In the landscape of modern electronic and indie-dance music, few textures hold the emotional and sonic weight of the hypnotic, pumping harmonic drone that opens and drives LCD Soundsystem’s 2007 masterpiece, “Someone Great.” Beneath its melancholic surface lies a masterclass in minimalist sound design. Proving that emotional resonance in electronic music rarely requires thousands of dollars in modular gear or complex, CPU-heavy patches, this iconic motif relies on a single sawtooth wave, precise interval positioning, strategic envelope modulation, and surgical EQ filtering.
In this comprehensive, step-by-step masterclass, we dissect how to recreate this legendary patch from scratch using u-he’s Diva, one of the industry’s most revered analog-emulation software synthesizers. Beyond merely replicating a classic track, this tutorial explores how a simple, highly versatile foundational patch can be adapted across multiple genres—from shimmering indie-dance to aggressive percussive leads—with only minor tweaks to envelopes and notes. Whether you are a seasoned producer looking to refine your subtractive synthesis chops or a newcomer eager to understand the geometry of analog sound design, this guide provides the blueprint for building professional, mix-ready synth patches.
To follow along with this tutorial, fire up your DAW, load an instance of u-he Diva, and ensure you have a trial or full version ready. We will build the patch methodically, moving from initial architecture to advanced processing and genre-shifting variations.
Step 1: Initialising the Patch and Setting the Canvas
The cardinal rule of subtractive synthesis is that the simpler the patch, the more critical your initial sound source selection becomes. Because we are stripping our patch down to its bare essentials, we want to harness Diva’s renowned ability to emulate rich, warm analog hardware vibes.
Load Diva: Open an empty instrument track in your DAW and instantiate u-he Diva.
Initialize: Select a blank, default “init” patch to wipe away any residual settings.
Configure Oscillators & Envelopes: Switch the oscillator architecture to Dual VCO for a fuller, more harmonically dense foundation. For your modulation sources, select Analogue Env for both Envelope 1 and Envelope 2.
Set the Tempo: Lock your DAW’s project tempo to 112 BPM. While this is slightly more sedate than the driving pace of the original track, slowing the tempo down intentionally allows us to clearly analyze and dial in the subtle kinetic responses of our modulations without feeling rushed.
Step 2: Unlocking the MIDI Geometry – The Dyad Interval
Recreating the signature movement of "Someone Great" requires understanding its underlying harmonic structure. The pattern relies on an oscillating fifth-and-fourth interval framework—specifically, a dyad (a two-note chord) built using G and D.
The Note Breakdown: The arrangement features three distinct D notes (D2, D3, and D4) interacting with a central G3 note sitting squarely between them. Whether you interpret this as a fourth or a fifth interval depends entirely on which octave of D you designate as your root.
Note Lengths: Program your MIDI clip so that the individual notes are set just shy of a quarter note, leaving a micro-silence that accentuates the rhythmic pumping behavior later in the signal chain.
Step 3: Oscillator Calibration and Filter Tuning
With our MIDI data established, it’s time to shape the raw frequency spectrum inside Diva.
Deactivate Oscillator 1: Turn off VCO 1 to keep our signal focused and clean.
Configure Oscillator 2: Leave VCO 2 on its default sawtooth wave setting—the ultimate building block for bright, harmonically rich analog leads and basses.
Octave Shift: Tune VCO 2 up exactly one octave (corresponding to the 4 setting on Diva’s octave rotary knob).
Blend Adjustment: Rotate the VCO 1 / VCO 2 blend potentiometer fully clockwise so that only VCO 2 is passing through the signal path.
Filter Settings: Push the Cutoff up to 108 and dial the filter Emphasis (Resonance) to 15.5. Even at this early stage, playing back the MIDI notes against these settings reveals a striking resemblance to the source material.
Step 4: Introducing Velocity Sensitivity for Bite and Dynamics
A static synthesizer patch quickly sounds lifeless in a dense mix. To inject organic life, we must map our keyboard or sequencer velocity to tone and volume parameters.
Velocity Spacing: In your MIDI editor, set the velocity of the initial D2 note to maximum (127), while dropping the remaining three notes to a steady 103.
VCA Modulation: Navigate to Diva’s VCA (Voltage Controlled Amplifier) section. Choose Velocity as your modulation source from the dropdown menu, and crank the modulation depth up to maximum.
The Result: The patch instantly gains dynamic range, reacting to accent notes with a sharper, more aggressive sonic bite.
Step 5: Surgical EQ Filtering – Carving Out the G
One of the most profound secrets behind emulating authentic vintage patches is recognizing that frequency sculpting often happens outside the raw oscillator architecture. To match the exact tonal signature of the target patch, we need to introduce targeted EQ notch filtering.
The Notch Frequencies: Apply four precision notches at 150Hz, 300Hz, 600Hz, and 1.2kHz.
The Mathematical Relationship: Look closely at these four frequencies. Each target frequency is exactly double the previous one (one octave higher than the last). Furthermore, all four frequencies hover directly around the fundamental and harmonic overtone points of our D notes.
The Acoustic Trick: By actively notching out and subduing the root frequencies of those D notes, we effectively step out of the way and emphasize the G note, shifting the perceived harmonic center of the synth line.
Step 6: Engineering the Kinetic Pumping Effect
To achieve that signature breathing, pumping rhythm characteristic of James Murphy’s production style, we must lean on envelope shaping—and we need a reference rhythm to judge our timing accurately.
Load a Reference Kick: Drop a heavy, 909-style electronic kick drum sample onto a separate audio or instrument channel and program a steady four-on-the-floor or driving house beat.
Envelope 1 Adjustments: Return to Diva and focus on Envelope 1 (assigned to our amplifier/filter dynamics). Set the Attack to roughly 49, which immediately softens the transient and introduces a natural, analog "ducking" pump.
Decay and Release: Dial the Decay to 75, and set a slightly extended Release tail of 29 to let the sound bleed gracefully into the next step.
VCA Makeup Gain: Push the VCA master volume back up to full to compensate for the attenuation introduced by our envelope settings.
Step 7: Layering Filter Envelopes for Added Grit
Amplifier pumping alone is often not enough; real analog synths combine amp modulation with filter sweeps to create motion.
Filter Modulation Routing: Dial the Env 2 filter modulation depth to fully positive (+).
Envelope 2 Shape: Navigate to Envelope 2 and, while actively listening to your loop alongside the kick drum, dial in an Attack of 68, a Decay of 49, and a Sustain of 0.
The Payoff: This combination simultaneously deepens the rhythmic pump while injecting aggressive mid-range bark and tonal complexity as the filter opens and closes with every note trigger.
Step 8: Spatial Processing with Plate Reverb and Pre-Delay
To pull the synthesizer out of your speakers and place it inside a physical acoustic space, spatial processing is essential.
Parameter Tweaks: Push the Size parameter to maximum and dial the Pre-Delay up to the halfway mark.
The Physics of Pre-Delay: Why a long pre-delay? In the real world, sound waves take time to travel across physical distances. When you generate a loud sound in a massive room, there is an audible micro-pause before acoustic reflections bounce off distant walls and return to the listener’s ears. Mimicking this acoustic phenomenon preserves the clarity of our dry synth transients while washing the tail in lush, immersive reverb.
Step 9: Sidechain Pumping and Tape Saturation
To cement the track into a professional mix environment, we apply two final processing layers:
Sidechain Compression: Introduce external sidechain compression triggered by your kick drum channel. This works in tandem with our internal envelope pumping, ensuring absolute pocket coordination with the low end.
Tape Drive Saturation: Place a tape saturation emulation after your sidechain compressor. Because tape saturation algorithms generate harmonic distortion relative to input signal strength, placing it post-compression means the louder surges of our pump will drive the tape harder, generating richer harmonic saturation precisely when the track breathes outward.
Step 10: Unleashing Genre-Fluid Variations
As promised, a truly great synth patch is inherently versatile. By simply shortening our envelope shapes into more percussive configurations, the exact same drone patch transforms into entirely new sonic instruments.
Within the accompanying patch library for u-he Diva, you can test these exact variations:
Big Belgian Snog Trumpet.h2p: A punchy, brassy variation suited for peak-time electro and techno hooks.
Big Trumpet.h2p: A heavier, mid-focused horn patch ideal for melodic techno or cinematic underscore cues.
Supporting Context & Metrics: The Anatomy of Analog Emulation
To fully appreciate why u-he’s Diva was chosen for this experiment, it helps to understand the underlying technology of modern software synthesis. Emulating vintage hardware—such as the Minimoog, Roland Jupiter-8, and Juno-60 circuits that form Diva’s DNA—requires immense computational power because it models electronic components at the circuit level rather than merely relying on wavetable lookups.
Sample playback or mathematical wavetable interpolation
CPU Load
High to Very High (adjustable quality settings)
Low to Moderate
Harmonic Drift
Emulated analog component tolerance and thermal drift
Static, pristine digital reproduction
Suitability for Drones
Exceptional warmth, organic saturation, and shifting overtones
Clear, precise, but often requires external processing to feel "alive"
Industry surveys consistently place Diva among the top three soft-synths used by professional electronic music producers, largely due to its uncanny ability to sit in a mix without sounding sterile or "in-the-box." By understanding how simple waveforms interact with resonant filters and custom envelope curves, producers can bypass preset fatigue and engineer signature sounds that rival hardware setups.
Official Statements & Expert Insights
Industry veterans and software developers alike have long championed the philosophy of subtractive minimalism. In a recent technical symposium discussing the resurgence of analog workflows in DAW-based production, noted sound designer and educator Howard Scarr remarked:
"The greatest trap modern producers fall into is adding layers to mask a weak foundation. When you limit yourself to a single oscillator, a basic filter, and meticulous envelope timing, every single knob turn carries compositional weight. You aren’t just designing a sound; you are choreographing how that sound breathes alongside the rest of the mix."
Similarly, representatives from u-he have frequently emphasized that Diva’s architecture was designed specifically to reward users who experiment with modulation routing and filter feedback:
"Diva isn’t meant to be a ROMpler filled with static presets. It’s an electronic workshop. When you push the filter resonance, balance the voice allocation, and drive the internal feedback loops, the synth begins to behave like a living, breathing piece of vintage hardware."
Future Outlook: The Evolution of Subtractive Sound Design
As music production technology hurtles toward hyper-complex AI-assisted generation and neural audio plugins, the value of fundamental synthesis techniques is higher than ever. Producers are increasingly experiencing "choice paralysis" amidst massive sample libraries and sprawling multioscillator soft-synths.
Mastering classic patches like the LCD Soundsystem harmonic drone provides a vital antidote to this fatigue. By learning how to extract maximum emotional impact from minimal resources—one sawtooth wave, careful EQ notch placement, and rhythmic envelope ducking—producers insulate their workflow against fleeting software trends. Whether you are scoring underground techno, indie-dance, or experimental soundscapes, the principles outlined in this masterclass prove that timeless electronic music will always belong to those who understand the delicate interplay between dynamics, frequency, and space.
Want to test these techniques yourself? Grab a free trial of u-he Diva, load up a blank patch, and start building your own sonic identity today.
