Okmog Gyrator X v2.0.1_WIN-MOCHA

均衡器插件Okmog Gyrator X
VST插件格式：
VST3/AAX

Okmog Gyrator X是一款基于真实电路物理建模的均衡器插件，由物理学家兼母带工程师Oliver Gretz研发。它采用组件级电路仿真技术，精准还原了模拟均衡器中电子元件的动态交互特性，为混音和母带制作带来深度、动态及音乐性响应。
插件核心特点包括：复原70年代低搁架均衡的复古回转拓扑、标志性Sky频段高频塑形技术、多类经典模拟滤波器模型，以及双ADAA饱和级谐波控制。其设计旨在突破传统DSP局限，通过物理建模实现如真实硬件般的有机响应，适合专业音频工作流程。

翻译：
一款基于真实电路的物理驱动均衡器
从物理学家的工作台到你的 DAW

几十年来，数字均衡器一直试图重现模拟硬件的声音——然而，一些至关重要的东西却常常缺失：元件之间的物理交互，正是这种交互赋予了真实电路深度、动态和音乐响应。

Gyrator X 的诞生正是为了解决这个问题。

Gyrator X 由物理学家、电路设计师兼制作人 Oliver Gretz 开发，它没有采用标准的 DSP 方法。它是一种拓扑结构保持、基于物理原理的完整模拟电路仿真器，在元件级别进行建模，并通过多年的研究、测量和聆听测试最终得以实现。

最终成果是一款响应自然、富有音乐性，并能自然融入专业混音和母带处理工作流程的均衡器。

一款专为工程师和艺术家打造的工具
Gyrator X 旨在捕捉模拟电路的特性，为现代制作人、混音师和母带工程师提供一款真实、富有音乐性且性能卓越的工具。

无论是塑造微妙的音色、雕琢复杂的混音，还是突破创意的界限，Gyrator X 都能提供高度的真实感和控制力，将物理学、工程学和音乐感完美融合。

Gyrator X 通过基于物理的真实建模，呈现出真实模拟电路无可比拟的深度和响应。每个电路级都从底层构建，力求与硬件设备的行为完全一致——不仅再现其频率曲线，更还原赋予声音重量、动感和音乐性的复杂交互作用。

Gyrator X 将元件级精确的回转均衡器设计与先进的滤波和谐波建模技术相结合，提供数字均衡器中罕见的真实感和控制力。

元件级电路建模——忠实再现模拟回转均衡器的特性，捕捉真实电子元件的动态交互。

重现 70 年代低频搁架滤波器——一种罕见的复古回转器拓扑结构，重现经典，带来深沉、扎实的低频塑形，并赋予声音自然厚重的质感和权威感。

Okmog 标志性天空频段——一种专有的高频塑形设计，在不产生刺耳感或不自然频谱偏移的情况下，增添开放性和空气感。

高级模拟滤波器模型——包括真正的四极状态变量滤波器、经典的多重反馈和 Sallen-Key 拓扑结构、被动式高通滤波器以及独特的基于回转器的低通滤波器。

双 ADAA 饱和级——两个完全独立的饱和级，基于反导数反混叠 (ADAA) 技术，采用多种模型，这些模型源自对真实模拟电路的详细测量，可实现精确、无失真的谐波控制。

现代直观的工作流程——简洁、可扩展的界面，具备 A/B 对比、撤销/重做功能以及精简的控制选项，旨在实现快速、自信的混音和母带处理。

主要特性：
基于回转器的均衡器核心
低频、中频、高频频段均采用模拟回转器电路建模
真实的模拟元件交互
精心调校的频率范围和 Q 值，实现音乐塑造
独立的中/侧或左/右声道操作

标志性天空频段
专有的高频塑形设计，带来开阔、空灵的增强效果，避免刺耳感
多种响应模式，可实现微妙的光泽或更明亮的扩展，而不会人为地改变频谱平衡

高级滤波器部分
高通和低通滤波器均采用经典模拟电路建模

多种电路类型，包括：
多重反馈 (MFB)
Sallen-Key (SK)
状态变量 (SVF)（包括真正的 4 极 SVF）
被动式高通设计
专有的基于回转器的低通滤波器

真正的电路相关特性

双 ADAA 饱和级
两个完全独立的饱和级，采用抗导数抗混叠 (ADAA) 技术，并提供多种模型基于对模拟电路的详细测量，实现精确的谐波控制。

可用的饱和度模型包括：
现代真空管
复古 NOS 真空管
硅和锗晶体管级
硅和锗二极管电路
JFET A 类级

每个级都可以在信号路径中自由定位，从而在均衡器级之前或之后进行精确的音调塑造。

精准的工作流程和控制
全交互式界面
双通道控制（左/右或中/侧）
可联动或独立参数调节
高分辨率、可扩展的用户界面
可选的频谱分析仪和均衡曲线显示

高级控制功能
A/B 状态比较
撤销/重做历史记录
自动增益补偿
可选的过采样（包括仅渲染过采样）
多种用户界面主题和对比度模式

频谱分析和可视化
实时 FFT 显示，速度和倾斜度可调
可选的均衡曲线叠加
分析仪和均衡器显示范围的单独控制
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原文：
A Physics-Driven Equalizer Derived from Real Circuits
From the Physicist’s Bench to Your DAW

For decades, digital equalizers have attempted to recreate the sound of analog hardware – yet something essential has often been missing: the physical interaction between components that gives real circuits their depth, motion, and musical response.

Gyrator X was created to solve exactly that.

Developed by physicist, circuit designer, and producer Oliver Gretz, Gyrator X does not use standard DSP methods. It is a topology-preserving, physics-based emulation of full analog circuits, modeled at the component level and brought to life through years of research, measurement, and listening tests.

The result is an equalizer that responds organically, feels musical, and integrates naturally into professional mixing and mastering workflows.

A Tool Built for Engineers and Artists Alike
Gyrator X is about capturing the behavior of analog circuits and giving modern producers, mixing, and mastering engineers an authentic, musical, and outstanding tool.

Whether shaping subtle tone, sculpting complex mixes, or pushing creative boundaries, Gyrator X delivers a level of realism and control that bridges physics, engineering, and musical feel.

Gyrator X delivers the unmistakable depth and responsiveness of real analog circuitry through true physics-based modeling. Every stage is built from the ground up to behave like its hardware counterpart – reproducing not just its frequency curves, but the complex interactions that give sound its weight, motion, and musicality.

By combining component-accurate gyrator EQ design with advanced filtering and harmonic modeling, Gyrator X offers a level of realism and control rarely found in digital equalizers.

Component-Level Circuit Modeling – Faithful recreation of analog gyrator EQ behavior, capturing the dynamic interaction of real electronic components.

Rediscovered ’70s Low Shelf – A rare, vintage gyrator topology revived to deliver deep, solid low-frequency shaping with natural weight and authority.

Okmog Signature Sky Band – A proprietary high-frequency shaping design that adds openness and air without harshness or unnatural spectral shifts.

Advanced Analog Filter Models – Including a true four-pole State Variable filter, classic Multiple Feedback and Sallen-Key topologies, a passive high-pass design, and a unique gyrator-based low-pass filter.

Dual ADAA Saturation Stages – Two fully independent saturation stages based on anti-derivative anti-aliasing (ADAA), with mutliple models derived from detailed measurements of real analog circuitry for precise, artifact-free harmonic control.

Modern, Intuitive Workflow – A clean, scalable interface with A/B comparison, undo/redo, and streamlined controls designed for fast, confident mixing and mastering.

Key Features:
Gyrator-Based Equalizer Core
Low, Mid, High Bands modeled from analog gyrator circuits
Authentic analog component interaction
Carefully tuned frequency ranges and Q values for musical shaping
Independent Mid/Side or Left/Right operation

Signature Sky Band
A proprietary high-frequency shaping design delivering open, airy enhancement without harshness
Multiple response modes allow subtle sheen or extended brilliance without unnaturally changing the spectral balance

Advanced Filter Section
High-Pass and Low-Pass Filters modeled from classic analog circuits

Multiple circuit types, including:
Multiple Feedback (MFB)
Sallen-Key (SK)
State Variable (SVF) (including true 4-pole SVF)
Passive high-pass design
A proprietary Gyrator-based low-pass

True circuit-dependent behavior

Dual ADAA Saturation Stages
Two fully independent saturation stages using anti-derivative anti-aliasing (ADAA), with multiple models derived from detailed measurements of analog circuitries for precise harmonic control.

Available saturation models include:
Modern vacuum tube
Vintage NOS tube
Silicon and germanium transistor stages
Silicon and germanium diode circuits
JFET class-A stage

Each stage can be freely positioned within the signal path, allowing precise tonal shaping before or after EQ stages.

Precision Workflow & Control
Fully Interactive Interface
Dual-channel control (Left/Right or Mid/Side)
Linkable or independent parameter adjustment
High-resolution, scalable UI
Optional visual spectrum analyzer and EQ curve display

Advanced Control Features
A/B state comparison
Undo / Redo history
Auto-gain compensation
Optional oversampling (including render-only oversampling)
Multiple UI themes and contrast modes

Spectrum Analysis & Visualization
Real-time FFT display with adjustable speed and tilt
Optional EQ curve overlay
Individual control of analyzer and EQ display range

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