iMacmatician
Regular
From Mark Gurman (Bloomberg): "Apple Readies MacBook Pro, MacBook Air Revamps."
Regarding the Jade 2C-Die and the Jade 4C-Die, the codenames and core counts are consistent with multiples of 8 + 2 + 32 (especially the little CPU cores), which leads me to speculate that these CPUs may be multi-chip configurations of Jade C-Die à la AMD's Naples. Also, "Jade C-Chop" is suggestive of a Jade C-Die with half of the GPU cores "chopped" off.
So I'm thinking that the five codenames have the following core configurations, with the A14 and M1 listed for reference. All numbers reflect physical cores on die.
Mark Gurman said:For the new MacBook Pros, Apple is planning two different chips, codenamed Jade C-Chop and Jade C-Die: both include eight high-performance cores and two energy-efficient cores for a total of 10, but will be offered in either 16 or 32 graphics core variations.
The chips also include up to 64 gigabytes of memory versus a maximum of 16 on the M1.
[…]
Apple has also been working on a more powerful version of the Mac mini (code name J374) with the same chip as the next MacBook Pro.
Mark Gurman said:Buyers of the high-end Mac Pro desktop planned for next year will likely have a choice of two processors that are either twice or four times as powerful as the new high-end MacBook Pro chip.
Codenamed Jade 2C-Die and Jade 4C-Die, a redesigned Mac Pro is planned to come in 20 or 40 computing core variations, made up of 16 high-performance or 32 high-performance cores and four or eight high-efficiency cores. The chips would also include either 64 core or 128 core options for graphics.
Mark Gurman said:For a redesigned, higher-end MacBook Air planned for as early as the end of the year, Apple is planning a direct successor to the M1 processor. That chip, codenamed Staten, will include the same number of computing cores as the M1 but run faster. It will also see the number of graphics cores increase from seven or eight to nine or 10. Apple is also planning an update to the low-end 13-inch MacBook Pro with that same chip.
Regarding the Jade 2C-Die and the Jade 4C-Die, the codenames and core counts are consistent with multiples of 8 + 2 + 32 (especially the little CPU cores), which leads me to speculate that these CPUs may be multi-chip configurations of Jade C-Die à la AMD's Naples. Also, "Jade C-Chop" is suggestive of a Jade C-Die with half of the GPU cores "chopped" off.
So I'm thinking that the five codenames have the following core configurations, with the A14 and M1 listed for reference. All numbers reflect physical cores on die.
- A14 (2020): 2 big CPU cores, 4 little CPU cores, 4 GPU cores.
- M1 (2020): 4 big CPU cores, 4 little CPU cores, 8 GPU cores.
- Jade C-Chop (2021): 8 big CPU cores, 2 little CPU cores, 16 GPU cores.
- Jade C-Die (2021): 8 big CPU cores, 2 little CPU cores, 32 GPU cores.
- Jade 2C-Die (2022): 16 big CPU cores, 4 little CPU cores, 64 GPU cores — 2 × Jade C-Die.
- Jade 4C-Die (2022): 32 big CPU cores, 8 little CPU cores, 128 GPU cores — 4 × Jade C-Die.
- Staten (2021/2022): 4 big CPU cores, 4 little CPU cores, 10 GPU cores.