Uploaded June 2024 | Updated September 2026, 3 hours ago
Today we will actually compare #scientifically the oscillators and the #filter of the #sidkick #pico with the #C64 original 6581 #sid
We will create a little basic program that plays the 3 oscilators in turn and do a LP filter sweep and see what the remain output is when we cancel the wave forms of the sidkick pico and SID out by flipping th ephase of one.
This is the only way you can actually check the similarity in a non-biased way. No #retro compitre youtuber has done this yet.
github.com/rdoetjes/tuts/tree/main/sidkick_pico
Chapters:
00:00 Intro
01:55 building the SIDkick
03:35 Testing the SIDKick if it works
04:04 What is the plan on how to compare?
05:03 Going through BASIC code
07:30 Hooking it up to 24 bit DAC (and some joking)
09:19 First run of BASIC program and capture
10:14 Aligning and processing the two audio clips
12:38 Talking filter response
13:48 Playing the residual render (conclusion)
18:26 Outro
Today we will actually compare #scientifically the oscillators and the #filter of the #sidkick #pico with the #C64 original 6581 #sid
We will create a little basic program that plays the 3 oscilators in turn and do a LP filter sweep and see what the remain output is when we cancel the wave forms of the sidkick pico and SID out by flipping th ephase of one.
This is the only way you can actually check the similarity in a non-biased way. No #retro compitre youtuber has done this yet.
github.com/rdoetjes/tuts/tree/main/sidkick_pico
Chapters:
00:00 Intro
01:55 building the SIDkick
03:35 Testing the SIDKick if it works
04:04 What is the plan on how to compare?
05:03 Going through BASIC code
07:30 Hooking it up to 24 bit DAC (and some joking)
09:19 First run of BASIC program and capture
10:14 Aligning and processing the two audio clips
12:38 Talking filter response
13:48 Playing the residual render (conclusion)
18:26 Outro
