Apple Faces Big Challenges In Production Of IPhone 17 Slim

The iPhone 17 Slim or Air has entered the New Product Recognition (NPI) phase. (photo: x @usmantweets_)

JAKARTA - Apple faces a huge challenge in its efforts to produce the thinst ever-formed iPhone 17 Slim. With the design expected to be only about 6 millimeters thick, the iPhone 17 Slim will be one of the most exciting phones in Apple's lineup of launches by the fall of 2025. The preparation process for this launch has already begun, with Apple's supply chain starting to perform the initial tasks needed to make it happen.

According to sources from the DigiTimes supply chain, the iPhone 17 Slim or Air has entered the New Product Recognition (NPI) phase. The NPI phase is an early stage where assembly partners examine Apple's design and determine the best way to build this device on the production line. Given the huge volume of iPhones produced every year, this phase is critical to perfecting the actual construction process.

However, the iPhone 17 Slim reached this stage a little late compared to other models in the same generation. In late October, it was reported that a factory in India started the NPI process for the iPhone 17, with the Pro model still continuing in China. Although DigiTimes are not always accurate in terms of product features, they are quite reliable in terms of rumors and supply chain leaks. Given Apple's distinctive production schedule, NPI's claim to the iPhone 17 Slim seems quite reasonable.

The ultra-thin design of the Slim iPhone 17 will be a complicated challenge. The thickness of about 6 millimeters makes the available space to accommodate all the components needed by Apple very limited. This has resulted in some design changes, including the removal of SIM slots completely because they are too thin to load. This is not too surprising, as Apple has switched to an eSIM-only approach in the United States, which is likely to be implemented in other countries as well.

Batteries are one of the main problems, with the hope that designs with new substrates that can be made quite thin will not be possible until 2025. A thinner battery in a narrower space than usual presents physical force problems, as there will be fewer physical material used.

It will also affect battery capacity, as it will occupy less internal volume than other designs. This has been proven practically with a mini iPhone design that has shorter battery life than the main model and Pro.

The rear camera clashes also faced changes, with rumors in December claiming that it would use high horizontal bar designs on the back to accommodate multiple cameras. This camera radical redesign is questionable, given Apple's goal of corruption and the placement of other components.

This includes influencing how Slim's iPhone 17 should be held to take Space videos, the format used to create video that can be seen on the Apple Vision Pro. Currently, it involves holding the iPhone in a landscape orientation, but the bar design can force it to hold it in portrait orientation.

Space videos using stereoscopic shootings, it requires two sensors that are relatively far apart for the effect. Switching to portrait orientation can limit how much space is available to separate the two sensors for that purpose. The placement of therumed camera bar is also questionable when considering the front True Depth camera array. The rear camera will be placed in the same physical space as the front camera system, making it impossible to implement that way.

One analyst also believes that Apple can reduce the number of cameras to just one 48-megapixel rear sensor and a 24-megapixel front TrueDepth camera for Face ID. With one high-resolution camera, Apple can still offer optical zoom-level consumers, using cutting tricks used by current-generation iPhones to emulate second camera sensors.

Expectations also include the use of a 6.6-inch screen, A19 chip using 3-nanometer, and 8GB memory processes, with chips and memory likely to be adopted by the iPhone 17 as well. These technical challenges and supply chains will test Apple's ability to generate devices that meet their high standards.

Thus, the iPhone 17 Slim is not only a technological achievement but also an achievement in supply chain management. If Apple manages to overcome all these challenges, they will once again set new standards in the mobile technology industry.