Agemixer (04:50:36)
no.. still requires extra reads and writes per sample... then about a microcontroller... no way, too much of work perhaps, programming and all that

Agemixer (04:49:16)
i was thinking if a count-up/down chip would do as a faster counter versus c64's 6526 or CPU..

Agemixer (04:47:38)
because finding a correct sample value by sawtooth signal or forking with averaging the sample vs input line signal may bee too slow for code or for chips for efficiency like it could 44,1 kHz anyhow.. impossible as it is

Agemixer (04:45:04)
i was in imaginations.. hmmz hmmmz. I think i just invented more c64 friendly sampler, the idea

Agemixer (04:42:16)
morning col o/

Colidace (04:30:38)
morning

Agemixer (03:24:28)
the better sampler you want, the more complex it can gets

Agemixer (03:22:38)
IDK, just assuming. Of course that latch chip could be replaced with a set of transistors per each D/A resistor line input. Well both should prevent most of digital ports flaws

Agemixer (03:18:31)
perhaps thats why some ADC chips require some negative voltage pin too, to get the full scale of D/A conversion circuitry

Agemixer (03:15:58)
....to the actual DAC circuit. Gains higher quality for the sound, as well as the "zero voltage" bias should be tad compensated for the best result of the samples. Otherwise the resulting values never get linear enough when sampled

Chameleon (Female Vocals)

aMUSIC (Sotiris Varotsis)

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