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NewsTopic · 爱信MRAM AI芯片Quick take1 min readDisconfirmAI Editorial

Japan's Aisin says it developed new AI chip cutting energy use by 98%

Aisin, in collaboration with Tohoku University, developed an MRAM-based semiconductor claiming 98% lower power consumption than comparable existing chips to improve automotive data processing.

2026-11-03 06:16 GMT+8

Japanese automotive parts supplier Aisin announced on Monday that it has developed a new semiconductor in collaboration with Tohoku University. The chip utilizes magnetic random-access memory (MRAM) technology and consumes approximately 98% less power than similar existing chips, according to the company. This breakthrough is expected to help process large amounts of data more efficiently, potentially improving AI capabilities within vehicles.

As reported by Nikkei Asia, Aisin stated that the chip achieves significant energy savings by combining magnetic technology with efficient memory architecture. MRAM is a type of non-volatile memory that retains data without continuous power supply, unlike traditional dynamic random-access memory (DRAM). It remains unclear when the chip will enter mass production or which specific vehicle models will incorporate it.

Sources

  • asia.nikkei.comNikkei Asia↗
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Topic

爱信MRAM AI芯片

日本汽车零部件供应商爱信(Aisin)与东北大学联合开发出全球首款内置STT-MRAM的16nm AI系统单芯片(SoC)。该芯片通过非易失性内存存储操作系统启动数据和AI模型权重,消除了对外部DRAM和SSD的依赖,使电源启动至内核就绪的…

3 steps1 piecesUpdated 2026-11-04 03:06

How it got here

  1. 2026-11-02爱信与东北大学发布新闻稿,宣布共同开发出世界首款搭载STT-MRAM的16nm AI SoC,实测显示OS启动时间为65.7毫秒,物体检测能耗为传统方式的1/50。prtimes.jp ↗
  2. 2026-11-03日经亚洲报道该芯片功耗比现有类似芯片低98%,强调其在车载数据处理效率提升方面的潜力。asia.nikkei.com ↗
  3. 2026-11-04IEEE亚洲固态电路会议(A-SSCC)在台湾新竹举行,爱信与东北大学团队在会上正式展示该研究成果及技术细节。automotiveworld.com ↗

What is still unsettled

  • 该芯片何时能实现量产并应用于实际汽车或机器人产品中?
  • 面对大语言模型等高容量需求,32MB片上内存的限制如何通过后续技术迭代解决?
  • 除爱信外,其他主要汽车电子供应商是否已跟进类似的MRAM存算一体方案?
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