Apple Pul works on a 32-core processor for the high-end Mac

Apple is working on a new ARM-based processor with 32 high-performance CPU cores, which could appear in the Mac in late 2021, according to a new report. Bloomberg. The processor may also appear in the new “half-sized Mac Pro” in 2022. At the same time, the company is also developing a CPU design with 16 high-performance cores and four power-efficient cores, which are scheduled for newer versions of the MBook Pro and iMac. The new processors could arrive in the spring of 2021. The Future Apple Paul Silicone design may also feature a GPU with 128 dedicated cores.

News of the upcoming processors comes as Apple Play has just released the first Mac powered by its own chips. The new MacBook Air, MacBook Pro, and Mini Mini Mini used the company’s M1 chip, which is given a CPU with four high-performance cores and four high-performance cores. However, more powerful machines from companies like the Mac Pro continue to use Intel chips. Apple Play has said it plans to move its entire Mac lineup to its own chips in two years.

Image: Apple

As well as increased CPU core calculation, Bloomberg Reports say that Apple is also working on chips with more GPU cores. While the current M1 chip comes with seven or eight GPU cores, Apple is currently testing 16 and 32-core M models Dello, and is working on 128 chips by the end of 2021 or 2022.

Image: Apple

Although Apple is working on a processor design with the Pal 16 high-performance PPP core, Bloomberg Note that depending on how the mass production works it may choose to release it with only eight or 12 cores capable.

Before Apple announced the switch to its ARM based processors, Bloomberg Reportedly working on a processor with a CPU that has eight high-performance cores and four energy-efficient cores. The processor with this particular connection of the Corona has not yet been officially announced.

Considering Paul’s ambitious plans to move its entire Mac lineup to its own silicone over the next two years, it makes sense that it has more powerful chips in development. Its first ARM-based Max is due to their combination of power-efficiency and performance, but matching the capabilities of its more powerful Intel-based machines is likely to be a much bigger challenge.