Agemixer (05:30:12)
except that 1MHz divided by 256 (8 bits stages) gives only 4 kHz though. But if we are happy with, say, 6bits, then it is... 16 kHz samplerate

Agemixer (05:26:17)
it can't get more shrunk of a design, i guess

Agemixer (05:24:52)
only 1 transistor, 1 resistor, 2 caps, 1 opamp only

Agemixer (05:22:01)
REU might be good idea in that case, recording longer samples.

Agemixer (05:20:04)
sample compression even.

Agemixer (05:19:09)
Damn i'm good with these

Agemixer (05:18:54)
and 22 kHz no problem, only half the CPU time required.. and so loops qnd boundary checks + other code completely possible! And screen enabled even. And sprites even.

Agemixer (05:15:53)
oops i meant 44,1 kHz

Agemixer (05:15:08)
with speedcode, no loop

Agemixer (05:14:40)
this read+store sample would take 24 cycles at least, a 44,1 kHz rate needs 22,3 clock cycles at max. involving an Y-register trick we just achieve 22 kHz!

Disco Slide

505 (Nils Feske)

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