**苹果新AI模型需求低量DRAM 郭明錤揭示内幕**
近日，备受关注的天风国际证券分析师郭明錤发布报告，深入探讨了Apple最新智能装置对DRAM内存的需求情况。报告中提到，搭载新一代技术的iPhone未来对内存的需求或许会有所降低。针对备受瞩目的Apple Intelligence装置端AI大模型，郭明錤指出其对DRAM的需求约为2GB或更低。这一发现打破了市场对于AI技术对于高内存依赖的普遍预期。分析指出，配备A16芯片的iPhone 15可能无法支持Apple Intelligence装置端AI大模型，而M系列则有可能得益于更合适的内存配置得以兼容。报告显示，虽然A系列芯片AI算力高于M系列芯片，但由于内存的差异导致M系列更适配当前的AI模型需求。该发现揭示了即便在高强度的人工智能运算领域，高效的数据管理和存储机制才是支持复杂技术正常运行的关键因素之一。在此背景下，许多业内专家分析指出苹果的软硬件优化实力有待进一步的深度观察和业内测试来验证，特别是关于低内存情况下的运算表现分析更值得期待。这一报告无疑为未来的技术发展方向提供了新的视角和讨论空间。
英语如下：
News Title: Apple AI Device’s DRAM Demand Revealed: Only About 2GB or Lower, New Trends in M1 vs A16 Competition
Keywords: Apple AI, DRAM demand, model limitations
News Content: **Apple’s New AI Model Demands Low-Volume DRAM: Guo Mingluo Unveils the Insider Information**
Guo Mingluo, a well-regarded security analyst at Tianfeng International, recently released a report that delves into the DRAM memory requirements of Apple’s latest smart devices. The report suggests that future iPhones equipped with new-generation technology may have reduced memory requirements. In terms of the highly anticipated Apple Intelligence device-side AI large model, Guo Mingluo indicates that its DRAM demand is around 2GB or lower. This discovery bucks the common expectation of AI technology’s reliance on high memory. Analysis points out that the iPhone 15 equipped with the A16 chip may not be able to support the Apple Intelligence device-side AI large model, while the M series could benefit from more suitable memory configurations. Reports show that although the A-series chip’s AI computing power is higher than the M-series chip, the M series is more suitable for current AI model requirements due to memory differences. This discovery reveals that in high-intensity areas like AI computing, efficient data management and storage mechanisms are critical to supporting complex technological operations. Against this backdrop, many industry experts are analyzing and looking forward to seeing how Apple’s software and hardware optimization capabilities perform through further observation and industry testing, especially in terms of its performance under low memory conditions. This report undoubtedly provides new perspectives and discussion spaces for future technological development.
【来源】https://www.jiemian.com/article/11278910.html
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