Orra Audio Orra Press v1.0.1_WIN-MOCHA

压缩器插件Orra Audio Orra Press
VST插件格式：
VST3/AAX

Orra Press模块化串联压缩器插件，六类动态引擎搭配六组可重排插槽，各槽独立侧链并支持Orra Link跨轨触发，含线性相位多段、频谱压缩与母带限幅，搭载快照对比与逐插槽过采样功能。

翻译：
Orra Press——多模块串联压缩器
六个动态引擎。六个可重新排序的插槽。一次处理一个波形。将经典压缩器、频谱压缩器和限制器串联起来——或者任意组合。

六大引擎：经典 VCA、光电、FET、多频段、频谱和限制器
六个可重新排序的插槽——加载任意引擎，使用箭头重新排序
每个插槽独立侧链——可对来自不同引擎的不同音源进行侧链
Orra Link 配套插件——可为任意音轨添加侧链
线性相位多频段（4 频段 FIR），带可拖动分频点
FFT 域频谱压缩，带共振目标
母带级限制器，带真峰值 ISP 和 LUFS 计量
A/B/C/D 快照——即时比较四种完整的插件状态
16 个出厂预设，涵盖人声、鼓、贝斯、主总线和并行处理
每个插槽的过采样（关闭/2 倍/4 倍/8 倍），实现清晰的瞬态处理

六个引擎，一个压缩器
为歌曲而生，而非为规格表而生。

大多数压缩器只有一个引擎和一个工作流程。 Orra Press 提供六个动态引擎，可以加载到六个可重新排序的插槽中的任意一个——这样，引擎链就能与歌曲相匹配，而不是反过来。

传统方法
打开一个压缩器来调整音色。打开另一个来控制。打开第三个来限制。在插件窗口之间切换。很容易忘记自己之前调了哪个旋钮，以及为什么要调。

Orra 方法
将引擎加载到插槽中。使用箭头重新排序。将一个快速 FET 压缩器堆叠到一个慢速光电压缩器，再堆叠到一个透明限制器——或者连续使用三个 Classic 引擎，每个引擎处理 2 dB。比较 A/B/C/D 四种不同的配置，然后选择最佳方案。

六个引擎
每个插槽可以容纳六个引擎中的任意一个——允许重复。在插槽中切换引擎不会丢失您的设置，因此您可以自由试听。

插槽 1
Classic
VCA 风格
主力引擎。一个前馈 VCA，具有立体声联动峰值检测、柔和拐点静态曲线和标准起音/释放时间。在总线、人声和第二级衔接方面，它表现稳定、透明且可靠。

用途：
鼓组总线衔接
人声平滑
效果链第二级

插槽 2
光电式
光电式 · 程序相关
一种牺牲精度换取触感的光电模拟。双级释放——对孤立的峰值快速释放，对持续的动态释放缓慢释放。初始压缩比柔和，并随着推压而逐渐增大。提供压缩和限制模式。

用途：
人声电平调整
贝斯
使用限制模式进行双总线衔接

插槽 3
FET
强劲抓取 · ALL 模式
快速启动的 FET 式效果器，输入驱动式响应。推动 INPUT 旋钮可获得更强的驱动力——tanh 饱和度会随着增益衰减而变化。ALL 模式（所有按钮均按下）可达到 20:1 以上的压缩比，带来英式风格的混响效果。

用途：
鼓组房间并行压缩
人声峰值控制
军鼓瞬态抓取

插槽 4
多频段
4 频段线性相位 FIR
带有线性相位 FIR 分频网络的四频段压缩器。所有频段共享组延迟——无频段串音。可拖动分频控制柄。频谱上每个频段都有可视化的阈值线。

用途：
齿音消除
全混音母带处理
底鼓/贝斯分离

插槽 5
频谱
FFT 域逐频压缩
在约 1000 个独立的 FFT 频点上进行频域压缩。共振控制可针对窄频振铃峰值，同时允许宽带内容通过。聚焦控制柄可将压缩限制在特定频率范围内。

用途：
驯服军鼓的嗡鸣声
消除人声的刺耳感
动态消除房间混响

插槽 6
限制器
母带级 · 真峰值 / LUFS
砖墙式限制器，带有软削波预处理、前瞻功能、并行快/慢释放、ISP 预测和 ITU-R BS.1770 真峰值检测。三种风格（干净/温暖/强劲）和三种质量等级（4 倍/8 倍/16 倍）。

用途：
最终母带砖墙式限制
提升分轨的响度
透明峰值控制

工作原理
加载
六个插槽中的每一个都有一个下拉菜单，用于选择引擎：空、经典、光纤、FET、多频段、频谱或限制器。

切换插槽上的引擎不会覆盖您的设置。您可以将插槽从经典切换到 FET，然后再切换回来——您在经典模式下的设置仍然有效。

每个插槽都支持过采样（关闭/2 倍/4 倍/8 倍），限制器还提供 4 倍/8 倍/16 倍的采样质量等级，以支持 ISP 感知的母带处理。

重新排序
每个插槽卡都有 < 和 > 按钮，用于将其在信号链中向前或向后移动。重新排序不会丢失参数——设置会随插槽一起移动。

通常，在慢速/柔和的引擎之前使用快速/激进的引擎可以获得更干净的声音。当您准备提高响度时，请在信号链的末尾使用限制器。

多级压缩比一次性大幅度压缩效果更好——试试两个 2:1 的 Classic 压缩器，都设置为 2 dB。总压缩量相同，但失真度却降低了一半。

对比
四个完整的插件快照（A / B / C / D）位于插件头部。每个快照都记录了每个插槽的引擎类型、所有参数、链顺序和侧链路由。

点击 A。设置一个参数。点击 B。进行微调。可以立即来回切换进行比较。点击“存储”按钮覆盖高亮显示的插槽。

快照会随项目和已保存的预设一起保存——您可以创建一个预设，其中包含四个基于同一起始点的命名变体。

从任何位置对任何音轨进行侧链
每个插槽都有其独立的侧链源。结合配套插件 Orra Link，您可以在任何 DAW 中对会话中的任何音轨进行侧链，即使是那些通常不允许跨总线进行侧链的 DAW 也不例外。

六个插槽。六个独立的侧链源。
每个插槽的侧链都是独立配置的——例如，用底鼓在插槽 1 上对贝斯进行闪避，然后让插槽 3 的压缩器对完全不同的音轨做出反应。无需总线切换，也无需辅助音轨。

每个插槽三种侧链模式
关闭：默认设置。压缩器根据自身的输入进行触发——标准的压缩行为。
外部：宿主软件专用的立体声侧链总线。无论你的 DAW 路由如何，都会触发检测——例如，用底鼓对贝斯进行闪避，这是经典操作。
链接 1–36：36 个由 Orra Link 提供的侧链通道。将链接拖放到任何音轨上，选择一个通道，该源现在即可供项目中的任何 Press 卡使用。

在分析器中可视化
侧链激活时，分析器会显示它。“示波器”选项卡会在 GR 条上方添加一条细细的红色侧链条。“频谱”视图会将每个频段的 GR 替换为侧链的 FFT——可以准确地看到侧链中哪些频率正在对主信号进行切割。“多频段频谱”会根据当前侧链驱动为每个频段着色。

多频段和频谱感知
多频段功能通过其自身的 FIR 分频器组分割侧链，使每个频段的检测器都能与匹配的侧链频段进行匹配。频谱功能对侧链进行并行 FFT 运算——这意味着您可以在主信号中侧链能量所在的任何位置进行频谱空间的雕刻。（限制器的设计使其忽略侧链——砖墙式限制器不支持侧链。）

一体化压缩器
工作流程
多个相同类型的压缩器
您可以加载两个 Classics、两个 FET 或三个 Opticals。多级压缩——每个阶段少量增益衰减——通常比一次大的压缩效果更好。

用于并行压缩的混合旋钮
每个引擎都有一个混合旋钮。将其设置为 30-50% 并采用激进的设置，即可在单个实例中实现并行压缩——无需辅助总线即可实现经典的“纽约”鼓组技巧。

A/B/C/D 快照
四个完整的插件状态存储在头部。快照会随项目和已保存的预设一起保存——预设中包含同一起始点的四个命名变体。

16 个出厂预设
精心挑选的起始点涵盖人声（Tight FET、Smooth Opto、FET + Opto 链、Spectral Polish）、鼓组（Gentle Glue、Parallel Crush、Punchy FET on kick）、贝斯（Classic Control、Multiband Tight）、主总线（Transparent Glue、Opto + Classic、Final Limiter Light）和频谱工具（De-Resonate、Broadband Tame）。一键保存您自己的预设。

每个插槽的过采样
检测器和增益级每个插槽可选择关闭/2 倍/4 倍/8 倍过采样。限制器提供标准 (4 倍)/高 (8 倍)/超高 (16 倍) 模式，以便进行 ISP 感知的母带处理，并实现更精确的峰值控制。

便于录音的模式
所有引擎都会增加延迟，宿主程序会通过 PDC 进行补偿。

可视化
示波器
经典 · 光学 · FET · 限幅器
平滑的峰值包络显示。浅色轮廓线代表输入，金色填充包络线代表输出，两者之间的红色区域表示增益衰减，清晰可见。垂直缩放 1 倍至 16 倍，水平缩放 1 倍至 16 倍。

VU 表
光学 · FET
模拟指针式增益衰减表，具有正确的 VU 曲线。指针旁设有 I/O 指示条，方便您一目了然地读取输入驱动和输出电平。

传输曲线
经典
实时传输曲线图，显示阈值、比率和拐点形状。两侧设有增益衰减和 I/O 指示条。旋转旋钮时，曲线会随之变化。

多频段频谱
多频段
实时频率显示，带有三个可拖动的金色分频手柄。每个频段的阈值线以红色绘制——可直接拖动到音乐上。GR 选项卡显示每个频段压缩深度的滚动频谱图。

频谱视图
频谱
每个频段的曲线，频谱边缘有两个可拖动的聚焦手柄。将压缩限制在特定频率范围内——超出此范围的频段在用户界面中会变暗。GR 选项卡显示每个频段的滚动频谱图。

LUFS 表
限幅器
瞬时、短期和综合 LUFS 读数。响度范围 (LRA)。真峰值最大值。60 秒历史记录，带有目标参考线（EBU R128、Apple、Spotify、Amazon、Loud、Club）。重置以重新测量。

技术规格
引擎详情
6 种引擎类型：经典、光学、FET、多频段、频谱、限幅器
6 个可重排序的插槽 — 允许重复
每个插槽的过采样（关闭 / 2 倍 / 4 倍 / 8 倍）
限幅器质量等级：标准 4 倍 / 高 8 倍 / 超高 16 倍
每个引擎的参数记忆功能可在插槽类型更改时保留

各引擎的延迟
经典 / 光学 / FET：报告的最小延迟
多频段：511 个采样点（线性相位 FIR）
频谱：2048 个采样点（FFT 重叠相加）
限幅器：前瞻时间（0–8 毫秒）
所有延迟均报告给主机 (PDC)

侧链
每个插槽独立的侧链源
源：关闭 / 外部 / 链接 1–36
多频段通过 FIR 分频器组分割侧链
频谱对侧链运行并行 FFT

限幅器详情
3 种风格：干净（透明 tanh）、温暖（谐波），Smash（立方）
符合 ITU-R BS.1770 标准的真峰值检测
采样间峰值 (ISP) 预测
全 LUFS 计量（M / S / I / LRA / TP）
目标预设：EBU、Apple、Spotify、Amazon、Loud、Club
————————————————————————————————————
原文：
Orra Press—–Multi-Module Serial Compressor
Six dynamics engines. Six reorderable slots. One waveform at a time. Chain a Classic into a Spectral into a Limiter — or any combination you want.

Six engines: Classic VCA, Optical, FET, Multiband, Spectral, and Limiter
Six reorderable slots — load any engine, reorder with arrows
Independent sidechain per slot — duck different sources from different engines
Orra Link companion plugin — sidechain any track
Linear-phase Multiband (4-band FIR) with draggable crossovers
FFT-domain Spectral compression with resonance targeting
Mastering-grade Limiter with true-peak ISP and LUFS metering
A / B / C / D snapshots — compare four full plugin states instantly
16 factory presets covering vocals, drums, bass, master bus, and parallel
Per-slot oversampling (Off / 2× / 4× / 8×) for clean transient handling

Six engines, one compressor
Built for the song, not the spec sheet.

Most compressors give you one engine and one workflow. Orra Press gives you six dynamics engines that can be loaded into any of six reorderable slots — so the chain matches the song, not the other way around.

Traditional Approach
Open one compressor for tone. Open another for control. Open a third for limiting. Switch between plugin windows. Lose your place. Try to remember which knob you turned and why.

The Orra Way
Load engines into your slots. Reorder with arrows. Stack a fast FET into a slow Optical into a transparent Limiter — or three Classics in a row, each doing 2 dB. Compare four arrangements with A / B / C / D and ship the one that wins.

The Six Engines
Each slot can hold any of the six engines — duplicates allowed. Switching engines on a slot doesn’t lose your dial-ins, so audition freely.

Slot 1
Classic
VCA-Style
The workhorse. A feedforward VCA with stereo-linked peak detection, soft-knee static curve, and standard attack / release. Predictable, transparent, and dependable on busses, vocals, and second-stage glue.

Use it for
Drum bus glue
Vocal smoothing
Stage two of a chain

Slot 2
Optical
Opto-Style · Program-Dependent
An opto emulation that trades precision for feel. Dual-stage release — fast on isolated peaks, slow on sustained activity. Soft initial ratio that climbs as you push. Compress or Limit modes.

Use it for
Vocal leveling
Bass guitar
Two-bus glue with Limit mode

Slot 3
FET
Aggressive Grab · ALL Mode
Fast-attack FET-style with input-driven engagement. Push the INPUT knob to drive harder — the tanh saturation stage scales with gain reduction. ALL mode (all-buttons-in) hits past 20:1 with British-mode chaos.

Use it for
Drum room in parallel
Vocal peak control
Snare top transient grab

Slot 4
Multiband
4-Band Linear-Phase FIR
Four-band compressor with a linear-phase FIR crossover network. All bands share group delay — no cross-band bleed. Draggable crossover handles. Visual threshold lines per band on the spectrum.

Use it for
De-essing
Full-mix mastering glue
Kick / bass separation

Slot 5
Spectral
FFT-Domain Per-Bin
Frequency-domain compression on ~1000 independent FFT bins. The Resonance control targets narrow ringing peaks while letting broadband content pass through. Focus handles limit compression to a frequency range.

Use it for
Taming snare ring
De-harshing vocals
Killing room modes dynamically

Slot 6
Limiter
Mastering-Grade · True-Peak / LUFS
Brick-wall limiter with soft-clip pre-stage, lookahead, parallel fast/slow release, ISP prediction, and ITU-R BS.1770 true-peak detection. Three styles (Clean / Warm / Smash) and three quality tiers (4× / 8× / 16×).

Use it for
Final mastering brick-wall
Loudness boost on stems
Transparent peak control

How it works
Load
Each of the six slots has a dropdown that picks the engine: Empty, Classic, Optical, FET, Multiband, Spectral, or Limiter.

Switching engines on a slot doesn’t overwrite your settings. Flip a slot from Classic to FET and back — your Classic dial-ins are still there.

Per-slot oversampling (Off / 2× / 4× / 8×) on every type, with the Limiter exposing 4× / 8× / 16× quality tiers for ISP-aware mastering.

Reorder
Each slot card has < and > buttons that move it earlier or later in the signal chain. Reorder without losing parameters — settings travel with the slot.

Fast / aggressive engines before slow / gentle ones generally sounds cleaner. End the chain with the Limiter when you’re ready to bring loudness up.

Multi-stage compression sounds better than one big squash — try a 2:1 Classic into a 2:1 Classic, both at 2 dB. Same total reduction, half the artifact.

Compare
Four full-plugin snapshots (A / B / C / D) live in the header. Each captures every slot’s engine type, all parameters, the chain order, and sidechain routing.

Click A. Dial in a setting. Click B. Tweak. Switch back and forth instantly to compare. Hit STORE to overwrite the highlighted slot.

Snapshots persist with the project and with saved presets — ship a preset that includes four named variants of the same starting point.

Sidechain anything from anywhere
Every slot has its own independent sidechain source. Combined with Orra Link — the included companion plugin — you can sidechain any track in your session, in any DAW, even ones whose routing won’t let you sidechain across busses normally.

Six slots. Six independent sidechain sources.
Each slot’s sidechain is configured independently — duck the bass on slot 1 with the kick, then have slot 3’s compression react to a different track entirely. No bus juggling, no aux tracks.

Three sidechain modes per slot
Off: The default. The compressor keys off its own input — standard compression behaviour.
External: The host’s dedicated stereo Sidechain bus. Whatever your DAW routes drives detection — kick to bass ducking, the classic move.
Link 1–36: 36 sidechain channels fed by Orra Link. Drop Link on any track, pick a channel, and that source is now available to any Press card in the project.

Visualized in the analyzer
When sidechain is active, the analyzer shows it. The Scope tab adds a thin red SC strip above the GR strip. The Spectral view replaces per-bin GR with the sidechain’s FFT — see exactly which frequencies in the sidechain are carving the main signal. The Multiband spectrum tints each band by its current SC drive.

Multiband and Spectral aware
Multiband splits the sidechain through its own FIR crossover bank so each band’s detector keys off the matching SC band. Spectral runs a parallel FFT on the sidechain — meaning you can carve spectral space in the main signal wherever the sidechain has energy. (The Limiter ignores sidechain by design — brick-wall limiters don’t sidechain.)

The all-in-one compressor
Workflow
Multiple of the same type
Nothing stops you from loading two Classics, two FETs, or three Opticals. Multi-stage compression — small amounts of GR at each stage — routinely sounds better than one big squash.

Mix knob for parallel compression
Every engine has a Mix knob. Set it to 30–50% with an aggressive setting and you get parallel compression within a single instance — the classic “New York” drum trick without an auxiliary bus.

A / B / C / D snapshots
Four full-plugin states stored in the header. Snapshots persist with the project and with saved presets — ship a preset that includes four named variants of the same starting point.

16 factory presets
Curated starting points covering vocals (Tight FET, Smooth Opto, FET + Opto chain, Spectral Polish), drums (Gentle Glue, Parallel Crush, Punchy FET on kick), bass (Classic Control, Multiband Tight), master bus (Transparent Glue, Opto + Classic, Final Limiter Light), and Spectral utilities (De-Resonate, Broadband Tame). Save your own with one click.

Per-slot oversampling
Off / 2× / 4× / 8× per slot for the detector and gain stage. The Limiter exposes Standard (4×) / High (8×) / Ultra (16×) for ISP-aware mastering with tighter true-peak control.

Tracking-friendly modes
All engines add latency that the host compensates for via PDC.

Visualization
Scope
Classic · Optical · FET · Limiter
Smoothed peak envelope display. Cool pale outline = input, gold filled envelope = output, red bite between them = gain reduction made visible. Vertical zoom 1×–16×, horizontal zoom 1×–16×.

VU Meters
Optical · FET
Analog needle GR meter with proper VU ballistics. I/O strips alongside the needle so you can read input drive and output level at a glance.

Transfer Curve
Classic
Live transfer-curve plot showing your threshold, ratio, and knee in shape. GR and I/O strips on either side. See the curve change as you turn knobs.

Multiband Spectrum
Multiband
Real-time frequency display with three draggable gold crossover handles. Per-band threshold lines drawn in red — drag them directly against the music. GR tab shows scrolling spectrogram of compression depth per band.

Spectral View
Spectral
Per-bin curves with two draggable focus handles on the spectrum edges. Limit compression to a frequency range — bins outside pass through, dimmed in the UI. GR tab shows scrolling per-bin spectrogram.

LUFS Meter
Limiter
Momentary, short-term, and integrated LUFS readouts. Loudness range (LRA). True-peak max. 60-second history with target reference lines (EBU R128, Apple, Spotify, Amazon, Loud, Club). RESET to re-measure.

Technical Specs
Engine Detail
6 engine types: Classic, Optical, FET, Multiband, Spectral, Limiter
6 reorderable slots — duplicates allowed
Per-slot oversampling (Off / 2× / 4× / 8×)
Limiter quality tiers: Standard 4× / High 8× / Ultra 16×
Per-engine parameter memory across slot type changes

Latency by Engine
Classic / Optical / FET: minimum reported latency
Multiband: 511 samples (linear-phase FIR)
Spectral: 2048 samples (FFT overlap-add)
Limiter: lookahead time (0–8 ms)
All latency reported to host (PDC)

Sidechain
Per-slot independent sidechain source
Sources: Off / External / Link 1–36
Multiband splits SC through FIR crossover bank
Spectral runs parallel FFT on sidechain

Limiter Detail
3 styles: Clean (transparent tanh), Warm (harmonic), Smash (cubic)
True-peak detection per ITU-R BS.1770
Intersample-peak (ISP) prediction
Full LUFS metering (M / S / I / LRA / TP)
Target presets: EBU, Apple, Spotify, Amazon, Loud, Club

VST619音频资源网收集整理！