
Explore the Diva analog synthesizer, uncover hidden features such as trimmers and modifications, and learn to reverse engineer presets while preparing for a bonus support lecture.
Explore diva's design philosophy and its cpu-heavy analog modeling, including feedback and zero delay concepts, then optimize performance with multi-core settings, voices, and accuracy options.
design your first sound in Diva with three oscillators, a low-pass filter, and resonance, then route envelopes and modulation to cutoff and explore feedback and presets.
Explore Diva’s preset browser, save presets to the user folder, and learn to navigate local factory presets, templates, MIDI programs, and treasure trove while organizing with folders, favorites, and tags.
Explore the triple VCO in Diva, including waveform shapes, duty cycle, and detune, and learn frequency modulation, syncing, envelope and LFO modulation, feedback, and noise for rich analog sounds.
Explore the dual VCO: two oscillators with selectable waveforms, pulse width and cross modulation, detune, mix, vibrato via envelopes and LFO, plus waveform revisions and sync.
Explore diva’s digitally controlled oscillator, an analog signal path with stable pitch, detuning variance, sub and square wave options, plus feedback and glide for classic plucky and bass sounds.
Explore the dual VCO eco with a ring modulator and am modulation (amm) that multiplies two frequencies to produce sum and difference tones, while remaining cpu-friendly.
Explore the digital oscillator in Diva, from multi-saw and pulse to resonant noise and ring modulation, and shape mono to stereo with chorus, reverb, and FM.
Explore post and pre high-pass filters in the Diva's signal path, comparing HPF post vs pre, and hear how resonance, feedback, and the bite filter shape tone and overtones.
Explore the vf ladder filter, a smooth analog ladder with 12dB and 24dB per octave cutoff options and resonance. See how velocity, keyboard tracking, lfo, and filter fm sculpt tone.
Explore the cascade filter in U-He Diva, chaining simple filters for a sound; compare 12dB and 24dB modes, adjust resonance and cutoff with modulators, and use arpeggiator for pad textures.
Explore the byte filter's low-pass and high-pass revisions, dialing cutoff, drive, and feedback to sculpt tones. Practice with a velocity-sensitive keyboard and aftertouch as modulation, shaping envelopes, release, and decay.
Master the envelopes in u-he diva, from adsr and release behavior to velocity, key tracking, and gate routing, including analog vs digital variants and routing to vca, cutoff, and morph.
Explore LFO waveforms, phase, to sculpt vibrato and filter cutoff in Diva; understand polyphonic LFOs and restart options—gate, sync, single, or random—and how depth mod and polarity shape motion.
Discover how tuning shapes sound in Diva by sculpting vibrato with lfo depth, dialing glide and portamento across oscillators, and exploring micro tuning and polyphony options.
Explore oscillator voice detune, detune amount, voice drift, and the voice map modulator in Diva to craft rich stereo pads, vary polyphony and panning, and shape cutoff and envelopes.
Explore variance, reset phase, and six-stack tuning with per-voice randomness to subtly move cutoff, pulse width, and glide, while voice map and panning shape detuned stereo.
Explore diva's modulations, including fm and cross mode depth, affecting oscillator frequency alongside envelope two and filter cutoff. Tweak resonance modulation, filter fm, lfo, and noise for expressive sound design.
Explore Diva's modification panel, using add, multiply, invert, lag, quantize, random, and rectifier to shape modulation via envelope, lfo, velocity, and aftertouch.
Explore Diva's midi assignments page to map keyboard and controllers to oscillators and filters using midi learn and cc numbers, and save per-instance control A and B for consistent patches.
Explore Diva preferences, from mouse wheel raster and scroll direction to preset saving, auto versioning, and gamma, oscilloscope mode, and text aliasing; fine-tune MIDI control, DAW buffers, and arpeggiator tagging.
Explore the chorus effect in analog synthesis, including classic, dramatic, and ensemble modes, to create multiple duplicates that detune and delay for wide stereo width.
Explore phasers in Diva: learn how a phaser creates notches via low-pass filters, flips phase, and modulates with an LFO, adjusting rate, depth, center, and feedback for stereo or mono.
Explore plate reverb in diva, balancing dry and wet signals with diffusion, damping, and decay to create ambient, lush sounds and manipulate perceived distance with pre-delay.
Explore the delay module with dry level, left/center/right timings synced to tempo, high-pass and low-pass filters, and feedback to create evolving textures.
Explore the rotary cabinet inspired by the Leslie, delivering psychoacoustic, doppler pitch-shifted textures from rotating speakers, and learn to shape them with mix, drive, stereo width, rise time, and detuning.
Design analog bass sounds with u-he diva using an analog envelope, smooth filter, filter FM, and pulse width. Stack waves, explore delays, LFO, velocity, and detune for bass funk.
Experiment with feedback on a digital oscillator, push noise, open the filter, and apply rotary distortion to craft rich sounds; explore LFO modulation, filter FM, and random versus alternate modulation.
Design a kick drum synth using noise, short decays, and analog paths. Employ filter cutoff, key tracking, bite filter, and subtle pitch modulation, with optional plate, rotary, and delay effects.
Build a rhythmic noise patch in u-he diva with bandpass, bite filter, arpeggiator, and delay. Sync arpeggiator, shape mix with LFO, and explore quantize 12 with LFO2, using presets.
Ask questions at a specific video timestamp to get precise help, join live sessions, and connect with other students on subjectsound.com for extra content and support.
U-he's Diva is a modern classic, there I said it.
She simply sounds unbelievably good.
Diva models individual circuit components (you know? stuff like capacitors, resistors, transistors), not just overall behavior. This results in extremely accurate emulations of vintage hardware. It's also the first virtual synth to use a modern circuit simulation technique, which models analog circuit behaviour with extreme accuracy.
Did I mentioned already that this sounds very very good?
Here are some more buzzterms to get us going:
Interchangable Models
Zero Delay Feedback Filters (This stuff is gold)
Minimoog, Jupiter, Juno
Analogue Oscillator Drift
Component-Level Modeling
Circuit Simulation
Accurate Polyphony Behaviour
Diva looks beautiful and perhaps pretty straightforward on the surface, but she can go very deep, and can be a little mysterious..
It's really a musician's synth, which means we want to adapt our mindset a bit when we come from a more 'producer-like' approach to sound design. That’s why I wanted to make this course, to teach you how to think about Diva and to show you how powerful this synth really is when we dive in. We will go way beyond the presets and into the gritty details of how this thing actually works. From the very basics to the juicy, nerdy stuff
The course is split into 6 levels, all designed to build on each other:
Level A – The Basics
Before we get going, there is some stuff to get out of the way. Here we will take a look at some of the most important parts of the UI, we discuss analog emulation and why it matters, and we make our very first sound.
Level B - Oscillators & Filters
The raw sound generators, and the heart of Diva. The oscillators model real hardware behavior, drift, instability, weirdness and knowing how to use these subtle features is key to getting a good sound. We’ll look at every oscillator model in detail, compare them, and build some beautiful patches along the way.
As for the filters, they filters are serious, I can honestly say I never heard such sounds with a virtual synth..
Zero delay feedback , crips resonance, real analog-style non-linearity. We’ll break down every filter model, hear the not so nunaced differences, and mostly, push them to their limits, where they really shine.
Level C – Modulation, Polyphony & Variance
There is actually much more to this chapter than the headline can show. My guess is here you are going to pick up a lot of new techniques that really come from the analog days. Clever ways to come up with very unique and beautiful sounds. These are the techniques not often taught or found on YouTube, I think they are mostly obscurely hidden away in he minds of old-skool sound designers.
Level D - Advanced Modulation & Modification
This and the previous chapter are the central focus of this course, it's where you meet truly analog sound design.
Voice stacking and stealing, per-voice modulation, detuning tricks and modulation routing that gets weird in all sorts of ways. You’ll learn how to create evolving, organic patches that feel alive and unpredictable, massive bass sounds as well. You will come up with many cool tricks once the techniques here sink in.
Level E – The Effects
Diva’s effects might not look too fancy, I mean, when was the last time you thought about a rotary cabinet? Turns out, doesn't matter when you did. They, once again, sound fantastic. We’ll go through all of them, talk about fancy tricks, how they interact with the analog signal path, and how to get the most out of them for both subtle and extreme sound shaping.
Level F – Sound Design Examples
This section is optional, just some examples to see a bit how I work with Diva. Think of it as a cookbook: real-world patches, design walkthroughs, and creative experiments. Bass, pads, leads, FX, weird noise textures, you name it. You’ll see how to apply what you’ve learned, and hopefully find inspiration along the way.
As a conclusion, whether you’re brand new to Diva, or together you are already deeply involved in a toxic relationship, this course will be for you. There's a ton of advanced techniques, and a library of practical ideas to fuel your creativity. Oh yeah, I didn't even mention it comes with
Let’s dive in.