Team R2R | 28 October 2025 | 40.2 MB
这是对一款兼具现代感与传奇色彩的电子管压缩器 / 限制器的高度忠实模拟 —— 是混音与母带处理的完美 “粘合” 工具

一款行业标准级电子管压缩器

可变偏压(Variable-bias)电子管压缩器能实现平滑、透明的增益控制,并自然地将母线、混音信号与母带 “粘合” 在一起。
遗憾的是,原版硬件设备价格高昂,且难以与 “盒内”(in-the-box,指电脑端软件制作)工作流整合。虽已有软件模拟版本,但大多数硬件设备拥有者都认为,这些软件无法与原版硬件相提并论,总感觉 “缺了点什么”。
凭借其独特的 “拓扑保留技术”(Topology Preservation Technology),Pulsar VM-COMP 在各类制作场景中,听起来都能与原版硬件达到客观上的一致,同时还新增了可视化侧链均衡编辑、扩展时程范围等优化功能。
  • 与原版硬件在听觉上达到客观一致
  • 为母线与母带提供标志性的 “粘合式” 压缩效果
  • 完整的侧链均衡、前瞻(Look-ahead)与后顾(Look-behind)功能
  • 零延迟(适用于录音追踪)/ 过采样(适用于混音)
  • 100 多种预置音色与现代分析工具

主要功能

拓扑保留技术

我们的建模技术可确保对原版设备性能的完美模拟。从变压器中磁通量的饱和特性,到电子管的精准响应,再到细微校准偏差带来的影响,所有细节都被完美复刻。如需了解更多信息,可查看我们关于该主题的技术文章。

强大的侧链均衡

Pulsar VM-COMP 不仅能对侧链信号进行高通滤波,更借助完整的侧链均衡模块实现了更多功能。该模块提供 5 种滤波器类型,还支持频段独奏(band solo)与侧链试听(sidechain audition)功能,可帮助你精准调整信号,获得理想的检测响应。

中 – 侧(Mid-Side)处理

Pulsar VM-COMP 内置可选的中 – 侧编码与解码功能,可对信号的 mono( mono,单声道)信息与 stereo(立体声)信息分别采用不同设置进行处理。“监听”(Listen)按钮能让你单独监听中声道(Mid)或侧声道(Sides)信号,简化设置流程;现代可视化界面可仅监控你当前操作的声道,让你对操作始终了如指掌。

前瞻与后顾功能

这项创新功能可调整 Pulsar VM-COMP 的增益衰减相对于输入信号的时间差。“前瞻”(Look-ahead)功能能让 VM-COMP 在瞬态信号出现前就开始响应,确保实现完美的限制效果;相反,“后顾”(Look-behind)功能会延迟增益衰减的启动,让快速瞬态信号保持原始状态,待其过后再触发增益衰减。这一功能解锁了多种应用可能,例如在 Mu(指原版硬件或其核心特性)完成处理后,单独对瞬态信号进行削波处理。

高级计量模块

增益衰减、输入电平与输出电平均以多种方式呈现:滚动式增益衰减表可同时显示增益衰减与音频信号;VU 表风格的计量器可显示两个立体声通道的瞬时增益衰减;LED 灯风格的输入、输出与增益衰减计量器则可用于校准峰值(peak)与均方根(RMS)响度。

扩展的启动与释放时间

更快的启动(Attack)与释放(Release)时间能让你调出更具冲击力、中频突出的音色 —— 这是原版硬件设备无法实现的效果。探索 VM-COMP 这款强大 “音色塑形工具”(color box)的更多创意用法吧。

外部侧链

Pulsar VM-COMP 支持设置外部侧链输入 —— 在数字时代,所有压缩器都应具备这一功能。这为其开辟了极为广泛的应用场景:闪避(ducking)、去嘶声(de-essing)、用你喜爱的均衡器过滤侧链信号,甚至进行动态处理。

低 CPU 占用

  • 低 CPU 消耗

    尽管运行着复杂算法,我们仍投入了大量时间优化 VM-COMP,使其占用的系统资源尽可能少。Pulsar Mu 充分利用现代 CPU 的性能,以更低消耗实现更多功能。但如果你的电脑性能足够,且愿意让它 “加加班”,也可以开启过采样功能,处理速率最高可达 384 千赫兹(384kHz)!

一段提示信息如下:
  • 无需运行 iLok 许可证管理器(iLok License Manager)。
  • 我们发布的版本比正版加载速度更快,占用内存更少。

 

The most faithful emulation of a modern yet legendary tube compressor/limiter – perfect glue for mixing and mastering

An industry-standard tube compressor
Variable-bias tube compressors deliver smooth, transparent gain control, and naturally “glue” buses, mixes, and masters together.

Unfortunately, the original hardware is expensive and difficult to integrate with in-the-box workflows. Software emulations exist, but most owners of the hardware agree that they cannot be compared to the original unit, as there’s always “something” missing.

With its unique Topology Preservation Technology, Pulsar VM-COMP sounds objectively identical to the hardware in every production context, but also introduces improvements such as visual sidechain EQ editing and extended timing ranges.

  • Sounds objectively identical to the hardware
  • Signature “glue” compression on buses and masters
  • Complete Sidechain EQ, Look-ahead & Look-behind
  • Zero-latency for tracking / oversampling for mixing
  • 100+ presets and modern analyzers

Main Features

Topology Preservation Technology
Our modelling technology guarantees a perfect emulation of the original device’s behavior. From the saturation of the magnetic flux in the transformers, to the precise response of the tubes, to the effects of tiny calibration defects, everything is perfectly reproduced. For more info, take a look at our technical article on the subject.

Powerful sidechain EQ
High-passing the sidechain is possible with Pulsar VM-COMP, but so is a lot more, thanks to an entire sidechain EQ section. Five filter types are available here, as is band solo and sidechain audition to help perfectly tailor your signal and arrive at the ideal detection response.

Mid-Side processing
Pulsar VM-COMP comes with built-in optional M/S encoding and decoding, enabling a signal’s mono and stereo information to be processed separately with different settings. The Listen buttons simplify the setting by allowing you to listen to Mid or Sides signals in isolation, and the modern visualization can be set to monitor only the channel you’re working on, so you always know what you’re doing.

Look ahead, look behind
This innovative feature lets you shift the timing of Pulsar VM-COMP’s gain reduction compared to the input. Look-ahead enables the VM-COMP to start reacting to transients even before they happen, ensuring perfect limiting. Conversely, the look-behind delays the gain reduction, so that fast transients can be left unprocessed while the gain reduction kicks in after them. This opens up various possibilities like clipping transients separately after Mu has done its work.

Advanced metering section
Gain reduction, input level and output level are all visible in different ways. The scrolling gain reduction meter offers a view of gain reduction and the audio signal; VU-style metering shows instantaneous gain reduction for both stereo channels; and LED-style input, output and gain reduction is available to calibrate peak and RMS loudness.

Extended Attacks and Releases
Faster attacks and releases let you dial in a more aggressive, mid-forward timbre, impossible to achieve with the original unit. Discover even more creative uses of this powerful “color box” that is the VM-COMP.

External sidechain
Pulsar VM-COMP allows to define an external sidechain input, as all compressors should in the digital age. This opens a very wide range of applications: ducking, de-essing, filtering the sidechain signal with your favourite EQ, or even applying dynamic processing.

Low CPU Usage
Low CPU consumption
We spent a ridiculous amount of time optimizing VM-COMP to consume as few system resources as possible – despite the complex algorithms at work. Pulsar Mu takes full advantage of modern CPUs to do more with less. But if your computer can stand it and you enjoy making it suffer, you can always turn oversampling on, processing at rates up to 384kHz!

A witch says,

* iLok License Manager isn’t required to run.
* Our release loads faster and uses less memory than legit versio

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