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"AI is giving birth to a new era of global growth, in which computing power plays a more important role in bringing a better future for all." in a keynote speech at Intel on Technology Innovation Conference 2023 on September 19, Intel CEO Pat Gelsinger introduced the role of AI in promoting the "Siliconomy", which refers to "driven by chips and software." The growing shape of the economy. Intel is also adding AI capabilities to its various hardware products and promoting the popularity of AI applications through open, multi-architecture software solutions.

By definition, the term "core economy" means "the structure and way of life in the new era of globalization, and in this era, computing as the cornerstone, so that everyone has a greater chance of success and a better future." on the other hand, it also refers to "the growing economic form driven by the magical power of chips, semiconductors are the key to maintaining the scale and achieving growth of the modern economy." Earlier, Pat Kissinger published a guest signed article entitled "Welcome to the Age of Core economy" (Welcome to the Siliconomy) on the think tank The Stern Stewart Institute, detailing his understanding of the concept of "core economy", which is reproduced as follows:

Welcome to the era of "core economy"

Author: Pat Kissinger, CEO of Intel

Human beings have an insatiable desire to move forward through exploration and innovation. Our ability to learn from each other and to integrate and learn from the ideas of our predecessors has created the present world, a world that was previously unimaginable.

The more we move forward, the more we need technology.

Nowadays, human beings are closely related to technology, reflecting the influence of computing in modern life. So far, computing has been a source of information, a way to improve productivity and a source of entertainment. However, the role of computing is undergoing a fundamental change, it is related to all aspects of the economy and human survival. Computing is entering a new era, and AI-driven systems will be endowed with autonomy and initiative to help us complete tasks based on knowledge and physical work, and become a part of our environment. We need to invest to promote new, more energy-efficient, domain-specific architectures such as memory computing, neural mimicry computing and quantum computing.

Chip is the foundation of digitization of everything. Today, the digital economy accounts for more than 15 per cent of global GDP. Over the past decade, the GDP growth rate of the digital economy is 2.5 times that of the real economy.

Welcome to the era I call "core economy".

I think every company is a technology company. In the new era of "core economy", technology has become the benchmark of success. Looking forward to the coming decades, we will see that everything continues to be digitized, including the way we work, learn, believe, grow, connect and care for others.

As advanced semiconductor technology brings human achievements to new heights, the world's demand for computing is increasing exponentially in a way that is inversely proportional to chip size, cost and power consumption. This is Moore's Law (Moore's Law means that the number of transistors in a chip doubles every two years).

Technology is a tool that is usually developed to meet current challenges or meet requirements-whether in terms of productivity, efficiency, or convenience. At the dawn of the information age, enterprises, academia and governments work together to form a global society based on the development of personal computers, the Internet and the Internet, and bring our world into today. We must once again work together to realize the maximum potential of humankind by jointly creating new possibilities to shape the future of technological progress when it is in the early stages of development.

We want to embrace a more open design and support rapid innovation using heterogeneous modules on a standardized interface. The diversity of open ecosystems allows them to remain resilient in challenging times-not perfect, but better able to find balance in chaos. With the increase of applications, more new ideas begin to emerge, promoting further applications and innovations. However, we must also ensure that technology moves forward in a responsible manner. This comes from both development and application. For example, AI has begun to perform tasks for humans that are difficult to accomplish by traditional computing. Machines will soon make more decisions than humans. We need to ensure that human oversight and coordination are included in the design of the AI.

Five "super technological forces" promote the birth of "core economy"

Our driving force for innovation and progress has created a "core economy", and everyone is a part of it-everyone is involved in the economic development driven by the magical power of chips.

I often talk about the five "super technological forces" that shape the world and thus give birth to the "core economy":

1. Computing: everything is like a computer, and computing defines the way we experience the world.

two。 Connection: everyone and everything are connected.

3. Infrastructure: we are creating a dynamic and reliable path for data storage and interconnect computing-combining unlimited scale with unlimited coverage while meeting the need for lower latency and higher bandwidth.

4. Sensing and sensing: low-cost, high-resolution sensors have made a breakthrough in capturing vast amounts of data from edge intelligent devices, combined with technological advances in automation, processing, inference, and software, giving human-centric capabilities to robots. The weakness of human beings has been transformed into an advantage enhanced by digitalization.

5.AI: with ubiquitous intelligence, AI transforms infinite data into practical insights. Data and calculations make the AI algorithm more perfect in prediction and creation.

These basic technologies build a bridge from the analog era to the digital age, and profoundly shape the way we experience the world.

Now, through highly distributed computing platforms from the edge to the cloud, an economic system is emerging. In this increasingly digital world, semiconductors drive the development of key technologies. Even if global economic growth faces challenges, the "core economy" makes it clear that tiny chips are essential for the modern economy to maintain scale and achieve growth. We must work together to meet the next surge in computing demand.

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