Spin Semiconductor

and this is my typical triangle LFO snippet. 6 lines, but you can use them as much LFOs as you need and use sine LFO for tail smearing and tempo may be from 1/32Hz to 16kHz ldax rate ; 0x100, for example rdax RRR3 , 1 ; drrr3+ rrr3 - counter and 0x3fFFff ; 0 .. 0.5 wrax RRR3 , 1 ; Sawtooth 0..0.5 so...

You may use compressor/normalizer to make audio more flat and write your own transposition snippet with custom fadein-fadeout on buffer boundaries. I tried once, 256 samples for both was enough. FV-1 uses fixed x-fade coefficients, but, AL3201 (afair) had about 8 types with different angles. If your...

Nice snippet thank you!

Oh, that's good, thanks!

download spinasm and compile

Oh, man, never buy fv-1 on aliexpress, they all defective.

Small bear electronics , banzai , etc , sell original ones for personal use

1. You right. Shared folder between OS and VM is just for it. 2. You can use USB port pass-through in virtual box and pass it to VM directly to upload project to devboard. 1. I never had original devboard. USB port pass worked OK, my ST-Link (I use MCU memory as EEPROM) and USB-UART modules worked f...

Not at all, greenstomp XP2 or XP3 would be enough. And spinasm with free programs , knowledge base and this forum. I mostly use FAR Manager as editor , it's more comfy to me, and spinasm for compile. For MacOS , imho is good way to use your favourite text editor (edit) + python compiler (compile) + ...

I am working on Mac with VirtualBoxVM , with Windows XP running (1Gb of RAM with no swap). On the forum was announce about alternate compilers, NDF wrote spin fv-1 compiler on python , but I never tryed it, because satisfied with spinasm, it hotkeys , etc. But for linux or mac, or alternative platfo...

Servo uses RMP to get precise data addressed by any address source. Triangle DDS can be used too. You may use RMP1 if RMP0 is used. Or write own DDS and do not use hardware RMPs. DDS LFO example is below. Pot_char - your rate pot, RRR = DDS register. ; some Astronaut-3 snippets or 0x600 ; [Scale] По...

we tested several power schemes, they did't slow down noise significantly. And tried 4-th order LPF with 10kHz cut-off to output of the FV-1 to reduce noise. It's not helped too. For all in one chip without balanced input ADC FV-1 still sounds cool and it's still a classic , i think, we've never get...

x4 gain will add +2 significant bits and may cause troubles with active pickups and strong attack.
You also may try kind of "Dolby" method, HPF before ADC and LPF after DAC (as on Small Clone done) and divide digital and analog power/grounds.
Sample rate of 48kHz may reduce some noise too.

we tried several, they had problems with reliability and washing in ultrasonic bath, so we are using micro controller clock instead of crystals.
The bonus is variable sample rate. 48kHz, 22 kHz, etc

yes, usual binary code.

s0 = lowest bit

so , patch #1 = s0=1, s1=0, s2=0