In the landscape of China's semiconductor industry, the city of Wuxi holds an undeniable and prominent position. This former "Southern Base of China's Microelectronics Industry" has, through decades of industrial ups and downs, steadfastly maintained its reputation as a premier hub. In 2025, Wuxi's integrated circuit (IC) industry achieved an output value of 285.86 billion yuan, marking a year-on-year increase of 15.1% and ranking among the top three in China in terms of comprehensive competitiveness. Specifically, its packaging and testing sector has long held the top national spot, wafer manufacturing ranks third, and design ranks fifth. The combined scale of these three core sectors accounts for half of Jiangsu Province's total and one-tenth of the nation's. However, beneath this surface brilliance lies the stark reality of a global semiconductor race shifting from isolated breakthroughs to systemic competition. On June 6, 2026, Du Xiaogang, the Secretary of the Wuxi Municipal Party Committee, presided over a high-level city-wide special promotion meeting for the development of the integrated circuit (artificial intelligence) industry. This was not a routine industry survey but a pre-battle mobilization for a "second entrepreneurial leap." At this meeting, Wuxi not only reinforced its traditional strategic advantages in "breaking through high-end design, expanding wafer manufacturing, and upgrading advanced packaging and testing" but also, for the first time, placed a high-concentration focus on cutting-edge fields like AIDC (Artificial Intelligence Data Center) and Token in its top-level planning. As the traditional "finest spot of Lake Tai" encounters the surging wave of AI computing power, what grand strategy is Wuxi setting in motion?

The Inescapable "Key Variable"

"Integrated circuits are the 'premier brand' of Wuxi's industry; artificial intelligence is the key variable for future development." This is not an empty slogan but a precise diagnosis for Wuxi as it faces the dual pressures of the industry cycle and geopolitics. In recent years, the global semiconductor sector has experienced a journey from the frenzy of the "chip shortage" to the trough of inventory reduction, followed by a structural recovery driven by AI. Entering 2026, with the explosive growth of generative artificial intelligence, the boundaries of computing power demand have been vastly expanded. The growth of traditional smartphone and PC chips has slowed, while high-bandwidth memory for AI servers, advanced packaging, and high-end logic chips have become the absolute market leaders. For Wuxi, this presents both an opportunity and a challenge. Wuxi's strength lies in its "completeness"—it possesses a complete industrial chain covering design, manufacturing, packaging and testing, and equipment and materials. Data shows that from January to April this year, Wuxi had 376 listed IC enterprises above a designated size, achieving an output value of 94.19 billion yuan, a growth of 14.4%. However, faced with new demands from AI, traditional industrial advantages do not automatically translate into dominance in the AI era. For instance, in high-end design, while Wuxi hosts numerous leading companies, it still faces technological barriers in areas like cloud training chips for large models and high-compute GPUs (Graphics Processing Units). In manufacturing, although its wafer manufacturing scale ranks third nationally, it is still playing catch-up in advanced process capacities like FinFET (Fin Field-Effect Transistor) and GAA (Gate-All-Around), which represent the future. The promotion meeting clearly stated the need to "serve the strategic overall situation" and to "share the Party's concerns, contribute to the nation, and shoulder responsibilities for the province." This effectively elevates Wuxi's industrial development to the level of national supply chain security. In the current international environment, mere capacity expansion is meaningless; only by achieving breakthroughs in "chokepoint" areas does Wuxi's industrial cluster have a future.

The "Token" Competition

In the communiqué released from the promotion meeting, two terms stood out as particularly prominent and forward-looking: AIDC and Token. While previous local government industrial plans often focused on land, taxes, and factory buildings, Wuxi's explicit focus on these technical terms represents a rare and far-sighted layout nationally. AIDC (Artificial Intelligence Data Center) is a new entity distinct from traditional data centers. Traditional data centers primarily handle storage and general-purpose computing, whereas AIDCs are computing power clusters specifically designed for training and inference of AI large models. They require higher-density, lower-latency network interconnections and have extreme demands on energy supply. Token, as the smallest unit of text processed by large models, represents a brand-new business model in the industrial context—"computing power as a service." Wuxi's proposal to focus on the "Token" track signifies the city's ambition to move beyond being merely a "seller of shovels" (selling chip hardware) and to attempt to enter the level of computing power operation and services. This is a leap from a "manufacturing mindset" to an "intelligent services mindset." The meeting specifically required "categorizing and sorting project lists by tier, establishing promotion mechanisms," and emphasized regular scheduling and precise support for "benchmark projects." This suggests Wuxi may be brewing innovative measures similar to "computing power vouchers" or "public computing power service platforms," aiming to attract AI application developers nationwide and globally to the shores of Lake Tai by reducing the marginal cost of Tokens. This "combination of hardware and software" strategy, if implemented, would shatter the stereotype that "Wuxi is just a chip factory."

From the "Old Three" to the "New Three"

Despite its slogan targeting the future of Token, Wuxi's foundation remains in manufacturing. The meeting's proposal to "break through high-end design, expand wafer manufacturing, upgrade advanced packaging and testing, and transform equipment and materials" essentially constitutes a comprehensive "health check" and upgrade command for the entire industrial chain. First is the "second revolution" in packaging and testing. Although Wuxi's packaging and testing sector ranks first nationally, traditional wire bonding has become a fiercely competitive market. The future growth lies in "advanced packaging." As Moore's Law approaches physical limits, using Chiplet technology to "stitch together" chips of different process nodes has become a primary means to enhance computing power. This places extremely high demands on packaging and testing factories. The emphasis on "upgrading" at the promotion meeting strongly indicates a push for local packaging giants to increase capital expenditure in areas like 3D packaging and Through-Silicon Vias (TSV). Second is achieving "self-sufficiency and controllability" in equipment and materials. The meeting specifically mentioned "transforming equipment and materials." In the past, domestic substitution mainly focused on chip design, but now the bottleneck lies in upstream materials like silicon wafers, photoresists, specialty gases, and equipment like etchers and thin-film deposition tools. Wuxi itself is a major hub for semiconductor materials. The emphasis on "transformation" suggests encouraging enterprises to move from low-end consumables to high-end core materials. For example, specialty gas companies like Jinhong Gas Co.,Ltd. mentioned in the search results are seen as core beneficiaries of wafer manufacturing expansion. Finally, there is the layout for "emerging fields." Beyond traditional IC design, Wuxi is setting its sights on embodied intelligence and automotive-grade chips. In early 2026, a company named "Xixuan Chuangzhi" was quietly established in Wuxi with a registered capital of 100 million yuan, backed by GPU giant MetaX and the "first humanoid robot stock" UBTECH ROBOTICS. This is seen by the industry as a classic combination of "computing power + physical embodiment." The landing of such cross-border collaboration is no accident. The signal released by the promotion meeting is that Wuxi welcomes and needs such incremental projects that "not only bring capital but also technology." Furthermore, the establishment of an industrial software and AI innovation center in Wuxi by Gechuang Dongzhi and China Resources Microelectronics Limited also marks Wuxi's attempt to empower manufacturing with AI to solve "chokepoint" issues in domestic industrial software like CIM (Computer-Integrated Manufacturing).

From "Passive Approver" to "Active Operator"

The promotion meeting conveyed a strong signal: Wuxi is transitioning from a "passive approver" to an "active operator." First, there is the matrix approach to "fund-based investment attraction." The meeting explicitly stated that "the city's industrial group introduced the progress of major projects, investment attraction, and industrial fund investments," and required "better consolidation of fund elements at the municipal level." This means that in the face of wafer fab investments often amounting to tens of billions, Wuxi will leverage its powerful state-owned capital platforms and industrial funds to attract social capital through "investment-led attraction," daring to make strategic investments in heavy-asset sectors. Second is the deepening of the "chain leader system." The "regular scheduling and linked services" mentioned at the meeting are essentially an upgraded version of "non-interference in normal operations, immediate response to requests." For emerging tracks like AIDC, the speed of administrative approval often determines a project's success or failure. Wuxi aims to establish an efficient project promotion mechanism to shorten the "Wuxi time" from signing to production. Third is the precision of "talent strategies." The meeting emphasized the need to "understand technology, know the industry, and be adept at decision-making," and to comprehensively strengthen strategic cooperation with key universities. In the IC field, talent is the biggest bottleneck. Wuxi not only needs to attract top-tier leading talent but is also striving to cultivate engineers capable of designing high-quality layouts and debugging precision equipment through industry-education integration. From January to May this year, Wuxi has added 3 new listed IC enterprises, bringing the total to 19, covering all segments from design to materials. There are 50 projects under construction with a total investment exceeding 500 million yuan each, with a combined investment of 138.5 billion yuan. This data is sufficient proof of Wuxi's profound foundation as an industrial heavyweight. However, the journey to the stars is never smooth. On one hand, the risk of global overcapacity persists. As many regions launch chip projects, any demand fluctuation could trigger price wars in mature process capacities, forcing Wuxi to rely on technological and scale advantages to build a moat. On the other hand, AI technology iterates extremely rapidly. Today's advanced packaging solutions might be replaced by new architectures tomorrow. As Wuxi chases frontier concepts like Token, how it balances "creating momentum" with "delivering substance," avoiding the trap of conceptualization, presents a significant test of its execution capabilities.