现代但传奇的管状压缩机/限制器的最忠实模拟是混合和掌握的完美胶水 使用可变排量压缩机的原因有很多。其中之一是,即使大幅降低了压缩率,这种类型的压缩机也可以实现出色的压缩透明度。另一个-也许是最常见的-是他们为公交车,整体混合物和工匠增加抓地力或“胶水”的能力。 不幸的是,原始设备昂贵且难以与“嵌入式”工作流程集成。存在软件仿真,但是大多数硬件所有者都同意不能将它们与原始设备进行比较,因为始终缺少“某些东西”。 凭借其独特的拓扑保留技术,Pulsar Mu在每个生产环境中听起来都与硬件客观上相同,甚至进行了改进,例如提高了信噪比。 There are several reasons to use a variable-bias tube compressor. One is the exceptional compression transparency that this kind of compressor can achieve, even when pushed into extreme gain reduction. Another – and perhaps the most common – is their ability to add cohesion or “glue” to buses, whole mixes and masters. 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 Mu sounds objectively identical to the hardware in every production context, and even makes improvements such as an increased signal-to-noise ratio. |