He’s the London-born designer who turned an ailing brand into the behemoth it is today. Leander Kahney counts the ways Jony Ive saved Apple from crumbling
For two-an-a-half years they tried all kinds of solutions. The answer was a stainless steel neck that borrowed heavily from the spring mechanism in the famous Anglepoise lamp.
The guts crammed a computer, drives, and a power supply into its hemispherical base. Ive says the design of the iMac G4 was ingenious not because of its shape but its unexpected unobtrusiveness. Although it looked like a freaky lamp on approach, everything but the screen disappears when you sit in front of it.
4. Aluminium
Eager to move away from plastic, Ive started investigating metals. His first experiments were with exotic metals such as titanium, which are light and strong but hard to work with. Ive’s first foray into aluminium would be the iPod Mini and it would influence a whole generation of products.
Like the iMac before it, the iPod Mini would come in a range of colours. Unlike with stainless steel, you could blast it and then anodise it to get interesting colours in a new way. Aluminium looked like a good material for laptop cases and iPods. It is strong and light, and it can be finished in a range of colours when an anodised coating is bonded to the metal.
Ive and his crew started researching camera manufacturers such as Sony, which produced a lot of cameras in aluminium. They tried to work with an American company to build the machine in the US but the Americans thought they were crazy. Instead they took it to Foxconn in China, which bent over backwards to make the computer to Ive’s standards.
Soon Apple had moved most of its manufacturing to Foxconn. But getting the clean look with the new material proved to be a challenge. As they struggled, one member of the team suggested that the case could be done by the process of roll-forming, the way steel gutters are made. A flat sheet of aluminium could be bent at various points as it is passed through a series of rollers to make the lozenge shape. The sheets were roll-formed into a C shape, with a large door installed on the open side. At first, Ive’s team were concerned about the two small joints on the open side (they wanted it seamless) but decided they could live with it because the joints couldn’t be seen from the front. When the first cases came off the line, Ive saw that the new machine would become a showpiece.
5. Touch-screens
We’re in the middle of the biggest shift in personal technology — the mobile revolution. Over the next few years, smartphones and tablets are going to be orders of magnitudes bigger than PCs ever were. The next billion internet users, for example, are going to be Africans connecting with smartphones.
It began with the iPhone, which was born in Ive’s design lab. A group of Apple engineers was trying to make smart trackpads that could replace the mouse and keyboard on a computer. Ive’s design team soon realised that the raw technology could be used to make a tablet.
The first prototype was made out of a notebook screen hooked to a giant computer. When Jobs saw it, he again bet the company on it. Apple’s best and brightest spent almost three years developing touchscreen technology behind the scenes — if it had failed, Apple would have been in deep trouble. The iPhone came first, in 2007, and three years later, in 2010, Apple launched the first iPad.
Apple has sold more than 400 million iPhones and 170 million iPads — the biggest-selling products in history.
Jony Ive by Leander Kahney (Portfolio Penguin, £14.99) is published on Thursday.