The "Universal Currency" and Intelligent Cornerstone of the AI World

2026-04-10

In the AI era, why has memory become digital oil DOHONE empowers industrial breakthroughs with precision supporting solutions.

As AI applications continue to permeate every industry, a core trend is becoming increasingly evident: memory demand is rising rigidly and will only continue to grow. Under the new "Tokenomics" paradigm, memory has long transcended its role as a mere hardware specification to become what can truly be called "digital oil" in the AI era—a core resource driving the operation of the intelligent world. Its strategic value and scarcity are now deeply recognized by the global industry.

 

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Token: The "Universal Currency" and Intelligent Cornerstone of the AI World

To understand the indispensability of memory, one must first grasp the essence of AI's "fuel"—the token. A large language model is like a digital brain capable of autonomous thinking and interaction, while the token is its smallest unit for perceiving, processing, and outputting information. When we ask a question or give a command to AI, the system first breaks down human language into token IDs, then completes the response through complex algorithms.

 

The concept of "Tokenomics," proposed by NVIDIA CEO Jensen Huang, accurately captures the core logic of the AI industry: tokens are not only the fundamental unit for measuring compute consumption but also the hard currency of the intelligent era. In the future landscape he envisions, AI agents will act as nimble "lobster claws," efficiently handling various tasks in office work, R&D, and production. The fundamental fuel driving these agents to operate autonomously and continuously deliver value is the steady generation of tokens. The volume and circulation efficiency of tokens directly determine the intelligence ceiling and application breadth of AI systems.

 

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Every Token Consumes Memory Resources

The continuous growth in tokens inevitably drives a rigid increase in memory demand—a logic deeply rooted in the "working memory" mechanism of AI inference. Within AI system architecture, DRAM plays the critical role of "short-term memory": every conversational interaction and every instruction call requires memory to cache relevant data in real time and maintain session state to support fast responses.

 

A set of intuitive data clearly illustrates this relationship: for a heavy AI user consuming 10 million tokens daily, the raw interaction text amounts to only about 40 MB. However, to achieve millisecond-level responses, the system must convert the text into high-dimensional vector indexes and fully store intermediate session data, causing memory usage to swell to between 50 GB and 100 GB. Consider an AI code-writing scenario: when AI performs a complex coding task, it simultaneously spawns multiple agents for writing, reviewing, testing, and modifying, each of which independently occupies memory resources for its operations and data flow. In short: the more complex the AI scenario and the greater the token throughput, the more exponentially memory resource consumption grows.

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Memory Becomes Core to Supply Chain Power—DOHONE Empowers Leading Manufacturers to Break Through

It is precisely because of the strategic value of memory that global capital and end-device manufacturers are focusing on key memory suppliers. Samsung, SK Hynix, Micron, and Changxin Storage Technologies (the only company in China to achieve mass production) have become central players in the AI supply chain competition—whoever controls premium memory resources holds the supply chain leverage in the AI era.

 

In the supporting segments of this core, DOHONE has become a key partner to the world's leading memory manufacturers, leveraging years of precision manufacturing expertise. We focus on providing a full range of highly adaptable precision supporting products—including wafer frames, wafer cassettes, and lead frame magazines—to industry giants such as Micron and Changxin Storage. These products are precisely tailored to the needs of memory chip production, storage, and transportation. With outstanding structural stability and precision machining processes, they help leading memory manufacturers improve production efficiency, ensure product quality, and rapidly expand their global market share.

 

From the battle for "digital oil" in the AI era to the supporting upgrade of core memory manufacturers, DOHONE remains committed to precision manufacturing, targeting the core needs of the industry. With professional products and services, we accompany China's high-end manufacturing enterprises as they steadily break through on the global stage.

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