models have been utilized for various applications, including content generation, language translation, chatbots, and its DALL-E project focuses on generating images from textual descriptions, allowing users to create unique and imaginative visual content which is also a great success.
In 2023, OpenAI launched its latest product, the ChatGPT Plus, based on its GPT-4 LLM. However, it is not free for all users and you need to buy a $20/month subscription.
DeepMind
Company
Google DeepMind
Founders
Demis Hassabis, Shane Legg, and Mustafa Suleyman
Founded
September 23, 2010
Headquarters
London, England
Top AI Generative Companies – Google DeepMind
DeepMind is a British artificial intelligence company that was acquired by Google in 2014 and its generative AI research spans various domains, including reinforcement learning, robotics, and healthcare. It has developed novel generative models and algorithms, such as the Deep Q-Network (DQN) for game playing and the Generative Query Network (GQN) for scene representation and generation. It aims to develop generative models capable of producing more complex and flexible outputs.
IBM Watson and Watsonx
Company
IBM
Founders
Charles Ranlett Flint and Thomas Watson Sr
Founded
June 16, 1911
Headquarters
Armonk, New York, U.S.
Top AI Generative Companies – IBM Watson and Watsonx
IBM has also been working on generative AI for many years, and they have made several significant achievements. Watsonx is their upcoming ‘enterprise-ready AI and data platform’ designed to multiply the impact of AI across your business. But IBM has been dedicated to AI and cloud computing for decades now.
In 2014, IBM released Watson AI, a platform for building and deploying AI models. It combines generative AI techniques with natural language processing (NLP) and machine learning to provide advanced cognitive solutions for businesses across multiple industries and has been widely adopted across industries, including healthcare, finance, and customer service. Watson AI encompasses a suite of cognitive computing technologies and services that can derive insights from large amounts of structured and unstructured data.
Later in 2017, IBM released Watson Assistant, a chatbot platform that can be used to create conversational AI experiences. WA is very popular and it is being used to provide customer service across the world. It was followed by the release of Watson Discovery in 2019, a platform for finding insights into data.
Alphabet (Google)
Company
Alphabet
Founders
Larry Page and Sergey Brin
Founded
October 2, 2015
Headquarters
Googleplex, Mountain View, California, U.S.
Top AI Generative Companies – Alphabet
Alphabet has several generative AI technologies, including Google Brain and Google Translate. Google Brain is a research project that is focused on developing new AI technologies Translate can be used to translate text from one language to another. It uses a variety of AI technologies, including NMT, to provide accurate and reliable translations.
Google Brain’s Generative Adversarial Networks (GANs) are a type of machine learning algorithm that can be used to generate realistic images, text, and other types of data. It also developed Transformers, a type of neural network that can be used for natural language processing tasks, such as machine translation and text summarization.
Alphabet also developed NMT which uses neural networks to translate text from one language to another. Alphabet is best for scalability, and offers generative AI support in its cloud platform Vertex AI, as well as a generative AI app builder and generative AI features in its Workspace suite.
In 2023, Google launched its generative AI chatbot Bard which it still calls an experiment. Bard AI can, like ChatGPT, can generate text, and creative content and provide information in a human-like text. You can access BardAI on its official website by login into your Google account.
Marc Benioff, Parker Harris, Dave Moellenhoff, and Frank Dominguez
Founded
February 3, 1999
Headquarters
Salesforce Tower, San Francisco, California, U.S.
Top AI Generative Companies – Salesforce
Salesforce is a leading customer relationship management (CRM) platform that integrates generative AI algorithms into its CRM platform to enhance customer engagement and personalization. Through machine learning and natural language understanding, Salesforce’s generative capabilities enable features like automated email response generation, chatbot interactions, and predictive analytics to improve the overall customer experience.
The integration of AI into Salesforce’s CRM platform provides customers with an enhanced level of service that would be impossible without this technology. Automated emails can respond quickly to inquiries while chatbots provide more personalized responses in real-time than could ever be achieved by manual processes alone. Predictive analytics allows for better segmentation of customers based on their needs or behaviors which leads to improved targeting strategies for marketing campaigns as well as other initiatives such as product recommendations or upsell opportunities tailored specifically for each user.
Microsoft
Company
Microsoft
Founders
Bill Gates and Paul Allen
Founded
April 4, 1975
Headquarters
One Microsoft Way Redmond, Washington, U.S.
Top AI Generative Companies – Microsoft
Microsoft has been at the forefront of generative AI development for many years, and they have made several significant achievements. In 2017, Microsoft released Azure Machine Learning, a cloud-based platform that enables users to build and deploy their machine learning models. It is now one of the most popular platforms in the world and is used by many companies developing generative AI solutions. Additionally, Microsoft developed Power BI as an enterprise intelligence tool to help businesses analyze data more effectively and generate reports automatically.
More recently in 2020, Microsoft partnered with OpenAI to release GPT-3 which has facilitated numerous applications such as chatbots or content generators for creative writing tools among others. This powerful language model can be trained on large datasets quickly so that it can produce better results than traditional methods like natural language processing (NLP). GPT-3’s ability to understand context makes it able to create highly personalized experiences based on user input without requiring complex programming knowledge from developers building applications using this technology.
In February 2023, Microsoft launched Bing AI and the New Edge browser that uses OpenAI’s GPT-4 language model to access the web and generate responses. The Bing Chat (Bing AI), can be accessed on the Microsoft Edge browser, however, it is not yet available to everyone.
You might already be familiar with Adobe and even used some of their products like Adobe Photoshop, Acrobat, Premier Pro, etc.
When it comes to generative AI, Adobe leverages generative AI within its creative software suite to empower artists and designers. Their generative tools allow users to generate, manipulate, and enhance images, videos, and designs using AI-powered algorithms. This includes features like content-aware fill, intelligent upscaling, and automatic image editing suggestions.
Intel
Company
Intel
Founders
Gordon Moore and Robert Noyce
Founded
July 18, 1968
Headquarters
Santa Clara, California, U.S.
Top AI Generative Companies – Intel
Intel is well-positioned to lead the way in the development and adoption of generative AI and also working on several other generative AI technologies including the Nervana Neural Network Processor (NNPP), which is a custom-designed processor for deep learning applications. It is designed to accelerate the training and inference of neural networks, making it ideal for generative AI applications. It also developed OpenVINO Toolkit, a software development kit that makes it easy to develop and deploy deep learning applications on Intel hardware. While Nervana provides specialized hardware and software optimizations for efficient training and inference of generative models, OpenVINO offers a unified toolkit for optimizing and deploying these models across diverse Intel hardware platforms.
Intel has an AI-dedicated arm namely Intel AI Lab, which is a research lab that is focused on developing new generative AI technologies. The Intel AI Lab has developed several generative AI technologies that include Generative Adversarial Networks (GANs, Transformers, and Neural Machine Translation (NMT). The research output from Intel Labs contributes to Intel’s product roadmap and strategy, influencing the development of future Intel processors, platforms, and technologies. Intel is committed to making generative AI accessible to everyone.
Writesonic
Company
Writesonic
Founder
Samanyou Garg
Founded
October 2020
Headquarters
San Francisco, California, United States
Top AI Generative Companies – Writesonic
Writesonic is a company that develops AI writing tools. The company was founded in 2021, headquartered in Austin, Texas. It offers a variety of AI writing tools, including Jasper AI, a large language model that can produce text, translate languages, write a diverse set of creative content, and answer questions in an informative, essay kinda way when prompted.
It is a rapidly growing company. In 2022, the company raised $125 million in a Series A funding round led by Insight Partners.
In the AI writing space, the company’s tools are used by businesses and individuals around the world to create high-quality copy, headlines, slogans, captions, and other content faster.
NVIDIA
Company
NVIDIA
Founders
Jen-Hsun Huang, Curtis Priem, and Christopher Malachowsky
Founded
April 5, 1993
Headquarters
Santa Clara, California, U.S.
Top AI Generative Companies – NVIDIA
NVIDIA is a leading manufacturer of graphics processing units (GPUs) and has made significant contributions to generative AI, particularly through its work on generative adversarial networks (GANs). GANs are composed of two neural networks: a generator network and a discriminator network that compete with each other during training. NVIDIA’s research in this area has resulted in advancements such as image synthesis, style transfer, super-resolution, etc.
Furthermore, NVIDIA’s Megatron-Turing NLG is an LLM that can generate text from large datasets of code or text; it can also be used for language translation or creative writing tasks. Additionally, they have developed Jarvis – an AI conversational chatbot powered by Megatron-Turing NLG which enables natural conversations between humans and machines. This technology could be applied to many areas such as customer service support or education where communication between people would benefit from the use of natural language processing tools like those provided by NVIDIA’s products.
Generative AI Is About To Reset Everything, And, Yes It Will Change Your Life | Forbes
Conclusion
The advances in generative AI have enabled them to develop powerful tools that facilitate human interaction with computers using natural language processing techniques.
Overall, these advancements from the above-mentioned companies demonstrate how far generative artificial intelligence technology has come since its inception, and how much potential there remains within this field going forward. Please note that the generative AI landscape is rapidly evolving, and new companies might emerge or gain prominence over the next few months or years. This list of companies is not exhaustive and based upon personal research into their products and research work toward the development of AI and deep learning.
FAQs
What is generative AI?
Generative AI is a type of artificial intelligence that focuses on generating new data that is similar to existing data. This is typically done using deep learning algorithms such as generative adversarial networks (GANs) or variational autoencoders (VAEs).
What is the latest product launched by OpenAI?
In 2023, OpenAI launched its latest product, the ChatGPT Plus, based on its GPT-4 LLM.
What is the latest generative AI Chatbot of Google?
In 2023, Google launched its generative AI chatbot Bard which it still calls an experiment.
What does Writesonic do?
Writesonic is a company that develops AI writing tools. It offers a variety of AI writing tools, including Jasper AI, a large language model that can produce text, translate languages, write a diverse set of creative content, and answer questions in an informative, essay kind of way when prompted.
Both are American multinational technology companies manufacturing semiconductor chips. Both were founded around the same time. Both have global business operations and both are avid competitors on the world stage.
One is named Intel Corporation and the other is Advanced Micro Devices, Inc., commonly known as AMD. Producing semiconductor chips that develop computer processors and related technologies, both these companies compete within the same market space vying for the same customers. Here’s a brief history of these companies and a look at their business operations to determine who is better with their products.
It was the year 1968 when Gordon E. Moore, a chemist, and Robert Noyce, a physicist and a co-inventor of the integrated circuit, founded Intel in Mountain View, California. A venture capitalist and investor, Arthur Rock extended help by finding investors and Max Palevsky was on the board from the early days.
Intel was distinguished from the very beginning by its ability to make logic circuits using semiconductor devices. The main aim of the founders of the company was the semiconductor memory market, which was then, widely predicted to replace magnetic-core memory. Working towards this, the company experimented with various products, finally producing the first commercial metal-oxide-semiconductor field-effect transistor silicon gate SRAM chip, the 256-bit 101. The company created its first commercially available microprocessor in the year 1971 and the first microcomputers in the year 1973. Intel also opened its first international manufacturing unit in the year 1972 in Malaysia followed by opening assembly facilities and semiconductor plants in Singapore and Jerusalem in the early 1980s. In the early 1990s, it opened manufacturing and development centers in China, India, and Costa Rica.
The growing success of IBM personal computers that was based on the intel microprocessor prompted the company to shift focus to the microprocessor business which proved to be a huge factor in the company’s continuing success. However, challenges and obstacles greeted Intel at the turn of the century. AMD emerged as a strong competitor to Intel, challenging its dominant market position. Over the years, through various other products and refocusing on its core business, Intel has tried to regain its previous market leader position. AMD has succeeded in challenging Intel by providing stiff market competition.
AMD was incorporated in the year 1969 by Jerry Sanders, an electrical engineer, and a group of other technology professionals. The company initiated its business operations by becoming a second source supplier of microchips that were designed by Fairchild Semiconductor and National Semiconductor and focused on producing logic chips. AMD entered the RAM chip market in 1971 and following its success went public in 1972. It also entered the microprocessor market in 1975 with a product that was almost an exact copy of the Intel microprocessor. By that year, AMD was producing a total of 212 products – 49 of which were proprietary.
A business agreement with IBM by Intel, led Intel and AMD to enter into a 10-year technology exchange agreement in 1981, stating that either company could become a second source manufacturer of semiconductor products developed by the other. Then in the year 1991, it introduced its AMD-designed chip and began to compete directly with Intel.
AMD survived the dot-com bubble and has traveled a winding road, facing many challenges and obstacles, and emerged successful. In the year 2021, it announced a partnership with Meta to make the chips used in the Metaverse. The year 2022 saw AMD enter into a partnership with Samsung to develop a mobile processor to be used in future products.
Over the years, AMD has emerged as a major player in the processor market and the big war is between Intel and AMD. In a consumer-centric market, tough competition means a broader choice for the customers. What this essentially comes down to is a comparison between the two products and their performance on various fronts.
CPU Performance
Intel and AMD CPU Performance
The 13th-gen line of CPUs from Intel offers the best value for money which is a strong pull for consumers. However, AMD’s latest Zen-based processor is the most powerful consumer-grade chip, even if it is a little expensive. AMD’s chip is most valuable for users using advanced 3D rendering software. The more affordable from AMD’s offering is the AMD Ryzen 77700X, although, its performance in comparison with Intel Core i7-12700K is not up to the mark. Intel is currently set to dominate the mid-market with the release of its Intel Core i7-13700K.
The Number’s Game
Both companies were founded by ex-employees of Fairchild Semiconductor. However, Intel began stronger and successfully bagged IBM as a client for supplying microprocessors for their first personal computers. After that, it cemented its position as a market leader through various innovative products and became a multi-billion-dollar conglomerate and an undisputed market leader. Intel also has a much stronger revenue stream and higher R&D budgets.
AMD, on the other hand, did begin strong and began competing with Intel but faced numerous challenges and obstacles through the years. By 2010, the company had fallen far behind Intel and had to go back to the drawing board with renewed focus. This move proved a turning point for them and their new Zen architecture has given Intel a run for their money.
Intel vs AMD: Strengths & Weaknesses Of Each Platform
Cost
In the earlier days, AMD’s products were much lower priced than that of Intel, although, the difference is negligible these days. However, the cost of a technology product goes much deeper than the money count. AMD’s CPUs, although costlier, offer cross-generational compatibility that integrates seamlessly with the latest hardware. Intel products have not always been so adaptable, which results in a higher expense, eventually. Also, AMD offers more energy-efficient products than Intel.
Laptop Performance
AMD has begun challenging the laptop CPU market, which was, until now, Intel dominated. Both these companies offer great laptop CPUs. It rather depends on the user which CPU would suit best, based on the kind of use of the laptop.
Conclusion
While both companies are neck-to-neck with their product offerings, both Intel and AMD CPUs have differing uses. Intel makes the best CPUs for the average everyday user. However, users with high-end workstations would benefit better from AMD CPUs. While scouting for CPUs, users should keep in mind their usage for deciding the best product.
FAQs
When was Intel founded?
Gordon E. Moore and Robert Noyce founded Intel in 1968.
When was AMD founded?
AMD was incorporated in the year 1969 by Jerry Sanders and a group of other technology professionals.
When did Intel create its first microprocessor?
Intel created its first commercially available microprocessor in the year 1971 and the first microcomputer in the year 1973.
You all know that semiconductor chips are used in nearly every electronic device that we buy. They go into computers, smartphones, gadgets, cars, aircraft, medical equipment, military systems and whatnot. The world is facing a global semiconductor chips shortage at present which has raised the question of why can’t more companies get into the production of semiconductor chips. Let’s dive into the semiconductor industry through this article to know what are the complexities which don’t allow many companies to enter the industry.
Why are semiconductor chips in the news?
In 2021, the global chip shortage was much in the news and companies like Apple, Tesla, Tata Motors and Samsung Electronics had to starve for semiconductor chips. A total of 169 industries were impacted by the shortage, the auto industry being the worst hit.
There were several factors which led to such a global shortage. Some of them are:
The surge in demand for electronics required for work from home during the pandemic
Labour shortage due to lockdown restrictions
Drought in Taiwan
The Trade war between the U.S. and China.
Semiconductor chip storage has made countries realise that the manufacturing of chips is concentrated in a few east Asian countries only. So, this year countries around the world are coming up with plans to build production capacity for these semiconductor chips so as to become self-sufficient and reduce import dependency. India is going to spend around $30 billion to develop the semiconductor supply chain ecosystem. The U.S. is also considering implementing the CHIPS for America Act to provide $52 billion for chip manufacturing and government support to semiconductor giants. The Act aims to provide financial assistance for the construction, expansion, or modernization of a semiconductor fabrication plant in the United States.
Semiconductor Chips Industry- The History & The Present
Jack Kilby – Inventor of Semiconductor Chips
In 1958, Jack Kilby, an electronic engineer at Texas Instruments, created the first integrated circuit which is the ancestor of modern-day microchips. It was a great and revolutionary invention of the 20th century. The semiconductor industry started around 1960 and sales revenue crossed the $ 1 Billion mark by 1966. In 2022, the global semiconductor chip industry is expected to reach about US$600 billion. But very few companies in the world can make semiconductor chips, and even fewer can make them profitably at that. Let’s understand why it is so by delving into the semiconductor chips industry and its manufacturing process.
The Model and the Major Players of the Semiconductor Industry
Countries dominating semiconductor production.
The semiconductor industry is dominated by companies from Taiwan, the U.S, South Korea, China, Japan and the Netherlands where semiconductor manufacturing has government backing, developed infrastructure and economies of scale.
The industry is based on a model that fabrication, design and development is distributed among different companies and their subsidiaries around the world. Foundry companies like TSMC and GlobalFoundries are involved in manufacturing only. Fabless semiconductor companies like AMD, Nvidia outsource production to a third-party fabrication plant and only design the device. Integrated Device Manufacturers (IDMs) such as Intel and Samsung manufacture (in-house), design and as well as sell integrated circuit products.
Table representing top 8 semiconductor companies, their type and country.
Name of the Company
Country
Type
Intel
United States
IDM
Samsung
South Korea
IDM
TSMC
Taiwan
Foundry
SK Hynix
South Korea
IDM
Micron
United States
IDM
Qualcomm
United States
Fabless
Nvidia
United States
Fabless
Infineon
Germany
IDM
Taiwan’s TSMC alone manufactures a great percentage i.e. more than 50% of semiconductors in the world. It is the world’s largest foundry. Apple, which is the biggest consumer of chips and the two major fabless semiconductor companies, Nvidia and Qualcomm, are the clients of TSMC only. Samsung, the rival company of TSMC, has announced to invest $355 billion to manufacture 3nm chips to beat TSMC.
The process of manufacturing Semiconductor Chips
Semiconductor chips are made using a semiconductor, silicon. The process of making semiconductor chips involves more than 59 types of equipment and different steps which are required to be repeated to create layers in a chip. A chip can consist of as many as 100 layers which means that the steps have to be repeated in the same number.
The wafers of silicon extracted from sand are transformed into transistors that form the base of a group of circuits called chips. The following steps outline the process of creating a layer in a semiconductor chip-
The first step is to coat the wafers with photosensitive chemicals and light resistant materials.
Then there’s lithography performed at the second stage where coated silicon wafers are exposed to UV light inside a lithography machine. The light is passed through a mask containing the chip’s blueprint onto the wafer to print the pattern. This process makes it possible to build hundreds of chips on a single silicon wafer.
The area exposed to light then gets hardened and the unexposed soft areas are etched away by hot gasses.
The next step involves the use of ionic gasses to modify the conductive properties of the layer created by adding some impurities and then finally the metal links are laid down between transistors, thereby creating one complete layer.
All of these steps are to be repeated to create subsequent layers.
Why can’t we just produce more chips to meet the soaring demand?
If there’s a chip shortage then why don’t more companies get into semiconductor chip production and reduce this gap between demand and supply? Well, to know the answer to this question we need to first understand the complexities of making chips and the semiconductor industry.
What makes manufacturing semiconductor chips so complicated?
Though the chip is a tiny thing in terms of size, it involves the most complicated and expensive processes. Here’s the list of factors which makes it difficult for any company to enter this industry-
It requires land, permits, natural infrastructure, electricity, complicated machines and a lead time of more than 2 years to set up the mega-expensive fabrication plants and factories that build these chips. In 2021, Samsung announced plans for a 17 billion dollar chip plant in Texas to be opened in 2024.
Manufacturing a chip is also a complex procedure which takes a considerable amount of time. It takes almost 3 months to turn the raw silicon into that final chip which is put into devices.
The manufacturing process is atomic level and requires expensive factory equipment.
Also, the rooms where silicon is put into chip-making machines are required to be absolutely dust-free. A single speck of dust can waste all efforts and millions of dollars.
Semiconductor chip production involves a complex network of companies that produce or design them, along with those that supply the technology, materials and machinery required.
How did the Russia-Ukraine war impact the Industry even more?
Participation of Russia and Ukraine in the global supply of Palladium and Neon respectively.
Neon is required for lasers used in lithography for producing chips. Last year, the global consumption of neon for chip manufacturing was around 540 metric tonnes. The Russia-Ukraine war has worsened the global chip shortage because more than half of the world’s neon is produced by two Ukrainian companies only- Ignas and Cryin who had to shutter their operations. So, this will have an intense impact on the semiconductor industry. Moreover, Russia’s palladium supply can also be affected due to the war. The shortage of palladium which is essential for catalytic converters applied in exhaust systems of automobiles can indirectly have a potential impact on the semiconductor industry by way of less demand of chips by automakers.
Conclusion
Semiconductor foundries need a huge capital investment of billions of dollars and a considerable period of time to set up. Moreover, these foundries cannot produce chips at a very fast pace because the manufacturing process also takes time and requires expensive equipment. All this makes it difficult for any company to get into the industry and even if any company does so, it becomes difficult for them to compete with the big fish and make profits. That’s why when it comes to semiconductor chip manufacturers, we get to hear only a few names who have acquired a huge market share in the industry over time.
FAQs
What are semiconductor chips made of?
Semiconductors also referred to as integrated circuits (ICs) or microchips, are made from pure silicon.
Who is the largest manufacturer of semiconductor chips?
Taiwan’s TSMC is the largest manufacturer of semiconductor chips.
What are the best 5 semiconductor companies to invest in?
The Olympic Games are known as the foremost athletic competition in the world. Over the years, The Olympics have allowed athletes to show off their strength and skills. With more than 200 countries participating the multisport event will bring people together with a competitive spirit. This universal sports event takes place every four years, alternating every two years with the Summer and Winter Olympic Games.
Since the modern Olympics from 1896, two countries are chosen to host the Summer and Winter games through bidding. Hosting the Olympics is a big thing for every country as they receive worldwide attention from the presentation period until the sports event gets over. This time around Tokyo, Japan was given the privilege to be the host for the XXXII Summer Olympiad in 2020.
However, because of the Covid 19 Pandemic across the world, the Tokyo 2020 Olympics was postponed to be held from 23rd July to 8th August 2021. Japan is said to have spent an estimated $26 billion to host the 2020 Summer Olympics, this includes an additional $2.7 billion that the country spent on the losses due to the postponement.
A total of 11,500 athletes from 205 countries are expected to be competing, with the attendance of 79,000 overseas officials, journalists, and support staff for the 2020 Summer Olympics. The games will consist of 339 events in 33 different sports, which will be held in 42 venues across Japan. Four new sports are Karate, sports climbing, surfing, and skateboarding will be making their debuts at the 2020 Tokyo Olympics.
While games like Baseball and softball are part of the Olympics again for the first time since 2008. The tickets for the Olympics Opening Ceremony are estimated to cost between the range of $112 and $2,808, with over 4.5 million tickets being sold to Japanese residents. The Tokyo 2020 Olympics is also said to be the most sustainable Olympics as it has made many attempts to promote the recycling of waste.
For example, over 5000 medals were made of recycled mobile phones, while the podiums for the games were made from recycle plastic recovered from the oceans. The IOC (International Olympic Committee) is thought to make over 70% of its money from broadcasting rights and over 18% from sponsorship.
The IOC and the Olympics are funded by 4 main tiers of sponsors, which are the Worldwide Olympic Partners, Tokyo 2020 Olympic Gold Partners, Tokyo 2020 Olympic Official Partners, and Tokyo 2020 Olympic Official Supporters. Besides that, every participating country has its own sponsors and athletes also sign separate deals for themselves.
There are 14 Worldwide Olympic Partners that are locked into multi-year contracts, while the other lower-level sponsors are usually companies based in the host country which is Japan this time. Being a sponsor to the Olympics brings about a huge advantage in terms of marketing for these big companies.
The 14 main worldwide partners of Olympics (Coca-Cola, Airbnb, Alibaba, Atos, Bridgestone, Dow, GE, Intel, Omega, Panasonic, Procter and Gamble, Visa, Samsung, and Toyota) get their entire product categories to themselves. These companies usually take their products and staff to the Olympics and also launch massive multimedia marketing campaigns using the famous Olympic logo.
Depending on which of the four tiers the companies are in sponsoring in they will be allowed to use Tokyo 2020’s Olympic and Paralympic designations and imagery, including emblems, mascots, and slogans. According to media sources, The IOC had arranged over $2 billion from global sponsors for this quadrennium (four-year package for partnering), with the addition of $3.3 billion or so from the nearly 70 Japanese domestic sponsors.
Worldwide Olympic Partners
Coca- Cola
Coca-cola is a leading beverage company that manufactures carbonated soft drink that is sold in more than 200 countries and territories. According to Interbrand’s study on the “best global brand”, Coca-cola was ranked sixth most valuable brand in 2020. The beverage giant is known to sell over 1.8 billion company beverage servings each day.
Coca-Cola was the first commercial sponsor of the Olympic Games back in 1929 and has since then been an Olympic sponsor. The company has been the longest-standing partner of the Olympics and has sponsored every edition of the Olympic Games.
One of the most popular Coca-Cola x Olympic ad campaigns was in the Summer Olympics in Rio in 2016, where the company reached 500 million social media impressions for its #ThatsGold campaign.
Airbnb
Airbnb as in “Air Bed and Breakfast”, is an American company that provides an online marketplace for lodging, homestays for vacation rentals, and other tourism activities.Airbnb has its headquarters in San Francisco, California, and is a platform that lets property owners rent out their spaces to travelers looking for a place to stay.
The company was started in 2007 and has since then grown to 4 million hosts who have travelers in their homes. The company first partnered with the Olympics in 2019 and has since then allocated over 440 million of the overall sponsorship to direct support for athletes. The Airbnb partnership with the IOC and the International Paralympic Committee (IPC) is said to last for nine years which will include five Olympic and Paralympics.
Alibaba
Alibaba is a Chinese multinational conglomerate that specializes in the industries such as e-commerce, internet, retail, and technology. The company provides services like electronic payment, shopping search engines is acclaimed for its cloud computing services, and is the fifth largest AI Company. According to Forbes, Alibaba is among the ten most valuable corporations and the 31st largest company in the world in 2020.
Alibaba became an Olympics Worldwide partner in 2017 and has since then helped the IOC in transforming the Olympic Games for the digital era. The company has so far, come up with a suite of Cloud-based and AI-powered solutions that have made the digital transformation for the Olympic Games in a way that benefits fans, spectators, athletes, venues, and organizers.
Atos is a global leader in Information Technology services and consulting with headquarters in Bezons, France. The company has an annual revenue of around $12 billion with over 110,000 employees in 73 countries worldwide. Atos specializes in sectors such as transactional services, unified communications, cloud, High-Performance Computing, and Digital Workplace, big data, and cybersecurity services.
Atos has been a part of the Olympic movement since 1989 and became its worldwide partner in 2001 and has since then supported every Olympic Games.
As the IT partner of the games, the role of the company is to ensure the Olympic Games are fully connected, secure, and digitally enabled. Over the years, Atos has continuously used its cloud-based platform in order to increase efficiency, reduce costs, and most importantly minimize the environmental footprint of the Olympics and Paralympics.
Bridgestone
Bridgestone is the world’s largest tyres and rubber manufacturer with its headquarters in Tokyo, Japan. The company has over 144, 000 employees around the world and is available in 150 plus countries. Besides tyres, Bridgestone is also known to be an industry leader in a broad range of industrial products, building products and sporting goods.
As of 2018, the company has 181 production facilities in 24 countries. Bridgestone has been a worldwide partner to the Olympics in 2014, since then the company has provided its leading products and services such as tyres, automotive vehicle services, self-propelled bicycles, among others in support of the athletes and staging of the Olympic Games.
Dow
Dow is the third largest chemical producer in the world, with its headquarters in Michigan, US. The company operates in 113 manufacturing sites in 31 countries and has over 37,000 around the world. Dow specializes in producing Chemicals, raw materials, and compounds used across selected industries. The company became an Olympics worldwide partner in 2010.
The company has played an important part in improving the sustainability of the Olympic Games so far. The successful carbon mitigation programs implemented by the company and the Organizing Committees of the Olympic Winter Games Sochi in 2014 and the Olympic Games Rio in 2016, helped in mitigating harmful emissions and balancing the IOC’s footprint to create a positive carbon legacy worldwide.
GE or General Electric Company is an American conglomerate that is dedicated to innovating in the sectors of energy, health, transportation, aviation, power, renewable energy, digital industry, locomotives, finance, venture capital, and infrastructure. The company has its headquarters in New York, Boston and operates in over 100 countries with over 300,000 employees worldwide.
GE became an official Olympic worldwide partner in 2005. The company is known to closely work with the host countries for organizing committees that provide infrastructure solutions for Olympic venues including power, lighting, water treatment, and transportation. GE also supplies the host cities with diagnostic equipment and healthcare technology solutions that will help doctors treat athletes during the games.
Intel
Intel is another global leader in manufacturing essential products and technologies such as motherboard chipsets, integrated circuits, flash memory, graphics chips, embedded processors, among others. The company has its headquarters in Santa Clara, California, and has over 106,000 employees across its 600 facilities present in 63 countries.
Intel became the Olympics worldwide partner in 2017 and has since then played a vital role in advancing the Olympic Games experience for fans around the world with its innovative technology. The company has helped the games in the categories of 5G technology platforms, VR, 3D and AI platforms, sports performance platforms, drones, processors, and more.
Omega
Omega is a Swiss luxury watchmaker which has its headquarters in Bienne, Switzerland. Omega is a subsidiary of the Swiss Swatch Group. The company is known for its high precision and standard of precision and has a tradition of excellence in watchmaking.
This is why the company is the official timekeeper of the Olympic Games since 1932. The company is the worldwide Olympic partner up till the 2032 Olympic Games. Since 1932, Omega has served as the Official Timekeeper of the Olympic Games on 28 occasions.
Panasonic
Panasonic is a leading electronics company that has its headquarters in Osaka, Japan. The company offers a wide variety of services in categories of Audio, Television, Video equipment, including Car Navigation, and Multimedia Products. It manufactures products like rechargeable batteries, automotive and avionics systems, and industrial systems.
Panasonic has been a worldwide partner of Olympic since 1987. The company has so far provided the games with state-of-the-art digital audio and video equipment like a flat-screen TV, digital video camera, DVD recorder, and professional audio/video equipment. The company has been able to deliver the sights and sounds of the Olympics from the field to the spectators through its large on-site video screens and professional audio systems.
Procter & Gamble
Procter & Gamble also known as P&G is a multinational consumer goods company that has its headquarters based in Cincinnati, Ohio. The company offers a variety of different products such as personal health/consumer health, personal care, and hygiene products, beauty products, Grooming, Baby and family care products among others.
P&G has over 135,000 employees and is available in over 80 countries. Procter & Gamble has become a worldwide partner of Olympic in 2010, since then the company has helped the Olympics in the category of personal care and household products.
Samsung
Samsung is a Korean conglomerate with its headquarters in Samsung Town, Seoul. As of 2020, the company is known to have the 8th highest global brand value. It also is currently a leader in the industries of food processing, textiles, insurance, securities, and retail. Samsung is one of the top smartphone producers in the world. In 2016, the company shipped more than 306 million units of electronic gadgets worldwide.
The company has been a sponsor for the Olympics since the 1988 Seoul Olympics. Samsung has since then a meaningful connection through innovative technologies. For the last 30 years, Samsung has helped evolve the games in the categories of wireless communications equipment and computing equipment category.
Toyota
Toyota is one of the largest automobile manufacturers and had sold over 10 million vehicles in over170 countries. According to Forbes, Toyota is the 10th largest company in the world in terms of its gross revenue in 2019. The company has its headquarters in Aichi, Japan, and is known to have over 370,000 employees worldwide.
Toyota is the first-ever mobility worldwide partner for the Olympics in 2015. The company has helped the games in the sector of vehicles, mobility support robots, and mobility services. It also helps IOC in coming up with sustainable options for efficient mobility, intelligent transport systems, traffic systems, and vehicle-to-vehicle communications systems in host cities during the Olympics.
Visa
Visa is a world leader in digital payment and multinational financial service corporation that has its headquarters in Foster City, California. The company provides financial services like electronic fund transfer through credit cards, debit cards, and prepaid cards. Visa is one of the world’s most valuable companies as it provides payments for more than 3.5 billion cardholders in over 200 countries worldwide.
Visa is a worldwide partner of the Olympics since 1986. The company has helped the games by enhancing the payment experience for fans and athletes present at the Olympic venues. The company has the exclusive category of payment services, transaction security, and prepaid cards. Visa has continuously provided the company with the most technologically advanced payment systems available including new payment options.
Asahi group holdings are one of the top Japanese companies that manufacture beer, spirits, soft drinks, and food. The company has its headquarters in Sumida, Tokyo, and has 37% of the market share making it the fourth largest beer brewer in Japan. Asahi has been the gold partner of the Olympics since 2009 as it supported the Japanese Olympic team and athletes aiming to qualify for the games.
Asics
Asics is a Japanese conglomerate that manufactures sports equipment for various different sports. The company is known for its running shoes that have been ranked high among the top performance footwear in the market. Asics will be supporting Tokyo 2020 Olympics by sponsoring sportswear for the Japan Olympic and Paralympic Team and making uniforms for the staff and volunteers.
Canon
Canon is one of the top manufacturers of cameras in the world, with its headquarters in Tokyo, Japan. The company also makes optical, imaging, and industrial products, such as lenses, medical equipment, scanners, printers, etc. The company will be providing services to the Tokyo 2020 Olympic Games with world-class services to sports journalists and photographers from all over the world for the sports event.
Eneos
Eneos Corporation also known as the Nippon Oil and Energy Corporation is a Japanese petroleum company. The company is the largest oil company in Japan and has recently been expanding its operations in other western countries. The company will support the Tokyo 2020 Olympics by supplying essential energy sources such as petroleum, gas, hydrogen, and electricity.
Tokio Marine & Nichido Fire Insurance
Commonly known as the Tokio Marine Nichido, the company is a property insurance subsidiary of Tokio Marine Holdings. With headquarters in Tokyo, Japan, it is also known to be thelargest non-mutual private insurance group in the country. The company will support the Tokyo 2020 Olympics by providing insurance, risk management, and offering insurance in their time of need.
Nissay is also known as Nippon Life Insurance is the largest Japanese life insurance company in terms of revenue. The company is said to be working together with the IOC and other stakeholders to utilize our national network to foster the movement throughout Japan especially during the Olympics.
NEC
NEC Corporation is one of the top IT and Electronic companies in Japan. With its headquarters in Tokyo, Japan, its IT and network solutions consists of Cloud computing, AI, IoT platform, and software. The company will be supporting the Tokyo 2020 Olympics with state-of-the-art public safety products and network products.
NTT
The Nippon Telegraph and Telephone Corporation is known as NTT is known to be ranked 55th in the Fortune Global 500. With headquarters in Tokyo, Japan, the company is the fourth-largest telecommunications company in the world according to its gross revenue. NTT has taken up the responsibility to provide information and communications technologies for the Tokyo 2020 Olympics.
Nomura
Nomura is a leading financial holding company in Japan. The company offers services of broker-dealer, banking, investment, financing, and other services to its customers. Nomura Holdings will support the Olympic and Paralympic Games Tokyo 2020 as the Gold Partner in the category of security.
Fujitsu is another IT and communications technology that has its headquarters in Tokyo, Japan. The company is the world’s fourth-largest IT service provider and has 132,138 plus employees in more than 180 countries. During the Tokyo 2020 Olympics, the company will help in connecting various ICT technologies and bringing about a safe, sound, and reliable sports event.
Mizuho
Mizuho is a Tokyo-based banking and holding company. Mizuho’s combined holdings are known to form the third-largest financial service group in Japan. The company has taken up many initiatives to promote innovation in the financial sector and to revitalize the Japanese economy so that the country is ready to welcome people for the Tokyo 2020 Olympics.
SMBC
SMBC or Sumitomo Mitsui Banking Corporation Group is another Japanese banking and financial services company that will be sponsoring the Tokyo 2020 Olympics. The group operates in the sectors like retail, corporate, and investment banking segments worldwide.
Mitsui Fudosan
Mitsui Fudosan is a leading real estate developer in Japan and one of the subsidiaries of the Mitsui Group. Commenting on sponsoring the Olympics the coming said that, it will show the world the charms of Japan, by developing attractive cities fit to welcome people from around the world, as part of the Tokyo 2020 Olympics.
Meiji
Meiji Holdings Company is a Japanese holding company, which is currently the fourth largest confectionery company in the world. The company has supported athletes in many ways since 1964 when they first offered products to Olympic athletes.
Lixil
Lixil Group Corporation is one of the top manufacturers of building materials and housing equipment, The company will support Tokyo 2020 Olympics in the category of Building Components and Bathroom and Kitchen Fixtures which will be useful especially for the Olympic village.
Ajinomoto is a leader of a global company that specializes in the business of food and amino acids. The company produces seasonings, cooking oils, frozen foods, beverages, sweeteners including pharmaceuticals. The company is available in 36 countries and has over 34,504 employees around the world.
Earth Corporation
Earth Corporation was founded in 1892 and is a pioneer in the field of household insecticides in Japan. The company manufacturer’s pharmaceuticals and produces quasi-drugs, medical tools, and more. The company is also into importing and exporting services.
EF Education First
EF Education First was founded in 1965 as a global educational institute offering groundbreaking educational programs. Ef is one of the well-known international education companies that offer language learning, cultural exchange, and academic programs around the world. The company provides cultural and language learning programs in over 116 countries with over 52,000 employees worldwide.
Airweave
Airweave is a total sleep solution company that is sponsoring the Tokyo 2020 Olympics with special portable products customized for Olympic athletes. The company is known for its wide range of products such as bed frames, mattresses, pillows and cushions, comforters, bed linens, covers, pillowcases, and sheets. Airweave is looking forwards to delivering the most comfortable sleeping environment for competing athletes at the games.
Kikkoman
Kikkoman is a world leader in manufacturing soy sauce, it began its operation in 17 and currently produces over 400 million liters of soy sauce every year. The company is available in over 100 countries and also makes food seasoning and flavoring, mirin, shōchū, and sake, juice, and other beverages including pharmaceuticals.
KNT CT is an integrated travel company group that has contributed to the organization of numerous sports events that have taken place in Japan. KNT-CT will be supporting the Tokyo 2020 Olympics in the category of Travel agency services and national trip hospitality services. It will also be plan spectators’ tours that will bring the excitement of the Olympics to as many domestic customers.
JTB
JTB Corporation is another Tokyo-based travel agency that will be sponsoring the Tokyo 220 Olympics. The company is known to be one of the largest travel agencies in the world as it specializes in the tourism sector.
Cisco Systems GK
Cisco Systems GK is a Japanese subsidiary of the Cisco system which is a world leader in IT. The company was founded in 1992 and is now sponsoring the Tokyo 2020 Olympics in the sector of Network equipment.
Secom
Secom is one of the top security companies in Japan and a pioneer in the industry. Secom has a history of being involved in many national programs, large-scale projects, and the provision of security services at major facilities and has extensive expertise and experience in implementing security systems. The company will provide security and other services at the Olympic Village for the Tokyo 2020 Olympics.
ANA
ANA also known as All Nippon Airways is the largest airline in Japan in terms of its revenue and passengers. The company operates in both domestic and international destinations with more than 20,000 employees and 2.07 million passengers in 2010. The company will support the Tokyo 2020 Olympics in the category of Passenger Air Transportation Services.
Alsok was founded in 1965 and has operations in security for homes and buildings, and security for the secure transportation of physical cash for financial institutions. Alsok will be supporting the Tokyo 2020 Olympics with security and helping the athletes during the game.
DNP
DNP is also known as Dai Nippon Printing Co was established in 1876. It is a Japanese company known for its products and services in printing and information technology. The group has over the years expanded its business from magazines and books to the fields of packaging. The company will support the Tokyo 2020 Olympics in the category of Printing Services and will help the games with Games tickets, accreditation cards, and various communication materials.
Daiwa House
Daiwa House Industry is Japan’s largest homebuilder that specializes in prefabricated houses. The company has so far built factories, shopping centers, health care facilities, the management and operation of resort hotels, golf courses, and fitness clubs. It is also a well-known operator of freight logistics centers with more than 250 logistic companies.
Tokyo Gas
Tokyo Gas is the largest natural gas utility in Japan. The company has a history of more than 130 years and has so far constructed a network consisting of 60,000 km of pipelines that links more than 11 million customers in Tokyo. It is also the primary provider of natural gas in the main cities of Japan.
Tokyo Metro
Tokyo Metro is known to have an average daily ridership of 7.07 million passengers. It operates nine subway lines covering 195.1 km in central Tokyo seven of which offer through-services with lines operated by other railway companies. Tokyo Metro will support the Tokyo 2020 Olympics in the category of Passenger Rail Transportation Services.
Toto is a Japanese company that manufactures plumbing products, including ceramic sanitary ware, fittings for water faucets, bathtubs, and washbasins. The company is currently available in 18 countries and is known for its innovations in washrooms and toilets. The company will sponsor the Tokyo 2020 in the category of Bathroom and Kitchen Fixtures.
Tobu Top Tours
Tobu Top Tours Corporation is a Japanese travel agency with over 100 branches in japan and offices in London, Paris, New York, San Francisco, Los Angeles, Hawaii, Guam, Sydney, Gold Coast (Australia), Bangkok, Hong Kong, Shanghai, Beijing, and Singapore. The company will support the Tokyo 2020 Olympics in the category of travel and tourism.
Narita International Airport and Japan Airport Terminal Haneda
Narita International Airport is the secondary international airport in Japan, it is also the closest airport to cities like Narita, Kazaki, and Tomisato. The Haneda Airport is one of the two primary airports and the primary base of Japanese airlines like Japan Airlines, All Nippon Airways, Air Do, Skymark Airlines, Solaseed Air, and StarFlyer. Haneda was rated to be the 2nd Best Airport, World’s Cleanest, and Best Domestic Airport in the world by Skytrax.
Japan Post
Japan Post is among the top post, logistics, and Courier companies in Japan. It has its headquarters in Tokyo and is a subsidiary of Japan Post Holdings group.
Japan Airlines
Japan Airlines is the topmost Japanese airline with its headquarters in Tokyo, Japan. It operates in international and domestic passenger and cargo services to 220 destinations in 35 countries worldwide. The group is known to have a fleet of 279 aircraft.
Hisamitsu has been in the pharmaceutical industry since 1847 and is currently the leading pharmaceutical company in Japan. The company produces markets prescription, OTC products, and external pain-relieving products.
Mitsubishi Electric Corporation
Mitsubishi is a leading and pioneer electronics company with its headquarters in Tokyo, Japan. The company manufactures a wide variety of products such as include elevators and escalators, home appliances, automation systems for factories, train systems, electric motors, pumps, semiconductors, and satellites. It is the subsidiary of Mitsubishi which is a Major FMCG company.
Yamato
Yamato is one of the oldest transport companies in Japan with over 100 years of experience in the field. The company has over 4000 delivery points, 40,000 delivery vehicles, and 160,000 employees around the country. Yamato handles more than 1.6 billion packages every year.
Recruit
Recruit is a Japanese HR company that owns a search engine called Indeed. In 2016, the company had an overall sales of $17 billion with international sales contributing over 40% of the total revenue.
Manichi Shimbun and Asahi Shimbun
Mainichi Shimbun and Asahi Shimbun are two of the main national newspapers in Japan. Both the papers publish paperbacks, books, and other magazines, including weekly news magazines.
Aoki is a Japanese construction company that has constructed many buildings and hotels in Japan, Hong Kong, and Taiwan. The company will be sponsoring the Tokyo 2020 Olympics in the category of business and formal wear.
Aggreko
Aggreko is a world-leading provider of modular, mobile power, and heating and cooling. The company has a history of providing temporary electricity generators for global sporting events taking place in Japan. The company will also help the Tokyo 2020 Olympics in reducing greenhouse gas emissions and contribute to a sustainable society.
ECC
ECC is a company that provides educational activities since 1962. It also provides language training services and so will be the sponsor for the Tokyo 2020 Olympics in the category of Offline Language Training Services.
EY Japan
EY Japan is a leading multidisciplinary professional services organization that aims on building a better working world for its clients and communities. The company will sponsor the Tokyo 2020 Olympics in the category of Professional Services which will include Audit, finance, tax and project management, and management consulting.
Google
Google Japan GK has sponsored the Tokyo 2020 Olympics in the category of Internet-based information and navigation services. Google is a multinational tech conglomerate that provides internet-related services and products. Yoshiro Mori the president of the Tokyo 2020 Olympics said that they are delighted to welcome Google, a company that provides various services including internet search, online maps, and language translation, as an official supporter.
Tanaka is a world leader in manufacturing bonding wire and catalysts for PEM fuel cells. The company was founded in 1885 and is a subsidiary of Tanaka Kikinzoku Group.
Shimiza Corporation
Shimiza Corporation is a Japanese firm that specializes in architecture, civil engineering, and general contracting. The company is known to have annual sales of $15 billion and is also called the top 5 contractors in Japan and among the top 20 worldwide.
Tobu Tower Skytree
The Tobu Tower Skytree is the company that operates the Tokyo Skytree, which is a popular tourist destination and the world’s tallest freestanding tower, construction of which made full use of Japan’s most advanced building technologies. The tourist destination is located in Tokyo and many international and domestic tourists visit for the panorama of the city.
Technogym
Technogym is a Japanese company that manufactures and sells equipment and digital technologies for fitness, sport, and health. The company will sponsor the Tokyo 2020 Olympics in the category of Fitness Equipment. It will provide the games with numerous fitness and sports equipment for the athletes to practice.
Park24
Park24 is a Japanese multination corporation that operates 24-hour automated parking garages, monthly parking lots, and parking lot administration. It currently operates and manages more than 17,000 parking facilities in the country. The company is will sponsor the Tokyo 2020 Olympics in the category Parking Lot Services.
Pasona is a Japanese company that specializes in staffing services such as temporary staffing, recruiting, outplacement, and even outsourcing. The company has its headquarters in Tokyo and is the second-largest staffing company in Japan.
Marudai Food
Marudai Food is a Japanese food company that is known for manufacturing meat products and processed food product. The company will be providing the Tokyo 2020 Olympic with quality products such as Ham, Sausage, Bacon, Fish sausage, Kamaboko, Roasted pork, Sparerib, etc.
Yahoo! Japan Corporation
Yahoo! Japan Corporation is a Japanese internet company that was formed through a joint venture between the Japanese company Softbank and the American internet company Yahoo! The company’s web portal is the most visited website in Japan, and its internet services are mostly dominant in Japan. In 2021, the company was merged with Line Corporation.
Sankei Shimbun and Hokkaido Shimbun
Both Sankei Shimbun and Hokkaido Shimbun are among the top daily newspaper in Japan. Sankei Shinbun is the sixth-highest circulated newspaper in the country, while Hokkaido Shimbun is only circulated in the Hokkaido district.
NBC also called the National Broadcasting company is an American English language broadcast television and radio network that is owned by Comcast. The company has its headquarters in Rockefella Plaza, New York City, has 200 affiliations, and has 13 owned and operated stations throughout the country.
Nike
Nike is a leader and the world’s largest supplier of athletic shoes and apparel. Besides footwear and apparel, the company also makes and markets equipment and accessories. In 2020, the company’s overall revenue was estimated to be $29.6 billion. Nike is also ranked 89th in the fortune 500 lists of American companies in terms of gross revenue.
Hershey Company
Hershey is one of the largest chocolate manufacturers in the world with its headquarters in Hershey, Pennsylvania. The company is known for its baked goods like cookies and cakes and beverages like flavored milkshakes.
Ralph Lauren
Ralph Lauren is a popular fashion house that is known for its mid-range and luxury clothing. Besides clothing, the company also makes apparel, home, accessories, and fragrances. The company was first started by the fashion designer Ralph Lauren in 1967 and currently has its headquarters in New York City.
Mobile Premier League popularly known as MPL is India’s most popular & largest esports and mobile gaming platform. The company has so far made over 50 plus games which are available on both Apple and Android. It currently has more than 60 million users in India.
Herbalife Nutrition
Herbalife Nutrition is an upcoming company that manufactures and sells dietary supplements. The company has its headquarters in Los Angeles, California, and has over 8,900 employees worldwide. Herbalife Nutrition operates in over 94 countries and has more than 4.5 million distributors and members across the world.
JSW Group
JSW Group is a Mumbai-based multinational conglomerate that has a footprint in the industries of steel, energy, minerals, ports, infrastructure, and cement. The company is a subsidiary of OP Jindal Group and is in countries like India, America, South America, and Africa.
Adani Group
Adani Group is an Ahmedabad-based multinational conglomerate that was founded by Gautam Adani in 1988. The group has numerous businesses in the industries such as port management, electric power generation, renewable energy, mining, airport operations, natural gas, food processing, and infrastructure. The company is known to have annual revenue of $13 billion and is present in over 50 countries.
Speedo is a leading manufacturer of swimwear and swim-related accessories. The company has its headquarters in Nottingham, England. The company products used to be manufactured across Australia but not anymore. The company was brought by the Pentland Group for $170 million in 2020.
GoDaddy
GoDaddy is one of the best internet domain registrar and hosting company. The company has its headquarters based in Tempe, Arizona, and is currently also known for its advertising on TV and newspapers. As of 2020, GoDaddy has over 20 million customers and more than 7000 employees around the world.
Cadbury Australia
Cadbury is the second-largest confectionery brand in the world, as it is available in over 50 countries worldwide. Cadbury was brought by Mondelez International in 2010. The company has its headquarters in Uxbridge, London, and is known for its wide range of chocolate and dairy products.
Optus
Optus is a leading Australian company integrated communications that serves over 9.5 million customers every day. Optus is known for its services that include mobile, fixed, and IP telephony, business network services, fixed and wireless broadband, and satellite services.
Hanjin Travel agency is a subsidiary of the Hanjin group with experience of over 50 years in the industry. The Hajin Group is a Korean conglomerate that operates in air-land-sea transportation. There are 23 affiliated companies working under the group.
BBQ Chicken
BBQ Chicken started in 1995 and is currently the No. 1 food franchise brand in Korea. It has over 1000 outlets just in Korea and has also started the world’s first and only Chicken University in 2000. The company is also among the top 100 brands in South Korea.
Hyundai
Hyundai is a leading automotive manufacturer with its headquarters in Seoul, South Korea. The company was initially founded in 1967 and is currently operates the world’s largest integrated automobile manufacturing facility Ulsan. Hyundai has over 75,000 employees in over 193 countries worldwide.
Russia
Sberbank
Sberbank is a Russian banking and financial services company that has its headquarters based in Moscow, Russia. According to The Bankers Top 1000 World Banks ranking, Sberbank is the largest bank in Russia, third-largest in Europe, and 60th in the world.
Gazprom
Gazprom is an energy corporation with its headquarters based in Saint Peterburg, Russia. As of 2019, the company had an overall sale of $120 billion in 2019 and is the largest publicly-listed natural gas company in the world. According to Forbes Global 2000, Gazprom was ranked as the 32nd -largest public company in the world.
Purplebricks is a UK-based online estate agent, which was founded in 2012 by Micheal Bruce and Kenny Bruce. The company is UK’s fastest-growing estate agency as it offers smarter, more convenient, and cost-effective ways to buy or sell.
National Lottery
The National Lottery was established in 1994 in the United Kingdom and is operated by Camelot Group. The National Lottery is and regulated by the Gambling Commission and around 53% goes to the prize fund while the other 25% goes towards good causes.
Aldi
Aldi is one of the topmost supermarket chains in Europe. It has over 10,000 stores in more than 20 countries worldwide. The company was originally started by Karl and Theo Albrecht in 1946 and currently has a turnover of $59 billion.
Frequently Asked Questions
How much does it cost to become an Olympic sponsor?
According to Quartz, sponsors currently pay up to $300 million per cycle or quadrennium which is a four-year package for partnering. Bridgestone and Panasonic are known to have paid $200 million to $250 million each to become global partners for four years. While Airbnb paid an estimated $500 million for an eight-year contract.
What impact does the Covid 19 pandemic have on sponsorship?
Because of the Covid 19 pandemic, the IOC has made a rule not allowing international fans to enter the city of the 2020 Olympic Games in Tokyo. Since the games were postponed, companies had to pay extra for sponsorship and this declined the value of sponsorship. Despite the tense economic situation, Japan’s domestic sponsors have also pledged their continued support for the Games.
What do sponsors get in return?
The sponsors and partners can use the Olympic logo of the rings the Olympic flame in their marketing activities. They can also use the designations and imagery, including emblems, mascots, and slogans depending on which tier of sponsors they are.
What is the four-tier of Olympic sponsorship?
The four tiers of Olympic sponsorship are the Worldwide Olympic Partners, Tokyo 2020 Olympic Gold Partners, Tokyo 2020 Olympic Official Partners, and Tokyo 2020 Olympic Official Supporters.
Who are the Worldwide Olympic Partners?
The Worldwide Olympic Partners are Coca-Cola, Airbnb, Alibaba, Atos, Bridgestone, Dow, GE, Intel, Omega, Panasonic, Procter & Gamble, Samsung, Toyota, and Visa.
Who are the Tokyo 2020 Olympic Official Partners?
The Tokyo 2020 Olympic Official Partners are Ajinomoto, Earth Corporation, Education First, Airweave, Kikkoman, KNT, JTB, Cisco, Secom, ANA, Alsok, DNP, Daiwa House, Tokyo Gas, Tokyo Metro, Toto, Tobu Top Tours, Toppan Narita Airport, Japan Post, Japan Airport Terminal Haneda, Japan Airlines, Hisamitsu, Mitsubishi Electric, Yamato, Recruit Holdings, The Japan News, The Asahi Shimbun, and Mainichi.
Who are the Tokyo 2020 Olympic Official Supporters?
The Tokyo 2020 Olympic Official Supporters are Aoki, Aggreko, ECC, EY Japan, Kadokawa, Google, Kokuyo, Shimizu Corporation, Tanaka Holdings, Technogym, Tobu Tower Skytree, Nomura, Park24, Pasona Group, Marudai Food, Morisawa, Yahoo Japan Corporation, The Sankei Shimbun, and The Hokkaido Shimbun Press.
When are the Tokyo 2020 Olympics taking place?
The Tokyo 2020 Olympics was postponed to be held from 23rd July to 8th August 2021.
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Intel Corp. is one of the computer chip companies. Intel offers platform products that incorporate various components and technologies, including a microprocessor and chipset, a stand-alone SoC, or a multichip package. Intel also includes autonomous cars and small low-power devices as well as a broad range of solutions targeting the data center, wireless, networking, military, medical, and industrial market segments.
Love it or hate it, Intel says it’s a new era. “We are a different company than we were even five years ago,” Chief Marketing Officer, Karen Walker said.
Intel Corporation is an American multinational corporation and technology companyheadquartered in Santa Clara, California, in Silicon Valley. It is the world’s largest and highest-valued semiconductor chip manufactureron the basis of revenue, and is the developer of the x86 series of microprocessors, the processors found in most personal computers (PCs).
Intel supplies microprocessors for computer system manufacturers such as Apple, Lenovo, HP, and Dell. Intel also manufactures motherboard chip-sets, network interface controllers and integrated circuits, flash memory, graphics chips, embedded processors and other devices related to communications and computing. Although Intel created the world’s first commercial microprocessor chip in 1971, it was not until the success of the personal computer (PC) that this became its primary business.
Intel – Logo and it’s meaning
Intel’s Logo Evolution
“The new look and feel of the Intel brand is purposeful and inspired by (Intel co-founder) Robert Noyce’s quote: ‘Don’t be encumbered by history. Go off and do something wonderful,’. The company has only embarked on two major brand transitions: once in 1969, the other in 2006.
Intel – Founders and History
Gordon Moore and Robert Noyce are the founders of Intel.
Gordon Moore and Robert Noyce, Founders of Intel
Intel Corporation was founded on July 18, 1968 by semiconductor pioneers Robert Noyce and Gordon Moore (of Moore’s law), and is associated with the executive leadership and vision of Andrew Grove. The company’s name was conceived as portmanteau of the words integrated and electronics, with co-founder Noyce having been a key inventor of the integrated circuit (the microchip). The fact that “intel” is the term for intelligence information also made the name appropriate.
Intel was an early developer of SRAM and DRAM memory chips, which represented the majority of its business until 1981. Although Intel created the world’s first commercial microprocessor chip in 1971, it was not until the success of the personal computer (PC) that this became its primary business.
During the 1990s, Intel invested heavily in new microprocessor designs fostering the rapid growth of the computer industry. During this period, Intel became the dominant supplier of microprocessors for PCs and was known for aggressive and anti-competitive tactics in defense of its market position, particularly against Advanced Micro Devices (AMD), as well as a struggle with Microsoft for control over the direction of the PC industry.
The Intel company mission statement is: “Delight our customers, employees, and shareholders by relentlessly delivering the platform and technology advancements that become essential to the way we work and live.”
Their mission is to create world-changing technology that enriches the lives of every person on earth. They engineer solutions for our customers’ greatest challenges with reliable, cloud to edge computing, inspired by Moore’s Law.
Intel – Business Model
Around 2013 Intel set a plan and strategy to transform itself from a PC-centric to a data-centric company. By 2018 this objective was almost accomplished at least from a revenues standpoint. Intel’s business model entails designing, developing, andmanufacturing its products. While its offerings are usually produced at one of many Intel facilities, some manufacturing is assigned to subcontractors (namely board-level products and systems).
Intel – Growth and Revenue
Intel’s annual revenue has only been growing for the last decade, 2020 being the most profitable year for Intel.
Year
Annual Revenue
Percentage change
2020
$78.098B
+10.91%
2019
$71.965B
+1.58%
2018
$70.848B
+12.89%
2017
$62.761B
+5.68%
Intel – Investments
Intel has made 1,394 investments. Their most recent investment was on Nov 5, 2020, when Ayar Labs raised $35M.
Intel’s competitors in PC chipsets include Advanced Micro Devices (AMD), VIA Technologies, Silicon Integrated Systems, and Nvidia. Intel’s competitors in networking include NXP Semiconductors, Infineon, Broadcom Limited, Marvell Technology Group and Applied Micro Circuits Corporation, and competitors in flash memory include Spansion, Samsung Electronics, Qimonda, Toshiba, STMicroelectronics, and SK Hynix.
The only major competitor in the x86 processor market is AMD, with which Intel has had full cross-licensing agreements since 1976.
Intel – Challenges Faced
The industry in which Intel operates experiences heavy competition. Apart from the rapidly changing technological environment, there are several other factors like fast-changing customer needs, as well as market developments too make the industry environment highly challenging. Intel both needs to anticipate and respond to these changes swiftly to remain competitive.
Intel has manufacturing, assembly and test, R&D, sales, and other operations in several countries around the globe. While the U.S. is a top market for Intel, its sales and revenue from China have grown. In 2018, the company earned around 84% of its revenue from non-US markets. Slowed economic growth, uncertainty in fiscal or monetary policy, higher interest rates, tighter credit, inflation, lower capital expenditures by businesses including on IT, and several more similar factors can harm the growth and profitability of Intel.
Its global supply chain is also full of dangers, and managing it can be highly challenging. Intel sources form thousands of suppliers from around the globe, and reduced availability of raw material can lead to production delays or other difficulties in manufacturing.
For the assembly and testing of certain products and components, the company also depends on third party providers. If any of the third-party providers are unable to provide their services in a timely and cost-effective manner, that too will lead to problems and complexities for Intel.
Several legal and political challenges can lead to an increase in operational costs and compliance costs. Overall, there are several risks and challenges related to the business model of Intel Corporation.
Swan said that Intel plans to spend $17 billion on capital expenditures by 2020, following record investments in capex for the past two years. The added capacity allowed Intel to expand its PC CPU supply in the second half of 2019 by double digits relative to the first half. In 2019, Swan said Intel generated $3.8 billion in AI-based revenue. The AI market opportunity is expected to be $25 billion by 2024.
In a statement, an Intel spokesperson said, “Changes in our workforce are driven by the priorities of our business, which we continually evaluate. As we move into 2020, our business units are focusing their resources on areas where we have the greatest opportunity for growth and, as part of that, some are planning to eliminate roles associated with projects that are no longer priorities. Wherever possible, we’ve transitioned employees or teams within the company to areas of business need, and we expect this to impact less than 1% of our global workforce, subject to local requirements.
Intel confirmed that it is reorganizing its datacenter products group and laying off some employees. It did not say how many, except that it was less than 1% of the workforce, which means it is less than 1,100 employees.
Intel has been known for its invention of microprocessors along with developing advanced technology. The recent attempt of the company to give voice to the world’s first Cyborg was a game changer. In November 2016, Dr. Peter Morgan was diagnosed with the incurable disease known as (MND) Motor neuron disease, the same one which took the life of Stephen Hawking.
The disease impairs the nerve cells that enable us do actions, but it physically paralyses the person while the brain is still active. That means, the individual will now be stuck with a body that doesn’t function to their stimulus. Peter was given the hope of two years to live, but his yearn for life made him subdue the predictions of his medical condition. Peter was trained in robotics which he converted into a career in academia before his diagnosis. He had achieved the first PhD granted by a robotics faculty in UK and successfully published a book titled ‘The Robotics Revolution’.
With his experience, he visualized himself as a cyborg known as Peter 2.0 which would stay alive while also flourishing. His design of a Cyborg had reached a new level of technology, where the patient would escape the starvation by piping nutrients into the stomach, to breathing in oxygen through a tube to avoid suffocation. The AI Machine would allow the paralyzed face of the patient to be transformed into an avatar he/she chooses, and the body would be wrapped with exoskeleton. Even the voice of the avatar could be changed according to the preferences.
Dr. Peter Morgan with cyborg peter 2.0
In 2019, when peter was giving a speech at a conference, among the listeners was Lama Nachman who is the head of Intel’s anticipatory Computing La Credit. Lama has had her own experience with MND Patients along her journey in Intel. Her team were the ones who had powered the iconic Stephen Hawking’s computerized voice.
How Intel helped Peter 2.0 get voice
Intel attached an infra-red sensor to Hawking’s glasses that detected movements from his cheek, which he used to select characters on a computer. Over time, the system learned from Hawking’s diction to predict the next words he would want to use in a sentence. As a result, Hawking only had to type under 20% of all the characters he needed to talk. This helped him double his speech rate and dramatically improve his ability to perform everyday tasks, such as browsing the web or opening documents.
Intel named the software the Assistive Context-Aware Toolbox (ACAT). The company later released it to the public as open-source code, so the developers could add new features to the system. Hawking had famously chosen to keep his synthetic voice. “I keep it because I have not heard a voice I like better and because I have identified with it,” he said in 2006.
But Peter wanted to replicate the sound of his biological speech. Dr Matthew Aylett recorded Peter saying thousands of words, which he would use to create a replica voice. Peter would then use his eye movements to control an avatar that would speak in his own voice. Aylett had limited time to work. As Peter would soon need a surgery that would allow him to breathe through a tube emerging above his chest. But the operation meant that he could never speak again.
The video above describes peter 2.0
Three months before Peter was due to have surgery, the clone was ready, and Aylett gave Peter a demo of it singing a song: “Pure Imagination” from the 1971 film Willy Wonka & the Chocolate Factory. The operation was a success; But Peter would remain mute until his communication system was ready. The system soon arrived. It came with a keyboard he’d control by looking at an interface, and an avatar synchronized with his speech. Peter 2.0 was ready.
There was another big difference between Peter and Hawking’s visions for their systems. While Hawking wanted to retain control over the AI, Peter was more concerned about the speed of communication. Ideally, Peter would choose exactly what the system said. But the more control the AI is given, the more it can help. However, ceding control to the AI could come at a big human cost if it risks sacrificing a degree of Peter’s agency.
Over time, the system starts to move in a certain direction, because you’re reinforcing that behavior over and over again. One solution is training the AI to understand what Peter desires at any given moment. Ultimately, it could take temporary control when Peter wants to speed up a conversation, without making a permanent change to how it operates. Lama aims to strike that delicate balance in the next addition to Peter’s transformation: an AI that analyzes his conversations and suggests responses based on his personality. The system could make Peter even more of a cyborg which is exactly what he wants.
Sarika Anand
