lesdmd wrote:
Specifically interested in how the new machines handle heavy duty Photoshop demands. Ram and video card is limited in new laptops and mini Apple. I use a desktop machine and expect that Apple will make them more adaptable in the relatively near future.
If you follow the 20 or so Mac experts on YouTube, you can most likely get your questions answered.
Right now, the Mac Mini, MacBook Air, and MacBook Pro 13" entry level machines are available with M1 SoCs in them.
Adobe has released an M1 NATIVE version of Lightroom CC, but Lightroom Classic and Photoshop are still in beta test. Meanwhile, LrC and Ps get translated by Rosetta 2 the first time you open them, and run in emulation. That may sound slow, but it generally isn't.
Here is a test of a very impressive Windows laptop against the M1 MacBook Pro, where both Lightroom and Premier Pro, running in emulation on M1, were generally faster than the PC that was a little more expensive.
https://youtu.be/xeMvZHqPiAQWhen Adobe and others release M1-native/x86 "dual binary" versions of their software, they should run substantially faster than in emulation mode for MOST tasks.
About the RAM and video and storage:
Apple is doing something entirely different with RAM on these machines. It is shared among all the processor cores in the 8-core CPU, 7- or 8-core GPU, *and* the 16-core neural engine. It takes advantage of the 5nm process to keep circuit paths extra short, which allows incredibly fast swap times. You really have to stress an M1 with lots of high bit rate video, or multitasking from many apps, to choke it.
Reviewer after reviewer has been blown away by the speed and responsiveness of these M1 Macs, AND by the incredible battery life and low power consumption. Max Yuryev illustrates that nicely in the video linked above.
The efficient use of memory is just a game changer. The consensus of the reviewers I follow is that 8GB on M1 is about like 16GB on Intel, and 16GB on M1 behaves about like 32GB on Intel.
The graphics processor in these machines is integrated into the M1, but with 8 fast cores, it is more powerful that most of the mid-range add-on GPUs on the market. You can still get better performance for some tasks with a separate GPU on an Intel Mac, but for the price, there are no better options.
As many have said, all this portends well for the future of Apple Silicon. Just know that the architecture is sealed into a single chip, so it's not possible to add RAM later. Get the RAM and internal storage you think you will need in the future, or perhaps buy a larger outboard Thunderbolt 3 SSD drive from a third party.
The laptops support just one external monitor, natively, but the mini can connect one to its HDMI port and one to a Thunderbolt/USB 4 port.
Currently, these M1 Macs DO NOT support external GPU systems.
Also, they do not yet support BootCamp installations of x86 Windows. HOWEVER, there are workarounds, and Parallels is working on a version of its Parallels Desktop emulation app that, in the beta version, runs Windows 10 on ARM faster on the Apple M1 than does any other Windows ARM solution sold to date.
These are "the worst" M1 machines Apple will ever make, and they are pretty incredible feats of engineering. I expect the next couple of years will see big improvements over these initial efforts. Still to come are Apple Silicon versions of all the other Macs in Apple's lineup. Whether they are called M1x, M2, or whatever, they will add high performance cores, graphics cores, and perhaps as rumored, external Apple GPUs.