【三星电子即将向Naver交付AI芯片Mach-1，交易额最高可达1万亿韩元】据韩媒hankyung的最新报道，全球科技巨头三星电子已准备在年底前向韩国知名IT企业Naver交付其自主研发的AI芯片Mach-1，这笔交易的金额最高可能达到1万亿韩元，折合人民币约54.2亿元。这一消息标志着三星在AI芯片领域的重大突破，同时也深化了两家公司在技术创新上的合作关系。
三星电子DS部门的负责人庆桂显透露，Mach-1芯片目前正处于SoC设计的最后阶段，预计在2023年底完成制造。这款非传统结构的AI芯片旨在解决核心计算芯片与LPDDR片外内存之间的通信瓶颈，据称其能效比竞争对手英伟达的同类产品高出8倍，瓶颈问题则降低至现有AI芯片的1/8。
据了解，三星与Naver的AI芯片研发合作始于2022年末，旨在为Naver的先进AI大模型HyperCLOVA定制专用芯片。此次交易的达成，不仅展示了三星在半导体技术上的领先地位，也将为Naver的AI服务提供更高效、低能耗的运算支持，预示着双方在人工智能领域的合作将达到新的高度。
英语如下：
News Title: “Samsung Electronics to Deliver Naver AI Chip Mach-1 by Year-End: Deal Could Reach KRW 1 Trillion”
Keywords: Samsung AI chip, Naver collaboration, Mach-1 transaction
News Content: **Samsung Electronics is set to supply its AI chip Mach-1 to Naver by the end of the year in a deal potentially worth up to KRW 1 trillion** ($54.2 billion USD), according to the latest report from South Korean outlet Hankyung. This marks a significant breakthrough for Samsung in the AI chip sector and deepens the collaboration between the global tech giant and South Korea’s prominent IT firm, Naver, in technological innovation.
Samsung Electronics’ DS division head, Kyung Kye-hyun, disclosed that the Mach-1 chip is currently in the final stages of System-on-Chip (SoC) design and is expected to be manufactured by the end of 2023. Designed with a non-conventional architecture, the AI chip aims to address the communication bottleneck between central processing chips and LPDDR external memory. It is claimed to have an energy efficiency ratio eight times higher than that of rival NVIDIA’s comparable products, while reducing the bottleneck issue to one-eighth of existing AI chips.
The AI chip development partnership between Samsung and Naver began at the end of 2022, with the objective of customizing a dedicated chip for Naver’s advanced AI model, HyperCLOVA. This transaction underscores Samsung’s leadership in semiconductor technology and will provide Naver’s AI services with more efficient and power-saving computational support. It signals a new peak in their cooperation within the field of artificial intelligence.
【来源】https://www.ithome.com/0/757/537.htm
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