File size: 83 MB
8位软合成器。这个软件synth把你的VST, AU或AAX主机变成一个经典的视频游戏控制台，古董8位家庭电脑，甚至一个80年代的街机。Plogue chipsounds真实地模拟了15个8位时代的古董声音芯片(在他们的变体之上)，甚至是他们最小的特性。
但更有趣的是,它也忠实地允许您动态再现偶然发现声音效果出名的技巧和虐待的音乐技术创新芯片音乐作曲家和经典游戏声音设计师,这对好过去3年的一部分,将超出原来的芯片设计的边界。简而言之，无论你是已经精通于芯片音乐或只是感兴趣的声音，这是一个独特的乐器为您!
为什么对8位的大肆宣传?
来自老式电脑、游戏厅和游戏机的声音芯片拥有独特的声音特征，而这些特征已经被最近和“更好”的技术所掩盖。
他们在复调和音色方面的局限性迫使当时的音乐家们想出一系列的技术来突破他们最初所提供的界限。
这些特殊的技术，加上每种芯片的“缺陷”，给80年代的音乐和音效带来了真正的个性。
这里是几个例子技术使用的经典芯片音乐作者，已精确地复制在chipsounds:
快速单镜头琶音与脉冲宽度调制和幅度调制。
快速波形变化(也被称为波)为“鼓一样”的声音和吉他一样的引线。
通过基于中断的定时器重新同步包络线和波形，以创建新的演进波形和奇环调制。
谨慎的音高值的快速扫描滑动。
使用快速变化的芯片体积函数创建一个“穷人”的4位采样器。
芯片音乐艺术家是第一个给予这些声音应有的名声的人。但今天，所有流派的音乐家都称赞这些芯片独特的音乐行为。
8-bit soft synth. This software synth turns your VST, AU or AAX host into a classic video game console, vintage 8-bit home computer and even an 80′s arcade.Plogue chipsounds authentically emulates 15 vintage 8-bit era sound chips (on top of their variants), down to their smallest idiosyncrasies.
But more interestingly, it also faithfully allows you to dynamically reproduce the accidentally discovered sounds effect tricks and abusive musical techniques that were made famous by innovative chip music composers and classic video game sound designers, which for the good part of the last 3 decades, have pushed beyond the boundaries of the original chip designs.In short, whether you are already versed into chiptune/chip music or just interested in those sounds, this is one unique instrument for you!
WHY ALL THIS HYPE ABOUT 8-BIT SOUNDS?
Sound chips from vintage computers, arcades and game consoles had unique sonic signatures that have been shadowed by recent and “better” technologies.
Their limitations in polyphony and timbre have forced musicians of the time to come up with a series of techniques which pushed the boundaries of what they originally offered.
Those special techniques, combined with each type of chip’s “imperfections” gave true personality to the music and sound effects of the 80’s.
Here is a few example techniques used by classic chip music authors that has been precisely reproduced in chipsounds:
Fast one-shot arpeggios with pulse width modulation and amplitude modulation.
Rapid waveform changes (also known as wavetables) for “drum-like” sounds and guitar-like leads.
Resynchronizing of envelopes and waveforms, through interrupt-based timers in order to create new evolving waveforms and odd ring modulations.
Fast sweeping glides of discreet pitch values.
Creation of a ‘poor man’s’ 4bit sampler using rapidly changing volume function of the chips.
Chip music artists were the first to give those sounds all the fame they deserved. But today, musicians of all genres praise the unique musical behaviors of these chips.
Whats New:
Updates: official site does not provide any info about changes in this version.
