Executive Overview
In the modern landscape of electronic music production, the pursuit of timeless, versatile patches remains a holy grail. Producers continually chase sounds that refuse to be pigeonholed—patches that, with minimal tweaking to envelopes or note sequencing, can anchor a track across multiple genres or transition fluidly between different structural roles in an arrangement. Few tracks exemplify this design philosophy better than LCD Soundsystem’s 2007 indie-dance masterpiece, "Someone Great."
From its opening seconds, the track introduces a rich, pulsing, harmonic drone that immediately captures the listener’s attention. While it sounds complex, atmospheric, and profoundly analog, this signature texture relies on a surprisingly minimal sonic footprint: a single sawtooth wave playing precise notes, driven by clever modulation, strategic filtering, and expert EQ shaping.
In this comprehensive installment of Synth Secrets, we deconstruct the anatomy of James Murphy’s signature sound. Utilizing u-he’s Diva—one of the industry’s premier analog-emulation software synthesizers—we will guide you step-by-step through building this legendary patch from scratch. Whether you are aiming to recreate the hypnotic melancholy of LCD Soundsystem or adapt the patch into a searing, percussive lead for modern techno and house, this masterclass provides the exact blueprints, parameter settings, and mixing strategies required to master the craft.
Detailed Chronology: Building the "Someone Great" Patch Step-by-Step
To accurately capture the organic warmth and pulsing rhythm of the original recording, we must approach sound design methodically. Follow these ten detailed steps inside u-he Diva to bring the patch to life.
Step 1: Initialization and Core Architecture
Simplicity in sound design places immense pressure on choosing the right raw sound source. For an authentic analog vibe, fire up u-he Diva and load a blank “init” patch.
- Oscillator Architecture: Select the Dual VCO module.
- Envelopes: Set envelopes 1 and 2 to Analogue Env.
- Tempo: Lock your project BPM to 112. While this is slightly more sedate than the original track’s brisk tempo, a slower pace allows us to meticulously analyze the micro-timing and impact of our upcoming modulation routings.
Step 2: Unlocking the Note Interval and Dyad Structure
The harmonic richness of the intro stems from a specific chordal interval—specifically a dyad utilizing G and D. Looking closely at the MIDI data, we find three distinct D notes (D2, D3, D4) playing in tandem with a G3 sitting squarely between them. Whether you view this as a fourth or fifth interval depends entirely on which octave of D you designate as the root. Set your note lengths just shy of a clean quarter note to ensure enough space for the envelopes to breathe.
Step 3: Oscillator Calibration and Filter Tuning
Return to Diva’s panel to configure the sound generators:
- Disable Oscillator 1.
- Leave Oscillator 2 on its default sawtooth wave setting.
- Tune Oscillator 2 up exactly one octave (position 4 on the pitch 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 (Res
onance) to 15.5**.
At this stage, listening back to the raw dry signal reveals that we are already remarkably close to the target timbre.
Step 4: Velocity Mapping for Dynamic Bite
A static synthesizer patch sounds lifeless. To introduce organic expression, we must tie note velocity to the patch’s tonal character:
- Set the velocity of the primary D2 note to maximum (127), and drop the remaining three notes to a velocity of 103.
- Navigate to the VCA section, select Velocity as a modulation source from the dropdown menu, and crank the modulation amount to its maximum value.
This subtle adjustment yields a noticeably richer tone with significantly more rhythmic bite on accented steps.
Step 5: Surgical EQ Filtering
The most critical secret weapon in matching LCD Soundsystem’s signature tone is surgical frequency carving. To mirror the target patch, introduce an EQ plugin after the synth and carve out notches across four distinct frequency bands: 150Hz, 300Hz, 600Hz, and 1.2kHz.
Notice two mathematical properties of these chosen frequencies:
- Each frequency is exactly double the previous one (rising in precise octave intervals).
- They hover directly around the fundamental frequencies of the D notes in our chord.
By strategically attenuating the root frequencies of those D notes, we effectively step out of the way and allow the G note harmonics to push through the mix.
Step 6: Introducing Pumping Envelopes with a Reference Kick
To achieve the signature "pumping" effect without relying solely on traditional sidechain compression, we use amplitude envelopes. Load a robust, 909-style kick drum onto an adjacent channel to serve as a rhythmic timing reference.
- On Envelope 1 (Amp), set the Attack to 49 to instantly introduce an audible pumping suction.
- Carefully dial the Decay to 75 to shape the tail.
- Set a slightly extended Release to 29.
- Push the VCA master volume back up to compensate for the envelope attenuation.
Step 7: Sculpting the Filter Envelope
Complement the amplifier pumping with dynamic filter modulation:
- Set the Env 2 filter modulation depth to fully positive (
+). - Switch over to Envelope 2 and dial in the following values while listening in context with your loop: Attack: 68, Decay: 49, and Sustain: 0.
This dual-envelope approach simultaneously emphasizes the rhythmic ducking effect while injecting aggressive tonal movement.
Step 8: Spatial Depth via Plate Reverb
To bridge the gap between our dry software patch and James Murphy’s commercial mix, spatial processing is mandatory. Instantiate Diva’s internal Plate 1 reverb:
- Set the Size parameter to maximum.
- Push the Pre-delay up to the halfway mark.
Why a long pre-delay? In physical acoustic spaces, sound waves must travel significant distances before reflecting off boundaries. A generous pre-delay simulates a massive room, creating an audible temporal gap between the dry transient and the wash of early reflections.
Step 9: Sidechain Compression and Tape Saturation
To maximize club readiness, add external sidechain compression triggered by our 909 kick channel. This interacts harmoniously with the internal envelope pumping established earlier.
Finally, insert a tape drive saturation plugin after the sidechain compressor. Because tape saturation units generate harmonics relative to signal strength, placing the saturation downstream from the compressor means the louder swells of our pump drive the tape harder, generating richer harmonic distortion precisely when the sound peaks.
Step 10: Repurposing the Patch Across Genres
True to our opening thesis, this patch is remarkably versatile. By modifying the envelope decay and transient shape, the exact same core drone can be mutated into entirely different sonic textures—such as punchy percussive leads, brassy stabs, or cutting basslines ready for techno, electro, or house productions.
Supporting Context & Metrics: The Engineering Philosophy of Analog Emulation
Recreating tracks from the mid-2000s electro-clash and dance-punk revival era requires understanding the technological constraints and hardware workflows of the period. James Murphy’s work with LCD Soundsystem famously bridged the gap between organic instrumentation and raw, hardware-driven electronic music production (heavily favoring gear like the ARP Odyssey, Minimoog, and Roland SH-09).
When translating these hardware paradigms into a software powerhouse like u-he Diva, understanding internal scaling metrics is essential:
- The Sawtooth Harmonic Series: A raw sawtooth wave contains all integer harmonics (both even and odd) rolling off at a rate of -6 dB per octave. This makes it the ultimate raw material for subtractive synthesis, providing a thick frequency spectrum that responds exceptionally well to resonant filtering and EQ notches.
- Filter Emphasis (Resonance): Setting Diva’s ladder filter emphasis to 15.5 creates a gentle internal feedback loop that accentuates the cutoff frequency without slipping into self-oscillation, preserving the warm, rounded character reminiscent of vintage transistor-based circuits.
- The Physics of Pre-Delay: Scientific acoustic measurements show that a pre-delay time of 40ms to 80ms mimics a room boundary roughly 15 to 27 meters away. In music production, this psychoacoustic trick keeps the rhythmic punch of the synth entirely dry and articulate before the wash of the reverb blooms, ensuring clarity in dense arrangements.
Official Statements and Industry Insights
Sound designers and mixing engineers frequently emphasize the importance of subtractive EQ—a philosophy perfectly demonstrated in Step 5 of our tutorial.
"When dealing with dense harmonic drones or layered synthesizer pads, the instinct is often to boost what sounds good," notes veteran mix engineer and synth enthusiast Marcus Vance. "However, masterclass productions like LCD Soundsystem’s ‘Someone Great’ prove that carving out space through precise harmonic subtraction is what gives a mix its professional width and depth. By pulling out the root frequencies of the underlying chord intervals, you aren’t making the sound weaker—you are allowing its true harmonic identity to cut through the mix without fighting your kick drum or bassline."
Furthermore, software developers at u-he have long championed Diva as a bridge between digital workflow efficiency and authentic analog physical modeling. By modeling the circuit behavior of individual components—down to the zero-delay feedback filters and envelope nonlinearities—producers can achieve hardware-grade warmth entirely "in the box."
Future Outlook: The Enduring Legacy of Hardware-Emulated Workflow
As electronic music production continues to evolve into an era dominated by AI-assisted generation and hyper-complex wavetable engines, tutorials like this serve as a vital reminder of the power of simplicity. The "Someone Great" patch relies on nothing more than a single oscillator, a filter, and well-managed modulation paths.
Looking ahead, producers are increasingly turning back to minimalist, highly calibrated software environments like Diva to reclaim organic character in their arrangements. The future of dance music production is not about stacking hundreds of layers of sterile plugins; it is about deeply understanding a single, high-quality patch and wringing every ounce of musical expression out of its envelopes, filters, and routing options.
By mastering foundational sound design techniques inspired by iconic tracks of the past, modern producers equip themselves with timeless tools capable of shaping the club hits of tomorrow. Grab your trial of u-he Diva, fire up your DAW, and start experimenting with the harmonic drone today.
