In the realm of electronic and indie dance music, few tracks hold the mythic, emotionally resonant status of LCD Soundsystem’s "Someone Great." Released as a standout single on their seminal 2007 sophomore album, Sound of Silver, the track is celebrated as much for its profound lyrical melancholy as it is for its hypnotic, driving sonic architecture. Beneath James Murphy’s vulnerable vocal delivery lies a masterclass in minimalist synthesis: a rich, pumping harmonic drone that anchors the entire arrangement.
For years, producers have sought to reverse-engineer the infectious pulse of "Someone Great," often assuming it to be the byproduct of complex modular routing or dense layers of analog processing. However, as demonstrated in the latest installment of our ongoing Synth Secrets series, the reality is far more elegant. Using u-he’s Diva, producers can recreate this iconic patch using remarkably simple ingredients: a single sawtooth wave, precise harmonic EQ notches, and careful envelope modulation.
This comprehensive guide takes you step-by-step through the process of building the "Someone Great" drone from scratch, exploring how a minimalist foundation can be morphed into a versatile, genre-spanning tool for modern electronic music production. Whether you are looking to replicate indie-dance nostalgia or craft punchy, character-driven leads for techno and house, this tutorial bridges the gap between classic analog aesthetics and contemporary workflow efficiency.
Detailed Chronology: Step-by-Step Patch Construction in u-he Diva
To truly understand how a sound breathes, you have to build it from the ground up. In this section, we break down the meticulous, ten-step process of engineering the LCD Soundsystem drone using u-he Diva.
Step 1: Setting the Foundation and Selecting the Sound Source
When working with simple patches, the choice of raw sound source dictates the character of the final mix. Simple waveforms laid bare require rich, authentic analog emulation to avoid sounding static or sterile.
Initialization: Load an instance of u-he Diva and select a blank "init" patch.
Modules: Opt for a Dual VCO architecture combined with Analogue Env for envelopes 1 and 2, capturing that sought-after vintage warmth.
Tempo: Lock your DAW’s project tempo to 112 BPM. While slightly more sedate than the driving pace of the original track, this relaxed tempo allows you to clearly audit how individual modulation parameters impact the groove.
Step 2: Programming the Core Notes and Intervals
The harmonic DNA of the patch relies on a precise dyad (a two-note chord) utilizing G and D.
The Intervallic Relationship: The pattern is constructed using three distinct octave placements of the note D (D2, D3, and D4) anchored by a G3 sitting squarely in the middle. Depending on your root interpretation, this creates a shifting dynamic of fourths and fifths.
Note Lengths: Program the MIDI data so that the notes are sustained just shy of a full quarter note, ensuring proper separation and rhythmic clarity.
Step 3: Dialing in the Oscillator and Filter Basics
Next, we strip away unnecessary complexity to let the core oscillator shine.
Oscillator Configuration: Disable Oscillator 1 entirely. Leave Oscillator 2 active on its default sawtooth wave. Tune Oscillator 2 up precisely one octave (setting 4 on the pitch knob). Rotate the VCO 1 / VCO 2 blend knob fully clockwise so that only Oscillator 2 is audible.
Filter Setup: Push the filter Cutoff up to 108 and introduce a subtle amount of resonance by setting Emphasis to 15.5. Even at this early stage, the patch begins to bear a striking resemblance to the target tone.
Step 4: Velocity Mapping for Dynamic Bite
A static synthesizer patch quickly grows fatiguing to the listener. To inject life and organic variation, we tie note velocities to the tone and amplitude.
Velocity Scaling: Set the velocity of the lowest D2 note to maximum, while dialing the remaining three notes to a velocity of 103.
VCA Modulation: Navigate to the VCA section, select Velocity as a modulation source from the dropdown menu, and crank the modulation amount to maximum. This ensures that harder-hit notes cut through the mix with extra bite and harmonic richness.
Step 5: Surgical EQ Filtering
Perhaps the most crucial, yet frequently overlooked, step in capturing this specific tone is EQ filtering.
Notching Frequencies: Introduce an EQ plugin after the synth and carve out four distinct narrow notches at 150Hz, 300Hz, 600Hz, and 1.2kHz.
The Harmonic Math: Notice two distinct mathematical relationships here:
Each target frequency is precisely double the previous one (one octave higher).
These frequencies hover just around the roots of the D notes.
By carving out the root frequencies of the D notes via EQ, we effectively step back and allow the G note to bloom forward in the sonic spectrum.
Step 6: Implementing Envelope-Driven Pumping
To achieve that characteristic club-ready bounce, we need to introduce envelope-controlled volume pumping, using a 4/4 kick drum as our rhythmic reference point.
The Kick Reference: Load a punchy, 909-style kick drum into a parallel channel to judge your timing accurately.
Amplitude Envelope (Env 1): On Env 1, set the Attack to around 49—this single adjustment instantly creates an artificial sidechain "pump" effect. Adjust the Decay to 75 and set a slightly longer release tail of 29. Bring the VCA volume back up to full to compensate for the gain reduction.
Step 7: Layering Filter Envelope Modulation
Amp-based pumping is only half the battle; real analog gear breathes in its frequency domain as well.
Filter Modulation: Dial the Env 2 filter modulation depth to fully positive (+).
Env 2 Settings: Tune Env 2 with an Attack of 68, a Decay of 49, and a Sustain of 0. This dual-envelope approach simultaneously deepens the rhythmic pumping while injecting raw, aggressive transient bite into the top end.
Step 8: Spatial Processing via Plate Reverb
To bridge the gap between a dry synthesizer patch and a finished commercial master, acoustic space must be simulated.
Reverb Routing: Engage Diva’s built-in Plate 1 reverb algorithm. Set the Size parameter to maximum and dial the pre-delay up to roughly the 50% mark.
The Acoustic Rationale: In the real world, sound waves must travel across physical distances before striking a boundary. A long pre-delay creates an audible gap between the dry transient and the wash of the reverb, preserving front-end clarity while offering a massive sense of depth.
Step 9: Sidechain Compression and Tape Saturation
The final polish requires external dynamics control and saturation harmonics.
Sidechain Compression: Apply traditional sidechain compression triggered by your kick drum channel, allowing it to seamlessly stack with the envelope-driven pumping established earlier.
Tape Saturation: Insert a tape saturation emulation after the compressor. Because tape drive responds dynamically to signal strength, the sidechain pumping ensures that louder parts of the groove generate richer, warmer harmonic distortion.
Step 10: Repurposing the Patch for Alternative Genres
As highlighted in our introduction, versatile patches are worth their weight in gold. By keeping the core architecture intact and merely shortening the envelope shapes into more percussive transients, the exact same drone patch can be transformed into robust, brassy leads such as "Big Belgian Snog Trumpet.h2p" and "Big Trumpet.h2p."
Supporting Context & Metrics: The Philosophy of Minimalist Sound Design
In an era dominated by wavetable synthesizers capable of stacking hundreds of voices, supersaws, and complex modulation matrices, revisiting a patch built on a single sawtooth wave feels almost counter-intuitive. Yet, industry data and producer surveys consistently highlight that the most memorable hooks in electronic music history—from Daft Punk’s filter sweeps to LCD Soundsystem’s rhythmic drones—rely on subtractive minimalism.
Why Less is More in Analog Emulations
Phase Clarity: Stacking multiple oscillators introduces complex phase cancellation issues that can thin out a mix before any EQ is even applied. Sticking to a single oscillator (or a tightly controlled dual-VCO setup with minimal detuning) preserves low-mid punch.
Mix Real Estate: Over-engineered patches frequently crowd the frequency spectrum. By utilizing surgical EQ notches (as outlined in Step 5), producers leave ample room for vocals, percussion, and basslines to sit comfortably.
CPU Efficiency: Plugins like u-he Diva are notoriously CPU-intensive when pushed to their absolute limits (e.g., Divine quality modes with multi-voice stacking). Mastering minimalist patches allows producers to run complex arrangements on mobile rigs without sacrificing sonic integrity.
Official Statements and Industry Insights
Reflecting on the enduring legacy of Sound of Silver and tracks like "Someone Great," music critics and producers alike continue to marvel at how James Murphy and his collaborators blended punk ethos with electronic precision.
Industry veterans frequently point out that the emotional impact of electronic music rarely stems from technical complexity:
"The magic of analog emulation isn’t about replicating every microscopic circuit imperfection; it’s about understanding how physical limitations force creative choices. When you are restricted to basic waveforms and manual filter shaping, every knob turn carries narrative weight."
— Lead Synth Designer, boutique VST development house.
Furthermore, synthesis tutorials focusing on classic indie-dance tracks underscore a vital educational truth: aspiring producers often overcomplicate their signal chains. By breaking down a revered track into its core components—one oscillator, two envelopes, and a handful of EQ cuts—producers learn to troubleshoot their own mixes more effectively.
Future Outlook: The Evolution of Analog Workflows in Modern DAWs
As digital audio workstations continue to integrate advanced AI-driven mixing assistants and infinite cloud-based preset libraries, the value of foundational sound design is shifting rather than fading.
What’s Next for Synth Secrets?
Hardware-Software Hybridization: Producers are increasingly mapping modular hardware sequencers to software emulations like Diva, merging the tactile joy of physical patching with the recall capabilities of modern DAWs.
Advanced Modulation Routing: Future workflows will likely see automated envelope shaping reacting directly to spectral balance analysis, bridging the gap between manual mixing steps (like our EQ notch technique) and real-time DSP execution.
The Return of Raw Aesthetics: As listener fatigue grows toward hyper-quantized, over-compressed modern pop production, the organic breathing room found in tracks like "Someone Great"—characterized by natural envelope pumping, tape saturation, and spatial pre-delays—will remain the gold standard for authentic electronic music production.
By mastering these foundational techniques today, producers ensure their tracks will carry the same timeless, hypnotic resonance for decades to come. Be sure to grab your trial of u-he Diva, load up the steps outlined above, and start experimenting with your own genre-bending variations.
