on 23-Mar-2026 23 March 2026 Global Semiconductors and Semiconductor Capital Equipment Global Semiconductors and Semicap: Do you believe in Elon? David Dai, CFA +852 2918 5704 david.dai@bernsteinsg.com Qingyuan Lin, Ph.D. +852 2123 2654 qingyuan.lin@bernsteinsg.com Arpad von Nemes +1 917 344 8461 arpad.vonnemes@bernsteinsg.com Yipin Cai, CFA +852 2123 2669 yipin.cai@bernsteinsg.com Juho Hwang +852 2123 2632 juho.hwang@bernsteinsg.com Stacy A. Rasgon, Ph.D. +1 213 559 5917 stacy.rasgon@bernsteinsg.com Mark L ...

ab 19 March 2026 Global Research UBS Global I/O Semiconductors Automotive semis: Smooth sailing into 2026 but are clouds on the horizon? Broadly positive momentum, but recent China data creates risks Following Q4, we review the latest leading indicators and update our outlook for the automotive semiconductor market for 2026E and 2027E. Recent data suggest the cycle continues to gain momentum, with improving trends across both automotive and industrial end markets, as well as positive pricing news. That said ...

TI unveils high-performance isolated power modules to advance power density in data centers and EVs Accessibility StatementSkip Navigation New power modules with proprietary IsoShieldâ"¢ technology deliver industry-leading power density News highlights: DALLAS, March 23, 2026 /PRNewswire/ -- Texas Instruments (TI) today unveiled new isolated power modules, helping enable increased power density, efficiency and safety in applications ranging from data centers to electric vehicles (EVs). The UCC34141-Q1 and U ...

如果您希望可以时常见面，欢迎标星收藏哦~ 近日，全球半导体行业再度被一股涨价浪潮席卷。 作为全球半导体行业的风向标，国际头部厂商的涨价动作拉开本轮风暴的序幕，德州仪器、英飞 凌、恩智浦、安森美...等行业巨头纷纷出手，调价幅度、覆盖范围均呈现显著升级，共同折射出行 业当前的供需格局与成本压力。 TI：价格涨幅高达85% 德州仪器（TI）作为模拟芯片领域的绝对龙头，成为本轮涨价潮中力度最大的厂商之一。 据悉，TI于近期宣布将于2026年4月1日启动近一年内的第三轮调价，也是第二次全面涨价，此次 涨价覆盖所有客户及数字隔离器、隔离驱动芯片、电源管理IC等核心产品线，实现"全品类、全客 户"无死角覆盖，打破了以往大厂对头部客户的折扣惯例，足见其产能吃紧的程度。 TI本次涨幅区间更是达到15%-85%， 其中工业控制领域涨幅最高， 部分产品超过85% ，汽车电 子领域以18%-25%涨幅紧随其后，消费电子领域相对温和（5%-15%），凸显出TI对高毛利市场 的战略倾斜。 在此之前，TI已在2025年8月对旗下超过6万个料号的产品调价10%-30%，2026年初又针对工业控 制、汽车电子等领域再次调价，连续调价的背后， ...

公众号记得加星标⭐️，第一时间看推送不会错过。 近日，全球半导体行业再度被一股涨价浪潮席卷。 作为全球半导体行业的风向标，国际头部厂商的涨价动作拉开本轮风暴的序幕，德州仪器、英飞凌、 恩智浦、安森美...等行业巨头纷纷出手，调价幅度、覆盖范围均呈现显著升级，共同折射出行业当前 的供需格局与成本压力。 TI：价格涨幅高达85% 德州仪器（TI）作为模拟芯片领域的绝对龙头，成为本轮涨价潮中力度最大的厂商之一。 据悉，TI于近期宣布将于2026年4月1日启动近一年内的第三轮调价，也是第二次全面涨价，此次涨 价覆盖所有客户及数字隔离器、隔离驱动芯片、电源管理IC等核心产品线，实现"全品类、全客户"无 死角覆盖，打破了以往大厂对头部客户的折扣惯例，足见其产能吃紧的程度。 TI本次涨幅区间更是达到15%-85%， 其中工业控制领域涨幅最高， 部分产品超过85% ，汽车电子 领域以18%-25%涨幅紧随其后，消费电子领域相对温和（5%-15%），凸显出TI对高毛利市场的战略 倾斜。 在此之前，TI已在2025年8月对旗下超过6万个料号的产品调价10%-30%，2026年初又针对工业控 制、汽车电子等领域再次调价，连续调价的 ...

Key Takeaways Texas Instruments unveiled an 800V power architecture targeting AI data center efficiency needs.TXN aims to improve power conversion and reduce energy loss amid rising AI workload demands.TXN targets growth in industrial and enterprise markets, not high-end AI processors.Semiconductor giant Texas Instruments Incorporated (TXN) has unveiled a new 800V power architecture designed for artificial intelligence (AI) data centers on Wednesday, March 18, signaling a deeper push into next-generation co ...

Core Viewpoint - The recent price increase trend in electronic components is becoming more pronounced, affecting various segments of the semiconductor industry, including passive components, power devices, and more, as companies across the supply chain respond to rising costs and market demand [4][38][163]. Price Increases in the Supply Chain - Major manufacturers like Murata and NXP are initiating price hikes for their products, with Murata's increase for high-end MLCC products ranging from 15% to 35% effective April 1, 2026 [4][38]. - Mitsubishi Gas Chemical announced a 30% price increase for its entire range of electronic materials starting April 1, 2026 [9]. - Taiwan's foundries, including UMC and TSMC, are expected to raise prices by up to 10% or more for their wafer fabrication services [18][22][23]. Passive Components - The market for MLCCs is seeing a significant price increase, with current spot prices rising by 10% to 20% due to high demand from AI and automotive sectors [43][38]. - Companies like KEMET and AVX are also raising prices for tantalum capacitors and other passive components by 15% to 30% due to increased raw material costs [39][42]. Power Devices - Onsemi and other power device manufacturers are implementing price adjustments due to rising costs in materials and manufacturing, with increases expected to be effective from April 1, 2026 [57][62]. - Taiwanese manufacturers are also discussing price hikes, with some products seeing increases of up to 20% [62][63]. Storage Chips - Samsung has announced significant price increases for DRAM and NAND Flash products, with some prices expected to rise by over 100% in the first quarter of 2026 [28][30]. - Micron and other storage manufacturers are also raising prices by 20% to 30% across various product lines [30][31]. Market Impact - The price increases are expected to impact end-user markets significantly, with mobile devices and PCs facing the most pressure, leading to price hikes of 10% to 30% [163]. - The automotive sector is also affected, with increased memory costs adding approximately 1,000 to 3,000 RMB to the cost of each vehicle [163].

Core Insights - Texas Instruments Inc (TXN) shares have experienced a decline of 15.8% from their all-time high of $231.32 on February 11, but are currently showing signs of recovery with a 0.6% increase to $195.22, marking a potential third consecutive gain [1] Group 1: Stock Performance - TXN has seen a significant drop of 8.1% in March alone, indicating a volatile market environment [1] - Historical trends suggest that TXN may be poised for a rally, as it is testing a trendline with bullish implications [1] Group 2: Technical Indicators - The stock is currently within 0.75 of the 80-day moving average's 20-day average true range (ATR), having remained above this level 80% of the time in the last two weeks and in 80% of the last 42 trading sessions [2] - This specific signal has historically led to a price increase 87% of the time one month later, with an average gain of 6.5%, which could push the stock above $207 [2] Group 3: Options Market Sentiment - Short-term options traders are exhibiting bearish sentiment, as indicated by a put/call open interest ratio (SOIR) of 1.19, which is higher than 94% of readings from the past year [4] - The Schaeffer's Volatility Index (SVI) for TXN is at 35%, suggesting that near-term option traders are pricing in relatively low volatility expectations compared to historical data [5] - TXN's Schaeffer's Volatility Scorecard (SVS) is rated at 99 out of 100, indicating that the stock has consistently experienced higher volatility than what its options have priced in [5]

Core Insights - Texas Instruments (TI) has introduced a complete 800V direct current (DC) power architecture designed for next-generation AI data centers, developed in collaboration with NVIDIA [1][3] - The new architecture aims to maximize conversion efficiency and power density, addressing the increasing power demands of AI workloads in data centers [2][3] Group 1: Product Features - The 800 VDC power architecture simplifies power distribution by requiring only two conversion stages: an 800V to 6V isolated bus converter and a 6V to less than 1V multiphase buck solution [4][6] - TI's solution includes a 30kW 800V high power density AC/DC power supply unit (PSU) for AI servers and 800V capacitor bank units (CBU) with a power density of 40W/in³ [5][6] - The architecture features a high-density 800V to 6V DC/DC bus converter with 97.6% peak efficiency and over 2000W/in³ power density for compute tray applications [7] Group 2: Industry Context - The exponential growth of AI computing necessitates a reevaluation of power delivery methods in data centers, as traditional architectures are becoming inadequate [3] - TI's advancements in analog and embedded processing technologies are positioned to support the evolving infrastructure needs driven by AI and edge computing [6][8]

Investment Rating - The report indicates a strong growth potential in the AI server onboard power supply market, projecting it to exceed 100 billion by 2028 [4][39]. Core Insights - The onboard power supply is a critical component in the AIDC power architecture, responsible for supplying power to core loads such as AI chips. The market is expected to expand significantly due to increasing chip and server power consumption [4][7]. - Major players in the market include Vicor, MPS, Delta, Renesas, Infineon, ADI, and TI, all of which are enhancing their product offerings to capture market share [4][8]. - The transition towards modular power supplies, vertical power delivery (VPD), and high-voltage direct current (HVDC) systems is shaping the future of onboard power supply technology [21][32]. Market Overview - The global AI server onboard power supply market is projected to reach approximately 100 billion RMB (around 15.5 billion USD) by 2028, driven by the expansion of the AI market and increasing demand for server power [39][41]. - The report estimates that the value of onboard power supply for a single rack, such as the GB200 NVL72, is around 30,000 USD, highlighting the significant market potential [41][42]. Competitive Landscape - The competitive landscape is dynamic, with companies like Vicor leading the introduction of 48V component ecosystems, while MPS and Infineon are rapidly increasing their market presence through innovative power solutions [8][66][73]. - Vicor has faced challenges in maintaining market share due to capacity limitations and a closed technology system, while MPS has successfully integrated high-performance power solutions into the supply chain [48][66]. - Infineon is leveraging its expertise in power semiconductors to expand its server power offerings, with significant revenue growth expected in the coming years [73][80]. Technological Trends - The report highlights a clear trend towards modular power supplies, which offer improved efficiency and reduced footprint compared to traditional discrete power solutions [21][26]. - The shift to VPD is anticipated to replace traditional lateral power delivery (LPD) methods, significantly reducing power distribution network losses [28][32]. - The transition to HVDC systems is expected to enhance the efficiency of power delivery in data centers, with major companies like NVIDIA leading the charge towards higher voltage architectures [32][80].