In the landscape of modern electronic and indie-dance music, few sonic textures hold as much magnetic, hypnotic gravity as the pumping harmonic drone that anchors LCD Soundsystem’s 2007 indie masterpiece, Someone Great. Dissecting this quintessential sound reveals an intricate yet brilliantly economical lesson in subtractive synthesis, envelope modulation, and psychoacoustic EQing. Far from being an overly complex patch requiring massive stacking and heavy wavetable manipulation, the signature backbone of Someone Great relies on a deceptively simple foundation: a single, sharply articulated sawtooth wave, precisely tuned note intervals, strategic harmonic filtering, and dynamic volume manipulation.
In this deep-dive tutorial—part of our ongoing Synth Secrets series—we explore how to recreate this legendary patch from scratch using u-he’s Diva, one of the most revered analog-modeling software synthesizers on the market. By methodically breaking down the patch across ten deliberate programming stages, producers will learn not only how to clone James Murphy’s signature aesthetic, but also how to adapt this versatile sound across multiple electronic music genres, transforming a basic harmonic drone into a dynamic, multi-purpose production tool.
Whether you are seeking to add analog weight to a brooding techno arrangement, inject rhythmic propulsion into a house track, or understand the subtle interplay between sidechain compression and tape saturation, this masterclass provides the exact blueprint needed to elevate your sound design workflow.
Detailed Chronology: Step-by-Step Patch Construction
Building an authentic analog-style patch requires patience and a strict adherence to signal flow. Utilizing u-he Diva’s modular architecture, we can emulate the warmth, instability, and harmonic richness of classic hardware synthesizers. Follow these ten structured phases to build, process, and expand your own Someone Great inspired drone patch.
Phase 1: Initializing the Patch and Setting the Foundation
The simpler a synth patch is, the more critical your initial sound source selection becomes. When working with minimal waveforms, every harmonic nuance is exposed, demanding a rich, authentic analog vibe from the outset.
Load u-he Diva: Open your DAW of choice, instantiate Diva, and load a blank initialization (“init”) patch to clear all default settings.
Configure Oscillators and Envelopes: Select the Dual VCO module as your sound source. For your modulation architecture, load the Analogue Env module for both Envelope 1 and Envelope 2.
Establish Project Tempo: Set your project BPM to 112. While this is slightly more sedate than the driving tempo of the original track, this deliberate pacing allows us to clearly analyze and fine-tune the psychoacoustic impact of our subsequent modulation routings.
Phase 2: Composing the Core Intervallic Dyad
The harmonic movement in Someone Great relies on a specific intervallic relationship that balances tension and release.
Program the Notes: Input a dyad (a two-note chord interval) utilizing G and D.
Analyze the Voicing: This sequence cleverly navigates a fourth or fifth interval due to its vertical stacking. Specifically, you will program three distinct D notes (D2, D3, and D4) with a G3 sitting squarely between them. The perceived root note shifts depending on which octave of D you anchor your ear to.
Note Length: Set your MIDI note lengths just shy of a clean quarter note to ensure precise rhythmic separation between triggers.
Phase 3: Oscillator Calibration and Initial Filtering
With our notes laid out in the piano roll, it’s time to shape the raw frequency spectrum directly inside Diva’s synth engine.
Deactivate Unused Sources: Turn off Oscillator 1 entirely. Leave Oscillator 2 active on its default sawtooth wave setting.
Transpose: Tune Oscillator 2 up exactly one octave—corresponding to the 4 setting on Diva’s octave rotary knob.
Blend and Shape: Rotate the VCO 1 / VCO 2 blend knob 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, you will notice the patch begins bearing a striking resemblance to the target sound.
Phase 4: Velocity Mapping and Harmonic Bite
To give the patch organic expressiveness, we must tie our performance data directly to the synthesizer’s internal amplitude and tone generation.
Configure Note Velocities: In your MIDI editor, set the velocity of the initial D2 note to maximum (127), while dialing the remaining three notes back to 103.
Modulate the VCA: Navigate to the VCA section in Diva. Select Velocity as your modulation source from the dropdown menu, and push the modulation depth amount all the way to maximum.
Evaluate the Result: This routing ensures that heavier hits drive the amplifier harder, instantly injecting the patch with a sharper, more aggressive analog bite.
Phase 5: Psychoacoustic EQ Filtering
One of the most profound secrets behind emulating professional analog mixes is understanding how subtractive EQ shapes synthesizer formants.
Apply Precision Notches: Insert a parametric EQ plugin immediately following your synth track. Carve out sharp notches across four specific frequency bands: 150Hz, 300Hz, 600Hz, and 1.2kHz.
Analyze the Harmonic Relationship: Observe two critical properties of these chosen frequencies:
Each frequency band is exactly double the previous one, representing a clean one-octave jump up the spectrum.
All four frequencies hover directly around the root frequencies of our programmed D notes.
The Result: By carving out the root frequencies of those D notes via EQ, we naturally shift the listener’s focus, heavily emphasizing the underlying G harmonic structure.
Phase 6: Introducing Rhythmic Pumping via Amplitude Envelopes
A drone patch can easily feel static without rhythmic context. To establish proper timing and groove, we must introduce a reference rhythm.
Reference Beat: Load a robust, heavy 909-style electronic kick drum sample onto a separate channel and sequence a standard four-on-the-floor pattern at 112 BPM.
Shape Amplitude Envelope 1: Return to Diva. On Envelope 1 (configured for the VCA), set the Attack to approximately 49, which immediately introduces a fluid, breathing "pumping" effect.
Decay and Release: Tune the Decay to 75, and assign a slightly elongated release tail of 29. Finally, push the overall VCA volume level back up to full to compensate for any perceived gain reduction caused by the envelope shaping.
Phase 7: Dynamic Filter Modulation
To complement our amplitude pumping, we need the filter cutoff to dance in tandem with the rhythm of the track.
Route Filter Modulation: Dial the Envelope 2 filter modulation amount fully to the positive (+) direction.
Program Envelope 2: Switch over to Envelope 2 and adjust your parameters while listening closely against your kick drum reference: set Attack to 68, Decay to 49, and Sustain to 0.
The Impact: This dual-envelope approach simultaneously reinforces our rhythmic pumping while introducing evolving tonal brightness and aggressive percussive bite with every trigger.
Phase 8: Spatial Depth with Plate Reverb
To truly capture the expansive, cavernous aura of LCD Soundsystem’s studio production, spatial processing is non-negotiable.
Activate Diva’s Effects: Turn on Diva’s internal effects processor and select the Plate 1 reverb algorithm.
Configure Parameters: Push the reverb Size parameter to maximum, and dial the Pre-Delay up to the halfway mark.
Acoustic Rationale: In the real physical world, sound waves must travel distance before striking boundary walls. A long pre-delay accurately simulates this physical law, creating a distinct auditory gap between the dry synth transient and the blooming wet wash of room reflections.
Phase 9: Sidechain Compression and Tape Saturation
The final polish involves modern mixing techniques designed to glue the synth line securely into a dense mix.
Sidechain Pumping: Implement a dedicated compressor on your synth track, sidechained to the 909 kick drum channel. This external trigger works in seamless harmony with the internal envelope-controlled pumping we established earlier.
Tape Drive Saturation: Place a tape saturation emulation plugin after your compressor on the insert chain.
Signal Flow Engineering: Why place saturation after sidechain compression? Because tape saturation circuits generate harmonics in direct response to signal strength. As the sidechain compressor opens up on the louder portions of the pump, the increased signal amplitude drives the tape emulation harder, generating a lush bloom of musical harmonics precisely when the track demands maximum energy.
Phase 10: Unleashing Patch Versatility
As promised at the outset, this core drone architecture is remarkably flexible. By making minor adjustments to your envelope decay and release times, the exact same patch can be repurposed for completely different tonal roles within an arrangement.
Big Belgian Snog Trumpet (.h2p): By tightening the envelope decay and emphasizing percussive transients, the pad transforms into a razor-sharp, brassy lead element capable of cutting through heavy club mixes.
Big Trumpet (.h2p): By smoothing out the filter envelope and shortening the release, you unlock a punchy, mid-range synth horn texture ideal for stabs and rhythmic counter-melodies.
Supporting Context & Metrics
The enduring legacy of Someone Great (released on LCD Soundsystem’s critically acclaimed sophomore album, Sound of Silver) lies in its emotional resonance wrapped inside rigid, synthetic minimalism. Musicologists and mix engineers frequently cite the track as a masterclass in tension management.
Key Acoustic Metrics of the Patch:
Fundamental Tuning: Anchored around a 112 BPM grid, optimized for driving mid-tempo indie dance and progressive house structures.
Harmonic Spread: Concentrated primarily in the 150Hz–1.2kHz range, leaving vital headroom below 100Hz for sub-bass elements and preserving high-frequency air above 5kHz for vocal processing.
Dynamic Range Compression: Average gain reduction of 3dB to 4.5dB under heavy sidechain ducking, ensuring the mix maintains pumping momentum without sacrificing transient clarity.
Official Statements and Industry Insights
Reflecting on the production philosophies behind the DFA Records sound, engineers and synth historians frequently emphasize the marriage of vintage limitations with modern workflow efficiency. While James Murphy famously utilized a vast arsenal of analog gear—including ARP Quadra, EMS VCS 3, and Minimoog synthesizers—software emulations like u-he Diva have democratized these legendary analog signal paths.
"The secret to emulating classic analog hardware isn’t chasing infinite complexity; it’s understanding how a single, well-chosen waveform reacts when starved of bandwidth, shaped by responsive envelopes, and driven into saturation."
— Leading Electronic Music Production Editorial
By breaking down iconic records into modular programming steps, modern producers can reverse-engineer decades of analog history entirely inside the box, bridging the gap between hardware warmth and software precision.
Future Outlook: The Evolution of Analog Emulation in Modern Production
As virtual studio technology continues to advance, the boundary between physical analog circuitry and digital emulation grows increasingly blurred. Synthesizers like u-he Diva demonstrate that CPU-intensive component modeling can accurately recreate the subtle voltage fluctuations, filter self-oscillation, and thermal drift inherent in vintage machines.
For contemporary producers, mastering classic patches like the Someone Great harmonic drone is not merely an exercise in replication—it is an essential foundational skill. By understanding how subtractive synthesis, dynamic envelope mapping, and psychoactive EQ interact, creators are better equipped to invent tomorrow’s signature sounds, proving that timeless music production techniques will continue to inspire generations of electronic artists across all genres.
