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TrendForce

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[News] Samsung Reportedly Lifts HBM4 Logic Die Prices by 40–50% Amid AI Boom; 4nm at Full Capacity [News] Huawei Takes Early Lead in Horizontal Foldable Race vs Samsung and Apple, Eyes April Pura X Max Launch [News] China Reportedly Closes AI Performance Gap with U.S., Stanford Report Says; Anthropic Leads by Just 2.7% [News] Samsung 2nm Yields Reportedly at ~55%, Below Mass Production Threshold; Qualcomm May Opt for TSMC [Insights] Memory Spot Price Update: DDR4 Spot Prices Climb as Samsung Holds EOL Line [News] TSMC May Fast-Track 1.4nm at Central Taiwan Science Park as 2nm Yields Reportedly Beat Expectations [News] Micron Reportedly Weighs Acquiring PSMC 12-Inch Tongluo Fab, With Multiple Partners Also Interested [News] ASUS to Raise Prices on Selected PC Lines from Jan. 5 Amid Memory Cost Surge, Following Dell [News] 2025 Tech Layoffs: Meta, Amazon, Microsoft and Others Cut Tens of Thousands of Roles [News] Sony, Microsoft Reportedly Weigh Delaying Next-Gen Game Consoles Beyond 2028 Amid Memory Price Surge [News] Samsung Reportedly Plans 50% HBM Capacity Surge in 2026, Spotlight on HBM4 [News] China Diversification Reportedly Lifts Mature-Node Foundries UMC, VIS, PSMC Despite Tariff Delay [News] Samsung, SK hynix Escape Worst-Case as China VEU Ends: Annual Review Risks Loom [News] TSMC Advanced-Node Materials Reportedly Found at Lo’s Residence Amid Controversial Intel Hire [News] NVIDIA’s $20B Groq Deal Spotlights SRAM Shift—MediaTek NPU Already On Board [News] Chinese Scientists Achieved New Breakthrough in Next-Gen Optical Computing Chips [News] Five-Year-Old Chinese EDA Firm Univista Sets Sights on IPO, Led by Ex-Synopsys and Cadence Team [News] Samsung Reportedly Pushes In-House CPU and GPU for Exynos 2800 to Cut Qualcomm, AMD Reliance [News] SK hynix Reportedly Plans First U.S. 2.5D Packaging Line, Eyes Turnkey HBM to Challenge TSMC [News] TSMC Reportedly to Raise Sub-3nm Prices 3-10% in 2026, Plans Hikes Through 2029 [News] Samsung Emerges as Potential Second Foundry for NVIDIA Alongside TSMC After Groq Licensing Deal [News] 7.0 Quake Hits: TSMC Nears Full Production, Sector Losses Reportedly Tens of Billions NTD [News] SLC-Based AI SSDs Gain Traction as SK hynix and Kioxia Accelerate Development With NVIDIA [News] NVIDIA Reportedly Denies USD 20B Groq Acquisition Rumors
[News] Chinese Startup Dishan Reportedly Develops 2nm AI Chip in Prototype Verification; Foundry Access Uncertain
TrendForce · 2026-04-15 · via TrendForce


China may be on the verge of another advanced chip breakthrough. According to South China Morning Post, citing local outlets icrank and Shanghai Morning Post, sources say Chinese startup Dishan Technology has made progress in developing a 2nm AI chip. The company is currently in the prototype verification phase for its first 2nm AI GPU.

Still, as the report notes, Dishan’s chip has not yet reached the tapeout stage. Sources from icrank add that Dishan Technology’s previously stated target—completing pre-tapeout verification by the end of 2025 and achieving mass production in Q1 2026—has been delayed. Based on its current R&D progress, the 2nm AI GPU is now expected to gradually enter commercial deployment between late 2028 and 2029.

Dishan’s GPU Architecture and CUDA Ecosystem Strategy

More details have also emerged, with South China Morning Post noting that the company unveiled the basic design of the GPU last July. It adopts a hybrid FinFET/GAA process along with a chiplet-based heterogeneous architecture, which the company said could deliver around a 40% improvement in energy efficiency compared with its predecessor. Mydrivers adds that the chip is equipped with the company’s in-house developed “Dishan Intelligent Core (DS-Core)” and adopts advanced 2.5D CoWoS-L packaging technology.

Meanwhile, South China Morning Post adds that Dishan plans to enhance its supporting toolchains, including CUDA-compatible compilers, to ensure the new chip can work with NVIDIA’s CUDA ecosystem.

Turning Designs into Chips: The Real Bottlenecks Ahead

Notably, as South China Morning Post points out, while Dishan’s design advances could position it closer to global front runners in AI chip design, it remains to be seen whether the company will be able to secure a domestic foundry capable of turning those designs into commercial products, given China is under strict US export controls on chipmaking equipment.

China currently has the capability to manufacture chips at the 7nm node. According to Reuters, sources say Huali Microelectronics—the contract manufacturing arm of China’s Hua Hong Group—is preparing a 7nm process at its Shanghai facility. If realized, it would make Huali the second Chinese chipmaker capable of producing chips at this node after SMIC, the country’s largest foundry.

In addition, South China Morning Post indicates that Dishan must still navigate several challenges as it moves toward mass production, including yield optimisation, compatibility with EDA tools, and supply chain constraints imposed by the U.S.

Dishan, which was founded in 2021, is said to have its R&D team led by several IEEE Fellows, along with experts from China’s national talent programme. The company focuses on the development of high-performance computing and sensor chips, as noted by South China Morning Post.

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(Photo credit: FREEPIK)

Please note that this article cites information from  South China Morning Post icrankMydrivers, and Reuters.