Aha!
I wonder, though, how long licensing models will work "per computer"?
Bear with me, as I outline a similar situation in database servers.
I use IBM Cloud (I'm a rebel, LOL) for backend for a mobile app. And I use PostgreSQL for relational database needs. I noticed an announcement of a new service on IBM Cloud running PostgreSQL on IBM LinuxOne Z hardware (rather than X86). (For those that might be interested, it's called HyperProtect DBAAS, and is currently beta testing at no cost).
Not being familiar with Z/LinuxOne server, (well, I have SOME familiarity, as I programmed in 360 assembler many decades ago - the Z-series is the latest in a line of upgrades traced back to the 360, and will actually run 360 machine code...) I downloaded a monograph explaining the advantages of the hardware platform. It was meant for companies considering purchase of mainframe hardware, but I found it useful to understand the advantages of running PostgreSQL on this hardware "in the cloud" as well.
As I expected, of course, it touts that the hardware was designed with security in mind. Built-in high performance encryption hardware, and of particular interest, largely not susceptible to the kinds of side-channel attacks that have been in the news almost constantly lately regarding Intel processors.
Now, that's a big plus for a database server. As well, relational database software doesn't scale "out" well. (That is, to multiple servers.) It best scales "up". (To faster processors, more cores on the same chip/in the same box, massive amounts of RAM etc.) It's a workload well-suited to "big iron" like this.
(Getting to the point, patience!)
Here's what I did not expect.... they cite lower total cost of ownership. OK, I think, I can see how using one big mainframe might be financially advantageous over using a boatload of commodity X86 servers, after considering maintenance cost (replacing failed servers for one - these mainframe servers have a MTBF of 50 years...), floor space, cost of power, etc.
And, indeed, they made a case for lower TCO on this basis. This was reassuring to me, as I've been speculating at the (unannounced, as of yet) pricing of the new cloud service. This makes me think it might not be much more costly than the current service I use that runs on X86 hardware. i.e. IBM - eating their own dogfood - would be expected to have a lower TCO running database servers on Z hardware vs X86.
However, there was an unexpected major component (actually THE major component) of cost savings...
Software licensing.
It turns out that the way database software licensing (I'm talking the likes of Oracle, here, obviously not PostgreSQL - which is open-source) works, there is a HUGE savings from running licensed database software on One Ginormous Box rather than on a bunch of "big" X86 boxes.
You've pointed out that a similar licensing situation exists with audio production software - and I presume - as well with video production software.
How long, though, before they change their licensing models? "Per computer" licensing boggles my mind... it's so simplistic, and I presume widely "gamed" this way. Is it that if they priced the license based on some metric of the processing power of the hardware, it would make IT executives and purchasing agents heads to explode?
Anyway, it sounds like by offering the closest thing to "big iron" that Apple can (currently) offer (I STILL want them to go to IBM Z chips - I know I am in a tiny .00001 minority, LOL) the savings in licensing make the cost of the hardware - which seems so shocking to outsiders - largely a non-issue.
As a good friend often likes to say: "it's a rounding error".
So, I think for the video/audio production industry...
"Come for the software licensing savings. Enjoy the shiny chrome for free!"