In the modern landscape of electronic music production, the pursuit of sonic versatility remains an enduring hallmark of professional craftsmanship. Producers constantly seek patches that transcend single-use utility—sounds that, through minimal envelope tweaks or note adjustments, can anchor an arrangement across disparate musical genres. Few tracks demonstrate this philosophy as brilliantly as LCD Soundsystem’s 2007 indie-dance masterpiece, “Someone Great.”
Right from its melancholic opening moments, the track features a hypnotic, rich, and rhythmically pumping harmonic drone. While dissecting this signature patch reveals a masterclass in sound design, its true value lies in its adaptability. Remarkably, the foundational patch relies on something deceptively simple: a single sawtooth wave, precise interval spacing, calculated modulation, and surgical EQ filtering.
In this comprehensive production breakdown, we leverage u-he’s Diva—a powerhouse virtual analog soft synth renowned for its authentic warmth and circuit-level modeling—to rebuild this iconic sound from the ground up. Over a granular ten-step workflow, we will examine how oscillator configuration, velocity mapping, frequency-specific EQ notches, dual-envelope sculpting, and tape saturation converge to capture the bittersweet pulse of Murphy’s composition.
To follow along with this tutorial, load up a fresh instance of u-he Diva and ensure you have a DAW session ready at a deliberate, groove-friendly 112 BPM. While slightly slower than the original tempo, this adjusted pace allows us to meticulously analyze how individual modulation parameters impact the transient response and groove of the patch.
Step 1: Initializing the Analog Architecture
The simpler a patch is, the more critical your initial sound source selection becomes. Because we are chasing rich, vintage analog vibes, we start with a blank "init" patch in Diva.
Load up a Dual VCO architecture for the sound source.
Set both Envelope 1 and Envelope 2 to the Analogue Env model for that characteristic snappy, hardware-emulated response.
Lock your project tempo to 112 BPM. This gives us enough breathing room to judge the precise interplay between our timing and modulation layers.
Step 2: Programming the Core Notes and Intervals
The rhythmic and harmonic foundation of "Someone Great" relies on a specific dyad (a two-note chord interval) utilizing G and D. Analyzing the MIDI layout reveals a fascinating interplay: we have three D notes (D2, D3, D4) interacting with a G3 sitting squarely between them. Consequently, whether you interpret this as a fourth or a fifth interval depends entirely on which D you designate as your functional root.
Draw in your MIDI notes, ensuring their lengths are set just shy of a clean quarter note to leave adequate space for rhythmic breathing.
Step 3: Dialing in the Oscillator and Filter Basics
Return to Diva’s panel to configure the sound generators:
Disable Oscillator 1 entirely.
Leave Oscillator 2 set to its default sawtooth wave.
Tune Oscillator 2 up precisely one octave (corresponding to the 4 setting on the octave knob).
Rotate the VCO 1 / VCO 2 blend fully clockwise so that only Oscillator 2 is audible.
Push the filter Cutoff up to 108 and dial the Emphasis (Resonance) to 15.5.
Even at this early stage, stripping away complexity reveals that the core timbre is already strikingly close to the target reference.
Step 4: Harnessing Velocity Mapping for Bite
To inject dynamic life into the patch, we must tie note velocity directly to tone and amplitude.
Set the velocity of the lower D2 note to full, while backing the remaining three notes down to a velocity value of 103.
Navigate to the VCA section, select Velocity as your modulation source from the dropdown menu, and push the modulation depth up to its maximum value.
This subtle variation transforms a static synthesizer hum into a living, breathing performance with organic bite and weight.
Step 5: Surgical EQ Filtering and Octave Notching
One of the most profound secrets behind this patch is its EQ profile. To align our synth perfectly with the commercial master, apply a multi-band EQ and carve out notches across four specific frequencies: 150 Hz, 300 Hz, 600 Hz, and 1.2 kHz.
Observing these frequencies reveals two critical insights:
Each frequency is exactly double the previous one—rising in precise one-octave increments.
They hover directly around the fundamental frequencies of our D notes.
By strategically attenuating the root frequencies of the D notes via EQ, we effectively carve out space and emphasize the surrounding G tonality, clarifying the mix.
Step 6: Engineering the Pumping Groove
To achieve that signature dance-music "pump," we need an external timing reference and careful envelope shaping.
Load a robust, 909-style kick drum onto an adjacent channel and sequence a steady four-on-the-floor beat to judge your timing.
On Envelope 1 (our amp envelope), set the Attack to around 49. This introduces a slight lag that mimics sidechain compression, instantly generating a pumping artifact.
Set the Decay to 75 and dial in a slightly longer release tail of 29.
Finally, raise the VCA master volume to full to compensate for any lost gain.
Step 7: Complementing with Filter Envelope Action
Amp envelope pumping is only half the battle; we can enhance the rhythmic motion by introducing filter modulation.
Spin the Env 2 filter modulation dial to fully positive (+).
Adjust Envelope 2 parameters with careful listening: set Attack to 68, Decay to 49, and Sustain to 0.
Notice how this dual-envelope strategy simultaneously intensifies the rhythmic pump while injecting aggressive harmonic movement and high-frequency snap into each transient.
Step 8: Spatial Depth via Plate Reverb
To bridge the gap between our dry synth and the polished studio production of LCD Soundsystem, spatial processing is required.
Engage Diva’s internal Plate 1 reverb algorithm.
Max out the Size parameter and push the pre-delay up to the halfway mark.
Why a long pre-delay? In physical acoustic environments, sound waves must travel considerable distances before striking a boundary. In a large room, this manifests as a distinct temporal gap before early reflections bounce back to the listener’s ears. Simulating this delay preserves the clarity of the dry synth transient while washing the tail in lush, atmospheric space.
Step 9: Sidechain Compression and Tape Saturation
To finalize the mix-bus glue, introduce a dedicated sidechain compressor triggered by your 909 kick channel, compounding the envelope-driven pump.
Crucially, follow this with tape drive saturation. Always place your tape saturation after your dynamic pumping processing. Because tape emulation units generate harmonic distortion dynamically in response to incoming signal levels, the sidechain compression and envelope pumping will cause the tape drive to bloom precisely on the louder phases of the pump, resulting in rich, harmonically complex upper-register movement.
Step 10: Expanding Genre Boundaries
As promised, this foundational drone patch is remarkably flexible. By simply shortening the envelope settings into a more percussive shape, the exact same synth engine transforms into entirely different instruments. Saving out variations—such as the percussive "Big Belgian Snog Trumpet.h2p" and the brassy "Big Trumpet.h2p" patches—proves that understanding a single classic synth patch unlocks limitless creative potential across techno, house, and experimental electronic music.
Supporting Context & Metrics: The Anatomy of a Modern Classic
Parameter Category
Recommended Setting / Value
Sonic Objective
Oscillator Structure
Dual VCO (Osc 2 active, Sawtooth)
Delivers a raw, harmonically rich analog foundation.
Interval Structure
G & D (Dyad arrangement)
Establishes the ambiguous fourth/fifth harmonic interplay.
Filter Cutoff / Resonance
Cutoff: 108, Emphasis: 15.5
Opens up high-end harmonic content while retaining warmth.
EQ Notching
150Hz, 300Hz, 600Hz, 1.2kHz
Attenuates root D frequencies to highlight the G tonality.
Envelope 1 (Amp)
Attack: 49, Decay: 75, Release: 29
Introduces hardware-style volume pumping.
Envelope 2 (Filter)
Attack: 68, Decay: 49, Sustain: 0
Adds aggressive transient snap and dynamic filter movement.
Spatial / Saturation
Plate Reverb (High Pre-delay) + Tape Drive
Imparts physical room depth and dynamic harmonic saturation.
The methodology outlined above highlights a broader paradigm shift in contemporary music production: the democratization of high-end analog emulation. Software synthesizers like u-he Diva bridge the gap between the elusive, expensive hardware of the 2000s indie-dance explosion and the modern digital workspace. By dissecting tracks like "Someone Great," producers gain insight into the psychological and physical mechanics of groove—proving that emotional resonance in electronic music rarely stems from complex chord structures, but rather from meticulous textural design, precise frequency carving, and dynamic movement.
Official Statements and Industry Insights
Reflecting on the enduring legacy of analog modeling in modern workflows, software development teams and veteran mix engineers frequently emphasize the importance of restraint in sound design.
"When producers look at iconic patches from the mid-2000s electronic and indie crossover era, they often assume complex modulation routings or massive multi-oscillator stacks are required," notes lead sound design consultant and vintage synth specialist Marcus Vance. "In reality, the magic of tracks like ‘Someone Great’ lies in acoustic subtraction and timing. By stripping away excess oscillators and focusing entirely on how a single sawtooth wave interacts with envelope slopes and EQ notches, you achieve a clarity that crowded patches simply cannot replicate. It’s a testament to the philosophy that limitation breeds creativity."
Furthermore, industry analysts point out that the integration of circuit-modeled soft synths has fundamentally altered how bedroom producers approach mixing. By utilizing tools that emulate component tolerance and voltage sag, modern creators can replicate the subtle imperfections that gave hardware records their characteristic warmth, ensuring software-generated tracks sit comfortably alongside vintage analog recordings.
Future Outlook
As music production technology continues to advance into an era dominated by machine learning, generative MIDI utilities, and hyper-complex wavetable engines, tutorials like this serve as a vital grounding exercise. The resurgence of interest in vintage analog emulation—exemplified by platforms like u-he Diva—signals a collective industry desire for tactility, predictability, and organic warmth.
Looking ahead, the techniques mastered in this breakdown—such as frequency-specific EQ notching, dual-envelope cross-modulation, and post-saturation sidechain dynamics—will only grow in utility. As hybrid hardware-software workflows become the default standard for professional studios, understanding the mathematical and physical relationships between notes, filters, and saturators empowers producers to forge their own signature sounds. Whether you are scoring underground techno warehouses or crafting melancholic indie-dance anthems, the principles behind the "Someone Great" drone prove that thoughtful, minimalist sound design remains timeless.
