And in the world of technology, there are few names that glow more brightly than that of Apple, a firm that seems forever on the cusp of invention and innovation, and always at the forefront of design. Now, Apple’s most recent foray onto the cutting edge of artificial intelligence (AI) has drawn debate and conversation, particularly Apple’s split-level approach to artificial intelligence and the ongoing tango between its newest devices and generative AI. Let’s explore how Apple is approaching AI, and what that means for you and I as users.
Apple’s design innovation is based on a subtly different approach to AI, and involves a careful mix between local processing and remote, or cloud-based, computation. Their design treats the local and the cloud modules as a single AI interface, allowing for close collaboration between vast remote computing resources and quick, on-device, customized processing.
Finally, we had details of the A17 Pro neural engine, included in Apple’s new iPhone 15 Pro and iPhone Pro Max, by far its most potent machine – or so we thought. Twice as powerful as its earlier version, but no base iPhone 15? Not one of the first wave of generative AI ventures? What’s going on here?
Digging deeper, differences between the A17 Pro and its predecessor might not only be about raw power or even size, but about a concert of factors, including efficiency, the ability of the neural engine, and very importantly the device’s memory, that can make an iPhone cognitively capable to access Apple Intelligence.
Even the mighty A17 Pro and the M series Face ID chips can bog down; that’s why Apple Intelligence sometimes downshifts into the Private Compute Cloud. A PC-as-hyperscale-complement architecture, it therefore seems, means a P-class baseline iPhone could eventually wield some several-fold magnification of ultimate power.
In fact, ‘rumours’ about the iPhone 15’s supposed inability to truly serve users with Apple Intelligence often circle back to how the phone’s memory capacity might drive its AI handling. With the base model having 6 GB, how much does having an extra 2 GB make to the Pro models? This all begs the question of how much processing speed and memory capacity go into bringing an AI experience to life.
The trajectory points to the iPhone 16 actually closing this gap, perhaps arriving with 8 GB of RAM and an improved mobile CPU — upgrades that might democratise Apple Intelligence across the range, offering a nuanced, potentially cloud-backed AI experience even in the base models.
And as Apple hones its AI strategy, the question of what it will do next remains front and centre: a local and cloud computing mix, paired with constant enhancements to hardware, suggests a future in which even low-end iPhones could be harnessed to accomplish a great deal with AI.
Apple’s trajectory shows a company constantly trying to innovate at the edge of technological convergence, enabling us to have as much artificial intelligence capability in the small formfactor of a phone as is possible today. We can only speculate whether the iPhone 16 and beyond will contain an AI layer, but we can definitely expect our future devices to move towards one.
Apple Inc., established in 1976 by the visionaries Steve Jobs, Steve Wozniak, and Ronald Wayne, has developed from a leader in personal computing to a familiar name in consumer electronics, software, and online services. Known for the much-publicized line of iPhone, iPad, and Mac devices, the company’s revolutionary approach to technology embodies the essence of the brand: ‘To make a contribution to the world by making tools for the mind that advance humankind.’ At Apple, technology and creativity come together in the development of devices that are as personal as they are powerful.
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