Do Apple engineers ever rest? The answer seems to be a resounding no. After introducing a MacBook Pro with M3, M3 Pro and M3 Max chips at the end of 2023 and a MacBook Air with an M3 chip at the beginning of March 2024, Apple’s design team is already We focused on the development of MacBook Pro series with M4 chip.

Now that M3 chips are available along with the rest of Apple Silicon’s M-series processors, the Cupertino company has begun preparations for the development of a yet-to-be-announced chip, the MacBook Pro M4.

As Mark Gurman reported in a Bloomberg question-and-answer session, Apple has “officially begun development” of a new MacBook Pro with M4 chip.

Apple starts developing a new MacBook Pro with M4 chip

Apple is working on next-generation MacBook laptops

Details about the design and technical specifications of the new MacBook Pro series with M4 processor are not yet known. currently Apple Silicon. However, the start of the product development phase could mean that we will see a possible launch in late 2024.

The current generation MacBook Pro was introduced in October 2023. M3 chip is welcomedIt’s manufactured using the same TSMC 3-nanometer process as the A17 Pro chip in the iPhone 15 Pro and iPhone 15 Pro Max.

Apple’s M3 chips take a step forward for gaming

In addition, the Californian company updated its iMac series with the M3 chip in October 2023.

We recently discovered that the new MacBook Air with the M3 chip has an SSD with faster data transfer speeds. Now it’s time for Apple engineers to find a way. Keep boosting the performance of your processors with M4 chips.

To get some idea of ​​how much better the performance of the M4 chips will be, we recommend taking a look at our recently published MacBook Air with M2 chip vs. MacBook Air with M3 chip.

M4 series processors will be based on A18 chip architectureNew generation iPhone 16 processors. Both will have more cores in their Neural Engine to handle AI-related tasks. Currently, the Neural Engine on the A17 Pro chip can process 35 trillion operations per second.