📰 DigiTimesDigiTimesDoubao · 实盘不做把握 5/10不做原因:无增量信息
北京时间·🕒 发布 09-12 09:13:47·⟳ 抓取 09-12 09:33:12 +19m25s·⚡ 决策 09-15 13:07:32 +3d03h·42.1 天前
村田计划2027年量产AI电源基板iPaS，目标量产18个月内年销5000亿日元
DigiTimes系对The Elec 9月10日稿的二次编译，核心计划（2026/2027量产+FY27约5000亿日元目标）TrendForce在2025-12-17即已报道，距今9个月、距信号也已75小时；既无新客户点名也无订单，金额对超大盘村田仅约占年收入3%且兑现要到2027量产后18个月，缺乏可交易的短期增量。
📄 原文DigiTimes↗ 原文
Murata targets mass production of its AI power substrate next year
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不做 Murata Manufacturing（村田制作所）（6981.JP）
旧闻重申（核心计划2025-12已报道）+无定点客户/订单+5000亿日元仅约占年收入3%且2027量产后才兑现，短期无预期差与可交易edge；行情接口本次超时，亦无可靠执行价，但不构成回避主因。
展开详情(成交明细 / 研究档案 / 原文全文 / 决策记录链)
研究档案
结论摘要
村田iPaS量产计划是中长期产品布局的旧闻重申：无定点客户、无订单，5000亿日元目标占公司年收入约3%且2027年后才逐步兑现，对短线股价无实质催化，故回避。
消息传播链
- 最早可见报道：村田拟2026量产AI服务器电源模组、FY27目标5000亿日元，说明本次信息主体9个月前已公开。
- KPCA Show 2026（9月9日）现场展示iPaS，村田官员称明年量产、18个月内5000亿日元，客户指向hyperscaler但未点名。
- 对The Elec稿的英文扩写编译，无新增订单或客户事实；研判时刻已过75.9小时。
关键理由
- iPaS若在AI垂直供电放量，中期可强化村田从被动元件向基板层延伸的成长叙事。
主要风险
- 2027量产受良率与基板产能瓶颈制约，且Saras、Infineon、Ferric等竞争，5000亿日元目标可能不达预期。
反向证据
- 做多前查反向 · 来源 web · 日期 2026-09-12 · 影响 weakens
iPaS面临Saras、Infineon、Ferric竞争及基板良率/产能瓶颈，且无具名客户订单，削弱短期做多逻辑。
检索:Murata iPaS delay competition order customer risk 2026 原文 ↗
先例如何影响了这次决策
对本次决策的影响:证据门槛（旧闻+无增量+materiality弱）已足以AVOID，先例不改变结论。
方向:未构建先例：事件为无订单、无点名客户的远期产品路线更新，且属旧闻重申，即便存在正向先例也无法弥补缺乏新增事实的硬伤。
涨幅量级:缺乏与当前标的、催化时点对齐的可交易先例，不用类比涨幅设定止盈止损。
形态:不适用
工具执行结果 · 成功 2 · 降级 1 · 失败 0 · 取消 0
- search_processed_events 成功 stock_tools HTTP · 16 ms
{"result": "search_processed_events:agent query=`murata ipas ai 電源基板 量産 the elec kpca 2026 | murata ipas power substrate mass production 2027 jpy50 billion | 村田 ipas 电容 电感 基板 ai 芯片 量产`；结构化索引覆盖完整 72 小时；旧记录兼容扫描近 0.0/72 小时、0 条本臂决策(完整)，返回 0 条候选。未命中只表示这些 agent query 表达式没有召回候选，不能据此证明消息首发或不是重复；按当前事件继续正常研判。 - stock_quote 降级 stock_tools HTTP · 10,034 ms
取价失败: TimeoutError: - web_search 成功 doubao_search · 1,455 ms
豆包搜索结果（原始查询:Murata iPaS AI power substrate mass production 2027 JPY50 billion The Elec；API SearchType:web）
原文全文
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Home
Tech
Semiconductors
Murata targets mass production of its AI power substrate next year
Jingyue Hsiao
, DIGITIMES, Taipei
Sep 12, 2026, 09:13
0
Credit: AFP
Murata Manufacturing plans to begin mass production next year of iPaS, the power substrate it has spent several years developing for AI chips, a step that would carry the world's largest multilayer ceramic capacitor maker out of the passive components it dominates and into the substrate layer itself. The company is targeting annual sales of JPY50 billion (US$325.56 million) within 18 months of that launch, according to The Elec , which reported the plan after Murata showed the product at the KPCA Show 2026 in Incheon on September 9.
The commercial bet
That JPY50 billion target is modest against Murata's existing base — roughly 5% of the JPY936.4 billion in capacitor sales the company booked in the fiscal year ended March 2026, per Murata's investor disclosures — but it targets the fastest-growing part of its business. Murata forecasts capacitor sales of JPY1.16 trillion for the current fiscal year, a 23.6% increase, driven by data center demand.
Pricing puts iPaS at the top of the market. "It is a high-priced product, so our customers will be big tech companies rather than makers of general-purpose products," a Murata official told The Elec , adding: "It should be in mass production next year." The Elec reported that expected customers are hyperscalers and other big technology firms building their own AI chips, with the product going into AI accelerators, GPUs, and high-performance computing systems rather than general-purpose silicon. Murata has been discussing adoption with GPU and AI accelerator customers and had been targeting commercialization in 2026.
What iPaS is
Murata describes iPaS on its corporate technology site as "a substrate solution that incorporates proprietary capacitor and inductor technologies directly onto the substrate," with electrical characteristics and dimensions customizable per application. Rather than mounting discrete capacitors and inductors on a board, it builds their function into an ultra-compact multilayer substrate, freeing surface area for chip mounting.
The line splits in two. Capacitor iPaS uses a 0.3 to 0.35mm thick substrate with internal through-holes and flat copper electrodes, a construction Murata says minimizes equivalent series inductance and supports vertical power delivery. Inductor iPaS handles currents exceeding 10A, with customizable coil diameter and wire width and a closed magnetic circuit design that cuts leakage flux. Murata positions both at AI data center power modules, package substrates, accelerators, optical transceivers, and systems drawing more than 100A, and says the next step is combining both on a single substrate.
The development trail is long. Murata first showed samples at FLEX Japan in 2023 and demonstrated an iPaS-based power module at ECTC in 2024 that cut the number of surface-mounted capacitors by more than 60% while keeping voltage-fluctuation characteristics similar to conventional designs, The Elec reported.
Why power is moving into the substrate
The pull is physics. Low voltage and very high current mean even short conductor paths waste meaningful power, pushing designers toward vertical power delivery — putting the power module directly beneath the accelerator instead of alongside it. Embedding the passives shortens that path further. Eelco Bergman, chief business officer at Saras Micro Devices, told EE World that embedding the tiles directly between the power conversion module and the load enables vertical power delivery, describing capacitor tiles embedded into a substrate core typically 0.8mm to 1.6mm thick.
Murata will not have the field to itself. Saras is embedding its own capacitors and inductors into substrates and PCB laminates; Infineon's TDM2454xx puts a smart power stage inside the package substrate at a claimed 2A per square millimeter, according to Electronic Design ; and Ferric is pursuing integrated voltage regulators, with founder and chief executive Noah Sturcken saying its Fe1766 "achieves an industry-leading current density of 4.5A/mm2 with over 93% conversion efficiency."
The substrate layer is also the industry's tightest bottleneck. Japan's Ibiden and Shinko Electric Industries together hold an estimated 70% of the high-end flip chip ball grid array market, and expanding lines takes 18 to 24 months on equipment lead times, Tech Times reported from KPCA Show 2026. Whether iPaS hits its 2027 target will depend less on the physics than on yields.
Article
edited by Ysi Chen
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Tomorrow's Headlines
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Home
Tech
Semiconductors
Murata targets mass production of its AI power substrate next year
Jingyue Hsiao
, DIGITIMES, Taipei
Sep 12, 2026, 09:13
0
Credit: AFP
Murata Manufacturing plans to begin mass production next year of iPaS, the power substrate it has spent several years developing for AI chips, a step that would carry the world's largest multilayer ceramic capacitor maker out of the passive components it dominates and into the substrate layer itself. The company is targeting annual sales of JPY50 billion (US$325.56 million) within 18 months of that launch, according to The Elec , which reported the plan after Murata showed the product at the KPCA Show 2026 in Incheon on September 9.
The commercial bet
That JPY50 billion target is modest against Murata's existing base — roughly 5% of the JPY936.4 billion in capacitor sales the company booked in the fiscal year ended March 2026, per Murata's investor disclosures — but it targets the fastest-growing part of its business. Murata forecasts capacitor sales of JPY1.16 trillion for the current fiscal year, a 23.6% increase, driven by data center demand.
Pricing puts iPaS at the top of the market. "It is a high-priced product, so our customers will be big tech companies rather than makers of general-purpose products," a Murata official told The Elec , adding: "It should be in mass production next year." The Elec reported that expected customers are hyperscalers and other big technology firms building their own AI chips, with the product going into AI accelerators, GPUs, and high-performance computing systems rather than general-purpose silicon. Murata has been discussing adoption with GPU and AI accelerator customers and had been targeting commercialization in 2026.
What iPaS is
Murata describes iPaS on its corporate technology site as "a substrate solution that incorporates proprietary capacitor and inductor technologies directly onto the substrate," with electrical characteristics and dimensions customizable per application. Rather than mounting discrete capacitors and inductors on a board, it builds their function into an ultra-compact multilayer substrate, freeing surface area for chip mounting.
The line splits in two. Capacitor iPaS uses a 0.3 to 0.35mm thick substrate with internal through-holes and flat copper electrodes, a construction Murata says minimizes equivalent series inductance and supports vertical power delivery. Inductor iPaS handles currents exceeding 10A, with customizable coil diameter and wire width and a closed magnetic circuit design that cuts leakage flux. Murata positions both at AI data center power modules, package substrates, accelerators, optical transceivers, and systems drawing more than 100A, and says the next step is combining both on a single substrate.
The development trail is long. Murata first showed samples at FLEX Japan in 2023 and demonstrated an iPaS-based power module at ECTC in 2024 that cut the number of surface-mounted capacitors by more than 60% while keeping voltage-fluctuation characteristics similar to conventional designs, The Elec reported.
Why power is moving into the substrate
The pull is physics. Low voltage and very high current mean even short conductor paths waste meaningful power, pushing designers toward vertical power delivery — putting the power module directly beneath the accelerator instead of alongside it. Embedding the passives shortens that path further. Eelco Bergman, chief business officer at Saras Micro Devices, told EE World that embedding the tiles directly between the power conversion module and the load enables vertical power delivery, describing capacitor tiles embedded into a substrate core typically 0.8mm to 1.6mm thick.
Murata will not have the field to itself. Saras is embedding its own capacitors and inductors into substrates and PCB laminates; Infineon's TDM2454xx puts a smart power stage inside the package substrate at a claimed 2A per square millimeter, according to Electronic Design ; and Ferric is pursuing integrated voltage regulators, with founder and chief executive Noah Sturcken saying its Fe1766 "achieves an industry-leading current density of 4.5A/mm2 with over 93% conversion efficiency."
The substrate layer is also the industry's tightest bottleneck. Japan's Ibiden and Shinko Electric Industries together hold an estimated 70% of the high-end flip chip ball grid array market, and expanding lines takes 18 to 24 months on equipment lead times, Tech Times reported from KPCA Show 2026. Whether iPaS hits its 2027 target will depend less on the physics than on yields.
Article
edited by Ysi Chen
AI Search
Related stories
Taiyo Yuden raises MLCC prices, Murata takes the lead, Samsung to follow suit
AI server MLCC orders double capacity; Murata considers price increase
Murata to mass-produce VPD power modules for AI servers in 2026
Murata doubles down on quality as Chinese rivals expand in MLCC market
Nvidia launches 800V HVDC architecture, passive component leaders enter the power supply chain
Show more
Categories
Chips + components Passive, PCB, other IC components
Tags
2026 capacitor chips Murata production sales substrate
Share this article
Other links
BIZ FOCUS
Sep 14, 08:00
Hauman Unveils Micro LED Testing Breakthrough for AI Optical Interconnects
Monday 14 September 2026
Scaling Photonics: Assembly, Test and Fiber Automation at SEMICON Taiwan
Friday 11 September 2026
DAS Expands in Taiwan and Unveils World First at SEMICON
Friday 11 September 2026
Toward Technologies Redefines Relay Solutions at SEMICON Taiwan 2026
MOST-READ
7 DAYS NEWS
Google's v10 TPU opens door to AMD without sidelining Broadcom, MediaTek
Update: ABF substrate maker Unimicron searched in origin-labeling probe
Qualcomm's HBC play pulls Samsung and SK hynix into a new race beyond HBM
SK keyfoundry expands 8-inch capacity as China demand strains supply
Samsung, SK Hynix step up China NAND upgrades as US tool risks grow
Column: When digital trust breaks — quantum risk rewrites supply chain resilience
Wuliangye skips carmaking, turns liquor waste into silicon-carbon anodes
The 1,000-watt problem: a TSMC veteran on the brute force forging Nvidia's AI chips
eCloudvalley expands enterprise AI Agent portfolio
CXMT rides AI boom to 80% operating margin
Full list
Members only
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Sorry, the page you are trying to open is available only for our paid subscribers.
Please login to read more
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