The numbers look impressive but 2 mins real-world gains...factoring the cost does not seem like true value.
Again if you're coming from Intel then by all means. But if you already have an M series chip then really there's less incentive
Unless you have an esoteric workflow thats takes advantage of every minutae of performance gain
...or just have have disposable income.
Disagree that a 50% improvement in speed does not seem like true value. What is your basis of comparison to state that? If you are web browsing, not going to notice. Exporting an 8K movie from a Canon R5, you are going to notice a massive difference. Using blender on a movie, a 70% reduction in processing is massive.
Has everyone gotten punch drunk? I remember when Intel-based upgrades on processors were adding 5% to 12% in performance and all the pundits were pleased. Apple changes direction with its chips and suddenly if it is not a 50% increase or 100% increase in performance, it is not worth it? NVidia releases a new GPU with 25% increase in render speed and people are ecstatic, Apple releases M3 Max and you all go “ho-hum”, such a waste, I will wait until the M9 chip when I get a decent upgrade.
Consider the value of your time. For a professional editing run, we value our time at $250 to $400 per hour billable to the client. Exporting a video clip that normally takes 5.5 hours or more and it takes 1 hour 40 minutes provides an opportunity cost of ($400*5.5) - ($400*1.65) = $400 * 3.85 = $1,540. At $250 it is opportunity cost savings on $962.50.
Certainly there is slip in the numbers, let’s assume 40%. So opportunity savings are only $924 per run. With the $250 rate the savings are only $577.50. Only …. Assuming a $5,099 cost for a machine, certainly a lot of money I admit, the new machine is paid for in 5.52 client projects at $400 and at $250 per hour it is 8.83 client projects.
That is how people and companies justify new machines. Time has value.
I would upgrade if it took 15 client jobs to be honest.