In a recently published interview with Apple executives John Srouji and John Ternus, we have learned details about the revolutionary change that the company plans to introduce in Apple Silicon technology. The conversation discussed various aspects of this transitional technology, such as the use of 3-nanometer scale chips and the impact it will have on Apple products.
During the interview, Srouji, Apple’s Senior Vice President of Hardware Technologies, emphasized the importance of using 3-nanometer scale chips in the upcoming iPhone 15 Pro and MacBook Pro models. He explained that this type of chip allows for greater transistor density in a given area, resulting in improved energy efficiency. Srouji proudly stated that Apple is not just a chip manufacturing company but also holds a significant position in other fields.
Ternus, Apple’s Senior Vice President of Hardware Engineering, described the transition from Intel to Apple Silicon technology as one of the most important changes the company has made in the past 20 years. This transition signifies a significant change in Apple’s product line and demonstrates their commitment to pushing boundaries and driving innovation in the technology industry.
The interview provides us with valuable insights into Apple’s Apple Silicon technology research lab at Apple Park, which plays a crucial role in shaping the future of Apple hardware. This gives us a rare glimpse into Apple’s internal research and development operations.
As Apple continues to introduce new products and refine its silicon technologies, we expect the impact of this change on the overall performance and capabilities of Apple devices to be significant. The use of highly efficient and powerful chips will undoubtedly enhance the user experience and solidify Apple’s position as a leader in the technology industry.
Frequently Asked Questions
1. What are the benefits of using 3-nanometer scale chips in Apple products?
Using 3-nanometer scale chips allows for greater transistor density in a given area, resulting in improved energy efficiency and overall performance of Apple devices.
2. What are the consequences of transitioning from Intel to Apple Silicon technology?
The transition from Intel to Apple Silicon technology is one of the most important changes Apple has made in the past 20 years. It signifies a significant change in Apple’s product line and demonstrates their commitment to pushing boundaries and driving innovation in the technology industry.
3. What information can we learn from this interview at Apple Park?
During the interview, we learn valuable information about Apple’s Apple Silicon lab at Apple Park, which plays a crucial role in shaping the future of Apple hardware. This gives us a rare glimpse into Apple’s internal research and development operations.
Source: apple.com
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