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Flash

first_img Market news: Intel's Razor Lake may adopt TSMC's N2X process

According to the Industrial and Commercial Times, competition in advanced process technology for PC processors is heating up. Market news indicates that Intel's next-generation Nova Lake desktop processor will prioritize the introduction of bLLC large last-level cache to reduce access latency to system memory, competing with AMD's 3D V-Cache technology; the laptop version may be delayed until the subsequent Razor Lake-HX generation is released. The supply chain reveals that Nova Lake, set to debut early next year, will utilize a combination of Intel's 18A and TSMC's N2P processes, while the subsequent Razor Lake may further adopt TSMC's high-performance 2-nanometer N2X process.N2X is a high-performance extension of TSMC's N2 platform, targeting high-frequency CPUs, AI, and HPC applications, with transistor technology shifting from FinFET to nanosheets. If mass production is achieved, Intel's collaboration with TSMC on advanced processes is expected to extend to a broader 2-nanometer family, helping to reduce risks associated with a single proprietary process and optimize the timing and capacity configuration for high-end CPU launches.In addition to TSMC benefiting directly, related supply chains are also expected to welcome business opportunities. Sungsan is one of the few manufacturers in Taiwan capable of mass-producing its own CMP polishing pads, with a 25% year-on-year increase in consolidated semiconductor revenue in the first half of the year, rising to 66% of total revenue. Demand for Hard Pads and advanced packaging is strong, with a new Soft Pad line expected to begin trial production in the third quarter and gradually ramp up production in the fourth quarter, with products already applied in CoWoS and SoIC. Zhongsha holds CMP diamond discs and recycled wafers, reporting revenue of 2.49 billion yuan in the second quarter, a year-on-year increase of 17.9%, with gross margin rising to 40.1%, and shipments of 2-nanometer and 1.6-nanometer related diamond discs rapidly increasing.

first_img Winbond Electronics has initiated the expansion of its Kaohsiung Luzhu plant, with Module B expected to start construction in 2027

According to the Industrial and Commercial Times, driven by the long-term growth in demand for memory and advanced packaging due to AI, Winbond Electronics has proactively initiated expansion plans for its Kaohsiung Luzhu plant, merging the originally planned phases two and three into Module B for simultaneous development. Construction of the cleanroom is expected to start in 2027, with equipment installation beginning as early as the beginning of 2029, and equipment will be phased in according to customer demand forecasts and LTA. Currently, there are already customers negotiating for capacity in 2029 and 2030.Industry sources indicate that Winbond's niche DRAM and SLC NAND are in short supply in the third quarter, with a quarterly price increase estimated at about 50%; NOR Flash benefits from large cloud service provider customers stocking up, with a quarterly price increase estimated at about 30%. The price increase for memory in the fourth quarter is expected to converge to 2% to 5%, but thanks to increased DRAM capacity and growing shipment volumes, revenue and profits can still maintain a quarterly increase. Winbond's consolidated revenue in the second quarter was NT$59.843 billion, a quarterly increase of 56.4% and a year-on-year increase of 184.7%. DRAM prices increased by about 100% quarter-on-quarter, while Flash rose by about 43%, with consolidated gross margin rising to 66.2% and after-tax earnings per share of NT$5.40.The Module B product plan includes Standard DRAM, CUBE DRAM, Wafer-on-Wafer (WoW), and silicon capacitors (Si-Cap), which will support 14-nanometer and future 12-nanometer DRAM processes, with plans to introduce EUV equipment in the future.

Coinbase introduces perpetual contracts to the Base App through Hyperliquid, supporting up to 50x leverage

Coinbase announced the introduction of perpetual contract trading to the Base App through Hyperliquid, allowing eligible users to trade over 290 perpetual contract markets with a maximum leverage of 50 times, covering Bitcoin, Ethereum, and markets related to stocks and commodities. Coinbase's engineering lead Chintan Turakhia stated that perpetual contracts currently account for about 75% of the total trading volume in the crypto market and are the feature that high-frequency users of the Base App most want to see added.Related trades will be executed within the Base App, but Hyperliquid will be responsible for the actual execution, allowing users to stay within their existing wallets. Coinbase stated that the maximum leverage ratio available for different assets varies, and positions may be liquidated when losses exceed a certain threshold. This product is currently not available to jurisdictions such as the United States, the United Kingdom, Canada, and other areas that restrict leveraged crypto derivatives trading. This launch also reflects a shift in the product focus of the Base App from previously emphasizing social and creator features to trading, payments, and AI Agents. Base founder Jesse Pollak previously acknowledged that social and creator tokens did not bring the expected user growth, while prediction markets, perpetual contracts, and stablecoins have become stronger drivers of adoption.
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