MacPro, 2013圆柱形单风扇散热结构允许空气从底部通风口进入,从顶部散热片排出,在空气向上流动时冷却逻辑板上的芯片。铝合金外壳使用微粒研磨化合物进行抛光,使表面粗糙度降至平均 20 纳米以下,从而创造深邃漂亮的镜面黑色。
iOS7, 2013乔布斯喜欢用数字方式复制模拟设计;据报道,苹果桌面日历上的缝制皮革引用了他湾流飞机的内饰。艾维认为,这种效果适合 iPhone 的发布,当时“我们非常紧张——我们担心人们会如何从触摸会移动、会发出噪音的物理按钮过渡到触摸不会移动的玻璃。”但他接着说,“不断质疑你所做的假设非常重要。”现在的当务之急是改革 iOS。
Mac OS X, 2011从这一代系统开始,新增联系人、日历应用,与 iOS for iPad 的设计保持一致,尽管增强UI了跨平台的一致性, 但增加了平台内的碎片化。同时也是 OS X 拟物化设计过度泛滥的开始。
MacBookAir, 2010三项关键技术实现了外壳的轻薄化。显示单元和背光集成到显示屏外壳中,从而减少了部件。固态存储器取代了机械硬盘,提高了性能和坚固性。可变尺寸的电池单元优化了电池化学成分的用量(每平方英寸)。造型线条更加锐利,优雅。
iPodShuffle, 2010The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPodShuffleSteel, 2009The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPodNano, 2008The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPhone 3G, 2008304 不锈钢边框和聚碳酸酯后壳粘合在一起,形成一个连续的形状。显示模块被连接到后壳的一端,与内部组件进行电气连接。只需用两颗螺钉固定两部分外壳的另一端。后盖采用半透明聚碳酸酯注塑成型。
iPod, 2007The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPodNano, 2006The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPod, 2004The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
PowerMacG5,2003The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
MacOSX, 2003The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iPod, 2002The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
MacOSX, 2002The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
MacOSX, 2001The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
Power Cube G4 Cube, 2000The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iMac, 1999The iMac form was driven by its primary component, the 15��inch blown-glass cathode ray tube.
iMac, 1998The iMac form was driven by its primary component, the 15inch blown-glass cathode ray tube.
iBook, 1999Translucent, durable polyurethane was molded over the textured polycarbonate housing. Encapsulated within polycarbonate resin, a die-cast metal core forms the retractable handle.
PowerMacG4, 1999Translucent, durable polyurethane was molded over the textured polycarbonate housing. Encapsulated within polycarbonate resin, a die-cast metal core forms the retractable handle.
PowerMacG3, 1999Translucent, durable polyurethane was molded over the textured polycarbonate housing. Encapsulated within polycarbonate resin, a die-cast metal core forms the retractable handle.
Apple Cinema Display, 1999与传统的成型方法不同,厚度可变的透明聚碳酸酯采用镜面抛光的 420HH 硬化不锈钢模具成型。这个透明外壳悬挂着一个钢制模块,该模块装有 16:9 宽高比的 LCD。