When Tim Cook introduced the iPhone 5, he spoke of dual-core processing, twice as much graphics power, 4G connectivity and a significantly larger screen, all wrapped up in a thinner unibody case. While some of the new technologies found in the iPhone 5 will bring performance improvements, others - such as multi-spectrum mobile broadband and that 4.5in Retina display - will add to the strain placed upon it.
Like everyone else, we were keen to find out just how effect the hardware choices Apple made when designing the iPhone 5 translated in terms of raw performance and battery longevity. Powered by the new A6 processor, the iPhone 5's performance is pretty darn impressive when compared to the iPhone 4S, iPhone 4, third-generation iPad, and the iPad 2.
Graphics were also much better than on older iPhones. Using GLBenchmark, the iPhone 5, with frame rates of 147.3 on the Egypt Offscreen test and 253 frames per second on the Pro Offscreen tests, was a little more than twice as fast as the iPhone 4S. The iPhone 5 was 17 percent faster than the third generation iPad on the Egypt test and 6 percent faster on the Pro Offscreen test. The iPhone 4 only managed 11 frames per second on the Egypt test and 17 frames per second in the Pro test.
Performance tests show the bespoke A6 processor is the most powerful iPhone CPU to date
In the WebVizBench HTML 5 tests, the new iPhone was 68.5 percent faster than the third-generation iPad, three times faster than the 4S and five times faster than the iPhone 4.
Given some of the iPhone 5's improvements, it was unlikely the new phone's battery could match, much less exceed, its predecessor's. In fact, it comes close.
Apple claimed the iPhone 5 would deliver "up to 10 hours" of video playback on a single charge - the same as the 4S. To test this, we ran it through our standard battery test then compared the result to those of the iPhone 4S, and Phone 4. We also compared it to the third-generation iPad and iPad 2.
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