Skip to main content
  1. Home
  2. Phones
  3. Apple
  4. Computing
  5. Mobile
  6. News

TSMC is building chips with a 7nm process for the 2018 iPhone and iPad

Add as a preferred source on Google

2018’s iPhones and iPads could use a pretty powerful new processor architecture. Apple manufacturer TSMC is reportedly on track to deliver the first prototypes chips using a 7nm architecture in the second quarter of 2017. Following the delivery of prototypes, the manufacturer will then be ready to enter full production in early 2018.

At this point, production is dependent on the completion of “Tape Out,” which is the last step in developing these new chips. During that process, the photo-mask of a chip is completed, and is then ready to be sent to a production plant.

Recommended Videos

TSMC isn’t the only manufacturer slated to produce the Apple-designed chips. Qualcomm, Nvidia, and Xilinx will all help produce Apple’s chips for 2018. TSMC is said to already have 15 customers for chips using the 7nm process, but it may be looking for as many as 20, according to reports.

So why shrink a chip’s die down? Well, a chip with a smaller die size consumes less power, meaning that less heat is generated, permitting a better performance per watt. So with the same amount of power applied, a chip can perform better with a smaller die.

The news comes shortly after delays were reported from TSMC in the production of 10nm chips, an issue that some speculated could lead to delays in the launch of the iPhone 8. TSMC refuted the claims that it was experiencing delays, and has since said that the 10nm process is totally on track, and that it would make up less than 1 percent of its revenue in the first quarter of 2017, despite orders from the likes of Apple and Qualcomm.

TSMC won’t stop at a 7nm process — it will begin production of chips with a 5nm process at some point in 2019, and is expected to start delivering chips with a 3nm process by 2022.

Christian de Looper
Christian de Looper is a long-time freelance writer who has covered every facet of the consumer tech and electric vehicle…
Android 17 makes it harder for bad actors to guess and crack the PIN on your phone
Thieves only get 20 shots before the door slams shut
Electronics, Mobile Phone, Phone

Google is planning on making Android 17 even more secure. The company had previously confirmed that Android 17 will now reduce the number of times someone can guess your PIN or password and add longer wait times between failed attempts.

Now, thanks to a deeper breakdown from Mishaal Rahman, we have a better idea of how aggressive that change really is.

Read more
Acti just turned your smartphone keyboard into an AI assistant
One keyboard that types your words and does your errands. This might be the upgrade your thumbs have been waiting for.
Acti keyboard open on iPhone

Your smartphone’s keyboard is the thing you interact with the most, and yet, it has largely remained the same since it was introduced two decades ago. Yes, it has become better at understanding our typing habits and predicting text, but its function has largely remained unchanged. 

A Singapore startup called Acti looked at the keyboard and the large space it occupies on your smartphone and asked a fair question. Why not make it actually do things? After seeing its keyboard in action, I think the idea has legs.

Read more
Finding photos is so much easier with Siri AI in iOS 27 that I no longer scroll
Natural language photo search in iOS 27 is the kind of feature that quietly becomes essential.
Electronics, Phone, Mobile Phone

My camera roll has crossed 8,000 photos, and it got there by capturing random moments (only to forget them later). The problem, however, starts when someone asks me to share something specific. It could be their portrait from last weekend or the food pictures they snapped using my phone.

Finding those pictures usually means scrolling through my seemingly endless camera roll. If the photo is a month or two old, I end up scrolling past hundreds of other images to find it, and that gets old fast.

Read more