系统要求：PC
软件格式：VST/AAX(MODiFiED) x64
厂家：https://www.uvi.net/plate
大小： 19.96 MB
CUSTOM-SHOP ELECTRO-MECHANICAL REVERB
Advanced physically-modeled plate reverb with stunning sound quality
Fully-configurable mechanism goes beyond traditional hardware
Visual decay editor and expandable UI for efficient workflow
Explore the deep and rich sound of plate reverb like never before with UVI Plate, an advanced physically-modeled reverb. Plate employs realtime physical-modeling with up to 20,000 modes to achieve new levels of depth and detail, going well beyond the limitation of physical units. Take complete control over your plate’s material and dampening properties and explore a universe of reverb sounds from classics like the EMT140 and 240, and beyond.
APPROACH
UVI Plate | Installation
Our goal was not to clone a specific hardware reverb, but we wanted to replicate the sound of many hardware reverbs and allow users to experiment with their physical characteristics, even designing their own.
UVI Plate | Reverb
UVI Plate | Reverb
To reach this goal we’ve built an entire plate reverb system as a fully-parametric physical model. We approached it from the perspectives of both clinical science and musicality. Forming the models core on extensive mathematical research and then calibrating the results against detailed measurements made of an EMT140 and EMT240.
With Plate we simulate every component of the sound: dimensions, material, input/output positioning, modulation and decay sculpting while staying within the general sonic territory allowed by physics. In doing so we’re able to create a near-endless array of authentic plate reverb sound.
定制车间机电转换器
先进的物理模型板混响与惊人的音质
完全可配置的机制超越了传统硬件
可视化衰变编辑器和可扩展的 UI, 实现高效的工作流程
探索深和丰富的声音板混响前所未有的 UVI 板块, 一个先进的物理模型混响。板材采用多达 20, 000 种模式的实时物理建模, 以实现新的深度和细节水平, 远远超出物理单元的限制。完全控制您的板材的材料和减震性能, 并探索从经典 (如 EMT140 和 240) 等经典的混响声音的宇宙, 以及更远的地方。
方法
UVI 板材安装
我们的目标不是克隆特定的硬件混响, 但我们希望复制许多硬件混响的声音, 并允许用户试验他们的物理特性, 甚至设计自己的。
UVI 板材混响
UVI 板材混响
为了达到这个目标, 我们建立了一个完整的板混响系统作为一个完全参数化的物理模型。我们从临床科学和音乐的角度来探讨这个问题。建立模型的核心是广泛的数学研究, 然后根据 EMT140 和 EMT240 的详细测量对结果进行校准。
使用 Plate, 我们可以模拟声音的各个组件: 尺寸、材料、输出定位、调制和衰变雕刻, 同时保持在物理允许的一般声场内。在这样做的时候, 我们能够创造出一个近乎无穷无尽的真实板块混响声音阵列。