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What Slowing Moore’s Law Means for Your Smartphone
摩尔定律放缓对手机意味着什么
精读先不看文字,完整听一遍。
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Moore’s Law predicted transistor counts on chips would double every two years — a trend that held strongly from 1970 to 2010.摩尔定律预测芯片上的晶体管数量每两年翻一番——这一趋势在1970至2010年间保持强劲。
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Since then, shrinking transistors further has caused overheating, power leakage, and diminishing performance gains per nanometer.此后,晶体管进一步缩小导致过热、功耗泄漏及每纳米带来的性能提升日益 diminishing。
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Chipmakers now rely less on raw size reduction and more on architectural innovations like chiplets and heterogeneous cores.芯片厂商如今更依赖架构创新(如芯粒和异构核心),而非单纯缩小晶体管尺寸。
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Smartphones now improve through better software optimization, AI-enhanced cameras, and advanced thermal management — not just faster CPUs.智能手机的升级不再仅靠更快的CPU,而是通过更好的软件优化、AI增强摄像头和先进散热管理实现。
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Battery life matters more than peak speed, so engineers prioritize efficiency: doing more with fewer watts, not just more transistors.电池续航比峰值速度更重要,因此工程师优先追求能效:用更少瓦特完成更多任务,而非堆砌更多晶体管。
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Camera quality jumped not from bigger sensors alone, but from neural processing units that sharpen images in real time using learned patterns.相机画质的跃升不仅源于更大传感器,更得益于神经处理单元——它利用学习到的模式实时锐化图像。
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Instead of waiting for ‘next-gen’ chips, brands extend device lifespans via longer software support and modular repair designs.厂商不再一味等待‘下一代’芯片,而是通过延长软件支持周期和模块化可维修设计来延长设备寿命。
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Slower scaling also pushes innovation toward specialized hardware — like dedicated AI engines — rather than general-purpose speed boosts.制程放缓也推动创新转向专用硬件(如专用AI引擎),而非通用性能提速。
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Consumers notice subtler upgrades: smoother multitasking, better low-light photos, or longer battery between charges — not just benchmark scores.消费者感受到的是更细微的升级:多任务更流畅、弱光拍照更出色、两次充电间续航更长——而不仅是跑分提升。
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While Moore’s Law fades as a strict rule, its spirit lives on — engineers keep delivering real-world improvements, just differently.尽管摩尔定律作为严格规律正在淡出,其精神依然延续——工程师仍在以不同方式交付切实的体验提升。
精读 · 大约 10 分钟
听 → 读 → 学表达 → 懂 → 今天会说这一句 → 跟读录音 → 自己说一句。
③ 学 · 重点表达
- Since then, shrinking transistors further has caused overheating, power leakage, and diminishing performance gains per nanometer. 此后,晶体管进一步缩小导致过热、功耗泄漏及每纳米带来的性能提升日益 diminishing。
- Moore’s Law predicted transistor counts on chips would double every two years — a trend that held strongly from 1970 to 2010. 摩尔定律预测芯片上的晶体管数量每两年翻一番——这一趋势在1970至2010年间保持强劲。
- Chipmakers now rely less on raw size reduction and more on architectural innovations like chiplets and heterogeneous cores. 芯片厂商如今更依赖架构创新(如芯粒和异构核心),而非单纯缩小晶体管尺寸。
④ 懂 · 选一选
⑤ 今天会说这一句
Since then, shrinking transistors further has caused overheating, power leakage, and diminishing performance gains per nanometer.
⑥ 跟读并录音
Since then, shrinking transistors further has caused overheating, power leakage, and diminishing performance gains per nanometer.
第一版:录下来、回听、再听标准音。系统打分以后再加。
⑦ 说 · 自己来一句
用今天的表达,自己说一句。
例子:Since then, shrinking transistors further has caused overheating, power leakage, and diminishing performance gains per nanometer.
已记下。连续天数以后会显示在课表里。
陈老师指导
课程开发中,敬请期待。成人和孩子都可以先自学听读、精读。
这边的讲解音轨还在做。想先跟着老师走完固定 30 课,可以去陈老师带读社(和自学通行不是同一份会员)。
课程开发中,敬请期待。