Sam Inglis wrote: ↑Tue Jun 06, 2023 2:03 pm SOS's inside man at the WWDC got to try it out and was *very* impressed.
For the asking price I would hope he would be!

(It's hard to see past those kinds of numbers)

Look forward to reading about it?

Sam Inglis wrote: ↑Tue Jun 06, 2023 2:03 pm SOS's inside man at the WWDC got to try it out and was *very* impressed.
Drew Stephenson wrote: ↑Wed Jun 07, 2023 8:38 pm
Latency will never get that low. Physics innit.
You could get to the stage of rehearsing across a town or even a county perhaps. But $3.5k per head buys a lot of rehearsal time in a studio.
muzines wrote: ↑Wed Jun 07, 2023 9:00 pm
Of physics? Oh, I didn't realise it was still in development!
If so, I'd like to submit a feature request - please make it so my tea stays hot even if I've forgotten to drink it for a while...
Oh, and I guess simple and low-effort nuclear cold fusion would be fun, too..
(But mostly the tea thing...)
Drew Stephenson wrote: ↑Wed Jun 07, 2023 9:03 pm Well that will certainly bring the cost down, but for rehearsal you really need to be thinking round-trip latency. So that's A-D conversion at one end + processing / batching up in source computer + transit time + unpacking + D-A at the other PLUS the same thing in reverse.
If we assume 2ms for each bit of conversion and packaging, then you could do a round trip between York and London in 10ms.
Which would be definitely acceptable.
But if you tried the same thing with London to New York, then your transit time (assuming speed of light in fibre rather than a vacuum) is about 26ms, so your round trip would be 60ms.
Which would be unworkable.
Drew Stephenson wrote: ↑Thu Jun 08, 2023 7:13 pm I think there are many things that appear before their time, fade away and then get 're-invented' (or perhaps re-released) later on when other aspects of the world have caught up - either technical or social.
Tablet computers, touch-screen phones (or PDAs as they originally were), the internal combustion engine...