GEngel-usmc wrote:
Also suggest MacBook with an M1 Processor/16 GB ~ equals 32 gb Intel processor - just my opinion.
Just about all the mainstream reviewers agree with you. The Apple SOC architecture is entirely different from x86 Intel.
It is RISC, not CISC. It uses fewer instruction cycles to do the same thing. So it can run at a lower clock speed yet do more.
It has UNIFIED memory. The same pool of memory is used for video as is used for all other processing tasks. The same data can be accessed from the same location by different processor cores, so it does not have to be moved someplace and then moved back after it is changed. It is changed in place.
The DDR5 RAM used in the unified memory is very fast, and it is located on the processor die, not in a socket located inches away on the motherboard. This improves reliability as well as speed of access, since it takes electrons one nanosecond to go about 11 inches. All those nanoseconds do add up...
The memory bus in the M1 moves at 100 GBPS. In the M1 Pro, that's 200 GBPS. In the M1 Max, that's 400 GBPS. in the M1 Ultra, that's 800 GBPS.
The fast memory combined with fast bus speed means that virtual memory operations happen so quickly you never really know whether data is in memory or virtual memory. The computer just keeps "moving," with few hesitations.
The Apple SOCs are based on a 5nm chip process that requires about 1/3 the power for a given amount of performance. That means less heat, quieter fans, (NO fan in the MacBook Air).
These SOCs contain many different processors on one die, including special media encoder/decoder chips.
Here's a really interesting video by a PC/Windows diehard who has been converted to a Mac User. It's not all bubblegum and roses, but he's switched.
https://youtu.be/gjQyIUMKmZ8https://www.youtube.com/results?search_query=fstoppers+macbook