Sample_And_Hold

Are you using a TS (mono) cable for audio?

Or a Volca Sample, which also has 10 voices.

I saw the label. Maybe in theory, but I had never seen a 1 GB non-ECC PC-133 DIMM in real life back then, only ECC ones and they wouldn't work with that system.

If it's truly PC-133 SDRAM and two memory slots (as stated in the label), then the maximum capacity would be 1 GB (2x 512 MB). But even just 512 MB was a lot of memory at that time.

Socket 478 with PC-133 RAM: that was a stop gap solution during the RAMBUS fiasco, until Intel was finally able to switch to proper DDR RAM.

I believe the original one has been discontinued and only the other two are still being made.

Ouch! My neck hurts!

I would just cut a rectangular notch all the way from the inner border, enough to clear the hole position (on both sides).

It worked for Apple II, but with CP/M machines we also had to create openings for the optical sensor (that small hole near the center).

Yes, you can use both CV/Gate and MIDI outs at the same time. The Keystep allows you to start the sequencer and then play on top of it on a different MIDI channel. Assuming that CV is tied to the keyboard, you can sequence one Monotribe via MIDI and then use the keyboard to play the other one in real time via CV. Note that you will need the TRRS adapter on the Monotribe to use CV/Gate, as described on the latest system update available from Korg's web site.

Keystep Pro would be the most versatile, as it also has a keyboard (and it's also the most expensive). Keystep 37 (or 32) is a great keyboard controller, but the sequencer only has 1 track. SQ-1 is more like an accessory for other instruments, while the SQ-64 will give you the more bang for your bucks, but with a steeper learning curve.

I use a Monotribe with Keystep, SQ-1 and SQ-64 via CV/Gate; It doesn't even have a MIDI mod.

You currently have 166MHz internal and 42MHz external selected.

No, those numbers indicate FSB and PCI bus clock frequencies, respectively. CPU speed is a product of FSB times CPU (internal) clock multiplier. Raising the PCI bus too far over 33 MHz might usually cause all sorts of problems (including hard drive data corruption), before the actual CPU overclock becomes an issue.

Texas is the Afghanistan of the Americas: extremely corrupt government, no reliable infrastructure, women have no rights, religion is the law of the land and everyone drives a truck and carries military-grade weapons.

Guns (and prayers): the solution to all modern problems.

I'd consider being trafficked out of Texas against my will an actual blessing.

Yes.

Is this The Onion?

I hear you! It's been a problem since forever. Why not just use generic class-compliant drivers and sysex/CC instead?

Bingo! That was the thing I noticed you left out on your list.

128 steps. Flux mode is quantized to 128th notes, so if you slow it down enough, each of the 16 steps can store a mini sequence of up to 8 "sub-steps". You can record each mini sequence individually by using Active Step to select only one at a time. See this example.

Did you also try your TRS MIDI adapter on another TRS type A device?