MIDI or audio: getting the most out of the F10 module in a DAW
The question shows up the first time you plug the module's USB cable into a computer and the DAW offers two ways to record the same performance: a MIDI track and an audio track. It looks like a technical detail, but the choice changes what you can edit later — and it is easy to find out too late that you recorded the wrong way for what you wanted to do with the groove.
What recording MIDI is, and what recording audio is
MIDI is not sound. When you hit the snare, the module generates a message that says three things: which pad was played, how hard (the velocity), and at what exact moment. That message travels down the cable to the DAW and becomes a note in a piano roll — an event marker, not a sonic recording. To hear it turn into drums, the MIDI has to be routed to a virtual instrument that translates each note into a sample.
Audio is the opposite path. The F10 module processes the hit internally, builds the sound from the samples you configured, and sends that finished waveform out the same USB port. The DAW records the waveform the way it records any acoustic instrument: what gets stored is the tone you heard during the take, with no plugin needed to play it back.
That split between "event" and "finished sound" is the core of the whole decision. It is the same real-time response logic that makes the module matter as much as the pads in an electronic setup — only now applied to what you carry into the computer.
When recording MIDI is the right call
MIDI wins whenever the keyword is editing. Because each hit became an isolated piece of data, you reopen the groove in the DAW and adjust every layer without re-recording:
- Timing: a tom that landed ten milliseconds early slides back onto the grid with quantization, or you nudge it partway toward the grid to keep a human feel without sounding crooked.
- Force: a ghost note that came out too loud gets its velocity pulled down with one click, and the accent stays an accent.
- Tone: the same performance plays with a drier snare today and a more open one tomorrow, because you only swap the virtual instrument the MIDI points to — the groove itself does not change.
That is why people producing at home tend to record MIDI as their working base: you can try an arrangement, fix a single mistake, and reuse the same groove in another song without playing it again. The performance becomes malleable material instead of a developed photo.
The cost is that MIDI on its own does not sound like your module. It carries the intent of the hit, but the final sound depends on the virtual instrument you choose — and not every articulation you feel on the pad maps perfectly into a note, especially on cymbals with a lot of zone nuance.
When recording the F10's audio directly makes more sense
Recording audio solves exactly what MIDI leaves open: the tone. If you spent time dialing in the kit inside the module — tuning the toms, opening the hi-hat, balancing the mix between pieces — that work lives in the F10's processing, not in the MIDI. Recording the audio output captures that exact sound, the way it came out at the take.
It matters most when you want to commit the decision. An audio take is a photo: the force, the timing, and the tone are sealed into the waveform. That is an advantage when the groove is already right and you do not want the temptation to keep tweaking — and a limitation when you find out later that one hit landed crooked, because fixing drum audio is far more work than dragging a MIDI note.
There is also the latency side. The sound coming straight from the module was already processed by the F10 before reaching the computer, so it never enters the DAW's real-time processing queue. MIDI heard through a virtual instrument, on the other hand, depends on your sound card's buffer — a high buffer adds a noticeable delay between the hit and the monitored sound, and a drummer feels that instantly. Production forums repeat the same diagnosis: to monitor MIDI comfortably you need a low buffer, which asks for an interface and a computer that can handle it. Recording audio directly sidesteps the problem because the real-time work stays with the module.
Why recording both at once became the standard
The answer most producers give to this fight is not to choose. The F10 sends MIDI and audio over the same USB connection, so nothing stops you from creating two tracks in the DAW and recording both in one pass: an instrument track capturing the MIDI, an audio track capturing the module's sound.
That hands you the best of both paths in a single take. The audio is the committed take, with the tone you built. The MIDI sits as a live backup underneath it: if you later want to fix a timing issue, change the force of an accent, or test the same groove with another sample bank, the data is right there, editable, without calling the drummer back. You lose a little tidiness — two tracks per performance instead of one — and you gain full freedom to revise.
For anyone building a setup with that routine in mind, both kits in the line handle the physical side the same way: the EF2 V1 and the EF2 V2 both ship with the F10 module, which carries MIDI and audio over the USB port with no separate interface needed to start. The difference between the models is finish and sensors, not how the sound reaches the computer.
How to start without tripping on the setup
The most common stumble is not choosing MIDI or audio — it is the DAW failing to recognize the module. Plug the F10 into the computer over USB, confirm it shows up as a MIDI device and as an audio input, and hit a few strokes checking that both tracks receive signal before you press record. If MIDI responds but audio does not (or the reverse), it is almost always wrong input routing on the track, not a connection fault.
From there the decision is yours and depends on the stage of the work: sketching and arranging call for MIDI, for the freedom to edit; the final take calls for audio, for the sealed tone; and serious production tends to record both so there is nothing to choose in the heat of the moment. If you hit a connection freeze or a configuration question on the module, E-Force support helps you get the setup right before you lose a good take over routing.
Electronic drums recorded well are not a matter of plugin luck — it comes down to understanding what each kind of recording preserves. MIDI keeps the intent of your hand; audio keeps the sound the F10 delivered. Knowing which of the two you will need tomorrow is what separates a smooth session from a night re-recording what was already good.
FAQ
What is the difference between recording MIDI and recording audio from an electronic drum kit?
MIDI records the event of each hit — which pad, how hard, and at what moment — but stores no sound at all. Audio records the finished waveform coming out of the module. That is why MIDI stays editable afterward (you can fix timing, change how hard a hit lands, and swap the tone) while audio arrives with the sound you heard at the take, locked in place.
Can the F10 module record MIDI and audio at the same time?
Yes. The F10 sends both over the same USB connection: an instrument track receives the MIDI and an audio track receives the module's sound. Recording both at once lets you commit the take in audio and still keep the MIDI as an editable backup underneath it.
Do I need a drum plugin to record MIDI from my electronic drums?
To hear the MIDI turn into sound, yes: MIDI is only data, so it has to be routed to a virtual instrument inside the DAW. If you want the module's own sound with no plugin at all, record the F10's audio output directly — then the tone is exactly what you built in the module.
Why does MIDI monitored through a plugin feel delayed while direct audio does not?
The delay comes from your sound card's buffer making the computer process the virtual instrument in real time. Lowering the buffer size shrinks that delay. Audio coming straight from the module was already processed by the F10 itself, so it never joins that extra computer queue.