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Not from the part I've heard,  (http://chibitech.bandcamp.com/album/moe-moe-kyunstep)
which is really just using glides and voice-like pitches on 'normal' 2A03 waveforms,

You have another example?

Ha thanks guys!

This product is in my head non stop 80+hours a week for a year and more...
I'm slightly turning nuts.

If you have any questions do not hesitate to ask!

Always great to read, I need that today lol

chipcrusher v1.004 is now out!

Its both an update for the current users and a Demo if not registered.
This marks the end of the 39$ limited time offer. chipcrusher is now 49$.

Revision History:

Version 1.004 June 18th 2013
-Product interoperability protections

Version 1.003 June 17th 2013
-Fixed RTAS Parameters
-Tweaked gains in a few presets.

Version 1.002 June 12th 2013
-Improved Latency Reporting
-Added Mono AU/RTAS plugins
-Added Background Noise Tune Parameter
-Added Post Processing Dry Parameter

Version 1.001 June 5th 2013
-No registration nags across products.
-AU fix no sound on start

Version 1.000 June 4th 2013

Get it here:

http://www.plogue.com/downloads

Haven't done much work yet with the IIGS's Ensoniq DOC chip (same as in Ensoniq Mirage and ESQ1/m) - though I have all these devices -  The fact that the DOC uses 8bit PCM wavetables at varispeed using a 24 bit accumulator (aliasing fun) makes me feel this would be more suited for a chipsounds addition than an chipcrusher addition.

However, it might be interesting to investigate at which samplerate most game FX/dialogs were played at and that would give a relative close value.  As with the SID (the DOC's father), there surely is a magic SR setting where each sample is played without one been repeated or skipped.

You could set Resample at something between 8000 and 11025 and 8bits, then through the RC filter - need to calculate the value from schematics - or make an impulse), then through the IIGS speaker.

So in short I would need more time to investigate to make a 'valid' preset to emulate it.

Thanks! Yeah, some co-workers here mentioned speakerphone after I already started working on some impulse stuff at home,
from what i can gather from their site its a great library with lots of great IRs that covers stuff I dont have, which is great.

Most of the ADPCM variants have subtle differences which are interesting but less "in your face" like the transition from LPC10 to LPCM or PWM to LPCM.

I guess the hard part more than the encoding itself is the execution. To get the "Zero order hold" or PWM done accurately  I needed to have 3 different sample rate streams buffered at once, and _that_ is one of the hardest challenges i faced in my 15+ years doing DSP/C/C++.

Even so, the reported latency is currently slightly off, and i need to revisit it  ( that means crying in a fetal position for a while )

By sending test tones directly through the device's speakers - most of the time requires desoldering/soldering, closing the case, etc. I just made a small post about that process on the GBA SP:

http://ploguechipsounds.blogspot.ca/201 … pulse.html