E-LYSIA K-RCTR Discrete Saturation
Harmonic color. Controlled destruction. Creative analog attitude.
The E-LYSIA K-RCTR is not about transparent processing — it’s about shaping tone through harmonics, saturation, and aggressive nonlinear character.
From subtle analog warmth to chaotic FET-driven destruction, it delivers a wide spectrum of textures ranging from polished saturation to brutal sound mangling, all while maintaining a uniquely musical response.
NAM A2 Updated
All Tokyo Studio Capture profiles have been updated for the latest NAM A2 architecture.
NAM A2 represents the most significant advancement in Neural Amp Modeler to date, delivering substantially improved accuracy, efficiency, and hardware fidelity compared to previous generations.
According to large-scale blind listening tests, A2 consistently achieved results that are extremely difficult to distinguish from the original hardware.
What you actually get
A collection of K-RCTR saturation profiles captured across multiple drive stages, saturation modes, and harmonic textures.
Profiles included:
- K-RCTR – Velvet Tone
Subtle harmonic enhancement with smooth analog warmth.
Drive: Low / Mode: Saturation / Color: Neutral / Texture: Smooth & transparent - K-RCTR – The Glow
Warm low-order harmonics with softened transients and rich body.
Drive: Low–Medium / Mode: Saturation / Color: Warm / Texture: Thick & musical - K-RCTR – Presence Lift
Enhanced clarity and forward presence with polished saturation.
Drive: Medium / Mode: Saturation / Color: Bright / Texture: Open & detailed - K-RCTR – Mix Buss Heat
Glue-like harmonic density designed for stereo buss enhancement.
Drive: Medium / Mode: Saturation / Color: Balanced / Texture: Dense & cohesive - K-RCTR – Punch Drive
Aggressive transient enhancement with energetic harmonic bite.
Drive: Medium–High / Mode: FET Shred / Color: Forward / Texture: Punchy & edgy - K-RCTR – FET Crunch
Driven FET saturation with gritty texture and raw character.
Drive: High / Mode: FET Shred / Color: Mid-forward / Texture: Crunchy & aggressive - K-RCTR – Turbo Destruction
Asymmetrical FET distortion with chaotic harmonic shredding.
Drive: Very High / Mode: FET Shred + Turbo Boost / Color: Aggressive / Texture: Mangled & explosive - K-RCTR – Industrial Collapse
Extreme nonlinear destruction for brutal sound mangling and industrial textures.
Drive: Maximum / Mode: FET Shred + Turbo Boost / Color: Dark & sharp / Texture: Crushed & violent - K-RCTR – Cassette Dust
Lo-fi harmonic wear with softened transients and nostalgic tape-like texture.
Drive: Medium warmth / Color: Dark-leaning / Mode: Saturation / Texture: Dusty & worn - K-RCTR – Digital Murder
Harsh nonlinear destruction with aggressive digital-style fragmentation.
Drive: Extreme / Color: Sharp & aggressive / Mode: FET Shred + Turbo Boost / Texture: Broken & chaotic
How it behaves
- Harmonics increase dynamically with input level
- Transient response changes depending on saturation mode
- FET Shred mode introduces aggressive nonlinear behavior
- Subtle settings remain smooth and mix-friendly
- Extreme settings create chaotic, heavily colored textures
Audio Demo
Compare the original hardware signal and the NAM profile across a range of sources — drums, synths, guitars, vocals, and more.
Each example demonstrates how closely the profile captures the harmonic behavior, transient response, and nonlinear saturation characteristics of the hardware.
The NAM and hardware samples are gain-matched to allow for a more accurate evaluation of the capture’s fidelity.
For additional context, a dry (unprocessed) version is also included.
Why this capture is different
- Multiple saturation textures captured across wide drive ranges
- Carefully calibrated harmonic behavior
- Includes both subtle analog enhancement and extreme destruction tones
- Designed for real-world creative mixing and sound design
Waveform Comparison (Hardware vs NAM)
Below is a direct comparison between the original hardware signal and the NAM profile output.
This visualization highlights how accurately the tone, saturation, and transient behavior are preserved.
Technical notes
- Format: NAM (.nam)
- Sample Rate: 48kHz
- Capture Type: Real hardware
- Calibration: Studio-level gain staging
Gain Staging Advice
Our captures are pre-calibrated at -18 dBFS input level.
For best results, we recommend feeding the plugin with an input signal close to -18 dBFS.
Because saturation intensity changes depending on input level, hotter signals will produce more harmonic distortion, compression, and transient shaping.
Please adjust the Input and Output controls carefully to achieve the desired amount of coloration while maintaining proper level balance.
Disclaimer
This product consists of digital NAM profiles and impulse responses captured from real hardware.
All products are independently developed by TSC (Tokyo Studio Capture) and are not affiliated with, endorsed by, or officially connected to any hardware or software manufacturers.
Any product names, references, or visual elements are used strictly for descriptive purposes only. All trademarks and brand names are the property of their respective owners.
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