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复古温润，现代精准。
终极混合式模拟染色工具
对电子管和变压器阶段进行独立的神经网络建模——融合实时推理与现代数字精度技术。
混合独立建模
每个模拟阶段均被单独捕捉、独立控制，并数字融合。这并非一个黑箱模拟系统，而是一个完全透明的混合系统。
经评估，其再现精度高达99.8%——在等效串联电阻（ESR）、频率响应、瞬态保真度、谐波失真和包络跟踪等方面均与硬件参考标准相符（*实际ESR：在信号电平高于-10 dBu时进行评估）。
ADAA——导数反混叠技术
限幅器（Clipper）和标准模式（Standard mode）均采用ADAA（导数反混叠技术），从源头上消除混叠伪影——并非仅通过过采样实现，而是通过数学计算波形整形函数的导数反函数。这意味着即使在较低的过采样率下，也能获得干净、无伪影的饱和效果。结合精密设计的补偿有限脉冲响应（FIR）滤波器，最终实现了透明、相位准确的非线性处理，保留了原始信号的完整性。
Vintage Warmth, Modern Precision.
The Ultimate Hybrid Analog Coloring Tool
Separated neural modeling of vacuum tube & transformer stages — fused with real-time inference and modern digital precision.
Hybrid Separated Modeling
Every analog stage — individually captured, independently controlled, digitally fused. Not a black-box emulation, but a fully transparent hybrid system.
99.8% reproduction accuracy — evaluated against hardware reference across ESR, frequency response, transient fidelity, harmonic distortion, and envelope tracking (*Practical ESR: evaluated at signal levels above -10 dBu).
ADAA — Antiderivative Anti-Aliasing
The Clipper and Standard mode both employ ADAA (Antiderivative Anti-Aliasing) to eliminate aliasing artifacts at the source — not by oversampling alone, but by mathematically computing the antiderivative of the waveshaping function. This means clean, artifact-free saturation even at lower oversampling rates. Combined with a precision-designed compensation FIR filter, the result is transparent, phase-accurate nonlinear processing that preserves the original signal integrity.
