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MediaTek Launches New Mobile Chip Using TSMC’s Most Advanced 2-Nanometer Technology to Take on Qualcomm
MediaTek unveiled a new pair of smartphone chips on Tuesday, marking the Taiwanese company’s first mobile processor built on Taiwan Semiconductor Manufacturing Company’s cutting-edge 2-nanometer process, as it pushes harder into the premium handset segment where margins are richer and on-device AI has become the main selling point. The announcement, made in Taipei, positions MediaTek to compete more directly with Qualcomm at the high end of the Android market, a segment where higher-priced flagship devices and AI-driven features have historically translated into better profitability for chipmakers than budget and mid-range volume alone.
The flagship of the two new chips is the Dimensity 9600 Pro, which MediaTek confirmed is its first mobile processor manufactured using TSMC’s 2-nanometer process, the most advanced node currently in commercial production for smartphone silicon. Alongside it, the company introduced the Dimensity 9600M, built on TSMC’s 3-nanometer process and aimed at a broader tier of flagship devices that sit just below the ultra-premium category the Pro variant is targeting. MediaTek said phones built around both new chips will begin reaching the market soon, though it didn’t name specific launch partners or devices during the announcement. The company has previously supplied processors to major Chinese smartphone brands including Xiaomi, OPPO and Vivo, all of which have used Dimensity chips across various tiers of their lineups in recent years.
The Dimensity 9600 Pro’s headline feature beyond its manufacturing process is a dedicated neural processing unit built specifically to handle more demanding generative AI workloads directly on the device rather than offloading them to cloud servers. MediaTek said the new NPU delivers a 51 percent improvement over the previous generation specifically in how quickly it processes a user’s prompt before an AI model begins generating a response, a metric that matters increasingly as phone makers push features like on-device chatbots, real-time translation and AI-assisted photo editing that need to feel instantaneous rather than laggy. MediaTek didn’t provide additional technical detail beyond that headline figure, and independent benchmarking once devices actually ship will likely be the clearer test of how the improvement holds up in real-world use.
TSMC’s 2-nanometer process itself represents a genuine architectural shift rather than just an incremental die shrink. It’s the first TSMC node to adopt what’s known as nanosheet transistor structure, replacing the FinFET transistor design that’s underpinned chip manufacturing for roughly the past decade. That structural change is what allows for the kind of performance and efficiency gains MediaTek is highlighting, and TSMC has previously described an even further refined version of the node, called N2P, as delivering up to an 18 percent performance increase at the same power level compared to its previous-generation 3-nanometer N3E process, alongside roughly a 36 percent reduction in power consumption at equivalent speeds and a 1.2 times increase in logic density. Those figures come from TSMC’s own comparisons of the node generations rather than being specific to the Dimensity 9600 Pro itself, but they help explain why MediaTek is emphasizing the manufacturing process as much as the chip’s individual features.
The launch comes at a moment of broader momentum for MediaTek. The company’s market value has surpassed Qualcomm’s at points earlier this year, a notable shift in a rivalry that’s persisted for years with Qualcomm generally holding the edge in premium and North American markets while MediaTek has traditionally been stronger across budget and mid-range segments, particularly in China and other price-sensitive markets. MediaTek has been working to close that premium-tier gap for several product cycles now, and pairing its newest chip generation with TSMC’s leading-edge manufacturing node is a clear part of that strategy.
MediaTek’s ambitions extend well beyond smartphones as well. The company has been expanding into data-center and custom AI chip products as cloud providers and hyperscalers continue pouring enormous capital into AI infrastructure buildouts. MediaTek said its first AI accelerator chip designed specifically for a major U.S. cloud service provider is expected to enter mass production during the fourth quarter of this year, a meaningful step for a company historically known almost entirely for mobile silicon rather than data-center hardware. That expansion has attracted serious financial backing too. MediaTek raised $3.9 billion last month through a convertible bond sale, with Nvidia contributing $3.5 billion of that total and Alphabet, a longtime MediaTek partner on AI infrastructure projects, also participating in the offering. That kind of investor interest from two of the biggest names in AI computing suggests MediaTek’s data-center ambitions are being taken seriously well beyond its traditional smartphone chip business.
Cost pressures remain part of the conversation around the new chips too. JC Hsu, corporate senior vice president at MediaTek, said the company is working with device manufacturers on ways to limit the impact of rising component costs, an acknowledgment that building on TSMC’s most advanced and most expensive manufacturing node doesn’t come without tradeoffs that eventually filter down toward retail pricing for the phones that use these chips.
For consumers, the practical impact of Tuesday’s announcement will play out over the coming months as device makers confirm which upcoming phones will actually ship with the Dimensity 9600 Pro or 9600M, and at what price points. For MediaTek, the launch represents another step in a longer campaign to prove it can compete with Qualcomm not just on volume, but on the kind of cutting-edge silicon that premium smartphone buyers and manufacturers increasingly expect. Further detail on TSMC’s 2-nanometer manufacturing process and its ongoing collaboration with MediaTek is available through TSMC’s official technology overview.
