模拟均衡器建模插件 – 原创混合模拟建模系统NK Productions AEQ-115 Hybrid Diffusion v1.3.1 [WiN]

Team R2R | 09 October 2026 | 40.48 MB

模拟均衡器建模插件 – 原创混合模拟建模系统，

基于真实的模拟均衡器单元建模而成。每个频率步进、饱和曲线和谐波结构均被捕捉并重建。

四种模拟建模模式，
可根据您的需求在 CPU 负载和还原度之间进行平衡——从轻量级的传统设计到能够跟随电路动态变化的建模。两种混合模式可交由 GPU 处理；另外两种模式则保留在 CPU 上，这是由于其工作原理所致，而非我们有所遗漏。

标准模式：
一种传统的模拟设计，能够还原硬件的静态特性，也是 CPU 占用最低的模式。它仅对当前到达的信号电平做出响应，因此能够还原单元在每个电平下的行为——但无法还原其随时间的变化。

混合-/混合+
模式：真正的混合模拟建模系统。它不仅对当前到达的声音做出反应，还会接收最近的信号，因此也能反映电路在某一刻之前的驱动状态——这是静态模型无法捕捉到的。混合+模式能够回溯更长时间：噪声性能和清晰度得到提升，但 CPU 占用略有增加。得益于 DSP 优化，Hybrid+ 实际上可以降低 CPU 使用率。

专业版
则采用了另一种建模方法，也是 CPU 占用率最高的。它并非回顾一段固定的信号，而是记录刚刚发生的情况，并在此基础上构建下一时刻的信号，这使得它能够实时地捕捉到最接近真实信号的状态。也正是这种特性导致它占用大量 CPU 资源。

Analog EQ Modeling Plugin – Original Hybrid Analog Modeling System

Modeled from a real analog EQ unit. Every frequency step, saturation curve, and harmonic structure – captured and rebuilt.

Four modes of analog modeling
Pick your balance between CPU load and reproduction – from a light, conventional design to modeling that follows the circuit as it moves. The two Hybrid modes can be handed to the GPU; the other two stay on the CPU, for reasons that come from how they work rather than anything we left out.

Standard
A conventional design that reproduces the hardware’s static character, and by far the lightest on CPU. It responds to the level arriving at that instant, so the way the unit behaves at each level is there – but not the way it changes over time.

Hybrid− / Hybrid+
The Hybrid Analog Modeling System proper. Rather than reacting only to the sound arriving right now, it takes in the recent signal as well, so it also answers to how the circuit was being driven a moment ago – something a static model cannot hold on to. The upper one listens back further: noise performance and clarity improve, at a moderately higher CPU cost. Thanks to DSP optimisation, Hybrid+ can actually bring CPU usage down.

Professional
A different modeling approach again, and the heaviest on CPU. Instead of looking back over a stretch of signal, it keeps hold of what just happened and builds the next moment on top of it, which is what lets it stay closest to the unit moment by moment. That same habit is why it stays on the CPU.