A SE/30 would be absolutely screwed.
edit: tests run using sample videos from here, if anyone wants to see what bitrate of 4K they can play back before it starts losing frames.
EDIT: Checked the web site. They're using the same encoder
I have vague recollections of my first introduction to MP3 and thought at the time "this is definitely the future" and as soon as one of the first hardware MP3 players came out (MPMan? MP3Man? Something like that) I was straight on it.
Of course, it could only hold a handful of songs, I think it might have had 32Mb storage and had to be fairly choosey with what songs I'd take with me but it was brilliant, certainly for the time.
I seem to recall my second MP3 player was a Creative Nomad but I'm sure it would only play WMA files, there was something about it that ended up being a massive pain involving converting MP3 files and so didn't have it for that long.
https://en.m.wikipedia.org/wiki/Rio_PMP300
That thing was awesome and really blew people away with how small modern electronics could be. Re-encoding mp3 files at 16kpbs (so you could fit a decent amount on the 32MB) made the music sound like crap but we didn’t care.
It's quite a nice philosophical question who does the playing. Isn't the Spotify iOS app also just displaying what is being played by the iPhone ADC/MPEG Decoder/Network Library/Spotify Server?
I was curious about whether a SE/30 was actually able to keep up with decoding modern mp3 streams - I seem to recall newer processors than those running under significant load in the early days of Winamp.
Edit for relevance: https://retrocomputing.stackexchange.com/questions/2672/why-...