Very nice. The 76489 is probably the easiest way to get some beeps out of any 8-bit computer build. Though if you find the time, try getting your hands on a SAA1099, if you want more audio channels and stereo audio.
For the last several years I’ve been focused on projects centered around the 6502 & 65816 specifically the w65c02s & w66c816s, though I have NUMEROUS Z80 MCU’s & support chips along with other Zilog families.
nice chip 🙂but I have an advice to Amazing grace... It sounds so weird, because the second stave has a g-clef for "bass" notes and you used it as an ordinary f-key... First note on the lower stave is not E, but it is G and 2 octaves lower... Last two notes are C and G, not A and E...
I actually like this comment because of the research needed to see my code and compare with the music. It shows my music naivety. The problem I had was at 4Mhz the lowest note produced is C3. I needed something lower so I just shifted the notes up a bit. I was told post production by someone who knows something about music that this was a bad idea.
Nice one. I made a rudimentary vgm player on my 6502 breadboard with an ay-3-8910.
omg, you had me screaming when you covered the computer with the program listing while you were keying it in. It really hurt my inner nerd.
Lol. My data entry was tediously slow. I had no choice but to cover it up 😃
Well done, MacGyver! 😉
Very nice. The 76489 is probably the easiest way to get some beeps out of any 8-bit computer build. Though if you find the time, try getting your hands on a SAA1099, if you want more audio channels and stereo audio.
Great video and a music lesson on top of it. Thanks!
Your VU meter is backwards. Low volume is green, amber to maximum 0dB, red is clipping!
Good observation! I should have called it a UV Meter...
Great video, very well explained! :-)
Awesome. Thank you for the content.
Glad you enjoyed it!
Awesome content. That's a master system music player
Nice! At some points the tempo seems to be varying a bit, may be due to processing the data stream?
Yeah. Process priority on my Mac was a bit of a drag..Good observation.
For the last several years I’ve been focused on projects centered around the 6502 & 65816 specifically the w65c02s & w66c816s, though I have NUMEROUS Z80 MCU’s & support chips along with other Zilog families.
nice chip 🙂but I have an advice to Amazing grace... It sounds so weird, because the second stave has a g-clef for "bass" notes and you used it as an ordinary f-key... First note on the lower stave is not E, but it is G and 2 octaves lower... Last two notes are C and G, not A and E...
I actually like this comment because of the research needed to see my code and compare with the music. It shows my music naivety. The problem I had was at 4Mhz the lowest note produced is C3. I needed something lower so I just shifted the notes up a bit. I was told post production by someone who knows something about music that this was a bad idea.
This reminded me of Tron.
Nice, but I prefer the AY-3-8910/8912 over the SN76489
shawty like a melody in my sn76489